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OldPeopleHome/zigbee/ZStack-CC2530-r200/Projects/SappWsn/RouterEB/List/ZDSecMgr.lst
LitterDryFish 6b0d1c0743 add node
2019-08-23 12:26:53 +08:00

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###############################################################################
#
# IAR C/C++ Compiler V10.30.1.6000 for 8051 23/Aug/2019 12:13:11
# Copyright 2004-2018 IAR Systems AB.
# PC-locked license - IAR Embedded Workbench for 8051
#
# Core = plain
# Code model = banked
# Data model = large
# Calling convention = xdata reentrant
# Constant location = data_rom
# Dptr setup = 1,16
#
# Source file =
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Components\stack\zdo\ZDSecMgr.c
# Command line =
# -f C:\Users\VULCAN\AppData\Local\Temp\EWE3EE.tmp
# (E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Components\stack\zdo\ZDSecMgr.c
# -D ZIGBEEPRO -D ZTOOL_P1 -D MT_TASK -D MT_SYS_FUNC -D MT_ZDO_FUNC -D
# LCD_SUPPORTED=DEBUG -D SAPP_ZSTACK -lC
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\RouterEB\List
# -lA
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\RouterEB\List
# --diag_suppress Pe001,Pa010 -o
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\RouterEB\Obj
# -e --debug --core=plain --dptr=16,1 --data_model=large
# --code_model=banked --calling_convention=xdata_reentrant
# --place_constants=data_rom --nr_virtual_regs 8 -f
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\zstack\Tools\CC2530DB\f8wRouter.cfg
# (-DCPU32MHZ -DROOT=__near_func -DMAC_CFG_APP_PENDING_QUEUE=TRUE
# -DMAC_CFG_TX_DATA_MAX=5 -DMAC_CFG_TX_MAX=8 -DMAC_CFG_RX_MAX=5
# -DRTR_NWK) -f
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\zstack\Tools\CC2530DB\f8wConfig.cfg
# (-DZIGBEEPRO -DSECURE=0 -DZG_SECURE_DYNAMIC=0 -DREFLECTOR
# -DDEFAULT_CHANLIST=0x00800000 -DZDAPP_CONFIG_PAN_ID=0x0057
# -DNWK_START_DELAY=100 -DEXTENDED_JOINING_RANDOM_MASK=0x007F
# -DBEACON_REQUEST_DELAY=100 -DBEACON_REQ_DELAY_MASK=0x00FF
# -DLINK_STATUS_JITTER_MASK=0x007F -DROUTE_EXPIRY_TIME=30
# -DAPSC_ACK_WAIT_DURATION_POLLED=3000 -DNWK_INDIRECT_MSG_TIMEOUT=7
# -DMAX_RREQ_ENTRIES=8 -DAPSC_MAX_FRAME_RETRIES=3
# -DNWK_MAX_DATA_RETRIES=2 -DMAX_POLL_FAILURE_RETRIES=2 -DMAX_BCAST=9
# -DAPS_MAX_GROUPS=16 -DMAX_RTG_ENTRIES=40 -DNWK_MAX_BINDING_ENTRIES=4
# -DMAX_BINDING_CLUSTER_IDS=4 "-DDEFAULT_KEY={0x01, 0x03, 0x05, 0x07,
# 0x09, 0x0B, 0x0D, 0x0F, 0x00, 0x02, 0x04, 0x06, 0x08, 0x0A, 0x0C,
# 0x0D}" -DMAC_MAX_FRAME_SIZE=116 -DZDNWKMGR_MIN_TRANSMISSIONS=20
# "-DCONST=const __code" -DGENERIC=__generic -DRFD_RCVC_ALWAYS_ON=FALSE
# -DPOLL_RATE=1000 -DQUEUED_POLL_RATE=100 -DRESPONSE_POLL_RATE=100
# -DREJOIN_POLL_RATE=440) -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\Source\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\zstack\ZMain\TI2530DB\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\hal\include\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\hal\target\CC2530EB\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\mac\include\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\mac\high_level\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\mac\low_level\srf04\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\mac\low_level\srf04\single_chip\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\mt\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\osal\include\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\services\saddr\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\services\sdata\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\stack\af\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\stack\nwk\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\stack\sapi\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\stack\sec\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\stack\sys\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\stack\zdo\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\zmac\
# -I
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\..\..\Components\zmac\f8w\
# -Ohz --require_prototypes --no_code_motion)
# Locale = Chinese (Simplified)_CHN.936
# List file =
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\RouterEB\List\ZDSecMgr.lst
# Object file =
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\RouterEB\Obj\ZDSecMgr.r51
#
###############################################################################
E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Components\stack\zdo\ZDSecMgr.c
1 /******************************************************************************
2 Filename: ZDSecMgr.c
3 Revised: $Date: 2011-07-22 16:06:08 -0700 (Fri, 22 Jul 2011) $
4 Revision: $Revision: 26893 $
5
6 Description: The ZigBee Device Security Manager.
7
8
9 Copyright 2005-2011 Texas Instruments Incorporated. All rights reserved.
10
11 IMPORTANT: Your use of this Software is limited to those specific rights
12 granted under the terms of a software license agreement between the user
13 who downloaded the software, his/her employer (which must be your employer)
14 and Texas Instruments Incorporated (the "License"). You may not use this
15 Software unless you agree to abide by the terms of the License. The License
16 limits your use, and you acknowledge, that the Software may not be modified,
17 copied or distributed unless embedded on a Texas Instruments microcontroller
18 or used solely and exclusively in conjunction with a Texas Instruments radio
19 frequency transceiver, which is integrated into your product. Other than for
20 the foregoing purpose, you may not use, reproduce, copy, prepare derivative
21 works of, modify, distribute, perform, display or sell this Software and/or
22 its documentation for any purpose.
23
24 YOU FURTHER ACKNOWLEDGE AND AGREE THAT THE SOFTWARE AND DOCUMENTATION ARE
25 PROVIDED 揂S IS<49> WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED,
26 INCLUDING WITHOUT LIMITATION, ANY WARRANTY OF MERCHANTABILITY, TITLE,
27 NON-INFRINGEMENT AND FITNESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL
28 TEXAS INSTRUMENTS OR ITS LICENSORS BE LIABLE OR OBLIGATED UNDER CONTRACT,
29 NEGLIGENCE, STRICT LIABILITY, CONTRIBUTION, BREACH OF WARRANTY, OR OTHER
30 LEGAL EQUITABLE THEORY ANY DIRECT OR INDIRECT DAMAGES OR EXPENSES
31 INCLUDING BUT NOT LIMITED TO ANY INCIDENTAL, SPECIAL, INDIRECT, PUNITIVE
32 OR CONSEQUENTIAL DAMAGES, LOST PROFITS OR LOST DATA, COST OF PROCUREMENT
33 OF SUBSTITUTE GOODS, TECHNOLOGY, SERVICES, OR ANY CLAIMS BY THIRD PARTIES
34 (INCLUDING BUT NOT LIMITED TO ANY DEFENSE THEREOF), OR OTHER SIMILAR COSTS.
35
36 Should you have any questions regarding your right to use this Software,
37 contact Texas Instruments Incorporated at www.TI.com.
38 ******************************************************************************/
39
40 #ifdef __cplusplus
41 extern "C"
42 {
43 #endif
44
45 /******************************************************************************
46 * INCLUDES
47 */
48 #include "ZComdef.h"
49 #include "OSAL.h"
50 #include "OSAL_NV.h"
51 #include "ZGlobals.h"
52 #include "ssp.h"
53 #include "nwk_globals.h"
54 #include "nwk.h"
55 #include "NLMEDE.h"
56 #include "AddrMgr.h"
57 #include "AssocList.h"
58 #include "APSMEDE.h"
59 #include "ZDConfig.h"
60 #include "ZDSecMgr.h"
61
62 /******************************************************************************
63 * CONSTANTS
64 */
65 // maximum number of devices managed by this Security Manager
66 #if !defined ( ZDSECMGR_DEVICE_MAX )
67 #define ZDSECMGR_DEVICE_MAX 3
68 #endif
69
70 // total number of preconfigured devices (EXT address, MASTER key)
71 //devtag.pro.security
72 //#define ZDSECMGR_PRECONFIG_MAX ZDSECMGR_DEVICE_MAX
73 #define ZDSECMGR_PRECONFIG_MAX 0
74
75 // maximum number of MASTER keys this device may hold
76 #define ZDSECMGR_MASTERKEY_MAX ZDSECMGR_DEVICE_MAX
77
78 // maximum number of LINK keys this device may store
79 #define ZDSECMGR_ENTRY_MAX ZDSECMGR_DEVICE_MAX
80
81 // total number of devices under control - authentication, SKKE, etc.
82 #define ZDSECMGR_CTRL_MAX ZDSECMGR_DEVICE_MAX
83
84 // total number of stored devices
85 #if !defined ( ZDSECMGR_STORED_DEVICES )
86 #define ZDSECMGR_STORED_DEVICES 3
87 #endif
88
89 // Total number of preconfigured trust center link key
90 #if !defined ( ZDSECMGR_TC_DEVICE_MAX )
91 #define ZDSECMGR_TC_DEVICE_MAX 1
92 #endif
93
94 #if ( ZDSECMGR_TC_DEVICE_MAX < 1 ) || ( ZDSECMGR_TC_DEVICE_MAX > 255 )
95 #error "ZDSECMGR_TC_DEVICE_MAX shall be between 1 and 255 !"
96 #endif
97
98 #define ZDSECMGR_CTRL_NONE 0
99 #define ZDSECMGR_CTRL_INIT 1
100 #define ZDSECMGR_CTRL_TK_MASTER 2
101 #define ZDSECMGR_CTRL_SKKE_INIT 3
102 #define ZDSECMGR_CTRL_SKKE_WAIT 4
103 #define ZDSECMGR_CTRL_SKKE_DONE 5
104 #define ZDSECMGR_CTRL_SKKE_FAIL 6
105 #define ZDSECMGR_CTRL_TK_NWK 7
106
107 #define ZDSECMGR_CTRL_BASE_CNTR 1
108 #define ZDSECMGR_CTRL_SKKE_INIT_CNTR 1
109 #define ZDSECMGR_CTRL_TK_NWK_CNTR 1
110
111 // set SKA slot maximum
112 #define ZDSECMGR_SKA_SLOT_MAX 1
113
114 // APSME Stub Implementations
115 #define ZDSecMgrMasterKeyGet APSME_MasterKeyGet
116 #define ZDSecMgrLinkKeySet APSME_LinkKeySet
117 #define ZDSecMgrLinkKeyNVIdGet APSME_LinkKeyNVIdGet
118 #define ZDSecMgrKeyFwdToChild APSME_KeyFwdToChild
119 #define ZDSecMgrIsLinkKeyValid APSME_IsLinkKeyValid
120
121 /******************************************************************************
122 * TYPEDEFS
123 */
124 typedef struct
125 {
126 uint8 extAddr[Z_EXTADDR_LEN];
127 uint8 key[SEC_KEY_LEN];
128 } ZDSecMgrPreConfigData_t;
129
130 typedef struct
131 {
132 uint16 ami;
133 uint8 key[SEC_KEY_LEN];
134 } ZDSecMgrMasterKeyData_t;
135
136 typedef struct
137 {
138 uint16 ami;
139 uint16 keyNvId; // index to the Link Key table in NV
140 ZDSecMgr_Authentication_Option authenticateOption;
141 } ZDSecMgrEntry_t;
142
143 typedef struct
144 {
145 ZDSecMgrEntry_t* entry;
146 uint16 parentAddr;
147 uint8 secure;
148 uint8 state;
149 uint8 cntr;
150 } ZDSecMgrCtrl_t;
151
152 typedef struct
153 {
154 uint16 nwkAddr;
155 uint8* extAddr;
156 uint16 parentAddr;
157 uint8 secure;
158 uint8 devStatus;
159 ZDSecMgrCtrl_t* ctrl;
160 } ZDSecMgrDevice_t;
161
162 /******************************************************************************
163 * LOCAL VARIABLES
164 */
165 #if 0 // Taken out because the following functionality is only used for test
166 // purpose. A more efficient (above) way is used. It can be put
167 // back in if customers request for a white/black list feature.
168 uint8 ZDSecMgrStoredDeviceList[ZDSECMGR_STORED_DEVICES][Z_EXTADDR_LEN] =
169 {
170 { 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 },
171 { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x01 },
172 { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 },
173 };
174 #endif
175
\ In segment XDATA_Z, align 1, keep-with-next
176 uint8 ZDSecMgrTCExtAddr[Z_EXTADDR_LEN]=
\ ZDSecMgrTCExtAddr:
\ 000000 DS 8
\ 000008 REQUIRE __INIT_XDATA_Z
177 { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 };
178
179 // Key data is put in CONST area for security reasons
\ In segment CODE_C, align 1
180 CONST uint8 ZDSecMgrTCMasterKey[SEC_KEY_LEN] =
\ ZDSecMgrTCMasterKey:
\ 000000 00 DB 0
\ 000001 00 DB 0
\ 000002 00 DB 0
\ 000003 00 DB 0
\ 000004 00 DB 0
\ 000005 00 DB 0
\ 000006 00 DB 0
\ 000007 00 DB 0
\ 000008 89 DB 137
\ 000009 67 DB 103
\ 00000A 45 DB 69
\ 00000B 23 DB 35
\ 00000C 01 DB 1
\ 00000D EF DB 239
\ 00000E CD DB 205
\ 00000F AB DB 171
181 {0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
182 0x89,0x67,0x45,0x23,0x01,0xEF,0xCD,0xAB};
183
\ In segment XDATA_Z, align 1, keep-with-next
184 uint8 ZDSecMgrTCAuthenticated = FALSE;
\ ZDSecMgrTCAuthenticated:
\ 000000 DS 1
\ 000001 REQUIRE __INIT_XDATA_Z
\ In segment XDATA_Z, align 1, keep-with-next
185 uint8 ZDSecMgrTCDataLoaded = FALSE;
\ ZDSecMgrTCDataLoaded:
\ 000000 DS 1
\ 000001 REQUIRE __INIT_XDATA_Z
186
187 //devtag.pro.security - remove this
188 #if ( ZDSECMGR_PRECONFIG_MAX != 0 )
189 const ZDSecMgrPreConfigData_t ZDSecMgrPreConfigData[ZDSECMGR_PRECONFIG_MAX] =
190 {
191 //---------------------------------------------------------------------------
192 // DEVICE A
193 //---------------------------------------------------------------------------
194 {
195 // extAddr
196 {0x7C,0x01,0x12,0x13,0x14,0x15,0x16,0x17},
197
198 // key
199 {0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
200 0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00}
201 },
202 //---------------------------------------------------------------------------
203 // DEVICE B
204 //---------------------------------------------------------------------------
205 {
206 // extAddr
207 {0x84,0x03,0x00,0x00,0x00,0x4B,0x12,0x00},
208
209 // key
210 {0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
211 0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00}
212 },
213 //---------------------------------------------------------------------------
214 // DEVICE C
215 //---------------------------------------------------------------------------
216 {
217 // extAddr
218 {0x3E,0x01,0x12,0x13,0x14,0x15,0x16,0x17},
219
220 // key
221 {0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,
222 0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00}
223 },
224 };
225 #endif // ( ZDSECMGR_PRECONFIG_MAX != 0 )
226
\ In segment XDATA_Z, align 1, keep-with-next
227 ZDSecMgrEntry_t* ZDSecMgrEntries = NULL;
\ ZDSecMgrEntries:
\ 000000 DS 2
\ 000002 REQUIRE __INIT_XDATA_Z
\ In segment XDATA_Z, align 1, keep-with-next
228 ZDSecMgrCtrl_t* ZDSecMgrCtrlData = NULL;
\ ZDSecMgrCtrlData:
\ 000000 DS 2
\ 000002 REQUIRE __INIT_XDATA_Z
229 void ZDSecMgrAddrMgrUpdate( uint16 ami, uint16 nwkAddr );
230 void ZDSecMgrAddrMgrCB( uint8 update, AddrMgrEntry_t* newEntry, AddrMgrEntry_t* oldEntry );
231
\ In segment XDATA_Z, align 1, keep-with-next
232 uint8 ZDSecMgrPermitJoiningEnabled;
\ ZDSecMgrPermitJoiningEnabled:
\ 000000 DS 1
\ 000001 REQUIRE __INIT_XDATA_Z
\ In segment XDATA_Z, align 1, keep-with-next
233 uint8 ZDSecMgrPermitJoiningTimed;
\ ZDSecMgrPermitJoiningTimed:
\ 000000 DS 1
\ 000001 REQUIRE __INIT_XDATA_Z
234
\ In segment XDATA_Z, align 1, keep-with-next
235 APSME_TCLinkKey_t TrustCenterLinkKey;
\ TrustCenterLinkKey:
\ 000000 DS 32
\ 000020 REQUIRE __INIT_XDATA_Z
236
\ In segment XDATA_Z, align 1, keep-with-next
237 APSME_ApsLinkKeyFrmCntr_t ApsLinkKeyFrmCntr[ZDSECMGR_ENTRY_MAX];
\ ApsLinkKeyFrmCntr:
\ 000000 DS 27
\ 00001B REQUIRE __INIT_XDATA_Z
\ In segment XDATA_Z, align 1, keep-with-next
238 APSME_TCLinkKeyFrmCntr_t TCLinkKeyFrmCntr[ZDSECMGR_TC_DEVICE_MAX];
\ TCLinkKeyFrmCntr:
\ 000000 DS 9
\ 000009 REQUIRE __INIT_XDATA_Z
239
240 /******************************************************************************
241 * PRIVATE FUNCTIONS
242 *
243 * ZDSecMgrMasterKeyInit
244 * ZDSecMgrAddrStore
245 * ZDSecMgrExtAddrStore
246 * ZDSecMgrExtAddrLookup
247 * ZDSecMgrMasterKeyLookup
248 * ZDSecMgrMasterKeyStore
249 * ZDSecMgrEntryInit
250 * ZDSecMgrEntryLookup
251 * ZDSecMgrEntryLookupAMI
252 * ZDSecMgrEntryLookupExt
253 * ZDSecMgrEntryLookupExtGetIndex
254 * ZDSecMgrEntryFree
255 * ZDSecMgrEntryNew
256 * ZDSecMgrCtrlInit
257 * ZDSecMgrCtrlRelease
258 * ZDSecMgrCtrlLookup
259 * ZDSecMgrCtrlSet
260 * ZDSecMgrCtrlAdd
261 * ZDSecMgrCtrlTerm
262 * ZDSecMgrCtrlReset
263 * ZDSecMgrMasterKeyLoad
264 * ZDSecMgrAppKeyGet
265 * ZDSecMgrAppKeyReq
266 * ZDSecMgrEstablishKey
267 * ZDSecMgrSendMasterKey
268 * ZDSecMgrSendNwkKey
269 * ZDSecMgrDeviceEntryRemove
270 * ZDSecMgrDeviceEntryAdd
271 * ZDSecMgrDeviceCtrlHandler
272 * ZDSecMgrDeviceCtrlSetup
273 * ZDSecMgrDeviceCtrlUpdate
274 * ZDSecMgrDeviceRemove
275 * ZDSecMgrDeviceValidateSKKE
276 * ZDSecMgrDeviceValidateRM
277 * ZDSecMgrDeviceValidateCM
278 * ZDSecMgrDeviceValidate
279 * ZDSecMgrDeviceJoin
280 * ZDSecMgrDeviceJoinDirect
281 * ZDSecMgrDeviceJoinFwd
282 * ZDSecMgrDeviceNew
283 * ZDSecMgrAssocDeviceAuth
284 * ZDSecMgrAuthInitiate
285 * ZDSecMgrAuthNwkKey
286 * APSME_TCLinkKeyInit
287 * APSME_IsDefaultTCLK
288 */
289 //-----------------------------------------------------------------------------
290 // master key data
291 //-----------------------------------------------------------------------------
292 void ZDSecMgrMasterKeyInit( void );
293
294 //-----------------------------------------------------------------------------
295 // address management
296 //-----------------------------------------------------------------------------
297 ZStatus_t ZDSecMgrAddrStore( uint16 nwkAddr, uint8* extAddr, uint16* ami );
298 ZStatus_t ZDSecMgrExtAddrStore( uint16 nwkAddr, uint8* extAddr, uint16* ami );
299 ZStatus_t ZDSecMgrExtAddrLookup( uint8* extAddr, uint16* ami );
300
301 //-----------------------------------------------------------------------------
302 // MASTER key data
303 //-----------------------------------------------------------------------------
304 ZStatus_t ZDSecMgrMasterKeyLookup( uint16 ami, uint16* pKeyNvId );
305 ZStatus_t ZDSecMgrMasterKeyStore( uint16 ami, uint8* key );
306
307 //-----------------------------------------------------------------------------
308 // entry data
309 //-----------------------------------------------------------------------------
310 void ZDSecMgrEntryInit(uint8 state);
311 ZStatus_t ZDSecMgrEntryLookup( uint16 nwkAddr, ZDSecMgrEntry_t** entry );
312 ZStatus_t ZDSecMgrEntryLookupAMI( uint16 ami, ZDSecMgrEntry_t** entry );
313 ZStatus_t ZDSecMgrEntryLookupExt( uint8* extAddr, ZDSecMgrEntry_t** entry );
314 ZStatus_t ZDSecMgrEntryLookupExtGetIndex( uint8* extAddr, ZDSecMgrEntry_t** entry, uint16* entryIndex );
315 void ZDSecMgrEntryFree( ZDSecMgrEntry_t* entry );
316 ZStatus_t ZDSecMgrEntryNew( ZDSecMgrEntry_t** entry );
317 ZStatus_t ZDSecMgrAuthenticationSet( uint8* extAddr, ZDSecMgr_Authentication_Option option );
318 void ZDSecMgrApsLinkKeyInit(void);
319 #if defined NV_RESTORE
320 static void ZDSecMgrWriteNV(void);
321 static void ZDSecMgrRestoreFromNV(void);
322 #endif
323
324 //-----------------------------------------------------------------------------
325 // control data
326 //-----------------------------------------------------------------------------
327 void ZDSecMgrCtrlInit( void );
328 void ZDSecMgrCtrlRelease( ZDSecMgrCtrl_t* ctrl );
329 void ZDSecMgrCtrlLookup( ZDSecMgrEntry_t* entry, ZDSecMgrCtrl_t** ctrl );
330 void ZDSecMgrCtrlSet( ZDSecMgrDevice_t* device,
331 ZDSecMgrEntry_t* entry,
332 ZDSecMgrCtrl_t* ctrl );
333 ZStatus_t ZDSecMgrCtrlAdd( ZDSecMgrDevice_t* device, ZDSecMgrEntry_t* entry );
334 void ZDSecMgrCtrlTerm( ZDSecMgrEntry_t* entry );
335 ZStatus_t ZDSecMgrCtrlReset( ZDSecMgrDevice_t* device,
336 ZDSecMgrEntry_t* entry );
337
338 //-----------------------------------------------------------------------------
339 // key support
340 //-----------------------------------------------------------------------------
341 ZStatus_t ZDSecMgrMasterKeyLoad( uint8* extAddr, uint8* key );
342 ZStatus_t ZDSecMgrAppKeyGet( uint16 initNwkAddr,
343 uint8* initExtAddr,
344 uint16 partNwkAddr,
345 uint8* partExtAddr,
346 uint8** key,
347 uint8* keyType );
348 void ZDSecMgrAppKeyReq( ZDO_RequestKeyInd_t* ind );
349 ZStatus_t ZDSecMgrEstablishKey( ZDSecMgrDevice_t* device );
350 ZStatus_t ZDSecMgrSendMasterKey( ZDSecMgrDevice_t* device );
351 ZStatus_t ZDSecMgrSendNwkKey( ZDSecMgrDevice_t* device );
352 void ZDSecMgrNwkKeyInit(uint8 setDefault);
353
354 //-----------------------------------------------------------------------------
355 // device entry
356 //-----------------------------------------------------------------------------
357 void ZDSecMgrDeviceEntryRemove( ZDSecMgrEntry_t* entry );
358 ZStatus_t ZDSecMgrDeviceEntryAdd( ZDSecMgrDevice_t* device, uint16 ami );
359
360 //-----------------------------------------------------------------------------
361 // device control
362 //-----------------------------------------------------------------------------
363 void ZDSecMgrDeviceCtrlHandler( ZDSecMgrDevice_t* device );
364 void ZDSecMgrDeviceCtrlSetup( ZDSecMgrDevice_t* device );
365 void ZDSecMgrDeviceCtrlUpdate( uint8* extAddr, uint8 state );
366
367 //-----------------------------------------------------------------------------
368 // device management
369 //-----------------------------------------------------------------------------
370 void ZDSecMgrDeviceRemove( ZDSecMgrDevice_t* device );
371 ZStatus_t ZDSecMgrDeviceValidateSKKE( ZDSecMgrDevice_t* device );
372 ZStatus_t ZDSecMgrDeviceValidateRM( ZDSecMgrDevice_t* device );
373 ZStatus_t ZDSecMgrDeviceValidateCM( ZDSecMgrDevice_t* device );
374 ZStatus_t ZDSecMgrDeviceValidate( ZDSecMgrDevice_t* device );
375 ZStatus_t ZDSecMgrDeviceJoin( ZDSecMgrDevice_t* device );
376 ZStatus_t ZDSecMgrDeviceJoinDirect( ZDSecMgrDevice_t* device );
377 ZStatus_t ZDSecMgrDeviceJoinFwd( ZDSecMgrDevice_t* device );
378 ZStatus_t ZDSecMgrDeviceNew( ZDSecMgrDevice_t* device );
379
380 //-----------------------------------------------------------------------------
381 // association management
382 //-----------------------------------------------------------------------------
383 void ZDSecMgrAssocDeviceAuth( associated_devices_t* assoc );
384
385 //-----------------------------------------------------------------------------
386 // authentication management
387 //-----------------------------------------------------------------------------
388 void ZDSecMgrAuthInitiate( uint8* responder );
389 void ZDSecMgrAuthNwkKey( void );
390
391 //-----------------------------------------------------------------------------
392 // APSME function
393 //-----------------------------------------------------------------------------
394 void APSME_TCLinkKeyInit( uint8 setDefault );
395 uint8 APSME_IsDefaultTCLK( uint8 *extAddr );
396
397 /******************************************************************************
398 * @fn ZDSecMgrMasterKeyInit ]
399 *
400 * @brief Initialize master key data in NV
401 *
402 * @param none
403 *
404 * @return none
405 */
\ In segment BANKED_CODE, align 1, keep-with-next
406 void ZDSecMgrMasterKeyInit( void )
\ ZDSecMgrMasterKeyInit:
407 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 18
\ 000005 74EE MOV A,#-0x12
\ 000007 12.... LCALL ?ALLOC_XSTACK8
408 uint16 index;
409 ZDSecMgrMasterKeyData_t masterKeyData;
410
411 masterKeyData.ami = INVALID_NODE_ADDR;
\ 00000A 85..82 MOV DPL,?XSP + 0
\ 00000D 85..83 MOV DPH,?XSP + 1
\ 000010 74FE MOV A,#-0x2
\ 000012 F0 MOVX @DPTR,A
\ 000013 A3 INC DPTR
\ 000014 04 INC A
\ 000015 F0 MOVX @DPTR,A
412
413 osal_memset( &masterKeyData.key, 0x00, SEC_KEY_LEN );
\ 000016 ; Setup parameters for call to function osal_memset
\ 000016 7C10 MOV R4,#0x10
\ 000018 7D00 MOV R5,#0x0
\ 00001A 7900 MOV R1,#0x0
\ 00001C 7402 MOV A,#0x2
\ 00001E 12.... LCALL ?XSTACK_DISP0_8
\ 000021 AA82 MOV R2,DPL
\ 000023 AB83 MOV R3,DPH
\ 000025 12.... LCALL ?Subroutine40 & 0xFFFF
414
415 for ( index = 0; index < ZDSECMGR_MASTERKEY_MAX; index++ )
416 {
417 if ( osal_nv_item_init( (ZCD_NV_MASTER_KEY_DATA_START + index),
418 sizeof(ZDSecMgrMasterKeyData_t), &masterKeyData) == SUCCESS)
\ ??CrossCallReturnLabel_55:
\ 000028 ; Setup parameters for call to function osal_nv_item_init
\ 000028 A8.. MOV R0,?XSP + 0
\ 00002A A9.. MOV R1,?XSP + 1
\ 00002C 88.. MOV ?V0,R0
\ 00002E 89.. MOV ?V1,R1
\ 000030 78.. MOV R0,#?V0
\ 000032 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000035 7C12 MOV R4,#0x12
\ 000037 12.... LCALL ??Subroutine104_0 & 0xFFFF
\ ??CrossCallReturnLabel_145:
\ 00003A FB MOV R3,A
\ 00003B 12.... LCALL ??Subroutine148_0 & 0xFFFF
\ ??CrossCallReturnLabel_352:
\ 00003E 12.... LCALL ?DEALLOC_XSTACK8
\ 000041 E9 MOV A,R1
\ 000042 7019 JNZ ??ZDSecMgrMasterKeyInit_0
419 {
420 // the item already exists in NV just needs to be set to default values
421 osal_nv_write( (ZCD_NV_MASTER_KEY_DATA_START + index), 0,
422 sizeof(ZDSecMgrMasterKeyData_t), &masterKeyData );
\ 000044 ; Setup parameters for call to function osal_nv_write
\ 000044 78.. MOV R0,#?V0
\ 000046 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000049 75..12 MOV ?V0,#0x12
\ 00004C 75..00 MOV ?V1,#0x0
\ 00004F 78.. MOV R0,#?V0
\ 000051 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000054 12.... LCALL ?Subroutine42 & 0xFFFF
423 }
424 }
\ ??CrossCallReturnLabel_146:
\ 000057 12.... LCALL ??Subroutine106_0 & 0xFFFF
\ ??CrossCallReturnLabel_151:
\ 00005A 12.... LCALL ?DEALLOC_XSTACK8
\ ??ZDSecMgrMasterKeyInit_0:
\ 00005D 0E INC R6
\ 00005E EE MOV A,R6
\ 00005F 7001 JNZ ??ZDSecMgrMasterKeyInit_1
\ 000061 0F INC R7
\ ??ZDSecMgrMasterKeyInit_1:
\ 000062 12.... LCALL ?Subroutine37 & 0xFFFF
\ ??CrossCallReturnLabel_46:
\ 000065 40C1 JC ??CrossCallReturnLabel_55
425 }
\ 000067 7412 MOV A,#0x12
\ 000069 02.... LJMP ??Subroutine117_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine42:
\ 000000 7C00 MOV R4,#0x0
\ 000002 REQUIRE ??Subroutine104_0
\ 000002 ; // Fall through to label ??Subroutine104_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine104_0:
\ 000000 7D00 MOV R5,#0x0
\ 000002 EE MOV A,R6
\ 000003 2401 ADD A,#0x1
\ 000005 FA MOV R2,A
\ 000006 EF MOV A,R7
\ 000007 3403 ADDC A,#0x3
\ 000009 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine106_0:
\ 000000 FB MOV R3,A
\ 000001 REQUIRE ??Subroutine107_0
\ 000001 ; // Fall through to label ??Subroutine107_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine107_0:
\ 000000 12.... LCALL `??osal_nv_write::?relay`; Banked call to: osal_nv_write
\ 000003 7404 MOV A,#0x4
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine117_0:
\ 000000 12.... LCALL ?DEALLOC_XSTACK8
\ 000003 REQUIRE ??Subroutine118_0
\ 000003 ; // Fall through to label ??Subroutine118_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine118_0:
\ 000000 7F02 MOV R7,#0x2
\ 000002 02.... LJMP ?BANKED_LEAVE_XDATA
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine37:
\ 000000 C3 CLR C
\ 000001 9403 SUBB A,#0x3
\ 000003 EF MOV A,R7
\ 000004 9400 SUBB A,#0x0
\ 000006 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine40:
\ 000000 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
\ 000003 7E00 MOV R6,#0x0
\ 000005 7F00 MOV R7,#0x0
\ 000007 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine148_0:
\ 000000 12.... LCALL `??osal_nv_item_init::?relay`; Banked call to: osal_nv_item_init
\ 000003 7402 MOV A,#0x2
\ 000005 22 RET
426
427 /******************************************************************************
428 * @fn ZDSecMgrAddrStore
429 *
430 * @brief Store device addresses.
431 *
432 * @param nwkAddr - [in] NWK address
433 * @param extAddr - [in] EXT address
434 * @param ami - [out] Address Manager index
435 *
436 * @return ZStatus_t
437 */
\ In segment BANKED_CODE, align 1, keep-with-next
438 ZStatus_t ZDSecMgrAddrStore( uint16 nwkAddr, uint8* extAddr, uint16* ami )
\ ZDSecMgrAddrStore:
439 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 13
\ 000005 74F3 MOV A,#-0xd
\ 000007 12.... LCALL ?ALLOC_XSTACK8
440 ZStatus_t status;
441 AddrMgrEntry_t entry;
442
443
444 // add entry
445 entry.user = ADDRMGR_USER_SECURITY;
\ 00000A 85..82 MOV DPL,?XSP + 0
\ 00000D 85..83 MOV DPH,?XSP + 1
\ 000010 7402 MOV A,#0x2
\ 000012 F0 MOVX @DPTR,A
446 entry.nwkAddr = nwkAddr;
\ 000013 14 DEC A
\ 000014 12.... LCALL ?XSTACK_DISP0_8
\ 000017 12.... LCALL ?Subroutine28 & 0xFFFF
447 AddrMgrExtAddrSet( entry.extAddr, extAddr );
\ ??CrossCallReturnLabel_38:
\ 00001A 12.... LCALL ?XSTACK_DISP0_8
\ 00001D AA82 MOV R2,DPL
\ 00001F AB83 MOV R3,DPH
\ 000021 12.... LCALL `??AddrMgrExtAddrSet::?relay`; Banked call to: AddrMgrExtAddrSet
\ 000024 7416 MOV A,#0x16
\ 000026 12.... LCALL ?XSTACK_DISP0_8
\ 000029 12.... LCALL ?Subroutine50 & 0xFFFF
448
449 if ( AddrMgrEntryUpdate( &entry ) == TRUE )
\ ??CrossCallReturnLabel_68:
\ 00002C 700A JNZ ??ZDSecMgrAddrStore_0
450 {
451 // return successful results
452 *ami = entry.index;
\ 00002E 740B MOV A,#0xb
\ 000030 12.... LCALL ?XSTACK_DISP0_8
\ 000033 12.... LCALL ?Subroutine14 & 0xFFFF
453 status = ZSuccess;
454 }
\ ??CrossCallReturnLabel_136:
\ 000036 8008 SJMP ??CrossCallReturnLabel_41
455 else
456 {
457 // return failed results
458 *ami = entry.index;
\ ??ZDSecMgrAddrStore_0:
\ 000038 740B MOV A,#0xb
\ 00003A 12.... LCALL ?XSTACK_DISP0_8
\ 00003D 12.... LCALL ?Subroutine30 & 0xFFFF
459 status = ZNwkUnknownDevice;
460 }
461
462 return status;
\ ??CrossCallReturnLabel_41:
\ 000040 02.... LJMP ?Subroutine7 & 0xFFFF
463 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine14:
\ 000000 12.... LCALL ?Subroutine99 & 0xFFFF
\ ??CrossCallReturnLabel_337:
\ 000003 REQUIRE ??Subroutine101_0
\ 000003 ; // Fall through to label ??Subroutine101_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine101_0:
\ 000000 F9 MOV R1,A
\ 000001 8E82 MOV DPL,R6
\ 000003 8F83 MOV DPH,R7
\ 000005 REQUIRE ??Subroutine102_0
\ 000005 ; // Fall through to label ??Subroutine102_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine102_0:
\ 000000 12.... LCALL ?Subroutine83 & 0xFFFF
\ ??CrossCallReturnLabel_240:
\ 000003 7900 MOV R1,#0x0
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine50:
\ 000000 E0 MOVX A,@DPTR
\ 000001 FE MOV R6,A
\ 000002 A3 INC DPTR
\ 000003 E0 MOVX A,@DPTR
\ 000004 FF MOV R7,A
\ 000005 ; Setup parameters for call to function AddrMgrEntryUpdate
\ 000005 ; Setup parameters for call to function AddrMgrEntryUpdate
\ 000005 12.... LCALL ?Subroutine95 & 0xFFFF
\ ??CrossCallReturnLabel_142:
\ 000008 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine95:
\ 000000 AA.. MOV R2,?XSP + 0
\ 000002 AB.. MOV R3,?XSP + 1
\ 000004 REQUIRE ??Subroutine103_0
\ 000004 ; // Fall through to label ??Subroutine103_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine103_0:
\ 000000 12.... LCALL `??AddrMgrEntryUpdate::?relay`; Banked call to: AddrMgrEntryUpdate
\ 000003 E9 MOV A,R1
\ 000004 6401 XRL A,#0x1
\ 000006 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine30:
\ 000000 12.... LCALL ?Subroutine90 & 0xFFFF
\ ??CrossCallReturnLabel_331:
\ 000003 8E82 MOV DPL,R6
\ 000005 8F83 MOV DPH,R7
\ 000007 12.... LCALL ?Subroutine83 & 0xFFFF
\ ??CrossCallReturnLabel_239:
\ 00000A 79C8 MOV R1,#-0x38
\ 00000C 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine28:
\ 000000 EA MOV A,R2
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 EB MOV A,R3
\ 000004 F0 MOVX @DPTR,A
\ 000005 ; Setup parameters for call to function AddrMgrExtAddrSet
\ 000005 ; Setup parameters for call to function AddrMgrExtAddrSet
\ 000005 ; Setup parameters for call to function AddrMgrExtAddrSet
\ 000005 7403 MOV A,#0x3
\ 000007 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine7:
\ 000000 740D MOV A,#0xd
\ 000002 02.... LJMP ??Subroutine125_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine83:
\ 000000 E8 MOV A,R0
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 E9 MOV A,R1
\ 000004 F0 MOVX @DPTR,A
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine125_0:
\ 000000 12.... LCALL ?DEALLOC_XSTACK8
\ 000003 REQUIRE ??Subroutine126_0
\ 000003 ; // Fall through to label ??Subroutine126_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine126_0:
\ 000000 7F01 MOV R7,#0x1
\ 000002 02.... LJMP ?BANKED_LEAVE_XDATA
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine99:
\ 000000 E0 MOVX A,@DPTR
\ 000001 F8 MOV R0,A
\ 000002 A3 INC DPTR
\ 000003 E0 MOVX A,@DPTR
\ 000004 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine90:
\ 000000 12.... LCALL ?Subroutine99 & 0xFFFF
\ ??CrossCallReturnLabel_342:
\ 000003 F9 MOV R1,A
\ 000004 22 RET
464
465 /******************************************************************************
466 * @fn ZDSecMgrExtAddrStore
467 *
468 * @brief Store EXT address.
469 *
470 * @param extAddr - [in] EXT address
471 * @param ami - [out] Address Manager index
472 *
473 * @return ZStatus_t
474 */
\ In segment BANKED_CODE, align 1, keep-with-next
475 ZStatus_t ZDSecMgrExtAddrStore( uint16 nwkAddr, uint8* extAddr, uint16* ami )
\ ZDSecMgrExtAddrStore:
476 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 13
\ 000005 74F3 MOV A,#-0xd
\ 000007 12.... LCALL ?ALLOC_XSTACK8
477 ZStatus_t status;
478 AddrMgrEntry_t entry;
479
480
481 // add entry
482 entry.user = ADDRMGR_USER_SECURITY;
\ 00000A 85..82 MOV DPL,?XSP + 0
\ 00000D 85..83 MOV DPH,?XSP + 1
\ 000010 7402 MOV A,#0x2
\ 000012 F0 MOVX @DPTR,A
483 entry.nwkAddr = nwkAddr;
\ 000013 14 DEC A
\ 000014 12.... LCALL ?XSTACK_DISP0_8
\ 000017 12.... LCALL ?Subroutine28 & 0xFFFF
484 AddrMgrExtAddrSet( entry.extAddr, extAddr );
\ ??CrossCallReturnLabel_39:
\ 00001A 12.... LCALL ?XSTACK_DISP0_8
\ 00001D AA82 MOV R2,DPL
\ 00001F AB83 MOV R3,DPH
\ 000021 12.... LCALL `??AddrMgrExtAddrSet::?relay`; Banked call to: AddrMgrExtAddrSet
\ 000024 7416 MOV A,#0x16
\ 000026 12.... LCALL ?XSTACK_DISP0_8
\ 000029 12.... LCALL ?Subroutine50 & 0xFFFF
485
486 if ( AddrMgrEntryUpdate( &entry ) == TRUE )
\ ??CrossCallReturnLabel_69:
\ 00002C 700A JNZ ??ZDSecMgrExtAddrStore_0
487 {
488 // return successful results
489 *ami = entry.index;
\ 00002E 740B MOV A,#0xb
\ 000030 12.... LCALL ?XSTACK_DISP0_8
\ 000033 12.... LCALL ?Subroutine14 & 0xFFFF
490 status = ZSuccess;
491 }
\ ??CrossCallReturnLabel_137:
\ 000036 8008 SJMP ??CrossCallReturnLabel_42
492 else
493 {
494 // return failed results
495 *ami = entry.index;
\ ??ZDSecMgrExtAddrStore_0:
\ 000038 740B MOV A,#0xb
\ 00003A 12.... LCALL ?XSTACK_DISP0_8
\ 00003D 12.... LCALL ?Subroutine30 & 0xFFFF
496 status = ZNwkUnknownDevice;
497 }
498
499 return status;
\ ??CrossCallReturnLabel_42:
\ 000040 80.. SJMP ?Subroutine7
500 }
501
502 /******************************************************************************
503 * @fn ZDSecMgrExtAddrLookup
504 *
505 * @brief Lookup index for specified EXT address.
506 *
507 * @param extAddr - [in] EXT address
508 * @param ami - [out] Address Manager index
509 *
510 * @return ZStatus_t
511 */
\ In segment BANKED_CODE, align 1, keep-with-next
512 ZStatus_t ZDSecMgrExtAddrLookup( uint8* extAddr, uint16* ami )
\ ZDSecMgrExtAddrLookup:
513 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 13
\ 000005 74F3 MOV A,#-0xd
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EC MOV A,R4
\ 00000B FE MOV R6,A
\ 00000C ED MOV A,R5
\ 00000D FF MOV R7,A
514 ZStatus_t status;
515 AddrMgrEntry_t entry;
516
517
518 // lookup entry
519 entry.user = ADDRMGR_USER_SECURITY;
\ 00000E 85..82 MOV DPL,?XSP + 0
\ 000011 85..83 MOV DPH,?XSP + 1
\ 000014 7402 MOV A,#0x2
\ 000016 F0 MOVX @DPTR,A
520 AddrMgrExtAddrSet( entry.extAddr, extAddr );
\ 000017 ; Setup parameters for call to function AddrMgrExtAddrSet
\ 000017 EA MOV A,R2
\ 000018 FC MOV R4,A
\ 000019 EB MOV A,R3
\ 00001A FD MOV R5,A
\ 00001B 7403 MOV A,#0x3
\ 00001D 12.... LCALL ?XSTACK_DISP0_8
\ 000020 AA82 MOV R2,DPL
\ 000022 AB83 MOV R3,DPH
\ 000024 12.... LCALL `??AddrMgrExtAddrSet::?relay`; Banked call to: AddrMgrExtAddrSet
521
522 if ( AddrMgrEntryLookupExt( &entry ) == TRUE )
\ 000027 ; Setup parameters for call to function AddrMgrEntryLookupExt
\ 000027 AA.. MOV R2,?XSP + 0
\ 000029 AB.. MOV R3,?XSP + 1
\ 00002B 12.... LCALL `??AddrMgrEntryLookupExt::?relay`; Banked call to: AddrMgrEntryLookupExt
\ 00002E E9 MOV A,R1
\ 00002F 6401 XRL A,#0x1
\ 000031 700A JNZ ??ZDSecMgrExtAddrLookup_0
523 {
524 // return successful results
525 *ami = entry.index;
\ 000033 740B MOV A,#0xb
\ 000035 12.... LCALL ?XSTACK_DISP0_8
\ 000038 12.... LCALL ?Subroutine14 & 0xFFFF
526 status = ZSuccess;
527 }
\ ??CrossCallReturnLabel_138:
\ 00003B 8008 SJMP ??CrossCallReturnLabel_43
528 else
529 {
530 // return failed results
531 *ami = entry.index;
\ ??ZDSecMgrExtAddrLookup_0:
\ 00003D 740B MOV A,#0xb
\ 00003F 12.... LCALL ?XSTACK_DISP0_8
\ 000042 12.... LCALL ?Subroutine30 & 0xFFFF
532 status = ZNwkUnknownDevice;
533 }
534
535 return status;
\ ??CrossCallReturnLabel_43:
\ 000045 REQUIRE ?Subroutine7
\ 000045 ; // Fall through to label ?Subroutine7
536 }
537
538 /******************************************************************************
539 * @fn ZDSecMgrMasterKeyLookup
540 *
541 * @brief Lookup MASTER key for specified address index.
542 *
543 * @param ami - [in] Address Manager index
544 * @param pKeyNvId - [out] MASTER key NV ID
545 *
546 * @return ZStatus_t
547 */
\ In segment BANKED_CODE, align 1, keep-with-next
548 ZStatus_t ZDSecMgrMasterKeyLookup( uint16 ami, uint16* pKeyNvId )
\ ZDSecMgrMasterKeyLookup:
549 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 REQUIRE ?V4
\ 000000 REQUIRE ?V5
\ 000000 74F2 MOV A,#-0xe
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 14
\ 000005 ; Auto size: 18
\ 000005 74EE MOV A,#-0x12
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8A.. MOV ?V2,R2
\ 00000C 8B.. MOV ?V3,R3
\ 00000E 8C.. MOV ?V0,R4
\ 000010 8D.. MOV ?V1,R5
550 uint16 index;
551 ZDSecMgrMasterKeyData_t masterKeyData;
552
553
554 for ( index = 0; index < ZDSECMGR_MASTERKEY_MAX ; index++ )
\ 000012 7E00 MOV R6,#0x0
\ 000014 7F00 MOV R7,#0x0
555 {
556 // Read entry index of the Master key table from NV
557 osal_nv_read( (ZCD_NV_MASTER_KEY_DATA_START + index), 0,
558 sizeof(ZDSecMgrMasterKeyData_t), &masterKeyData );
\ ??ZDSecMgrMasterKeyLookup_0:
\ 000016 ; Setup parameters for call to function osal_nv_read
\ 000016 A8.. MOV R0,?XSP + 0
\ 000018 A9.. MOV R1,?XSP + 1
\ 00001A 88.. MOV ?V4,R0
\ 00001C 89.. MOV ?V5,R1
\ 00001E 78.. MOV R0,#?V4
\ 000020 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000023 75..12 MOV ?V4,#0x12
\ 000026 75..00 MOV ?V5,#0x0
\ 000029 78.. MOV R0,#?V4
\ 00002B 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00002E 12.... LCALL ?Subroutine39 & 0xFFFF
\ ??CrossCallReturnLabel_53:
\ 000031 12.... LCALL ?DEALLOC_XSTACK8
559
560 if ( masterKeyData.ami == ami )
\ 000034 85..82 MOV DPL,?XSP + 0
\ 000037 85..83 MOV DPH,?XSP + 1
\ 00003A E0 MOVX A,@DPTR
\ 00003B 65.. XRL A,?V2
\ 00003D 7004 JNZ ??ZDSecMgrMasterKeyLookup_1
\ 00003F A3 INC DPTR
\ 000040 E0 MOVX A,@DPTR
\ 000041 65.. XRL A,?V3
\ ??ZDSecMgrMasterKeyLookup_1:
\ 000043 7022 JNZ ??ZDSecMgrMasterKeyLookup_2
561 {
562 // return successful results
563 *pKeyNvId = ZCD_NV_MASTER_KEY_DATA_START + index;
\ 000045 EE MOV A,R6
\ 000046 2401 ADD A,#0x1
\ 000048 F8 MOV R0,A
\ 000049 EF MOV A,R7
\ 00004A 3403 ADDC A,#0x3
\ 00004C F9 MOV R1,A
\ 00004D 85..82 MOV DPL,?V0
\ 000050 85..83 MOV DPH,?V1
\ 000053 12.... LCALL ??Subroutine113_0 & 0xFFFF
564
565 // clear copy of key in RAM
566 osal_memset(&masterKeyData, 0x00, sizeof(ZDSecMgrMasterKeyData_t));
\ ??CrossCallReturnLabel_187:
\ 000056 ; Setup parameters for call to function osal_memset
\ 000056 7C12 MOV R4,#0x12
\ 000058 7D00 MOV R5,#0x0
\ 00005A 7900 MOV R1,#0x0
\ 00005C AA.. MOV R2,?XSP + 0
\ 00005E AB.. MOV R3,?XSP + 1
\ 000060 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
567
568 return ZSuccess;
\ 000063 7900 MOV R1,#0x0
\ 000065 8021 SJMP ??ZDSecMgrMasterKeyLookup_3
569 }
570 }
\ ??ZDSecMgrMasterKeyLookup_2:
\ 000067 0E INC R6
\ 000068 EE MOV A,R6
\ 000069 7001 JNZ ??ZDSecMgrMasterKeyLookup_4
\ 00006B 0F INC R7
\ ??ZDSecMgrMasterKeyLookup_4:
\ 00006C 12.... LCALL ?Subroutine37 & 0xFFFF
\ ??CrossCallReturnLabel_47:
\ 00006F 40A5 JC ??ZDSecMgrMasterKeyLookup_0
571
572 *pKeyNvId = SEC_NO_KEY_NV_ID;
\ 000071 85..82 MOV DPL,?V0
\ 000074 85..83 MOV DPH,?V1
\ 000077 E4 CLR A
\ 000078 F0 MOVX @DPTR,A
\ 000079 A3 INC DPTR
\ 00007A F0 MOVX @DPTR,A
573
574 // clear copy of key in RAM
575 osal_memset(&masterKeyData, 0x00, sizeof(ZDSecMgrMasterKeyData_t));
\ 00007B ; Setup parameters for call to function osal_memset
\ 00007B 7C12 MOV R4,#0x12
\ 00007D FD MOV R5,A
\ 00007E F9 MOV R1,A
\ 00007F AA.. MOV R2,?XSP + 0
\ 000081 AB.. MOV R3,?XSP + 1
\ 000083 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
576
577 return ZNwkUnknownDevice;
\ 000086 79C8 MOV R1,#-0x38
\ ??ZDSecMgrMasterKeyLookup_3:
\ 000088 02.... LJMP ?Subroutine2 & 0xFFFF
578 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine39:
\ 000000 7C00 MOV R4,#0x0
\ 000002 7D00 MOV R5,#0x0
\ 000004 EE MOV A,R6
\ 000005 2401 ADD A,#0x1
\ 000007 FA MOV R2,A
\ 000008 EF MOV A,R7
\ 000009 3403 ADDC A,#0x3
\ 00000B FB MOV R3,A
\ 00000C 12.... LCALL `??osal_nv_read::?relay`; Banked call to: osal_nv_read
\ 00000F 7404 MOV A,#0x4
\ 000011 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine113_0:
\ 000000 12.... LCALL ?Subroutine83 & 0xFFFF
\ ??CrossCallReturnLabel_242:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine2:
\ 000000 7412 MOV A,#0x12
\ 000002 12.... LCALL ?DEALLOC_XSTACK8
\ 000005 REQUIRE ??Subroutine142_0
\ 000005 ; // Fall through to label ??Subroutine142_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine142_0:
\ 000000 7F06 MOV R7,#0x6
\ 000002 02.... LJMP ?BANKED_LEAVE_XDATA
579
580 /******************************************************************************
581 * @fn ZDSecMgrMasterKeyStore
582 *
583 * @brief Store MASTER key for specified address index.
584 *
585 * @param ami - [in] Address Manager index
586 * @param key - [in] valid key to store
587 *
588 * @return ZStatus_t
589 */
\ In segment BANKED_CODE, align 1, keep-with-next
590 ZStatus_t ZDSecMgrMasterKeyStore( uint16 ami, uint8* key )
\ ZDSecMgrMasterKeyStore:
591 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 REQUIRE ?V4
\ 000000 REQUIRE ?V5
\ 000000 74F2 MOV A,#-0xe
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 14
\ 000005 ; Auto size: 18
\ 000005 74EE MOV A,#-0x12
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8A.. MOV ?V2,R2
\ 00000C 8B.. MOV ?V3,R3
\ 00000E 8C.. MOV ?V0,R4
\ 000010 8D.. MOV ?V1,R5
592 uint16 index;
593 ZDSecMgrMasterKeyData_t masterKeyData;
594
595
596 for ( index = 0; index < ZDSECMGR_MASTERKEY_MAX ; index++ )
\ 000012 7E00 MOV R6,#0x0
\ 000014 7F00 MOV R7,#0x0
597 {
598 // Read entry index of the Master key table from NV
599 osal_nv_read( (ZCD_NV_MASTER_KEY_DATA_START + index), 0,
600 sizeof(ZDSecMgrMasterKeyData_t), &masterKeyData );
\ ??ZDSecMgrMasterKeyStore_0:
\ 000016 ; Setup parameters for call to function osal_nv_read
\ 000016 A8.. MOV R0,?XSP + 0
\ 000018 A9.. MOV R1,?XSP + 1
\ 00001A 88.. MOV ?V4,R0
\ 00001C 89.. MOV ?V5,R1
\ 00001E 78.. MOV R0,#?V4
\ 000020 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000023 75..12 MOV ?V4,#0x12
\ 000026 75..00 MOV ?V5,#0x0
\ 000029 78.. MOV R0,#?V4
\ 00002B 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00002E 12.... LCALL ?Subroutine39 & 0xFFFF
\ ??CrossCallReturnLabel_54:
\ 000031 12.... LCALL ?DEALLOC_XSTACK8
601
602 if ( masterKeyData.ami == INVALID_NODE_ADDR )
\ 000034 85..82 MOV DPL,?XSP + 0
\ 000037 85..83 MOV DPH,?XSP + 1
\ 00003A E0 MOVX A,@DPTR
\ 00003B 64FE XRL A,#0xfe
\ 00003D 7003 JNZ ??ZDSecMgrMasterKeyStore_1
\ 00003F A3 INC DPTR
\ 000040 E0 MOVX A,@DPTR
\ 000041 F4 CPL A
\ ??ZDSecMgrMasterKeyStore_1:
\ 000042 7070 JNZ ??ZDSecMgrMasterKeyStore_2
603 {
604 // store EXT address index
605 masterKeyData.ami = ami;
\ 000044 85..82 MOV DPL,?XSP + 0
\ 000047 85..83 MOV DPH,?XSP + 1
\ 00004A E5.. MOV A,?V2
\ 00004C F0 MOVX @DPTR,A
\ 00004D A3 INC DPTR
\ 00004E E5.. MOV A,?V3
\ 000050 F0 MOVX @DPTR,A
606
607 if ( key != NULL )
\ 000051 E5.. MOV A,?V0
\ 000053 45.. ORL A,?V1
\ 000055 6019 JZ ??ZDSecMgrMasterKeyStore_3
608 {
609 osal_memcpy( masterKeyData.key, key, SEC_KEY_LEN );
\ 000057 ; Setup parameters for call to function osal_memcpy
\ 000057 75..00 MOV ?V2,#0x0
\ 00005A 78.. MOV R0,#?V0
\ 00005C 12.... LCALL ?PUSH_XSTACK_I_THREE
\ 00005F 7C10 MOV R4,#0x10
\ 000061 7D00 MOV R5,#0x0
\ 000063 7405 MOV A,#0x5
\ 000065 12.... LCALL ?XSTACK_DISP0_8
\ 000068 12.... LCALL ?Subroutine74 & 0xFFFF
610 }
\ ??CrossCallReturnLabel_288:
\ 00006B 12.... LCALL ?DEALLOC_XSTACK8
\ 00006E 8012 SJMP ??ZDSecMgrMasterKeyStore_4
611 else
612 {
613 osal_memset( masterKeyData.key, 0, SEC_KEY_LEN );
\ ??ZDSecMgrMasterKeyStore_3:
\ 000070 ; Setup parameters for call to function osal_memset
\ 000070 7C10 MOV R4,#0x10
\ 000072 7D00 MOV R5,#0x0
\ 000074 7900 MOV R1,#0x0
\ 000076 7402 MOV A,#0x2
\ 000078 12.... LCALL ?XSTACK_DISP0_8
\ 00007B AA82 MOV R2,DPL
\ 00007D AB83 MOV R3,DPH
\ 00007F 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
614 }
615
616 // set new values in NV
617 osal_nv_write( (ZCD_NV_MASTER_KEY_DATA_START + index), 0,
618 sizeof(ZDSecMgrMasterKeyData_t), &masterKeyData );
\ ??ZDSecMgrMasterKeyStore_4:
\ 000082 ; Setup parameters for call to function osal_nv_write
\ 000082 A8.. MOV R0,?XSP + 0
\ 000084 A9.. MOV R1,?XSP + 1
\ 000086 88.. MOV ?V0,R0
\ 000088 89.. MOV ?V1,R1
\ 00008A 78.. MOV R0,#?V0
\ 00008C 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00008F 75..12 MOV ?V0,#0x12
\ 000092 75..00 MOV ?V1,#0x0
\ 000095 78.. MOV R0,#?V0
\ 000097 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00009A 12.... LCALL ?Subroutine42 & 0xFFFF
\ ??CrossCallReturnLabel_147:
\ 00009D 12.... LCALL ??Subroutine106_0 & 0xFFFF
\ ??CrossCallReturnLabel_152:
\ 0000A0 12.... LCALL ?DEALLOC_XSTACK8
619
620 // clear copy of key in RAM
621 osal_memset( &masterKeyData, 0x00, sizeof(ZDSecMgrMasterKeyData_t) );
\ 0000A3 ; Setup parameters for call to function osal_memset
\ 0000A3 7C12 MOV R4,#0x12
\ 0000A5 7D00 MOV R5,#0x0
\ 0000A7 7900 MOV R1,#0x0
\ 0000A9 AA.. MOV R2,?XSP + 0
\ 0000AB AB.. MOV R3,?XSP + 1
\ 0000AD 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
622
623 // return successful results
624 return ZSuccess;
\ 0000B0 7900 MOV R1,#0x0
\ 0000B2 801C SJMP ??ZDSecMgrMasterKeyStore_5
625 }
626 }
\ ??ZDSecMgrMasterKeyStore_2:
\ 0000B4 0E INC R6
\ 0000B5 EE MOV A,R6
\ 0000B6 7001 JNZ ??ZDSecMgrMasterKeyStore_6
\ 0000B8 0F INC R7
\ ??ZDSecMgrMasterKeyStore_6:
\ 0000B9 12.... LCALL ?Subroutine37 & 0xFFFF
\ ??CrossCallReturnLabel_48:
\ 0000BC 5003 JNC $+5
\ 0000BE 02.... LJMP ??ZDSecMgrMasterKeyStore_0 & 0xFFFF
627
628 // clear copy of key in RAM
629 osal_memset( &masterKeyData, 0x00, sizeof(ZDSecMgrMasterKeyData_t) );
\ 0000C1 ; Setup parameters for call to function osal_memset
\ 0000C1 7C12 MOV R4,#0x12
\ 0000C3 7D00 MOV R5,#0x0
\ 0000C5 7900 MOV R1,#0x0
\ 0000C7 AA.. MOV R2,?XSP + 0
\ 0000C9 AB.. MOV R3,?XSP + 1
\ 0000CB 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
630
631 return ZNwkUnknownDevice;
\ 0000CE 79C8 MOV R1,#-0x38
\ ??ZDSecMgrMasterKeyStore_5:
\ 0000D0 02.... LJMP ?Subroutine2 & 0xFFFF
632 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine74:
\ 000000 AA82 MOV R2,DPL
\ 000002 AB83 MOV R3,DPH
\ 000004 REQUIRE ??Subroutine137_0
\ 000004 ; // Fall through to label ??Subroutine137_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine137_0:
\ 000000 12.... LCALL `??osal_memcpy::?relay`; Banked call to: osal_memcpy
\ 000003 7403 MOV A,#0x3
\ 000005 22 RET
633
634 /******************************************************************************
635 * @fn ZDSecMgrEntryInit
636 *
637 * @brief Initialize entry sub module
638 *
639 * @param state - device initialization state
640 *
641 * @return none
642 */
\ In segment BANKED_CODE, align 1, keep-with-next
643 void ZDSecMgrEntryInit(uint8 state)
\ ZDSecMgrEntryInit:
644 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
645 if (ZDSecMgrEntries == NULL)
\ 000004 90.... MOV DPTR,#ZDSecMgrEntries
\ 000007 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_276:
\ 00000A 7033 JNZ ??ZDSecMgrEntryInit_0
646 {
647 uint16 index;
648
649 if ((ZDSecMgrEntries = osal_mem_alloc(sizeof(ZDSecMgrEntry_t) * ZDSECMGR_ENTRY_MAX)) == NULL)
\ 00000C ; Setup parameters for call to function osal_mem_alloc
\ 00000C 7A0F MOV R2,#0xf
\ 00000E 7B00 MOV R3,#0x0
\ 000010 12.... LCALL `??osal_mem_alloc::?relay`; Banked call to: osal_mem_alloc
\ 000013 90.... MOV DPTR,#ZDSecMgrEntries
\ 000016 12.... LCALL ??Subroutine129_0 & 0xFFFF
\ ??CrossCallReturnLabel_248:
\ 000019 F9 MOV R1,A
\ 00001A EA MOV A,R2
\ 00001B 49 ORL A,R1
\ 00001C 6021 JZ ??ZDSecMgrEntryInit_0
650 {
651 return;
652 }
653
654 for (index = 0; index < ZDSECMGR_ENTRY_MAX; index++)
\ 00001E 7800 MOV R0,#0x0
\ 000020 7900 MOV R1,#0x0
655 {
656 ZDSecMgrEntries[index].ami = INVALID_NODE_ADDR;
\ ??ZDSecMgrEntryInit_1:
\ 000022 12.... LCALL ?Subroutine73 & 0xFFFF
657
658 ZDSecMgrEntries[index].keyNvId = SEC_NO_KEY_NV_ID;
659 }
\ ??CrossCallReturnLabel_103:
\ 000025 8A82 MOV DPL,R2
\ 000027 F583 MOV DPH,A
\ 000029 74FE MOV A,#-0x2
\ 00002B F0 MOVX @DPTR,A
\ 00002C A3 INC DPTR
\ 00002D 04 INC A
\ 00002E 12.... LCALL ?Subroutine25 & 0xFFFF
\ ??CrossCallReturnLabel_31:
\ 000031 E4 CLR A
\ 000032 F0 MOVX @DPTR,A
\ 000033 A3 INC DPTR
\ 000034 F0 MOVX @DPTR,A
\ 000035 08 INC R0
\ 000036 E8 MOV A,R0
\ 000037 7001 JNZ ??ZDSecMgrEntryInit_2
\ 000039 09 INC R1
\ ??ZDSecMgrEntryInit_2:
\ 00003A 12.... LCALL ?Subroutine36 & 0xFFFF
660 }
\ ??CrossCallReturnLabel_170:
\ 00003D 40E3 JC ??ZDSecMgrEntryInit_1
661
662 #if defined NV_RESTORE
663 if (state == ZDO_INITDEV_RESTORED_NETWORK_STATE)
664 {
665 ZDSecMgrRestoreFromNV();
666 }
667 #else
668 (void)state;
669 #endif
670 }
\ ??ZDSecMgrEntryInit_0:
\ 00003F 02.... LJMP ??Subroutine123_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine73:
\ 000000 E8 MOV A,R0
\ 000001 FA MOV R2,A
\ 000002 E9 MOV A,R1
\ 000003 FB MOV R3,A
\ 000004 EA MOV A,R2
\ 000005 75F005 MOV B,#0x5
\ 000008 A4 MUL AB
\ 000009 FA MOV R2,A
\ 00000A ACF0 MOV R4,B
\ 00000C 75F005 MOV B,#0x5
\ 00000F EB MOV A,R3
\ 000010 A4 MUL AB
\ 000011 2C ADD A,R4
\ 000012 FB MOV R3,A
\ 000013 90.... MOV DPTR,#ZDSecMgrEntries
\ 000016 E0 MOVX A,@DPTR
\ 000017 2A ADD A,R2
\ 000018 FA MOV R2,A
\ 000019 A3 INC DPTR
\ 00001A E0 MOVX A,@DPTR
\ 00001B 3B ADDC A,R3
\ 00001C FB MOV R3,A
\ 00001D 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine36:
\ 000000 C3 CLR C
\ 000001 REQUIRE ??Subroutine109_0
\ 000001 ; // Fall through to label ??Subroutine109_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine109_0:
\ 000000 9403 SUBB A,#0x3
\ 000002 E9 MOV A,R1
\ 000003 9400 SUBB A,#0x0
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine25:
\ 000000 12.... LCALL ?Subroutine98 & 0xFFFF
\ ??CrossCallReturnLabel_133:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine98:
\ 000000 F0 MOVX @DPTR,A
\ 000001 8A82 MOV DPL,R2
\ 000003 8B83 MOV DPH,R3
\ 000005 A3 INC DPTR
\ 000006 A3 INC DPTR
\ 000007 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine123_0:
\ 000000 D083 POP DPH
\ 000002 D082 POP DPL
\ 000004 02.... LJMP ?BRET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine129_0:
\ 000000 EA MOV A,R2
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 EB MOV A,R3
\ 000004 F0 MOVX @DPTR,A
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine136_0:
\ 000000 12.... LCALL ?Subroutine90 & 0xFFFF
\ ??CrossCallReturnLabel_334:
\ 000003 E8 MOV A,R0
\ 000004 49 ORL A,R1
\ 000005 22 RET
671
672 /******************************************************************************
673 * @fn ZDSecMgrEntryLookup
674 *
675 * @brief Lookup entry index using specified NWK address.
676 *
677 * @param nwkAddr - [in] NWK address
678 * @param entry - [out] valid entry
679 *
680 * @return ZStatus_t
681 */
\ In segment BANKED_CODE, align 1, keep-with-next
682 ZStatus_t ZDSecMgrEntryLookup( uint16 nwkAddr, ZDSecMgrEntry_t** entry )
\ ZDSecMgrEntryLookup:
683 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 13
\ 000005 74F3 MOV A,#-0xd
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EC MOV A,R4
\ 00000B FE MOV R6,A
\ 00000C ED MOV A,R5
\ 00000D FF MOV R7,A
684 uint16 index;
685 AddrMgrEntry_t addrMgrEntry;
686
687 // initialize results
688 *entry = NULL;
\ 00000E 8C82 MOV DPL,R4
\ 000010 F583 MOV DPH,A
\ 000012 12.... LCALL ?Subroutine12 & 0xFFFF
689
690 // verify data is available
691 if ( ZDSecMgrEntries != NULL )
\ ??CrossCallReturnLabel_0:
\ 000015 6055 JZ ??ZDSecMgrEntryLookup_0
692 {
693 addrMgrEntry.user = ADDRMGR_USER_SECURITY;
\ 000017 85..82 MOV DPL,?XSP + 0
\ 00001A 85..83 MOV DPH,?XSP + 1
\ 00001D 7402 MOV A,#0x2
\ 00001F F0 MOVX @DPTR,A
694 addrMgrEntry.nwkAddr = nwkAddr;
\ 000020 14 DEC A
\ 000021 12.... LCALL ?XSTACK_DISP0_8
\ 000024 12.... LCALL ?Subroutine19 & 0xFFFF
695
696 if ( AddrMgrEntryLookupNwk( &addrMgrEntry ) == TRUE )
\ ??CrossCallReturnLabel_12:
\ 000027 12.... LCALL `??AddrMgrEntryLookupNwk::?relay`; Banked call to: AddrMgrEntryLookupNwk
\ 00002A E9 MOV A,R1
\ 00002B 6401 XRL A,#0x1
\ 00002D 703D JNZ ??ZDSecMgrEntryLookup_0
697 {
698 for ( index = 0; index < ZDSECMGR_ENTRY_MAX ; index++ )
\ 00002F 7800 MOV R0,#0x0
\ 000031 7900 MOV R1,#0x0
699 {
700 if ( addrMgrEntry.index == ZDSecMgrEntries[index].ami )
\ ??ZDSecMgrEntryLookup_1:
\ 000033 740B MOV A,#0xb
\ 000035 12.... LCALL ?XSTACK_DISP0_8
\ 000038 E0 MOVX A,@DPTR
\ 000039 FC MOV R4,A
\ 00003A A3 INC DPTR
\ 00003B E0 MOVX A,@DPTR
\ 00003C FD MOV R5,A
\ 00003D 12.... LCALL ?Subroutine45 & 0xFFFF
\ ??CrossCallReturnLabel_164:
\ 000040 6C XRL A,R4
\ 000041 7003 JNZ ??ZDSecMgrEntryLookup_2
\ 000043 A3 INC DPTR
\ 000044 E0 MOVX A,@DPTR
\ 000045 6D XRL A,R5
\ ??ZDSecMgrEntryLookup_2:
\ 000046 701A JNZ ??ZDSecMgrEntryLookup_3
701 {
702 // return successful results
703 *entry = &ZDSecMgrEntries[index];
\ 000048 E8 MOV A,R0
\ 000049 75F005 MOV B,#0x5
\ 00004C A4 MUL AB
\ 00004D F8 MOV R0,A
\ 00004E AAF0 MOV R2,B
\ 000050 75F005 MOV B,#0x5
\ 000053 E9 MOV A,R1
\ 000054 A4 MUL AB
\ 000055 2A ADD A,R2
\ 000056 F9 MOV R1,A
\ 000057 90.... MOV DPTR,#ZDSecMgrEntries
\ 00005A 12.... LCALL ?Subroutine92 & 0xFFFF
704
705 // break from loop
706 return ZSuccess;
707 }
708 }
\ ??CrossCallReturnLabel_128:
\ 00005D 12.... LCALL ??Subroutine101_0 & 0xFFFF
\ ??CrossCallReturnLabel_139:
\ 000060 800C SJMP ??ZDSecMgrEntryLookup_4
\ ??ZDSecMgrEntryLookup_3:
\ 000062 08 INC R0
\ 000063 E8 MOV A,R0
\ 000064 7001 JNZ ??ZDSecMgrEntryLookup_5
\ 000066 09 INC R1
\ ??ZDSecMgrEntryLookup_5:
\ 000067 12.... LCALL ?Subroutine36 & 0xFFFF
709 }
710 }
\ ??CrossCallReturnLabel_171:
\ 00006A 40C7 JC ??ZDSecMgrEntryLookup_1
711
712 return ZNwkUnknownDevice;
\ ??ZDSecMgrEntryLookup_0:
\ 00006C 79C8 MOV R1,#-0x38
\ ??ZDSecMgrEntryLookup_4:
\ 00006E 02.... LJMP ?Subroutine7 & 0xFFFF
713 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine45:
\ 000000 E8 MOV A,R0
\ 000001 FA MOV R2,A
\ 000002 E9 MOV A,R1
\ 000003 FB MOV R3,A
\ 000004 EA MOV A,R2
\ 000005 75F005 MOV B,#0x5
\ 000008 A4 MUL AB
\ 000009 FA MOV R2,A
\ 00000A 85F0.. MOV ?V0,B
\ 00000D 75F005 MOV B,#0x5
\ 000010 EB MOV A,R3
\ 000011 A4 MUL AB
\ 000012 25.. ADD A,?V0
\ 000014 FB MOV R3,A
\ 000015 90.... MOV DPTR,#ZDSecMgrEntries
\ 000018 REQUIRE ??Subroutine108_0
\ 000018 ; // Fall through to label ??Subroutine108_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine108_0:
\ 000000 12.... LCALL ?Subroutine91 & 0xFFFF
\ ??CrossCallReturnLabel_167:
\ 000003 E0 MOVX A,@DPTR
\ 000004 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine12:
\ 000000 E4 CLR A
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 F0 MOVX @DPTR,A
\ 000004 90.... MOV DPTR,#ZDSecMgrEntries
\ 000007 12.... LCALL ?Subroutine90 & 0xFFFF
\ ??CrossCallReturnLabel_330:
\ 00000A E8 MOV A,R0
\ 00000B 49 ORL A,R1
\ 00000C 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine91:
\ 000000 E0 MOVX A,@DPTR
\ 000001 2A ADD A,R2
\ 000002 F5.. MOV ?V0,A
\ 000004 A3 INC DPTR
\ 000005 E0 MOVX A,@DPTR
\ 000006 3B ADDC A,R3
\ 000007 85..82 MOV DPL,?V0
\ 00000A F583 MOV DPH,A
\ 00000C 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine92:
\ 000000 E0 MOVX A,@DPTR
\ 000001 28 ADD A,R0
\ 000002 F8 MOV R0,A
\ 000003 A3 INC DPTR
\ 000004 E0 MOVX A,@DPTR
\ 000005 39 ADDC A,R1
\ 000006 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine19:
\ 000000 EA MOV A,R2
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 EB MOV A,R3
\ 000004 12.... LCALL ??Subroutine133_0 & 0xFFFF
\ ??CrossCallReturnLabel_271:
\ 000007 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine133_0:
\ 000000 F0 MOVX @DPTR,A
\ 000001 ; Setup parameters for call to function ZDSecMgrDeviceCtrlHandler
\ 000001 ; Setup parameters for call to function ZDSecMgrDeviceJoin
\ 000001 ; Setup parameters for call to function APSME_AuthenticateReq
\ 000001 ; Setup parameters for call to function ZDSecMgrDeviceRemove
\ 000001 ; Setup parameters for call to function ZDSecMgrDeviceRemove
\ 000001 ; Setup parameters for call to function AddrMgrEntryLookupNwk
\ 000001 ; Setup parameters for call to function AddrMgrEntryGet
\ 000001 ; Setup parameters for call to function APSME_RequestKeyReq
\ 000001 ; Setup parameters for call to function APSME_EstablishKeyReq
\ 000001 ; Setup parameters for call to function AddrMgrEntryUpdate
\ 000001 ; Setup parameters for call to function NLME_LeaveReq
\ 000001 ; Setup parameters for call to function APSME_UpdateDeviceReq
\ 000001 ; Setup parameters for call to function APSME_AuthenticateReq
\ 000001 ; Setup parameters for call to function ZDSecMgrDeviceNew
\ 000001 ; Setup parameters for call to function APSME_EstablishKeyRsp
\ 000001 AA.. MOV R2,?XSP + 0
\ 000003 AB.. MOV R3,?XSP + 1
\ 000005 22 RET
714
715 /******************************************************************************
716 * @fn ZDSecMgrEntryLookupAMI
717 *
718 * @brief Lookup entry using specified address index
719 *
720 * @param ami - [in] Address Manager index
721 * @param entry - [out] valid entry
722 *
723 * @return ZStatus_t
724 */
\ In segment BANKED_CODE, align 1, keep-with-next
725 ZStatus_t ZDSecMgrEntryLookupAMI( uint16 ami, ZDSecMgrEntry_t** entry )
\ ZDSecMgrEntryLookupAMI:
726 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 0
\ 000005 EA MOV A,R2
\ 000006 FE MOV R6,A
\ 000007 EB MOV A,R3
\ 000008 FF MOV R7,A
727 uint16 index;
728
729 // initialize results
730 *entry = NULL;
\ 000009 8C82 MOV DPL,R4
\ 00000B 8D83 MOV DPH,R5
\ 00000D 12.... LCALL ?Subroutine12 & 0xFFFF
731
732 // verify data is available
733 if ( ZDSecMgrEntries != NULL )
\ ??CrossCallReturnLabel_1:
\ 000010 6033 JZ ??ZDSecMgrEntryLookupAMI_0
734 {
735 for ( index = 0; index < ZDSECMGR_ENTRY_MAX ; index++ )
\ 000012 7800 MOV R0,#0x0
\ 000014 7900 MOV R1,#0x0
736 {
737 if ( ZDSecMgrEntries[index].ami == ami )
\ ??ZDSecMgrEntryLookupAMI_1:
\ 000016 12.... LCALL ?Subroutine45 & 0xFFFF
\ ??CrossCallReturnLabel_165:
\ 000019 6E XRL A,R6
\ 00001A 7003 JNZ ??ZDSecMgrEntryLookupAMI_2
\ 00001C A3 INC DPTR
\ 00001D E0 MOVX A,@DPTR
\ 00001E 6F XRL A,R7
\ ??ZDSecMgrEntryLookupAMI_2:
\ 00001F 701A JNZ ??ZDSecMgrEntryLookupAMI_3
738 {
739 // return successful results
740 *entry = &ZDSecMgrEntries[index];
\ 000021 E8 MOV A,R0
\ 000022 75F005 MOV B,#0x5
\ 000025 A4 MUL AB
\ 000026 F8 MOV R0,A
\ 000027 AAF0 MOV R2,B
\ 000029 75F005 MOV B,#0x5
\ 00002C E9 MOV A,R1
\ 00002D A4 MUL AB
\ 00002E 2A ADD A,R2
\ 00002F F9 MOV R1,A
\ 000030 90.... MOV DPTR,#ZDSecMgrEntries
\ 000033 12.... LCALL ?Subroutine59 & 0xFFFF
741
742 // break from loop
743 return ZSuccess;
744 }
745 }
\ ??CrossCallReturnLabel_83:
\ 000036 12.... LCALL ??Subroutine102_0 & 0xFFFF
\ ??CrossCallReturnLabel_140:
\ 000039 800C SJMP ??ZDSecMgrEntryLookupAMI_4
\ ??ZDSecMgrEntryLookupAMI_3:
\ 00003B 08 INC R0
\ 00003C E8 MOV A,R0
\ 00003D 7001 JNZ ??ZDSecMgrEntryLookupAMI_5
\ 00003F 09 INC R1
\ ??ZDSecMgrEntryLookupAMI_5:
\ 000040 12.... LCALL ?Subroutine36 & 0xFFFF
746 }
\ ??CrossCallReturnLabel_172:
\ 000043 40D1 JC ??ZDSecMgrEntryLookupAMI_1
747
748 return ZNwkUnknownDevice;
\ ??ZDSecMgrEntryLookupAMI_0:
\ 000045 79C8 MOV R1,#-0x38
\ ??ZDSecMgrEntryLookupAMI_4:
\ 000047 02.... LJMP ??Subroutine126_0 & 0xFFFF
749 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine59:
\ 000000 12.... LCALL ?Subroutine92 & 0xFFFF
\ ??CrossCallReturnLabel_130:
\ 000003 F9 MOV R1,A
\ 000004 8C82 MOV DPL,R4
\ 000006 8D83 MOV DPH,R5
\ 000008 22 RET
750
751 /******************************************************************************
752 * @fn ZDSecMgrEntryLookupExt
753 *
754 * @brief Lookup entry index using specified EXT address.
755 *
756 * @param extAddr - [in] EXT address
757 * @param entry - [out] valid entry
758 *
759 * @return ZStatus_t
760 */
\ In segment BANKED_CODE, align 1, keep-with-next
761 ZStatus_t ZDSecMgrEntryLookupExt( uint8* extAddr, ZDSecMgrEntry_t** entry )
\ ZDSecMgrEntryLookupExt:
762 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EC MOV A,R4
\ 00000B FE MOV R6,A
\ 00000C ED MOV A,R5
\ 00000D FF MOV R7,A
763 ZStatus_t status;
764 uint16 ami;
765
766 // initialize results
767 *entry = NULL;
\ 00000E 8C82 MOV DPL,R4
\ 000010 F583 MOV DPH,A
\ 000012 E4 CLR A
\ 000013 F0 MOVX @DPTR,A
\ 000014 A3 INC DPTR
\ 000015 F0 MOVX @DPTR,A
768 status = ZNwkUnknownDevice;
\ 000016 75..C8 MOV ?V0,#-0x38
769
770 // lookup address index
771 if ( ZDSecMgrExtAddrLookup( extAddr, &ami ) == ZSuccess )
\ 000019 ; Setup parameters for call to function ZDSecMgrExtAddrLookup
\ 000019 AC.. MOV R4,?XSP + 0
\ 00001B AD.. MOV R5,?XSP + 1
\ 00001D 12.... LCALL `??ZDSecMgrExtAddrLookup::?relay`; Banked call to: ZDSecMgrExtAddrLookup
\ 000020 E9 MOV A,R1
\ 000021 7010 JNZ ??ZDSecMgrEntryLookupExt_0
772 {
773 status = ZDSecMgrEntryLookupAMI( ami, entry );
\ 000023 ; Setup parameters for call to function ZDSecMgrEntryLookupAMI
\ 000023 EE MOV A,R6
\ 000024 FC MOV R4,A
\ 000025 EF MOV A,R7
\ 000026 FD MOV R5,A
\ 000027 85..82 MOV DPL,?XSP + 0
\ 00002A 85..83 MOV DPH,?XSP + 1
\ 00002D 12.... LCALL ?Subroutine64 & 0xFFFF
774 }
\ ??CrossCallReturnLabel_91:
\ 000030 E9 MOV A,R1
\ 000031 F5.. MOV ?V0,A
775
776 return status;
\ ??ZDSecMgrEntryLookupExt_0:
\ 000033 02.... LJMP ?Subroutine1 & 0xFFFF
777 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine1:
\ 000000 A9.. MOV R1,?V0
\ 000002 REQUIRE ??Subroutine124_0
\ 000002 ; // Fall through to label ??Subroutine124_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine124_0:
\ 000000 7402 MOV A,#0x2
\ 000002 REQUIRE ??Subroutine125_0
\ 000002 ; // Fall through to label ??Subroutine125_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine100:
\ 000000 E0 MOVX A,@DPTR
\ 000001 FA MOV R2,A
\ 000002 A3 INC DPTR
\ 000003 E0 MOVX A,@DPTR
\ 000004 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine143_0:
\ 000000 12.... LCALL ?Subroutine100 & 0xFFFF
\ ??CrossCallReturnLabel_321:
\ 000003 FB MOV R3,A
\ 000004 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine64:
\ 000000 12.... LCALL ??Subroutine143_0 & 0xFFFF
\ ??CrossCallReturnLabel_310:
\ 000003 12.... LCALL `??ZDSecMgrEntryLookupAMI::?relay`; Banked call to: ZDSecMgrEntryLookupAMI
\ 000006 22 RET
778
779 /******************************************************************************
780 * @fn ZDSecMgrEntryLookupExtGetIndex
781 *
782 * @brief Lookup entry index using specified EXT address.
783 *
784 * @param extAddr - [in] EXT address
785 * @param entryIndex - [out] valid index to the entry table
786 *
787 * @return ZStatus_t
788 */
\ In segment BANKED_CODE, align 1, keep-with-next
789 ZStatus_t ZDSecMgrEntryLookupExtGetIndex( uint8* extAddr, ZDSecMgrEntry_t** entry, uint16* entryIndex )
\ ZDSecMgrEntryLookupExtGetIndex:
790 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EC MOV A,R4
\ 00000B FE MOV R6,A
\ 00000C ED MOV A,R5
\ 00000D FF MOV R7,A
791 uint16 ami;
792 uint16 index;
793
794 // lookup address index
795 if ( ZDSecMgrExtAddrLookup( extAddr, &ami ) == ZSuccess )
\ 00000E ; Setup parameters for call to function ZDSecMgrExtAddrLookup
\ 00000E AC.. MOV R4,?XSP + 0
\ 000010 AD.. MOV R5,?XSP + 1
\ 000012 12.... LCALL `??ZDSecMgrExtAddrLookup::?relay`; Banked call to: ZDSecMgrExtAddrLookup
\ 000015 E9 MOV A,R1
\ 000016 7058 JNZ ??ZDSecMgrEntryLookupExtGetIndex_0
796 {
797 // verify data is available
798 if ( ZDSecMgrEntries != NULL )
\ 000018 90.... MOV DPTR,#ZDSecMgrEntries
\ 00001B 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_277:
\ 00001E 6050 JZ ??ZDSecMgrEntryLookupExtGetIndex_0
799 {
800 for ( index = 0; index < ZDSECMGR_ENTRY_MAX ; index++ )
\ 000020 7800 MOV R0,#0x0
\ 000022 7900 MOV R1,#0x0
801 {
802 if ( ZDSecMgrEntries[index].ami == ami )
\ ??ZDSecMgrEntryLookupExtGetIndex_1:
\ 000024 E8 MOV A,R0
\ 000025 FA MOV R2,A
\ 000026 E9 MOV A,R1
\ 000027 FB MOV R3,A
\ 000028 EA MOV A,R2
\ 000029 75F005 MOV B,#0x5
\ 00002C A4 MUL AB
\ 00002D FA MOV R2,A
\ 00002E ACF0 MOV R4,B
\ 000030 75F005 MOV B,#0x5
\ 000033 EB MOV A,R3
\ 000034 A4 MUL AB
\ 000035 2C ADD A,R4
\ 000036 FB MOV R3,A
\ 000037 90.... MOV DPTR,#ZDSecMgrEntries
\ 00003A 12.... LCALL ?Subroutine62 & 0xFFFF
\ ??CrossCallReturnLabel_87:
\ 00003D 12.... LCALL ??Subroutine121_0 & 0xFFFF
\ ??CrossCallReturnLabel_220:
\ 000040 85..82 MOV DPL,?XSP + 0
\ 000043 85..83 MOV DPH,?XSP + 1
\ 000046 E0 MOVX A,@DPTR
\ 000047 6A XRL A,R2
\ 000048 7003 JNZ ??ZDSecMgrEntryLookupExtGetIndex_2
\ 00004A A3 INC DPTR
\ 00004B E0 MOVX A,@DPTR
\ 00004C 6B XRL A,R3
\ ??ZDSecMgrEntryLookupExtGetIndex_2:
\ 00004D 7017 JNZ ??ZDSecMgrEntryLookupExtGetIndex_3
803 {
804 // return successful results
805 *entry = &ZDSecMgrEntries[index];
\ 00004F 12.... LCALL ?Subroutine73 & 0xFFFF
\ ??CrossCallReturnLabel_104:
\ 000052 8E82 MOV DPL,R6
\ 000054 8F83 MOV DPH,R7
\ 000056 12.... LCALL ??Subroutine129_0 & 0xFFFF
806 *entryIndex = index;
\ ??CrossCallReturnLabel_249:
\ 000059 740B MOV A,#0xb
\ 00005B 12.... LCALL ?XSTACK_DISP0_8
\ 00005E 12.... LCALL ?Subroutine69 & 0xFFFF
807
808 // break from loop
809 return ZSuccess;
810 }
811 }
\ ??CrossCallReturnLabel_99:
\ 000061 12.... LCALL ??Subroutine102_0 & 0xFFFF
\ ??CrossCallReturnLabel_141:
\ 000064 800C SJMP ??ZDSecMgrEntryLookupExtGetIndex_4
\ ??ZDSecMgrEntryLookupExtGetIndex_3:
\ 000066 08 INC R0
\ 000067 E8 MOV A,R0
\ 000068 7001 JNZ ??ZDSecMgrEntryLookupExtGetIndex_5
\ 00006A 09 INC R1
\ ??ZDSecMgrEntryLookupExtGetIndex_5:
\ 00006B 12.... LCALL ?Subroutine36 & 0xFFFF
812 }
813 }
\ ??CrossCallReturnLabel_173:
\ 00006E 40B4 JC ??ZDSecMgrEntryLookupExtGetIndex_1
814
815 return ZNwkUnknownDevice;
\ ??ZDSecMgrEntryLookupExtGetIndex_0:
\ 000070 79C8 MOV R1,#-0x38
\ ??ZDSecMgrEntryLookupExtGetIndex_4:
\ 000072 02.... LJMP ??Subroutine124_0 & 0xFFFF
816 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine62:
\ 000000 E0 MOVX A,@DPTR
\ 000001 2A ADD A,R2
\ 000002 FC MOV R4,A
\ 000003 A3 INC DPTR
\ 000004 E0 MOVX A,@DPTR
\ 000005 3B ADDC A,R3
\ 000006 8C82 MOV DPL,R4
\ 000008 F583 MOV DPH,A
\ 00000A 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine121_0:
\ 000000 12.... LCALL ??Subroutine143_0 & 0xFFFF
\ ??CrossCallReturnLabel_315:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine69:
\ 000000 12.... LCALL ?Subroutine94 & 0xFFFF
\ ??CrossCallReturnLabel_132:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine94:
\ 000000 12.... LCALL ?Subroutine100 & 0xFFFF
\ ??CrossCallReturnLabel_320:
\ 000003 F583 MOV DPH,A
\ 000005 8A82 MOV DPL,R2
\ 000007 22 RET
817
818 /******************************************************************************
819 * @fn ZDSecMgrEntryFree
820 *
821 * @brief Free entry.
822 *
823 * @param entry - [in] valid entry
824 *
825 * @return ZStatus_t
826 */
\ In segment BANKED_CODE, align 1, keep-with-next
827 void ZDSecMgrEntryFree( ZDSecMgrEntry_t* entry )
\ ZDSecMgrEntryFree:
828 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 REQUIRE ?V4
\ 000000 REQUIRE ?V5
\ 000000 74F2 MOV A,#-0xe
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 14
\ 000005 ; Auto size: 0
\ 000005 8A.. MOV ?V0,R2
\ 000007 8B.. MOV ?V1,R3
829 APSME_LinkKeyData_t *pApsLinkKey = NULL;
830
831 pApsLinkKey = (APSME_LinkKeyData_t *)osal_mem_alloc(sizeof(APSME_LinkKeyData_t));
\ 000009 ; Setup parameters for call to function osal_mem_alloc
\ 000009 12.... LCALL ?Subroutine75 & 0xFFFF
832
833 if (pApsLinkKey != NULL)
\ ??CrossCallReturnLabel_105:
\ 00000C 6042 JZ ??ZDSecMgrEntryFree_0
834 {
835 osal_memset( pApsLinkKey, 0x00, sizeof(APSME_LinkKeyData_t) );
\ 00000E ; Setup parameters for call to function osal_memset
\ 00000E 7C18 MOV R4,#0x18
\ 000010 7D00 MOV R5,#0x0
\ 000012 7900 MOV R1,#0x0
\ 000014 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
836
837 // Clear the APS Link key in NV
838 osal_nv_write( entry->keyNvId, 0,
839 sizeof(APSME_LinkKeyData_t), pApsLinkKey);
\ 000017 E5.. MOV A,?V0
\ 000019 2402 ADD A,#0x2
\ 00001B FE MOV R6,A
\ 00001C E4 CLR A
\ 00001D 35.. ADDC A,?V1
\ 00001F FF MOV R7,A
\ 000020 ; Setup parameters for call to function osal_nv_write
\ 000020 78.. MOV R0,#?V2
\ 000022 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000025 75..18 MOV ?V4,#0x18
\ 000028 75..00 MOV ?V5,#0x0
\ 00002B 78.. MOV R0,#?V4
\ 00002D 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000030 7C00 MOV R4,#0x0
\ 000032 7D00 MOV R5,#0x0
\ 000034 8E82 MOV DPL,R6
\ 000036 8F83 MOV DPH,R7
\ 000038 12.... LCALL ?Subroutine100 & 0xFFFF
\ ??CrossCallReturnLabel_316:
\ 00003B 12.... LCALL ??Subroutine106_0 & 0xFFFF
\ ??CrossCallReturnLabel_153:
\ 00003E 12.... LCALL ?DEALLOC_XSTACK8
840
841 // set entry to invalid Key
842 entry->keyNvId = SEC_NO_KEY_NV_ID;
\ 000041 8E82 MOV DPL,R6
\ 000043 8F83 MOV DPH,R7
\ 000045 E4 CLR A
\ 000046 F0 MOVX @DPTR,A
\ 000047 A3 INC DPTR
\ 000048 F0 MOVX @DPTR,A
843
844 osal_mem_free(pApsLinkKey);
\ 000049 ; Setup parameters for call to function osal_mem_free
\ 000049 AA.. MOV R2,?V2
\ 00004B AB.. MOV R3,?V3
\ 00004D 12.... LCALL `??osal_mem_free::?relay`; Banked call to: osal_mem_free
845 }
846
847 // marking the entry as INVALID_NODE_ADDR
848 entry->ami = INVALID_NODE_ADDR;
\ ??ZDSecMgrEntryFree_0:
\ 000050 85..82 MOV DPL,?V0
\ 000053 85..83 MOV DPH,?V1
\ 000056 74FE MOV A,#-0x2
\ 000058 F0 MOVX @DPTR,A
\ 000059 A3 INC DPTR
\ 00005A 04 INC A
\ 00005B F0 MOVX @DPTR,A
849 }
\ 00005C 02.... LJMP ??Subroutine142_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine75:
\ 000000 7A18 MOV R2,#0x18
\ 000002 7B00 MOV R3,#0x0
\ 000004 12.... LCALL `??osal_mem_alloc::?relay`; Banked call to: osal_mem_alloc
\ 000007 8A.. MOV ?V2,R2
\ 000009 8B.. MOV ?V3,R3
\ 00000B EA MOV A,R2
\ 00000C 4B ORL A,R3
\ 00000D 22 RET
850
851 /******************************************************************************
852 * @fn ZDSecMgrEntryNew
853 *
854 * @brief Get a new entry.
855 *
856 * @param entry - [out] valid entry
857 *
858 * @return ZStatus_t
859 */
\ In segment BANKED_CODE, align 1, keep-with-next
860 ZStatus_t ZDSecMgrEntryNew( ZDSecMgrEntry_t** entry )
\ ZDSecMgrEntryNew:
861 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 0
862 uint16 index;
863
864 // initialize results
865 *entry = NULL;
\ 000005 8A82 MOV DPL,R2
\ 000007 8B83 MOV DPH,R3
\ 000009 12.... LCALL ?Subroutine12 & 0xFFFF
866
867 // verify data is available
868 if ( ZDSecMgrEntries != NULL )
\ ??CrossCallReturnLabel_2:
\ 00000C 6064 JZ ??ZDSecMgrEntryNew_0
869 {
870 // find available entry
871 for ( index = 0; index < ZDSECMGR_ENTRY_MAX ; index++ )
\ 00000E 7800 MOV R0,#0x0
\ 000010 7900 MOV R1,#0x0
872 {
873 if ( ZDSecMgrEntries[index].ami == INVALID_NODE_ADDR )
\ ??ZDSecMgrEntryNew_1:
\ 000012 E8 MOV A,R0
\ 000013 FC MOV R4,A
\ 000014 E9 MOV A,R1
\ 000015 FD MOV R5,A
\ 000016 EC MOV A,R4
\ 000017 75F005 MOV B,#0x5
\ 00001A A4 MUL AB
\ 00001B FC MOV R4,A
\ 00001C AEF0 MOV R6,B
\ 00001E 75F005 MOV B,#0x5
\ 000021 ED MOV A,R5
\ 000022 A4 MUL AB
\ 000023 2E ADD A,R6
\ 000024 FD MOV R5,A
\ 000025 90.... MOV DPTR,#ZDSecMgrEntries
\ 000028 E0 MOVX A,@DPTR
\ 000029 2C ADD A,R4
\ 00002A FE MOV R6,A
\ 00002B A3 INC DPTR
\ 00002C E0 MOVX A,@DPTR
\ 00002D 3D ADDC A,R5
\ 00002E 8E82 MOV DPL,R6
\ 000030 F583 MOV DPH,A
\ 000032 E0 MOVX A,@DPTR
\ 000033 64FE XRL A,#0xfe
\ 000035 7003 JNZ ??ZDSecMgrEntryNew_2
\ 000037 A3 INC DPTR
\ 000038 E0 MOVX A,@DPTR
\ 000039 F4 CPL A
\ ??ZDSecMgrEntryNew_2:
\ 00003A 702C JNZ ??ZDSecMgrEntryNew_3
874 {
875 // return successful result
876 *entry = &ZDSecMgrEntries[index];
\ 00003C E8 MOV A,R0
\ 00003D 75F005 MOV B,#0x5
\ 000040 A4 MUL AB
\ 000041 F8 MOV R0,A
\ 000042 ACF0 MOV R4,B
\ 000044 75F005 MOV B,#0x5
\ 000047 E9 MOV A,R1
\ 000048 A4 MUL AB
\ 000049 2C ADD A,R4
\ 00004A F9 MOV R1,A
\ 00004B 90.... MOV DPTR,#ZDSecMgrEntries
\ 00004E E0 MOVX A,@DPTR
\ 00004F 28 ADD A,R0
\ 000050 A3 INC DPTR
\ 000051 E0 MOVX A,@DPTR
\ 000052 39 ADDC A,R1
\ 000053 FD MOV R5,A
\ 000054 8A82 MOV DPL,R2
\ 000056 8B83 MOV DPH,R3
\ 000058 EE MOV A,R6
\ 000059 F0 MOVX @DPTR,A
\ 00005A A3 INC DPTR
\ 00005B ED MOV A,R5
\ 00005C F0 MOVX @DPTR,A
877
878 // Set the authentication option to default
879 ZDSecMgrEntries[index].authenticateOption = ZDSecMgr_Not_Authenticated;
\ 00005D 90.... MOV DPTR,#ZDSecMgrEntries
\ 000060 12.... LCALL ?Subroutine52 & 0xFFFF
\ ??CrossCallReturnLabel_73:
\ 000063 E4 CLR A
\ 000064 F0 MOVX @DPTR,A
880
881 // break from loop
882 return ZSuccess;
\ 000065 F9 MOV R1,A
\ 000066 800C SJMP ??ZDSecMgrEntryNew_4
883 }
884 }
\ ??ZDSecMgrEntryNew_3:
\ 000068 08 INC R0
\ 000069 E8 MOV A,R0
\ 00006A 7001 JNZ ??ZDSecMgrEntryNew_5
\ 00006C 09 INC R1
\ ??ZDSecMgrEntryNew_5:
\ 00006D 12.... LCALL ?Subroutine36 & 0xFFFF
885 }
\ ??CrossCallReturnLabel_174:
\ 000070 40A0 JC ??ZDSecMgrEntryNew_1
886
887 return ZNwkUnknownDevice;
\ ??ZDSecMgrEntryNew_0:
\ 000072 79C8 MOV R1,#-0x38
\ ??ZDSecMgrEntryNew_4:
\ 000074 02.... LJMP ??Subroutine126_0 & 0xFFFF
888 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine52:
\ 000000 12.... LCALL ?Subroutine89 & 0xFFFF
\ ??CrossCallReturnLabel_127:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine89:
\ 000000 E0 MOVX A,@DPTR
\ 000001 28 ADD A,R0
\ 000002 FA MOV R2,A
\ 000003 A3 INC DPTR
\ 000004 E0 MOVX A,@DPTR
\ 000005 39 ADDC A,R1
\ 000006 8A82 MOV DPL,R2
\ 000008 F583 MOV DPH,A
\ 00000A A3 INC DPTR
\ 00000B A3 INC DPTR
\ 00000C A3 INC DPTR
\ 00000D A3 INC DPTR
\ 00000E 22 RET
889
890 /******************************************************************************
891 * @fn ZDSecMgrCtrlInit
892 *
893 * @brief Initialize control sub module
894 *
895 * @param none
896 *
897 * @return none
898 */
\ In segment BANKED_CODE, align 1, keep-with-next
899 void ZDSecMgrCtrlInit( void )
\ ZDSecMgrCtrlInit:
900 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
901 uint16 size;
902 uint16 index;
903
904 // allocate entry data
905 size = (short)( sizeof(ZDSecMgrCtrl_t) * ZDSECMGR_CTRL_MAX );
906
907 ZDSecMgrCtrlData = osal_mem_alloc( size );
\ 000004 ; Setup parameters for call to function osal_mem_alloc
\ 000004 7A15 MOV R2,#0x15
\ 000006 7B00 MOV R3,#0x0
\ 000008 12.... LCALL `??osal_mem_alloc::?relay`; Banked call to: osal_mem_alloc
\ 00000B 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 00000E 12.... LCALL ??Subroutine129_0 & 0xFFFF
908
909 // initialize data
910 if ( ZDSecMgrCtrlData != NULL )
\ ??CrossCallReturnLabel_250:
\ 000011 F9 MOV R1,A
\ 000012 EA MOV A,R2
\ 000013 49 ORL A,R1
\ 000014 602E JZ ??ZDSecMgrCtrlInit_0
911 {
912 for( index = 0; index < ZDSECMGR_CTRL_MAX; index++ )
\ 000016 7800 MOV R0,#0x0
\ 000018 7900 MOV R1,#0x0
913 {
914 ZDSecMgrCtrlData[index].state = ZDSECMGR_CTRL_NONE;
\ ??ZDSecMgrCtrlInit_1:
\ 00001A E8 MOV A,R0
\ 00001B FA MOV R2,A
\ 00001C E9 MOV A,R1
\ 00001D FB MOV R3,A
\ 00001E EA MOV A,R2
\ 00001F 75F007 MOV B,#0x7
\ 000022 A4 MUL AB
\ 000023 FA MOV R2,A
\ 000024 ACF0 MOV R4,B
\ 000026 75F007 MOV B,#0x7
\ 000029 EB MOV A,R3
\ 00002A A4 MUL AB
\ 00002B 2C ADD A,R4
\ 00002C FB MOV R3,A
\ 00002D 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 000030 12.... LCALL ?Subroutine62 & 0xFFFF
915 }
\ ??CrossCallReturnLabel_88:
\ 000033 A3 INC DPTR
\ 000034 A3 INC DPTR
\ 000035 A3 INC DPTR
\ 000036 A3 INC DPTR
\ 000037 A3 INC DPTR
\ 000038 E4 CLR A
\ 000039 F0 MOVX @DPTR,A
\ 00003A 08 INC R0
\ 00003B E8 MOV A,R0
\ 00003C 7001 JNZ ??ZDSecMgrCtrlInit_2
\ 00003E 09 INC R1
\ ??ZDSecMgrCtrlInit_2:
\ 00003F 12.... LCALL ?Subroutine36 & 0xFFFF
916 }
\ ??CrossCallReturnLabel_175:
\ 000042 40D6 JC ??ZDSecMgrCtrlInit_1
917 }
\ ??ZDSecMgrCtrlInit_0:
\ 000044 02.... LJMP ??Subroutine123_0 & 0xFFFF
918
919 /******************************************************************************
920 * @fn ZDSecMgrCtrlRelease
921 *
922 * @brief Release control data.
923 *
924 * @param ctrl - [in] valid control data
925 *
926 * @return none
927 */
\ In segment BANKED_CODE, align 1, keep-with-next
928 void ZDSecMgrCtrlRelease( ZDSecMgrCtrl_t* ctrl )
\ ZDSecMgrCtrlRelease:
929 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
930 // should always be enough entry control data
931 ctrl->state = ZDSECMGR_CTRL_NONE;
\ 000004 8A82 MOV DPL,R2
\ 000006 8B83 MOV DPH,R3
\ 000008 A3 INC DPTR
\ 000009 A3 INC DPTR
\ 00000A A3 INC DPTR
\ 00000B A3 INC DPTR
\ 00000C A3 INC DPTR
\ 00000D E4 CLR A
\ 00000E F0 MOVX @DPTR,A
932 }
\ 00000F 02.... LJMP ??Subroutine123_0 & 0xFFFF
933
934 /******************************************************************************
935 * @fn ZDSecMgrCtrlLookup
936 *
937 * @brief Lookup control data.
938 *
939 * @param entry - [in] valid entry data
940 * @param ctrl - [out] control data - NULL if not found
941 *
942 * @return none
943 */
\ In segment BANKED_CODE, align 1, keep-with-next
944 void ZDSecMgrCtrlLookup( ZDSecMgrEntry_t* entry, ZDSecMgrCtrl_t** ctrl )
\ ZDSecMgrCtrlLookup:
945 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 0
\ 000005 EA MOV A,R2
\ 000006 FE MOV R6,A
\ 000007 EB MOV A,R3
\ 000008 FF MOV R7,A
946 uint16 index;
947
948 // initialize search results
949 *ctrl = NULL;
\ 000009 8C82 MOV DPL,R4
\ 00000B 8D83 MOV DPH,R5
\ 00000D E4 CLR A
\ 00000E F0 MOVX @DPTR,A
\ 00000F A3 INC DPTR
\ 000010 F0 MOVX @DPTR,A
950
951 // verify data is available
952 if ( ZDSecMgrCtrlData != NULL )
\ 000011 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 000014 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_278:
\ 000017 6063 JZ ??ZDSecMgrCtrlLookup_0
953 {
954 for ( index = 0; index < ZDSECMGR_CTRL_MAX; index++ )
\ 000019 7800 MOV R0,#0x0
\ 00001B 7900 MOV R1,#0x0
955 {
956 // make sure control data is in use
957 if ( ZDSecMgrCtrlData[index].state != ZDSECMGR_CTRL_NONE )
\ ??ZDSecMgrCtrlLookup_1:
\ 00001D E8 MOV A,R0
\ 00001E FA MOV R2,A
\ 00001F E9 MOV A,R1
\ 000020 FB MOV R3,A
\ 000021 EA MOV A,R2
\ 000022 75F007 MOV B,#0x7
\ 000025 A4 MUL AB
\ 000026 FA MOV R2,A
\ 000027 85F0.. MOV ?V0,B
\ 00002A 75F007 MOV B,#0x7
\ 00002D EB MOV A,R3
\ 00002E A4 MUL AB
\ 00002F 25.. ADD A,?V0
\ 000031 FB MOV R3,A
\ 000032 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 000035 12.... LCALL ?Subroutine91 & 0xFFFF
\ ??CrossCallReturnLabel_166:
\ 000038 A3 INC DPTR
\ 000039 A3 INC DPTR
\ 00003A A3 INC DPTR
\ 00003B A3 INC DPTR
\ 00003C A3 INC DPTR
\ 00003D E0 MOVX A,@DPTR
\ 00003E 6032 JZ ??ZDSecMgrCtrlLookup_2
958 {
959 // check for entry match
960 if ( ZDSecMgrCtrlData[index].entry == entry )
\ 000040 E8 MOV A,R0
\ 000041 FA MOV R2,A
\ 000042 E9 MOV A,R1
\ 000043 FB MOV R3,A
\ 000044 EA MOV A,R2
\ 000045 75F007 MOV B,#0x7
\ 000048 A4 MUL AB
\ 000049 FA MOV R2,A
\ 00004A 85F0.. MOV ?V0,B
\ 00004D 75F007 MOV B,#0x7
\ 000050 EB MOV A,R3
\ 000051 A4 MUL AB
\ 000052 25.. ADD A,?V0
\ 000054 FB MOV R3,A
\ 000055 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 000058 12.... LCALL ??Subroutine108_0 & 0xFFFF
\ ??CrossCallReturnLabel_163:
\ 00005B FA MOV R2,A
\ 00005C A3 INC DPTR
\ 00005D E0 MOVX A,@DPTR
\ 00005E FB MOV R3,A
\ 00005F EE MOV A,R6
\ 000060 6A XRL A,R2
\ 000061 7002 JNZ ??ZDSecMgrCtrlLookup_3
\ 000063 EF MOV A,R7
\ 000064 6B XRL A,R3
\ ??ZDSecMgrCtrlLookup_3:
\ 000065 700B JNZ ??ZDSecMgrCtrlLookup_2
961 {
962 // return this control data
963 *ctrl = &ZDSecMgrCtrlData[index];
\ 000067 12.... LCALL ??Subroutine128_0 & 0xFFFF
\ ??CrossCallReturnLabel_244:
\ 00006A 12.... LCALL ?Subroutine59 & 0xFFFF
\ ??CrossCallReturnLabel_84:
\ 00006D 12.... LCALL ??Subroutine113_0 & 0xFFFF
964
965 // break from loop
966 return;
\ ??CrossCallReturnLabel_188:
\ 000070 800A SJMP ??ZDSecMgrCtrlLookup_0
967 }
968 }
969 }
\ ??ZDSecMgrCtrlLookup_2:
\ 000072 08 INC R0
\ 000073 E8 MOV A,R0
\ 000074 7001 JNZ ??ZDSecMgrCtrlLookup_4
\ 000076 09 INC R1
\ ??ZDSecMgrCtrlLookup_4:
\ 000077 12.... LCALL ?Subroutine36 & 0xFFFF
970 }
\ ??CrossCallReturnLabel_176:
\ 00007A 40A1 JC ??ZDSecMgrCtrlLookup_1
971 }
\ ??ZDSecMgrCtrlLookup_0:
\ 00007C 02.... LJMP ??Subroutine126_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine128_0:
\ 000000 E8 MOV A,R0
\ 000001 75F007 MOV B,#0x7
\ 000004 A4 MUL AB
\ 000005 F8 MOV R0,A
\ 000006 AAF0 MOV R2,B
\ 000008 75F007 MOV B,#0x7
\ 00000B E9 MOV A,R1
\ 00000C A4 MUL AB
\ 00000D 2A ADD A,R2
\ 00000E F9 MOV R1,A
\ 00000F 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 000012 22 RET
972
973 /******************************************************************************
974 * @fn ZDSecMgrCtrlSet
975 *
976 * @brief Set control data.
977 *
978 * @param device - [in] valid device data
979 * @param entry - [in] valid entry data
980 * @param ctrl - [in] valid control data
981 *
982 * @return none
983 */
\ In segment BANKED_CODE, align 1, keep-with-next
984 void ZDSecMgrCtrlSet( ZDSecMgrDevice_t* device,
\ ZDSecMgrCtrlSet:
985 ZDSecMgrEntry_t* entry,
986 ZDSecMgrCtrl_t* ctrl )
987 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 0
\ 000005 7409 MOV A,#0x9
\ 000007 12.... LCALL ?XSTACK_DISP0_8
\ 00000A 12.... LCALL ??Subroutine146_0 & 0xFFFF
988 // set control date
989 ctrl->parentAddr = device->parentAddr;
\ ??CrossCallReturnLabel_322:
\ 00000D 8A82 MOV DPL,R2
\ 00000F 8B83 MOV DPH,R3
\ 000011 A3 INC DPTR
\ 000012 A3 INC DPTR
\ 000013 A3 INC DPTR
\ 000014 A3 INC DPTR
\ 000015 E0 MOVX A,@DPTR
\ 000016 FE MOV R6,A
\ 000017 A3 INC DPTR
\ 000018 E0 MOVX A,@DPTR
\ 000019 FF MOV R7,A
\ 00001A 8882 MOV DPL,R0
\ 00001C 8983 MOV DPH,R1
\ 00001E A3 INC DPTR
\ 00001F A3 INC DPTR
\ 000020 EE MOV A,R6
\ 000021 F0 MOVX @DPTR,A
\ 000022 A3 INC DPTR
\ 000023 EF MOV A,R7
\ 000024 12.... LCALL ?Subroutine25 & 0xFFFF
990 ctrl->secure = device->secure;
\ ??CrossCallReturnLabel_32:
\ 000027 A3 INC DPTR
\ 000028 A3 INC DPTR
\ 000029 A3 INC DPTR
\ 00002A A3 INC DPTR
\ 00002B E0 MOVX A,@DPTR
\ 00002C 8882 MOV DPL,R0
\ 00002E 8983 MOV DPH,R1
\ 000030 A3 INC DPTR
\ 000031 A3 INC DPTR
\ 000032 A3 INC DPTR
\ 000033 A3 INC DPTR
\ 000034 12.... LCALL ?Subroutine81 & 0xFFFF
991 ctrl->entry = entry;
\ ??CrossCallReturnLabel_115:
\ 000037 EC MOV A,R4
\ 000038 F0 MOVX @DPTR,A
\ 000039 A3 INC DPTR
\ 00003A ED MOV A,R5
\ 00003B 12.... LCALL ?Subroutine27 & 0xFFFF
992 ctrl->state = ZDSECMGR_CTRL_INIT;
\ ??CrossCallReturnLabel_36:
\ 00003E 7401 MOV A,#0x1
\ 000040 12.... LCALL ?Subroutine27 & 0xFFFF
993 ctrl->cntr = 0;
\ ??CrossCallReturnLabel_37:
\ 000043 A3 INC DPTR
\ 000044 E4 CLR A
\ 000045 12.... LCALL ?Subroutine23 & 0xFFFF
994
995 // set device pointer
996 device->ctrl = ctrl;
\ ??CrossCallReturnLabel_27:
\ 000048 A3 INC DPTR
\ 000049 12.... LCALL ??Subroutine113_0 & 0xFFFF
997 }
\ ??CrossCallReturnLabel_189:
\ 00004C 02.... LJMP ??Subroutine126_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine27:
\ 000000 12.... LCALL ?Subroutine81 & 0xFFFF
\ ??CrossCallReturnLabel_116:
\ 000003 A3 INC DPTR
\ 000004 A3 INC DPTR
\ 000005 A3 INC DPTR
\ 000006 A3 INC DPTR
\ 000007 A3 INC DPTR
\ 000008 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine81:
\ 000000 F0 MOVX @DPTR,A
\ 000001 ; Setup parameters for call to function AssocGetWithExt
\ 000001 8882 MOV DPL,R0
\ 000003 8983 MOV DPH,R1
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine23:
\ 000000 12.... LCALL ?Subroutine98 & 0xFFFF
\ ??CrossCallReturnLabel_134:
\ 000003 A3 INC DPTR
\ 000004 A3 INC DPTR
\ 000005 A3 INC DPTR
\ 000006 A3 INC DPTR
\ 000007 A3 INC DPTR
\ 000008 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine146_0:
\ 000000 12.... LCALL ?Subroutine90 & 0xFFFF
\ ??CrossCallReturnLabel_335:
\ 000003 22 RET
998
999 /******************************************************************************
1000 * @fn ZDSecMgrCtrlAdd
1001 *
1002 * @brief Add control data.
1003 *
1004 * @param device - [in] valid device data
1005 * @param entry - [in] valid entry data
1006 *
1007 * @return ZStatus_t
1008 */
\ In segment BANKED_CODE, align 1, keep-with-next
1009 ZStatus_t ZDSecMgrCtrlAdd( ZDSecMgrDevice_t* device, ZDSecMgrEntry_t* entry )
\ ZDSecMgrCtrlAdd:
1010 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 0
1011 uint16 index;
1012
1013 // verify data is available
1014 if ( ZDSecMgrCtrlData != NULL )
\ 000005 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 000008 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_279:
\ 00000B 6064 JZ ??ZDSecMgrCtrlAdd_0
1015 {
1016 // look for an empty slot
1017 for ( index = 0; index < ZDSECMGR_CTRL_MAX; index++ )
\ 00000D 7800 MOV R0,#0x0
\ 00000F 7900 MOV R1,#0x0
1018 {
1019 if ( ZDSecMgrCtrlData[index].state == ZDSECMGR_CTRL_NONE )
\ ??ZDSecMgrCtrlAdd_1:
\ 000011 E8 MOV A,R0
\ 000012 FE MOV R6,A
\ 000013 E9 MOV A,R1
\ 000014 FF MOV R7,A
\ 000015 EE MOV A,R6
\ 000016 75F007 MOV B,#0x7
\ 000019 A4 MUL AB
\ 00001A FE MOV R6,A
\ 00001B 85F0.. MOV ?V0,B
\ 00001E 75F007 MOV B,#0x7
\ 000021 EF MOV A,R7
\ 000022 A4 MUL AB
\ 000023 25.. ADD A,?V0
\ 000025 FF MOV R7,A
\ 000026 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 000029 E0 MOVX A,@DPTR
\ 00002A 2E ADD A,R6
\ 00002B F5.. MOV ?V0,A
\ 00002D A3 INC DPTR
\ 00002E E0 MOVX A,@DPTR
\ 00002F 3F ADDC A,R7
\ 000030 85..82 MOV DPL,?V0
\ 000033 F583 MOV DPH,A
\ 000035 A3 INC DPTR
\ 000036 A3 INC DPTR
\ 000037 A3 INC DPTR
\ 000038 A3 INC DPTR
\ 000039 A3 INC DPTR
\ 00003A E0 MOVX A,@DPTR
\ 00003B 702A JNZ ??ZDSecMgrCtrlAdd_2
1020 {
1021 // return successful results
1022 ZDSecMgrCtrlSet( device, entry, &ZDSecMgrCtrlData[index] );
\ 00003D ; Setup parameters for call to function ZDSecMgrCtrlSet
\ 00003D E8 MOV A,R0
\ 00003E 75F007 MOV B,#0x7
\ 000041 A4 MUL AB
\ 000042 F8 MOV R0,A
\ 000043 AEF0 MOV R6,B
\ 000045 75F007 MOV B,#0x7
\ 000048 E9 MOV A,R1
\ 000049 A4 MUL AB
\ 00004A 2E ADD A,R6
\ 00004B F9 MOV R1,A
\ 00004C 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 00004F E0 MOVX A,@DPTR
\ 000050 28 ADD A,R0
\ 000051 A3 INC DPTR
\ 000052 E0 MOVX A,@DPTR
\ 000053 39 ADDC A,R1
\ 000054 F5.. MOV ?V1,A
\ 000056 78.. MOV R0,#?V0
\ 000058 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00005B 12.... LCALL `??ZDSecMgrCtrlSet::?relay`; Banked call to: ZDSecMgrCtrlSet
\ 00005E 7402 MOV A,#0x2
\ 000060 12.... LCALL ?DEALLOC_XSTACK8
1023
1024 // break from loop
1025 return ZSuccess;
\ 000063 7900 MOV R1,#0x0
\ 000065 800C SJMP ??ZDSecMgrCtrlAdd_3
1026 }
1027 }
\ ??ZDSecMgrCtrlAdd_2:
\ 000067 08 INC R0
\ 000068 E8 MOV A,R0
\ 000069 7001 JNZ ??ZDSecMgrCtrlAdd_4
\ 00006B 09 INC R1
\ ??ZDSecMgrCtrlAdd_4:
\ 00006C 12.... LCALL ?Subroutine36 & 0xFFFF
1028 }
\ ??CrossCallReturnLabel_177:
\ 00006F 40A0 JC ??ZDSecMgrCtrlAdd_1
1029
1030 return ZNwkUnknownDevice;
\ ??ZDSecMgrCtrlAdd_0:
\ 000071 79C8 MOV R1,#-0x38
\ ??ZDSecMgrCtrlAdd_3:
\ 000073 02.... LJMP ??Subroutine118_0 & 0xFFFF
1031 }
1032
1033 /******************************************************************************
1034 * @fn ZDSecMgrCtrlTerm
1035 *
1036 * @brief Terminate device control.
1037 *
1038 * @param entry - [in] valid entry data
1039 *
1040 * @return none
1041 */
\ In segment BANKED_CODE, align 1, keep-with-next
1042 void ZDSecMgrCtrlTerm( ZDSecMgrEntry_t* entry )
\ ZDSecMgrCtrlTerm:
1043 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 2
\ 000004 74FE MOV A,#-0x2
\ 000006 12.... LCALL ?ALLOC_XSTACK8
1044 ZDSecMgrCtrl_t* ctrl;
1045
1046 // remove device from control data
1047 ZDSecMgrCtrlLookup ( entry, &ctrl );
\ 000009 ; Setup parameters for call to function ZDSecMgrCtrlLookup
\ 000009 AC.. MOV R4,?XSP + 0
\ 00000B AD.. MOV R5,?XSP + 1
\ 00000D 12.... LCALL ??Subroutine134_0 & 0xFFFF
1048
1049 if ( ctrl != NULL )
\ ??CrossCallReturnLabel_275:
\ 000010 6005 JZ ??ZDSecMgrCtrlTerm_0
1050 {
1051 ZDSecMgrCtrlRelease ( ctrl );
\ 000012 12.... LCALL ?Subroutine57 & 0xFFFF
\ ??CrossCallReturnLabel_180:
\ 000015 E4 CLR A
\ 000016 F0 MOVX @DPTR,A
1052 }
1053 }
\ ??ZDSecMgrCtrlTerm_0:
\ 000017 7402 MOV A,#0x2
\ 000019 80.. SJMP ??Subroutine111_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine111_0:
\ 000000 12.... LCALL ?DEALLOC_XSTACK8
\ 000003 02.... LJMP ??Subroutine123_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine134_0:
\ 000000 12.... LCALL `??ZDSecMgrCtrlLookup::?relay`; Banked call to: ZDSecMgrCtrlLookup
\ 000003 REQUIRE ??Subroutine135_0
\ 000003 ; // Fall through to label ??Subroutine135_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine135_0:
\ 000000 85..82 MOV DPL,?XSP + 0
\ 000003 85..83 MOV DPH,?XSP + 1
\ 000006 REQUIRE ??Subroutine136_0
\ 000006 ; // Fall through to label ??Subroutine136_0
1054
1055 /******************************************************************************
1056 * @fn ZDSecMgrCtrlReset
1057 *
1058 * @brief Reset control data.
1059 *
1060 * @param device - [in] valid device data
1061 * @param entry - [in] valid entry data
1062 *
1063 * @return ZStatus_t
1064 */
\ In segment BANKED_CODE, align 1, keep-with-next
1065 ZStatus_t ZDSecMgrCtrlReset( ZDSecMgrDevice_t* device, ZDSecMgrEntry_t* entry )
\ ZDSecMgrCtrlReset:
1066 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8A.. MOV ?V0,R2
\ 00000C 8B.. MOV ?V1,R3
\ 00000E EC MOV A,R4
\ 00000F FE MOV R6,A
\ 000010 ED MOV A,R5
\ 000011 FF MOV R7,A
1067 ZStatus_t status;
1068 ZDSecMgrCtrl_t* ctrl;
1069
1070 // initialize results
1071 status = ZNwkUnknownDevice;
1072
1073 // look for a match for the entry
1074 ZDSecMgrCtrlLookup( entry, &ctrl );
\ 000012 ; Setup parameters for call to function ZDSecMgrCtrlLookup
\ 000012 AC.. MOV R4,?XSP + 0
\ 000014 AD.. MOV R5,?XSP + 1
\ 000016 EE MOV A,R6
\ 000017 FA MOV R2,A
\ 000018 EF MOV A,R7
\ 000019 12.... LCALL ?Subroutine43 & 0xFFFF
1075
1076 if ( ctrl != NULL )
\ ??CrossCallReturnLabel_273:
\ 00001C 601D JZ ??ZDSecMgrCtrlReset_0
1077 {
1078 ZDSecMgrCtrlSet( device, entry, ctrl );
\ 00001E ; Setup parameters for call to function ZDSecMgrCtrlSet
\ 00001E 85..82 MOV DPL,?XSP + 0
\ 000021 85..83 MOV DPH,?XSP + 1
\ 000024 12.... LCALL ?PUSH_XSTACK8_X_TWO
\ 000027 EE MOV A,R6
\ 000028 FC MOV R4,A
\ 000029 EF MOV A,R7
\ 00002A FD MOV R5,A
\ 00002B AA.. MOV R2,?V0
\ 00002D AB.. MOV R3,?V1
\ 00002F 12.... LCALL `??ZDSecMgrCtrlSet::?relay`; Banked call to: ZDSecMgrCtrlSet
\ 000032 7402 MOV A,#0x2
\ 000034 12.... LCALL ?DEALLOC_XSTACK8
1079
1080 status = ZSuccess;
\ 000037 7900 MOV R1,#0x0
\ 000039 800D SJMP ??ZDSecMgrCtrlReset_1
1081 }
1082 else
1083 {
1084 status = ZDSecMgrCtrlAdd( device, entry );
\ ??ZDSecMgrCtrlReset_0:
\ 00003B ; Setup parameters for call to function ZDSecMgrCtrlAdd
\ 00003B EE MOV A,R6
\ 00003C FC MOV R4,A
\ 00003D EF MOV A,R7
\ 00003E FD MOV R5,A
\ 00003F AA.. MOV R2,?V0
\ 000041 AB.. MOV R3,?V1
\ 000043 12.... LCALL `??ZDSecMgrCtrlAdd::?relay`; Banked call to: ZDSecMgrCtrlAdd
\ 000046 E9 MOV A,R1
\ 000047 F9 MOV R1,A
1085 }
1086
1087 return status;
\ ??ZDSecMgrCtrlReset_1:
\ 000048 02.... LJMP ?Subroutine0 & 0xFFFF
1088 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine0:
\ 000000 7402 MOV A,#0x2
\ 000002 REQUIRE ??Subroutine117_0
\ 000002 ; // Fall through to label ??Subroutine117_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine43:
\ 000000 FB MOV R3,A
\ 000001 REQUIRE ??Subroutine134_0
\ 000001 ; // Fall through to label ??Subroutine134_0
1089
1090 /******************************************************************************
1091 * @fn ZDSecMgrMasterKeyLoad
1092 *
1093 * @brief Load the MASTER key for device with specified EXT
1094 * address.
1095 *
1096 * @param extAddr - [in] EXT address of device
1097 * @param key - [in] MASTER key shared with device
1098 *
1099 * @return ZStatus_t
1100 */
\ In segment BANKED_CODE, align 1, keep-with-next
1101 ZStatus_t ZDSecMgrMasterKeyLoad( uint8* extAddr, uint8* key )
\ ZDSecMgrMasterKeyLoad:
1102 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 4
\ 000005 74FC MOV A,#-0x4
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8C.. MOV ?V0,R4
\ 00000C 8D.. MOV ?V1,R5
1103 ZStatus_t status;
1104 uint16 ami;
1105 uint16 keyNvId;
1106
1107 // set status based on policy
1108 status = ZDSecMgrExtAddrLookup( extAddr, &ami );
\ 00000E ; Setup parameters for call to function ZDSecMgrExtAddrLookup
\ 00000E AC.. MOV R4,?XSP + 0
\ 000010 AD.. MOV R5,?XSP + 1
\ 000012 12.... LCALL `??ZDSecMgrExtAddrLookup::?relay`; Banked call to: ZDSecMgrExtAddrLookup
\ 000015 E9 MOV A,R1
\ 000016 FE MOV R6,A
1109
1110 if ( status == ZSuccess )
\ 000017 7037 JNZ ??ZDSecMgrMasterKeyLoad_0
1111 {
1112 // get the address NV ID
1113 if ( ZDSecMgrMasterKeyLookup( ami, &keyNvId ) == ZSuccess )
\ 000019 ; Setup parameters for call to function ZDSecMgrMasterKeyLookup
\ 000019 7402 MOV A,#0x2
\ 00001B 12.... LCALL ?XSTACK_DISP102_8
\ 00001E 12.... LCALL ?Subroutine46 & 0xFFFF
\ ??CrossCallReturnLabel_216:
\ 000021 7024 JNZ ??ZDSecMgrMasterKeyLoad_1
1114 {
1115 // overwrite old key in NV
1116 osal_nv_write( keyNvId, osal_offsetof(ZDSecMgrMasterKeyData_t, key),
1117 SEC_KEY_LEN, key );
\ 000023 ; Setup parameters for call to function osal_nv_write
\ 000023 78.. MOV R0,#?V0
\ 000025 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000028 75..10 MOV ?V0,#0x10
\ 00002B 75..00 MOV ?V1,#0x0
\ 00002E 78.. MOV R0,#?V0
\ 000030 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000033 7C02 MOV R4,#0x2
\ 000035 7D00 MOV R5,#0x0
\ 000037 7406 MOV A,#0x6
\ 000039 12.... LCALL ?XSTACK_DISP0_8
\ 00003C 12.... LCALL ?Subroutine100 & 0xFFFF
1118 }
\ ??CrossCallReturnLabel_317:
\ 00003F 12.... LCALL ??Subroutine106_0 & 0xFFFF
\ ??CrossCallReturnLabel_154:
\ 000042 12.... LCALL ?DEALLOC_XSTACK8
\ 000045 8009 SJMP ??ZDSecMgrMasterKeyLoad_0
1119 else
1120 {
1121 // store new key -- NULL will zero key
1122 status = ZDSecMgrMasterKeyStore( ami, key );
\ ??ZDSecMgrMasterKeyLoad_1:
\ 000047 ; Setup parameters for call to function ZDSecMgrMasterKeyStore
\ 000047 AC.. MOV R4,?V0
\ 000049 AD.. MOV R5,?V1
\ 00004B 12.... LCALL ?Subroutine65 & 0xFFFF
1123 }
1124 }
\ ??CrossCallReturnLabel_93:
\ 00004E E9 MOV A,R1
\ 00004F FE MOV R6,A
1125
1126 return status;
\ ??ZDSecMgrMasterKeyLoad_0:
\ 000050 EE MOV A,R6
\ 000051 F9 MOV R1,A
\ 000052 REQUIRE ?Subroutine6
\ 000052 ; // Fall through to label ?Subroutine6
1127 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine6:
\ 000000 7404 MOV A,#0x4
\ 000002 02.... LJMP ??Subroutine117_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine46:
\ 000000 85..82 MOV DPL,?XSP + 0
\ 000003 85..83 MOV DPH,?XSP + 1
\ 000006 REQUIRE ??Subroutine119_0
\ 000006 ; // Fall through to label ??Subroutine119_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine119_0:
\ 000000 12.... LCALL ??Subroutine143_0 & 0xFFFF
\ ??CrossCallReturnLabel_314:
\ 000003 12.... LCALL `??ZDSecMgrMasterKeyLookup::?relay`; Banked call to: ZDSecMgrMasterKeyLookup
\ 000006 E9 MOV A,R1
\ 000007 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine65:
\ 000000 12.... LCALL ?Subroutine87 & 0xFFFF
\ ??CrossCallReturnLabel_312:
\ 000003 12.... LCALL `??ZDSecMgrMasterKeyStore::?relay`; Banked call to: ZDSecMgrMasterKeyStore
\ 000006 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine87:
\ 000000 85..82 MOV DPL,?XSP + 0
\ 000003 85..83 MOV DPH,?XSP + 1
\ 000006 REQUIRE ??Subroutine143_0
\ 000006 ; // Fall through to label ??Subroutine143_0
1128
1129 /******************************************************************************
1130 * @fn ZDSecMgrAppKeyGet
1131 *
1132 * @brief get an APP key - option APP(MASTER or LINK) key
1133 *
1134 * @param initNwkAddr - [in] NWK address of initiator device
1135 * @param initExtAddr - [in] EXT address of initiator device
1136 * @param partNwkAddr - [in] NWK address of partner device
1137 * @param partExtAddr - [in] EXT address of partner device
1138 * @param key - [out] APP(MASTER or LINK) key
1139 * @param keyType - [out] APP(MASTER or LINK) key type
1140 *
1141 * @return ZStatus_t
1142 */
\ In segment XDATA_I, align 1, keep-with-next
1143 uint8 ZDSecMgrAppKeyType = KEY_TYPE_APP_LINK; // Set the default key type
\ ZDSecMgrAppKeyType:
\ 000000 DS 1
\ 000001 REQUIRE `?<Initializer for ZDSecMgrAppKeyType>`
\ 000001 REQUIRE __INIT_XDATA_I
1144 // to KEY_TYPE_APP_LINK since
1145 // only specific requirement
1146 // right now comes from SE profile
1147
\ In segment BANKED_CODE, align 1, keep-with-next
1148 ZStatus_t ZDSecMgrAppKeyGet( uint16 initNwkAddr,
\ ZDSecMgrAppKeyGet:
1149 uint8* initExtAddr,
1150 uint16 partNwkAddr,
1151 uint8* partExtAddr,
1152 uint8** key,
1153 uint8* keyType )
1154 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
1155 // Intentionally unreferenced parameters
1156 (void)initNwkAddr;
1157 (void)initExtAddr;
1158 (void)partNwkAddr;
1159 (void)partExtAddr;
1160
1161 //---------------------------------------------------------------------------
1162 // note:
1163 // should use a robust mechanism to generate keys, for example
1164 // combine EXT addresses and call a hash function
1165 //---------------------------------------------------------------------------
1166 SSP_GetTrueRand( SEC_KEY_LEN, *key );
\ 000004 ; Setup parameters for call to function SSP_GetTrueRand
\ 000004 7404 MOV A,#0x4
\ 000006 12.... LCALL ?XSTACK_DISP0_8
\ 000009 12.... LCALL ?Subroutine51 & 0xFFFF
\ ??CrossCallReturnLabel_70:
\ 00000C FA MOV R2,A
\ 00000D A3 INC DPTR
\ 00000E E0 MOVX A,@DPTR
\ 00000F FB MOV R3,A
\ 000010 7910 MOV R1,#0x10
\ 000012 12.... LCALL `??SSP_GetTrueRand::?relay`; Banked call to: SSP_GetTrueRand
1167
1168 *keyType = ZDSecMgrAppKeyType;
\ 000015 90.... MOV DPTR,#ZDSecMgrAppKeyType
\ 000018 E0 MOVX A,@DPTR
\ 000019 C0E0 PUSH A
\ 00001B 7406 MOV A,#0x6
\ 00001D 12.... LCALL ?XSTACK_DISP0_8
\ 000020 12.... LCALL ?Subroutine70 & 0xFFFF
\ ??CrossCallReturnLabel_101:
\ 000023 D0E0 POP A
\ 000025 F0 MOVX @DPTR,A
1169
1170 return ZSuccess;
\ 000026 7900 MOV R1,#0x0
\ 000028 02.... LJMP ??Subroutine123_0 & 0xFFFF
1171 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine51:
\ 000000 12.... LCALL ?Subroutine93 & 0xFFFF
\ ??CrossCallReturnLabel_214:
\ 000003 E0 MOVX A,@DPTR
\ 000004 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine70:
\ 000000 12.... LCALL ?Subroutine93 & 0xFFFF
\ ??CrossCallReturnLabel_215:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine93:
\ 000000 E0 MOVX A,@DPTR
\ 000001 REQUIRE ??Subroutine115_0
\ 000001 ; // Fall through to label ??Subroutine115_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine115_0:
\ 000000 F8 MOV R0,A
\ 000001 A3 INC DPTR
\ 000002 REQUIRE ??Subroutine116_0
\ 000002 ; // Fall through to label ??Subroutine116_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine116_0:
\ 000000 E0 MOVX A,@DPTR
\ 000001 F583 MOV DPH,A
\ 000003 8882 MOV DPL,R0
\ 000005 22 RET
1172
1173 /******************************************************************************
1174 * @fn ZDSecMgrAppKeyReq
1175 *
1176 * @brief Process request for APP key between two devices.
1177 *
1178 * @param device - [in] ZDO_RequestKeyInd_t, request info
1179 *
1180 * @return none
1181 */
\ In segment BANKED_CODE, align 1, keep-with-next
1182 void ZDSecMgrAppKeyReq( ZDO_RequestKeyInd_t* ind )
\ ZDSecMgrAppKeyReq:
1183 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 39
\ 000005 74D9 MOV A,#-0x27
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
1184 APSME_TransportKeyReq_t req;
1185 uint8 initExtAddr[Z_EXTADDR_LEN];
1186 uint16 partNwkAddr;
1187 uint8 key[SEC_KEY_LEN];
1188
1189
1190 // validate initiator and partner
1191 if ( ( APSME_LookupNwkAddr( ind->partExtAddr, &partNwkAddr ) == TRUE ) &&
1192 ( APSME_LookupExtAddr( ind->srcAddr, initExtAddr ) == TRUE ) )
\ 00000E ; Setup parameters for call to function APSME_LookupNwkAddr
\ 00000E AC.. MOV R4,?XSP + 0
\ 000010 AD.. MOV R5,?XSP + 1
\ 000012 EA MOV A,R2
\ 000013 2405 ADD A,#0x5
\ 000015 12.... LCALL ?Subroutine76 & 0xFFFF
\ ??CrossCallReturnLabel_107:
\ 000018 6003 JZ $+5
\ 00001A 02.... LJMP ??ZDSecMgrAppKeyReq_0 & 0xFFFF
\ 00001D ; Setup parameters for call to function APSME_LookupExtAddr
\ 00001D 740F MOV A,#0xf
\ 00001F 12.... LCALL ?XSTACK_DISP102_8
\ 000022 12.... LCALL ?Subroutine68 & 0xFFFF
\ ??CrossCallReturnLabel_228:
\ 000025 12.... LCALL `??APSME_LookupExtAddr::?relay`; Banked call to: APSME_LookupExtAddr
\ 000028 E9 MOV A,R1
\ 000029 6401 XRL A,#0x1
\ 00002B 6003 JZ $+5
\ 00002D 02.... LJMP ??ZDSecMgrAppKeyReq_0 & 0xFFFF
1193 {
1194 // point the key to some memory
1195 req.key = key;
\ 000030 7417 MOV A,#0x17
\ 000032 12.... LCALL ?XSTACK_DISP100_8
\ 000035 7406 MOV A,#0x6
\ 000037 12.... LCALL ?XSTACK_DISP0_8
\ 00003A 12.... LCALL ??Subroutine113_0 & 0xFFFF
1196
1197 // get an APP key - option APP (MASTER or LINK) key
1198 if ( ZDSecMgrAppKeyGet( ind->srcAddr,
1199 initExtAddr,
1200 partNwkAddr,
1201 ind->partExtAddr,
1202 &req.key,
1203 &req.keyType ) == ZSuccess )
\ ??CrossCallReturnLabel_190:
\ 00003D ; Setup parameters for call to function ZDSecMgrAppKeyGet
\ 00003D 7404 MOV A,#0x4
\ 00003F 12.... LCALL ?XSTACK_DISP0_8
\ 000042 8582.. MOV ?V0,DPL
\ 000045 8583.. MOV ?V1,DPH
\ 000048 78.. MOV R0,#?V0
\ 00004A 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00004D 7408 MOV A,#0x8
\ 00004F 12.... LCALL ?XSTACK_DISP0_8
\ 000052 8582.. MOV ?V0,DPL
\ 000055 8583.. MOV ?V1,DPH
\ 000058 78.. MOV R0,#?V0
\ 00005A 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00005D EE MOV A,R6
\ 00005E 2405 ADD A,#0x5
\ 000060 F5.. MOV ?V0,A
\ 000062 E4 CLR A
\ 000063 3F ADDC A,R7
\ 000064 F5.. MOV ?V1,A
\ 000066 78.. MOV R0,#?V0
\ 000068 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00006B 7406 MOV A,#0x6
\ 00006D 12.... LCALL ?XSTACK_DISP0_8
\ 000070 12.... LCALL ?PUSH_XSTACK8_X_TWO
\ 000073 7417 MOV A,#0x17
\ 000075 12.... LCALL ?XSTACK_DISP102_8
\ 000078 12.... LCALL ?Subroutine68 & 0xFFFF
\ ??CrossCallReturnLabel_229:
\ 00007B 12.... LCALL `??ZDSecMgrAppKeyGet::?relay`; Banked call to: ZDSecMgrAppKeyGet
\ 00007E 7408 MOV A,#0x8
\ 000080 12.... LCALL ?DEALLOC_XSTACK8
\ 000083 E9 MOV A,R1
\ 000084 7073 JNZ ??ZDSecMgrAppKeyReq_0
1204 {
1205 // always secure
1206 req.nwkSecure = TRUE;
\ 000086 740C MOV A,#0xc
\ 000088 12.... LCALL ?XSTACK_DISP0_8
\ 00008B 7401 MOV A,#0x1
\ 00008D F0 MOVX @DPTR,A
1207 req.apsSecure = TRUE;
\ 00008E 740B MOV A,#0xb
\ 000090 12.... LCALL ?XSTACK_DISP0_8
\ 000093 7401 MOV A,#0x1
\ 000095 F0 MOVX @DPTR,A
1208 req.tunnel = NULL;
\ 000096 740D MOV A,#0xd
\ 000098 12.... LCALL ?XSTACK_DISP0_8
\ 00009B 12.... LCALL ?Subroutine11 & 0xFFFF
1209
1210 // send key to initiator device
1211 req.dstAddr = ind->srcAddr;
\ ??CrossCallReturnLabel_261:
\ 00009E 7402 MOV A,#0x2
\ 0000A0 12.... LCALL ?XSTACK_DISP0_8
\ 0000A3 12.... LCALL ??Subroutine113_0 & 0xFFFF
1212 req.extAddr = ind->partExtAddr;
\ ??CrossCallReturnLabel_191:
\ 0000A6 EE MOV A,R6
\ 0000A7 2405 ADD A,#0x5
\ 0000A9 F8 MOV R0,A
\ 0000AA E4 CLR A
\ 0000AB 3F ADDC A,R7
\ 0000AC F9 MOV R1,A
\ 0000AD 7408 MOV A,#0x8
\ 0000AF 12.... LCALL ?XSTACK_DISP0_8
\ 0000B2 12.... LCALL ?Subroutine17 & 0xFFFF
1213 req.initiator = TRUE;
\ ??CrossCallReturnLabel_5:
\ 0000B5 12.... LCALL ?XSTACK_DISP0_8
\ 0000B8 7401 MOV A,#0x1
\ 0000BA F0 MOVX @DPTR,A
1214 APSME_TransportKeyReq( &req );
\ 0000BB ; Setup parameters for call to function APSME_TransportKeyReq
\ 0000BB 04 INC A
\ 0000BC 12.... LCALL ?XSTACK_DISP101_8
\ 0000BF 12.... LCALL `??APSME_TransportKeyReq::?relay`; Banked call to: APSME_TransportKeyReq
1215
1216 // send key to partner device
1217 req.dstAddr = partNwkAddr;
\ 0000C2 85..82 MOV DPL,?XSP + 0
\ 0000C5 85..83 MOV DPH,?XSP + 1
\ 0000C8 12.... LCALL ??Subroutine122_0 & 0xFFFF
\ ??CrossCallReturnLabel_230:
\ 0000CB 12.... LCALL ?XSTACK_DISP0_8
\ 0000CE 12.... LCALL ??Subroutine113_0 & 0xFFFF
1218 req.extAddr = initExtAddr;
\ ??CrossCallReturnLabel_192:
\ 0000D1 740F MOV A,#0xf
\ 0000D3 12.... LCALL ?XSTACK_DISP100_8
\ 0000D6 7408 MOV A,#0x8
\ 0000D8 12.... LCALL ?XSTACK_DISP0_8
\ 0000DB 12.... LCALL ?Subroutine17 & 0xFFFF
1219 req.initiator = FALSE;
\ ??CrossCallReturnLabel_6:
\ 0000DE 12.... LCALL ?XSTACK_DISP0_8
\ 0000E1 E4 CLR A
\ 0000E2 F0 MOVX @DPTR,A
1220
1221 APSME_TransportKeyReq( &req );
\ 0000E3 ; Setup parameters for call to function APSME_TransportKeyReq
\ 0000E3 7402 MOV A,#0x2
\ 0000E5 12.... LCALL ?XSTACK_DISP101_8
\ 0000E8 12.... LCALL `??APSME_TransportKeyReq::?relay`; Banked call to: APSME_TransportKeyReq
1222
1223 // clear copy of key in RAM
1224 osal_memset( key, 0x00, SEC_KEY_LEN);
\ 0000EB ; Setup parameters for call to function osal_memset
\ 0000EB 7C10 MOV R4,#0x10
\ 0000ED 7D00 MOV R5,#0x0
\ 0000EF 7900 MOV R1,#0x0
\ 0000F1 7417 MOV A,#0x17
\ 0000F3 12.... LCALL ?XSTACK_DISP101_8
\ 0000F6 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
1225
1226 }
1227 }
1228 }
\ ??ZDSecMgrAppKeyReq_0:
\ 0000F9 7427 MOV A,#0x27
\ 0000FB 02.... LJMP ??Subroutine117_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine68:
\ 000000 8E82 MOV DPL,R6
\ 000002 8F83 MOV DPH,R7
\ 000004 REQUIRE ??Subroutine120_0
\ 000004 ; // Fall through to label ??Subroutine120_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine120_0:
\ 000000 A3 INC DPTR
\ 000001 A3 INC DPTR
\ 000002 REQUIRE ??Subroutine121_0
\ 000002 ; // Fall through to label ??Subroutine121_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine122_0:
\ 000000 12.... LCALL ?Subroutine90 & 0xFFFF
\ ??CrossCallReturnLabel_332:
\ 000003 7402 MOV A,#0x2
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine17:
\ 000000 12.... LCALL ?Subroutine83 & 0xFFFF
\ ??CrossCallReturnLabel_238:
\ 000003 ; Setup parameters for call to function AddrMgrEntryGet
\ 000003 ; Setup parameters for call to function AddrMgrEntryGet
\ 000003 740A MOV A,#0xa
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine11:
\ 000000 E4 CLR A
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 REQUIRE ??Subroutine131_0
\ 000003 ; // Fall through to label ??Subroutine131_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine131_0:
\ 000000 F0 MOVX @DPTR,A
\ 000001 8E82 MOV DPL,R6
\ 000003 8F83 MOV DPH,R7
\ 000005 A3 INC DPTR
\ 000006 A3 INC DPTR
\ 000007 12.... LCALL ?Subroutine90 & 0xFFFF
\ ??CrossCallReturnLabel_333:
\ 00000A 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine76:
\ 000000 FA MOV R2,A
\ 000001 E4 CLR A
\ 000002 3F ADDC A,R7
\ 000003 FB MOV R3,A
\ 000004 12.... LCALL `??APSME_LookupNwkAddr::?relay`; Banked call to: APSME_LookupNwkAddr
\ 000007 E9 MOV A,R1
\ 000008 6401 XRL A,#0x1
\ 00000A 22 RET
1229
1230 /******************************************************************************
1231 * @fn ZDSecMgrEstablishKey
1232 *
1233 * @brief Start SKKE with device joining network.
1234 *
1235 * @param device - [in] ZDSecMgrDevice_t, device info
1236 *
1237 * @return ZStatus_t
1238 */
\ In segment BANKED_CODE, align 1, keep-with-next
1239 ZStatus_t ZDSecMgrEstablishKey( ZDSecMgrDevice_t* device )
\ ZDSecMgrEstablishKey:
1240 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 7
\ 000005 74F9 MOV A,#-0x7
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
1241 ZStatus_t status;
1242 APSME_EstablishKeyReq_t req;
1243
1244
1245 req.respExtAddr = device->extAddr;
\ 00000E 8A82 MOV DPL,R2
\ 000010 F583 MOV DPH,A
\ 000012 12.... LCALL ?Subroutine48 & 0xFFFF
\ ??CrossCallReturnLabel_233:
\ 000015 12.... LCALL ?XSTACK_DISP0_8
\ 000018 12.... LCALL ??Subroutine113_0 & 0xFFFF
1246 req.method = APSME_SKKE_METHOD;
\ ??CrossCallReturnLabel_193:
\ 00001B 7404 MOV A,#0x4
\ 00001D 12.... LCALL ?XSTACK_DISP0_8
\ 000020 E4 CLR A
\ 000021 12.... LCALL ??Subroutine114_0 & 0xFFFF
1247
1248 if ( device->parentAddr == NLME_GetShortAddr() )
\ ??CrossCallReturnLabel_208:
\ 000024 7003 JNZ ??ZDSecMgrEstablishKey_0
\ 000026 A3 INC DPTR
\ 000027 E0 MOVX A,@DPTR
\ 000028 69 XRL A,R1
\ ??ZDSecMgrEstablishKey_0:
\ 000029 8E82 MOV DPL,R6
\ 00002B 8F83 MOV DPH,R7
\ 00002D 7010 JNZ ??ZDSecMgrEstablishKey_1
1249 {
1250 req.dstAddr = device->nwkAddr;
\ 00002F 12.... LCALL ?Subroutine31 & 0xFFFF
1251 //devtag.0604.todo - remove obsolete
1252 req.apsSecure = FALSE;
\ ??CrossCallReturnLabel_184:
\ 000032 12.... LCALL ?XSTACK_DISP0_8
\ 000035 E4 CLR A
\ 000036 F0 MOVX @DPTR,A
1253 req.nwkSecure = FALSE;
\ 000037 7406 MOV A,#0x6
\ 000039 12.... LCALL ?XSTACK_DISP0_8
\ 00003C E4 CLR A
\ 00003D 8014 SJMP ??ZDSecMgrEstablishKey_2
1254 }
1255 else
1256 {
1257 req.dstAddr = device->parentAddr;
\ ??ZDSecMgrEstablishKey_1:
\ 00003F A3 INC DPTR
\ 000040 A3 INC DPTR
\ 000041 A3 INC DPTR
\ 000042 A3 INC DPTR
\ 000043 12.... LCALL ?Subroutine31 & 0xFFFF
1258 //devtag.0604.todo - remove obsolete
1259 req.apsSecure = TRUE;
\ ??CrossCallReturnLabel_185:
\ 000046 12.... LCALL ?XSTACK_DISP0_8
\ 000049 7401 MOV A,#0x1
\ 00004B F0 MOVX @DPTR,A
1260 req.nwkSecure = TRUE;
\ 00004C 7406 MOV A,#0x6
\ 00004E 12.... LCALL ?XSTACK_DISP0_8
\ 000051 7401 MOV A,#0x1
1261 }
\ ??ZDSecMgrEstablishKey_2:
\ 000053 12.... LCALL ?Subroutine22 & 0xFFFF
1262
1263 status = APSME_EstablishKeyReq( &req );
1264
1265 return status;
\ ??CrossCallReturnLabel_20:
\ 000056 12.... LCALL `??APSME_EstablishKeyReq::?relay`; Banked call to: APSME_EstablishKeyReq
\ 000059 7407 MOV A,#0x7
\ 00005B 02.... LJMP ??Subroutine117_0 & 0xFFFF
1266 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine31:
\ 000000 12.... LCALL ?Subroutine85 & 0xFFFF
\ ??CrossCallReturnLabel_119:
\ 000003 REQUIRE ??Subroutine112_0
\ 000003 ; // Fall through to label ??Subroutine112_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine112_0:
\ 000000 12.... LCALL ?Subroutine83 & 0xFFFF
\ ??CrossCallReturnLabel_241:
\ 000003 ; Setup parameters for call to function APSME_RemoveDeviceReq
\ 000003 7405 MOV A,#0x5
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine114_0:
\ 000000 F0 MOVX @DPTR,A
\ 000001 ; Setup parameters for call to function NLME_GetShortAddr
\ 000001 ; Setup parameters for call to function NLME_GetShortAddr
\ 000001 ; Setup parameters for call to function NLME_GetShortAddr
\ 000001 ; Setup parameters for call to function NLME_GetShortAddr
\ 000001 12.... LCALL ?Subroutine97 & 0xFFFF
\ ??CrossCallReturnLabel_210:
\ 000004 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine97:
\ 000000 12.... LCALL `??NLME_GetShortAddr::?relay`; Banked call to: NLME_GetShortAddr
\ 000003 8A.. MOV ?V0,R2
\ 000005 8B.. MOV ?V1,R3
\ 000007 A8.. MOV R0,?V0
\ 000009 A9.. MOV R1,?V1
\ 00000B 8E82 MOV DPL,R6
\ 00000D 8F83 MOV DPH,R7
\ 00000F A3 INC DPTR
\ 000010 A3 INC DPTR
\ 000011 A3 INC DPTR
\ 000012 A3 INC DPTR
\ 000013 E0 MOVX A,@DPTR
\ 000014 68 XRL A,R0
\ 000015 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine48:
\ 000000 A3 INC DPTR
\ 000001 A3 INC DPTR
\ 000002 REQUIRE ??Subroutine122_0
\ 000002 ; // Fall through to label ??Subroutine122_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine22:
\ 000000 12.... LCALL ??Subroutine133_0 & 0xFFFF
\ ??CrossCallReturnLabel_272:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine85:
\ 000000 12.... LCALL ?Subroutine99 & 0xFFFF
\ ??CrossCallReturnLabel_340:
\ 000003 F9 MOV R1,A
\ 000004 85..82 MOV DPL,?XSP + 0
\ 000007 85..83 MOV DPH,?XSP + 1
\ 00000A 22 RET
1267
1268 /******************************************************************************
1269 * @fn ZDSecMgrSendMasterKey
1270 *
1271 * @brief Send MASTER key to device joining network.
1272 *
1273 * @param device - [in] ZDSecMgrDevice_t, device info
1274 *
1275 * @return ZStatus_t
1276 */
\ In segment BANKED_CODE, align 1, keep-with-next
1277 ZStatus_t ZDSecMgrSendMasterKey( ZDSecMgrDevice_t* device )
\ ZDSecMgrSendMasterKey:
1278 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 31
\ 000005 74E1 MOV A,#-0x1f
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
1279 ZStatus_t status;
1280 APSME_TransportKeyReq_t req;
1281 uint16 keyNvId;
1282 uint8 masterKey[SEC_KEY_LEN];
1283
1284
1285 req.keyType = KEY_TYPE_TC_MASTER;
\ 00000E 7404 MOV A,#0x4
\ 000010 12.... LCALL ?XSTACK_DISP0_8
\ 000013 E4 CLR A
\ 000014 12.... LCALL ?Subroutine18 & 0xFFFF
1286 req.extAddr = device->extAddr;
\ ??CrossCallReturnLabel_10:
\ 000017 12.... LCALL ?XSTACK_DISP0_8
\ 00001A 12.... LCALL ??Subroutine127_0 & 0xFFFF
1287 req.tunnel = NULL;
\ ??CrossCallReturnLabel_237:
\ 00001D 12.... LCALL ?XSTACK_DISP0_8
\ 000020 12.... LCALL ?Subroutine24 & 0xFFFF
1288
1289 if ( ZDSecMgrMasterKeyLookup( device->ctrl->entry->ami, &keyNvId ) == ZSuccess )
\ ??CrossCallReturnLabel_29:
\ 000023 A3 INC DPTR
\ 000024 A3 INC DPTR
\ 000025 A3 INC DPTR
\ 000026 A3 INC DPTR
\ 000027 A3 INC DPTR
\ 000028 A3 INC DPTR
\ 000029 A3 INC DPTR
\ 00002A A3 INC DPTR
\ 00002B 12.... LCALL ?Subroutine51 & 0xFFFF
\ ??CrossCallReturnLabel_71:
\ 00002E 12.... LCALL ??Subroutine115_0 & 0xFFFF
\ ??CrossCallReturnLabel_213:
\ 000031 12.... LCALL ??Subroutine119_0 & 0xFFFF
\ ??CrossCallReturnLabel_219:
\ 000034 702A JNZ ??ZDSecMgrSendMasterKey_0
1290 {
1291 osal_nv_read( keyNvId, osal_offsetof(ZDSecMgrMasterKeyData_t, key),
1292 SEC_KEY_LEN, masterKey );
\ 000036 ; Setup parameters for call to function osal_nv_read
\ 000036 740F MOV A,#0xf
\ 000038 12.... LCALL ?XSTACK_DISP100_8
\ 00003B 88.. MOV ?V0,R0
\ 00003D 89.. MOV ?V1,R1
\ 00003F 78.. MOV R0,#?V0
\ 000041 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000044 75..10 MOV ?V0,#0x10
\ 000047 75..00 MOV ?V1,#0x0
\ 00004A 78.. MOV R0,#?V0
\ 00004C 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00004F 7C02 MOV R4,#0x2
\ 000051 7D00 MOV R5,#0x0
\ 000053 7404 MOV A,#0x4
\ 000055 12.... LCALL ?XSTACK_DISP0_8
\ 000058 12.... LCALL ?Subroutine49 & 0xFFFF
1293 }
\ ??CrossCallReturnLabel_65:
\ 00005B 12.... LCALL ?DEALLOC_XSTACK8
\ 00005E 800E SJMP ??ZDSecMgrSendMasterKey_1
1294 else
1295 {
1296 // in case read from NV fails
1297 osal_memset( masterKey, 0x00, SEC_KEY_LEN);
\ ??ZDSecMgrSendMasterKey_0:
\ 000060 ; Setup parameters for call to function osal_memset
\ 000060 7C10 MOV R4,#0x10
\ 000062 7D00 MOV R5,#0x0
\ 000064 7900 MOV R1,#0x0
\ 000066 740F MOV A,#0xf
\ 000068 12.... LCALL ?XSTACK_DISP101_8
\ 00006B 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
1298 }
1299
1300 req.key = masterKey;
\ ??ZDSecMgrSendMasterKey_1:
\ 00006E 740F MOV A,#0xf
\ 000070 12.... LCALL ?XSTACK_DISP100_8
\ 000073 7406 MOV A,#0x6
\ 000075 12.... LCALL ?XSTACK_DISP0_8
\ 000078 12.... LCALL ?Subroutine10 & 0xFFFF
1301
1302 //check if using secure hop to to parent
1303 if ( device->parentAddr != NLME_GetShortAddr() )
\ ??CrossCallReturnLabel_206:
\ 00007B 7003 JNZ ??ZDSecMgrSendMasterKey_2
\ 00007D A3 INC DPTR
\ 00007E E0 MOVX A,@DPTR
\ 00007F 69 XRL A,R1
\ ??ZDSecMgrSendMasterKey_2:
\ 000080 8E82 MOV DPL,R6
\ 000082 8F83 MOV DPH,R7
\ 000084 601C JZ ??ZDSecMgrSendMasterKey_3
1304 {
1305 //send to parent with security
1306 req.dstAddr = device->parentAddr;
\ 000086 A3 INC DPTR
\ 000087 A3 INC DPTR
\ 000088 12.... LCALL ?Subroutine48 & 0xFFFF
\ ??CrossCallReturnLabel_234:
\ 00008B 12.... LCALL ?XSTACK_DISP0_8
\ 00008E 12.... LCALL ??Subroutine113_0 & 0xFFFF
1307 req.nwkSecure = TRUE;
\ ??CrossCallReturnLabel_194:
\ 000091 740C MOV A,#0xc
\ 000093 12.... LCALL ?XSTACK_DISP0_8
\ 000096 7401 MOV A,#0x1
\ 000098 F0 MOVX @DPTR,A
1308 req.apsSecure = TRUE;
\ 000099 740B MOV A,#0xb
\ 00009B 12.... LCALL ?XSTACK_DISP0_8
\ 00009E 7401 MOV A,#0x1
\ 0000A0 8016 SJMP ??ZDSecMgrSendMasterKey_4
1309 }
1310 else
1311 {
1312 //direct with no security
1313 req.dstAddr = device->nwkAddr;
\ ??ZDSecMgrSendMasterKey_3:
\ 0000A2 12.... LCALL ??Subroutine122_0 & 0xFFFF
\ ??CrossCallReturnLabel_231:
\ 0000A5 12.... LCALL ?XSTACK_DISP0_8
\ 0000A8 12.... LCALL ??Subroutine113_0 & 0xFFFF
1314 req.nwkSecure = FALSE;
\ ??CrossCallReturnLabel_195:
\ 0000AB 740C MOV A,#0xc
\ 0000AD 12.... LCALL ?XSTACK_DISP0_8
\ 0000B0 E4 CLR A
\ 0000B1 F0 MOVX @DPTR,A
1315 req.apsSecure = FALSE;
\ 0000B2 740B MOV A,#0xb
\ 0000B4 12.... LCALL ?XSTACK_DISP0_8
\ 0000B7 E4 CLR A
\ ??ZDSecMgrSendMasterKey_4:
\ 0000B8 F0 MOVX @DPTR,A
1316 }
1317
1318 status = APSME_TransportKeyReq( &req );
\ 0000B9 ; Setup parameters for call to function APSME_TransportKeyReq
\ 0000B9 7402 MOV A,#0x2
\ 0000BB 12.... LCALL ?XSTACK_DISP101_8
\ 0000BE 12.... LCALL `??APSME_TransportKeyReq::?relay`; Banked call to: APSME_TransportKeyReq
\ 0000C1 E9 MOV A,R1
\ 0000C2 FE MOV R6,A
1319
1320 // clear copy of key in RAM
1321 osal_memset( masterKey, 0x00, SEC_KEY_LEN);
\ 0000C3 ; Setup parameters for call to function osal_memset
\ 0000C3 7C10 MOV R4,#0x10
\ 0000C5 7D00 MOV R5,#0x0
\ 0000C7 7900 MOV R1,#0x0
\ 0000C9 740F MOV A,#0xf
\ 0000CB 12.... LCALL ?XSTACK_DISP101_8
\ 0000CE 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
1322
1323 return status;
\ 0000D1 EE MOV A,R6
\ 0000D2 F9 MOV R1,A
\ 0000D3 741F MOV A,#0x1f
\ 0000D5 02.... LJMP ??Subroutine117_0 & 0xFFFF
1324 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine10:
\ 000000 E8 MOV A,R0
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 E9 MOV A,R1
\ 000004 REQUIRE ??Subroutine114_0
\ 000004 ; // Fall through to label ??Subroutine114_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine24:
\ 000000 E4 CLR A
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 F0 MOVX @DPTR,A
\ 000004 ; Setup parameters for call to function ZDSecMgrMasterKeyLookup
\ 000004 ; Setup parameters for call to function ZDSecMgrEntryLookup
\ 000004 AC.. MOV R4,?XSP + 0
\ 000006 AD.. MOV R5,?XSP + 1
\ 000008 8A82 MOV DPL,R2
\ 00000A 8B83 MOV DPH,R3
\ 00000C 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine127_0:
\ 000000 12.... LCALL ?Subroutine83 & 0xFFFF
\ ??CrossCallReturnLabel_243:
\ 000003 740D MOV A,#0xd
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine18:
\ 000000 12.... LCALL ?Subroutine80 & 0xFFFF
\ ??CrossCallReturnLabel_114:
\ 000003 7408 MOV A,#0x8
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine80:
\ 000000 12.... LCALL ?Subroutine98 & 0xFFFF
\ ??CrossCallReturnLabel_135:
\ 000003 12.... LCALL ?Subroutine99 & 0xFFFF
\ ??CrossCallReturnLabel_339:
\ 000006 F9 MOV R1,A
\ 000007 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine49:
\ 000000 12.... LCALL ??Subroutine143_0 & 0xFFFF
\ ??CrossCallReturnLabel_309:
\ 000003 12.... LCALL `??osal_nv_read::?relay`; Banked call to: osal_nv_read
\ 000006 7404 MOV A,#0x4
\ 000008 22 RET
1325
1326 /******************************************************************************
1327 * @fn ZDSecMgrSendNwkKey
1328 *
1329 * @brief Send NWK key to device joining network.
1330 *
1331 * @param device - [in] ZDSecMgrDevice_t, device info
1332 *
1333 * @return ZStatus_t
1334 */
\ In segment BANKED_CODE, align 1, keep-with-next
1335 ZStatus_t ZDSecMgrSendNwkKey( ZDSecMgrDevice_t* device )
\ ZDSecMgrSendNwkKey:
1336 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 30
\ 000005 74E2 MOV A,#-0x1e
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
1337 ZStatus_t status;
1338 APSME_TransportKeyReq_t req;
1339 APSDE_FrameTunnel_t tunnel;
1340 nwkKeyDesc tmpKey;
1341
1342 req.dstAddr = device->nwkAddr;
\ 00000E 8A82 MOV DPL,R2
\ 000010 F583 MOV DPH,A
\ 000012 12.... LCALL ?Subroutine60 & 0xFFFF
\ ??CrossCallReturnLabel_85:
\ 000015 E8 MOV A,R0
\ 000016 F0 MOVX @DPTR,A
\ 000017 A3 INC DPTR
\ 000018 E9 MOV A,R1
\ 000019 12.... LCALL ?Subroutine25 & 0xFFFF
1343 req.extAddr = device->extAddr;
\ ??CrossCallReturnLabel_33:
\ 00001C 12.... LCALL ??Subroutine146_0 & 0xFFFF
\ ??CrossCallReturnLabel_323:
\ 00001F 7406 MOV A,#0x6
\ 000021 12.... LCALL ?XSTACK_DISP0_8
\ 000024 12.... LCALL ??Subroutine113_0 & 0xFFFF
1344
1345 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
1346 {
1347 req.keyType = KEY_TYPE_NWK_HIGH;
1348 }
1349 else
1350 {
1351 req.keyType = KEY_TYPE_NWK;
\ ??CrossCallReturnLabel_196:
\ 000027 7402 MOV A,#0x2
\ 000029 12.... LCALL ?XSTACK_DISP0_8
\ 00002C 7401 MOV A,#0x1
\ 00002E F0 MOVX @DPTR,A
1352 }
1353
1354 // get the Active Key into a local variable
1355 if( NLME_ReadNwkKeyInfo( 0, sizeof(tmpKey), &tmpKey,
1356 ZCD_NV_NWK_ACTIVE_KEY_INFO ) != SUCCESS )
\ 00002F ; Setup parameters for call to function NLME_ReadNwkKeyInfo
\ 00002F 75..3A MOV ?V0,#0x3a
\ 000032 75..00 MOV ?V1,#0x0
\ 000035 78.. MOV R0,#?V0
\ 000037 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00003A 740F MOV A,#0xf
\ 00003C 12.... LCALL ?XSTACK_DISP100_8
\ 00003F 88.. MOV ?V0,R0
\ 000041 89.. MOV ?V1,R1
\ 000043 78.. MOV R0,#?V0
\ 000045 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000048 7C11 MOV R4,#0x11
\ 00004A 7D00 MOV R5,#0x0
\ 00004C 7A00 MOV R2,#0x0
\ 00004E 7B00 MOV R3,#0x0
\ 000050 12.... LCALL `??NLME_ReadNwkKeyInfo::?relay`; Banked call to: NLME_ReadNwkKeyInfo
\ 000053 7404 MOV A,#0x4
\ 000055 12.... LCALL ?DEALLOC_XSTACK8
\ 000058 E9 MOV A,R1
\ 000059 600E JZ ??ZDSecMgrSendNwkKey_0
1357 {
1358 // set key data to all 0s if NV read fails
1359 osal_memset(&tmpKey, 0x00, sizeof(tmpKey));
\ 00005B ; Setup parameters for call to function osal_memset
\ 00005B 7C11 MOV R4,#0x11
\ 00005D 7D00 MOV R5,#0x0
\ 00005F 7900 MOV R1,#0x0
\ 000061 740D MOV A,#0xd
\ 000063 12.... LCALL ?XSTACK_DISP101_8
\ 000066 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
1360 }
1361
1362 if ( (ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH)
1363 || (ZG_CHECK_SECURITY_MODE == ZG_SECURITY_SE_STANDARD) )
1364 {
1365 // set values
1366 req.keySeqNum = tmpKey.keySeqNum;
1367 req.key = tmpKey.key;
1368
1369 //devtag.pro.security.todo - make sure that if there is no link key the NWK
1370 //key isn't used to secure the frame at the APS layer -- since the receiving
1371 //device may not have a NWK key yet
1372 req.apsSecure = TRUE;
1373
1374 // check if using secure hop to to parent
1375 if ( device->parentAddr == NLME_GetShortAddr() )
1376 {
1377 req.nwkSecure = FALSE;
1378 req.tunnel = NULL;
1379 }
1380 else
1381 {
1382 req.nwkSecure = TRUE;
1383 req.tunnel = &tunnel;
1384 req.tunnel->tna = device->parentAddr;
1385 req.tunnel->dea = device->extAddr;
1386 }
1387 }
1388 else
1389 {
1390 // default values
1391 //devtag.0604.verify
1392 req.nwkSecure = TRUE;
\ ??ZDSecMgrSendNwkKey_0:
\ 000069 740A MOV A,#0xa
\ 00006B 12.... LCALL ?XSTACK_DISP0_8
\ 00006E 7401 MOV A,#0x1
\ 000070 F0 MOVX @DPTR,A
1393 req.apsSecure = FALSE;
\ 000071 7409 MOV A,#0x9
\ 000073 12.... LCALL ?XSTACK_DISP0_8
\ 000076 E4 CLR A
\ 000077 F0 MOVX @DPTR,A
1394 req.tunnel = NULL;
\ 000078 740B MOV A,#0xb
\ 00007A 12.... LCALL ?XSTACK_DISP0_8
\ 00007D E4 CLR A
\ 00007E F0 MOVX @DPTR,A
\ 00007F A3 INC DPTR
\ 000080 12.... LCALL ??Subroutine114_0 & 0xFFFF
1395
1396 if ( device->parentAddr != NLME_GetShortAddr() )
\ ??CrossCallReturnLabel_209:
\ 000083 7003 JNZ ??ZDSecMgrSendNwkKey_1
\ 000085 A3 INC DPTR
\ 000086 E0 MOVX A,@DPTR
\ 000087 69 XRL A,R1
\ ??ZDSecMgrSendNwkKey_1:
\ 000088 600B JZ ??CrossCallReturnLabel_204
1397 {
1398 req.dstAddr = device->parentAddr;
\ 00008A 8E82 MOV DPL,R6
\ 00008C 8F83 MOV DPH,R7
\ 00008E A3 INC DPTR
\ 00008F A3 INC DPTR
\ 000090 A3 INC DPTR
\ 000091 A3 INC DPTR
\ 000092 12.... LCALL ?Subroutine33 & 0xFFFF
1399 }
1400
1401 // special cases
1402 //devtag.0604.todo - modify to preconfig flag
1403 if ( device->secure == FALSE )
\ ??CrossCallReturnLabel_204:
\ 000095 8E82 MOV DPL,R6
\ 000097 8F83 MOV DPH,R7
\ 000099 A3 INC DPTR
\ 00009A A3 INC DPTR
\ 00009B A3 INC DPTR
\ 00009C A3 INC DPTR
\ 00009D A3 INC DPTR
\ 00009E A3 INC DPTR
\ 00009F E0 MOVX A,@DPTR
\ 0000A0 702C JNZ ??ZDSecMgrSendNwkKey_2
1404 {
1405 req.keySeqNum = tmpKey.keySeqNum;
\ 0000A2 740D MOV A,#0xd
\ 0000A4 12.... LCALL ?XSTACK_DISP0_8
\ 0000A7 E0 MOVX A,@DPTR
\ 0000A8 C0E0 PUSH A
\ 0000AA 7403 MOV A,#0x3
\ 0000AC 12.... LCALL ?XSTACK_DISP0_8
\ 0000AF D0E0 POP A
\ 0000B1 F0 MOVX @DPTR,A
1406 req.key = tmpKey.key;
\ 0000B2 740E MOV A,#0xe
\ 0000B4 12.... LCALL ?XSTACK_DISP0_8
\ 0000B7 A882 MOV R0,DPL
\ 0000B9 A983 MOV R1,DPH
\ 0000BB 7404 MOV A,#0x4
\ 0000BD 12.... LCALL ?XSTACK_DISP0_8
\ 0000C0 12.... LCALL ?Subroutine10 & 0xFFFF
1407
1408 // check if using secure hop to to parent
1409 if ( device->parentAddr == NLME_GetShortAddr() )
\ ??CrossCallReturnLabel_207:
\ 0000C3 7003 JNZ ??ZDSecMgrSendNwkKey_3
\ 0000C5 A3 INC DPTR
\ 0000C6 E0 MOVX A,@DPTR
\ 0000C7 69 XRL A,R1
\ ??ZDSecMgrSendNwkKey_3:
\ 0000C8 7014 JNZ ??ZDSecMgrSendNwkKey_4
1410 {
1411 req.nwkSecure = FALSE;
\ 0000CA 740A MOV A,#0xa
\ 0000CC 800B SJMP ??ZDSecMgrSendNwkKey_5
1412 }
1413 }
1414 else
1415 {
1416 req.key = NULL;
\ ??ZDSecMgrSendNwkKey_2:
\ 0000CE 7404 MOV A,#0x4
\ 0000D0 12.... LCALL ?XSTACK_DISP0_8
\ 0000D3 E4 CLR A
\ 0000D4 F0 MOVX @DPTR,A
\ 0000D5 A3 INC DPTR
\ 0000D6 F0 MOVX @DPTR,A
1417 req.keySeqNum = 0;
\ 0000D7 7403 MOV A,#0x3
\ ??ZDSecMgrSendNwkKey_5:
\ 0000D9 12.... LCALL ?XSTACK_DISP0_8
\ 0000DC E4 CLR A
\ 0000DD F0 MOVX @DPTR,A
1418 }
1419 }
1420
1421 status = APSME_TransportKeyReq( &req );
\ ??ZDSecMgrSendNwkKey_4:
\ 0000DE ; Setup parameters for call to function APSME_TransportKeyReq
\ 0000DE AA.. MOV R2,?XSP + 0
\ 0000E0 AB.. MOV R3,?XSP + 1
\ 0000E2 12.... LCALL `??APSME_TransportKeyReq::?relay`; Banked call to: APSME_TransportKeyReq
\ 0000E5 E9 MOV A,R1
\ 0000E6 FE MOV R6,A
1422
1423 // clear copy of key in RAM before return
1424 osal_memset( &tmpKey, 0x00, sizeof(nwkKeyDesc) );
\ 0000E7 ; Setup parameters for call to function osal_memset
\ 0000E7 7C11 MOV R4,#0x11
\ 0000E9 7D00 MOV R5,#0x0
\ 0000EB 7900 MOV R1,#0x0
\ 0000ED 740D MOV A,#0xd
\ 0000EF 12.... LCALL ?XSTACK_DISP101_8
\ 0000F2 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
1425
1426 return status;
\ 0000F5 EE MOV A,R6
\ 0000F6 F9 MOV R1,A
\ 0000F7 741E MOV A,#0x1e
\ 0000F9 02.... LJMP ??Subroutine117_0 & 0xFFFF
1427 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine33:
\ 000000 12.... LCALL ?Subroutine85 & 0xFFFF
\ ??CrossCallReturnLabel_121:
\ 000003 REQUIRE ??Subroutine113_0
\ 000003 ; // Fall through to label ??Subroutine113_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine60:
\ 000000 12.... LCALL ?Subroutine85 & 0xFFFF
\ ??CrossCallReturnLabel_122:
\ 000003 22 RET
1428
1429 /******************************************************************************
1430 * @fn ZDSecMgrDeviceEntryRemove
1431 *
1432 * @brief Remove device entry.
1433 *
1434 * @param entry - [in] valid entry
1435 *
1436 * @return none
1437 */
\ In segment BANKED_CODE, align 1, keep-with-next
1438 void ZDSecMgrDeviceEntryRemove( ZDSecMgrEntry_t* entry )
\ ZDSecMgrDeviceEntryRemove:
1439 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
1440 // terminate device control
1441 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
1442 {
1443 ZDSecMgrCtrlTerm( entry );
1444 }
1445
1446 // remove device from entry data
1447 ZDSecMgrEntryFree( entry );
\ 000004 ; Setup parameters for call to function ZDSecMgrEntryFree
\ 000004 12.... LCALL `??ZDSecMgrEntryFree::?relay`; Banked call to: ZDSecMgrEntryFree
1448
1449 }
\ 000007 02.... LJMP ??Subroutine123_0 & 0xFFFF
1450
1451 /******************************************************************************
1452 * @fn ZDSecMgrDeviceRemoveByExtAddr
1453 *
1454 * @brief Remove device entry by its ext address.
1455 *
1456 * @param pAddr - pointer to the extended address
1457 *
1458 * @return ZStatus_t
1459 */
\ In segment BANKED_CODE, align 1, keep-with-next
1460 ZStatus_t ZDSecMgrDeviceRemoveByExtAddr( uint8 *pAddr )
\ ZDSecMgrDeviceRemoveByExtAddr:
1461 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
1462 ZDSecMgrEntry_t *pEntry;
1463 uint8 retValue;
1464
1465 retValue = (uint8)ZDSecMgrEntryLookupExt( pAddr, &pEntry );
\ 00000A ; Setup parameters for call to function ZDSecMgrEntryLookupExt
\ 00000A AC.. MOV R4,?XSP + 0
\ 00000C AD.. MOV R5,?XSP + 1
\ 00000E 12.... LCALL `??ZDSecMgrEntryLookupExt::?relay`; Banked call to: ZDSecMgrEntryLookupExt
\ 000011 E9 MOV A,R1
\ 000012 FE MOV R6,A
1466
1467 if( retValue == ZSuccess )
\ 000013 7003 JNZ ??CrossCallReturnLabel_95
1468 {
1469 ZDSecMgrDeviceEntryRemove( pEntry );
\ 000015 ; Setup parameters for call to function ZDSecMgrEntryFree
\ 000015 12.... LCALL ?Subroutine66 & 0xFFFF
1470 }
1471
1472 return retValue;
\ ??CrossCallReturnLabel_95:
\ 000018 EE MOV A,R6
\ 000019 F9 MOV R1,A
\ 00001A 02.... LJMP ??Subroutine124_0 & 0xFFFF
1473 }
1474
1475 /******************************************************************************
1476 * @fn ZDSecMgrDeviceEntryAdd
1477 *
1478 * @brief Add entry.
1479 *
1480 * @param device - [in] ZDSecMgrDevice_t, device info
1481 * @param ami - [in] Address Manager index
1482 *
1483 * @return ZStatus_t
1484 */
\ In segment BANKED_CODE, align 1, keep-with-next
1485 void ZDSecMgrAddrMgrUpdate( uint16 ami, uint16 nwkAddr )
\ ZDSecMgrAddrMgrUpdate:
1486 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 13
\ 000005 74F3 MOV A,#-0xd
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EC MOV A,R4
\ 00000B FE MOV R6,A
\ 00000C ED MOV A,R5
\ 00000D FF MOV R7,A
1487 AddrMgrEntry_t entry;
1488
1489 // get the ami data
1490 entry.user = ADDRMGR_USER_SECURITY;
\ 00000E 85..82 MOV DPL,?XSP + 0
\ 000011 85..83 MOV DPH,?XSP + 1
\ 000014 7402 MOV A,#0x2
\ 000016 F0 MOVX @DPTR,A
1491 entry.index = ami;
\ 000017 740B MOV A,#0xb
\ 000019 12.... LCALL ?XSTACK_DISP0_8
\ 00001C 12.... LCALL ?Subroutine19 & 0xFFFF
1492
1493 AddrMgrEntryGet( &entry );
\ ??CrossCallReturnLabel_13:
\ 00001F 12.... LCALL `??AddrMgrEntryGet::?relay`; Banked call to: AddrMgrEntryGet
1494
1495 // check if NWK address is same
1496 if ( entry.nwkAddr != nwkAddr )
\ 000022 7401 MOV A,#0x1
\ 000024 12.... LCALL ?XSTACK_DISP0_8
\ 000027 E0 MOVX A,@DPTR
\ 000028 6E XRL A,R6
\ 000029 7003 JNZ ??ZDSecMgrAddrMgrUpdate_0
\ 00002B A3 INC DPTR
\ 00002C E0 MOVX A,@DPTR
\ 00002D 6F XRL A,R7
\ ??ZDSecMgrAddrMgrUpdate_0:
\ 00002E 600F JZ ??ZDSecMgrAddrMgrUpdate_1
1497 {
1498 // update NWK address
1499 entry.nwkAddr = nwkAddr;
\ 000030 7401 MOV A,#0x1
\ 000032 12.... LCALL ?XSTACK_DISP0_8
\ 000035 EE MOV A,R6
\ 000036 F0 MOVX @DPTR,A
\ 000037 A3 INC DPTR
\ 000038 EF MOV A,R7
\ 000039 12.... LCALL ?Subroutine22 & 0xFFFF
1500
1501 AddrMgrEntryUpdate( &entry );
1502 }
\ ??CrossCallReturnLabel_21:
\ 00003C 12.... LCALL `??AddrMgrEntryUpdate::?relay`; Banked call to: AddrMgrEntryUpdate
1503 }
\ ??ZDSecMgrAddrMgrUpdate_1:
\ 00003F 02.... LJMP ?Subroutine7 & 0xFFFF
1504
\ In segment BANKED_CODE, align 1, keep-with-next
1505 ZStatus_t ZDSecMgrDeviceEntryAdd( ZDSecMgrDevice_t* device, uint16 ami )
\ ZDSecMgrDeviceEntryAdd:
1506 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 74F4 MOV A,#-0xc
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 12
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8A.. MOV ?V2,R2
\ 00000C 8B.. MOV ?V3,R3
\ 00000E EC MOV A,R4
\ 00000F FE MOV R6,A
\ 000010 ED MOV A,R5
\ 000011 FF MOV R7,A
1507 ZStatus_t status;
1508 ZDSecMgrEntry_t* entry;
1509
1510 // initialize as unknown until completion
1511 status = ZNwkUnknownDevice;
\ 000012 75..C8 MOV ?V0,#-0x38
1512
1513 device->ctrl = NULL;
\ 000015 8A82 MOV DPL,R2
\ 000017 8B83 MOV DPH,R3
\ 000019 A3 INC DPTR
\ 00001A A3 INC DPTR
\ 00001B A3 INC DPTR
\ 00001C A3 INC DPTR
\ 00001D A3 INC DPTR
\ 00001E A3 INC DPTR
\ 00001F A3 INC DPTR
\ 000020 A3 INC DPTR
\ 000021 12.... LCALL ?Subroutine24 & 0xFFFF
1514
1515 // make sure not already registered
1516 if ( ZDSecMgrEntryLookup( device->nwkAddr, &entry ) == ZSuccess )
\ ??CrossCallReturnLabel_30:
\ 000024 12.... LCALL ??Subroutine121_0 & 0xFFFF
\ ??CrossCallReturnLabel_221:
\ 000027 12.... LCALL `??ZDSecMgrEntryLookup::?relay`; Banked call to: ZDSecMgrEntryLookup
\ 00002A E9 MOV A,R1
\ 00002B 7024 JNZ ??ZDSecMgrDeviceEntryAdd_0
1517 {
1518 // verify that address index is same
1519 if ( entry->ami != ami )
\ 00002D 85..82 MOV DPL,?XSP + 0
\ 000030 85..83 MOV DPH,?XSP + 1
\ 000033 12.... LCALL ?Subroutine51 & 0xFFFF
\ ??CrossCallReturnLabel_72:
\ 000036 6E XRL A,R6
\ 000037 7003 JNZ ??ZDSecMgrDeviceEntryAdd_1
\ 000039 A3 INC DPTR
\ 00003A E0 MOVX A,@DPTR
\ 00003B 6F XRL A,R7
\ ??ZDSecMgrDeviceEntryAdd_1:
\ 00003C 6024 JZ ??CrossCallReturnLabel_77
1520 {
1521 // remove conflicting entry
1522 ZDSecMgrDeviceEntryRemove( entry );
\ 00003E ; Setup parameters for call to function ZDSecMgrEntryFree
\ 00003E 12.... LCALL ?Subroutine66 & 0xFFFF
1523
1524 if ( ZDSecMgrEntryLookupAMI( ami, &entry ) == ZSuccess )
1525 {
1526 // update NWK address
1527 ZDSecMgrAddrMgrUpdate( ami, device->nwkAddr );
1528 }
1529 }
1530 }
\ ??CrossCallReturnLabel_96:
\ 000041 ; Setup parameters for call to function ZDSecMgrEntryLookupAMI
\ 000041 AC.. MOV R4,?XSP + 0
\ 000043 AD.. MOV R5,?XSP + 1
\ 000045 EE MOV A,R6
\ 000046 FA MOV R2,A
\ 000047 EF MOV A,R7
\ 000048 FB MOV R3,A
\ 000049 12.... LCALL `??ZDSecMgrEntryLookupAMI::?relay`; Banked call to: ZDSecMgrEntryLookupAMI
\ 00004C E9 MOV A,R1
\ 00004D 7013 JNZ ??CrossCallReturnLabel_77
\ 00004F 800E SJMP ??ZDSecMgrDeviceEntryAdd_2
1531 else if ( ZDSecMgrEntryLookupAMI( ami, &entry ) == ZSuccess )
\ ??ZDSecMgrDeviceEntryAdd_0:
\ 000051 ; Setup parameters for call to function ZDSecMgrEntryLookupAMI
\ 000051 AC.. MOV R4,?XSP + 0
\ 000053 AD.. MOV R5,?XSP + 1
\ 000055 EE MOV A,R6
\ 000056 FA MOV R2,A
\ 000057 EF MOV A,R7
\ 000058 FB MOV R3,A
\ 000059 12.... LCALL `??ZDSecMgrEntryLookupAMI::?relay`; Banked call to: ZDSecMgrEntryLookupAMI
\ 00005C E9 MOV A,R1
\ 00005D 7003 JNZ ??CrossCallReturnLabel_77
1532 {
1533 // update NWK address
1534 ZDSecMgrAddrMgrUpdate( ami, device->nwkAddr );
\ ??ZDSecMgrDeviceEntryAdd_2:
\ 00005F ; Setup parameters for call to function ZDSecMgrAddrMgrUpdate
\ 00005F 12.... LCALL ?Subroutine54 & 0xFFFF
1535 }
1536
1537 // check if a new entry needs to be created
1538 if ( entry == NULL )
\ ??CrossCallReturnLabel_77:
\ 000062 12.... LCALL ??Subroutine135_0 & 0xFFFF
\ ??CrossCallReturnLabel_285:
\ 000065 701B JNZ ??CrossCallReturnLabel_78
1539 {
1540 // get new entry
1541 if ( ZDSecMgrEntryNew( &entry ) == ZSuccess )
\ 000067 ; Setup parameters for call to function ZDSecMgrEntryNew
\ 000067 AA.. MOV R2,?XSP + 0
\ 000069 AB.. MOV R3,?XSP + 1
\ 00006B 12.... LCALL `??ZDSecMgrEntryNew::?relay`; Banked call to: ZDSecMgrEntryNew
\ 00006E E9 MOV A,R1
\ 00006F 7014 JNZ ??ZDSecMgrDeviceEntryAdd_3
1542 {
1543 // reset entry lkd
1544
1545 // finish setting up entry
1546 entry->ami = ami;
\ 000071 85..82 MOV DPL,?XSP + 0
\ 000074 85..83 MOV DPH,?XSP + 1
\ 000077 12.... LCALL ?Subroutine70 & 0xFFFF
\ ??CrossCallReturnLabel_102:
\ 00007A EE MOV A,R6
\ 00007B F0 MOVX @DPTR,A
\ 00007C A3 INC DPTR
\ 00007D EF MOV A,R7
\ 00007E F0 MOVX @DPTR,A
1547
1548 // update NWK address
1549 ZDSecMgrAddrMgrUpdate( ami, device->nwkAddr );
\ 00007F ; Setup parameters for call to function ZDSecMgrAddrMgrUpdate
\ 00007F 12.... LCALL ?Subroutine54 & 0xFFFF
1550
1551 // enter new device into device control
1552 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
1553 {
1554 status = ZDSecMgrCtrlAdd( device, entry );
1555 }
1556 else
1557 {
1558 status = ZSuccess;
1559 }
1560 }
1561 }
1562 else
1563 {
1564 // reset entry lkd
1565
1566 // reset entry in entry control
1567 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
1568 {
1569 status = ZDSecMgrCtrlReset( device, entry );
1570 }
1571 else
1572 {
1573 status = ZSuccess;
\ ??CrossCallReturnLabel_78:
\ 000082 75..00 MOV ?V0,#0x0
1574 }
1575 }
1576
1577 return status;
\ ??ZDSecMgrDeviceEntryAdd_3:
\ 000085 A9.. MOV R1,?V0
\ 000087 7402 MOV A,#0x2
\ 000089 02.... LJMP ?Subroutine4 & 0xFFFF
1578 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine54:
\ 000000 85..82 MOV DPL,?V2
\ 000003 85..83 MOV DPH,?V3
\ 000006 12.... LCALL ?Subroutine88 & 0xFFFF
\ ??CrossCallReturnLabel_124:
\ 000009 12.... LCALL `??ZDSecMgrAddrMgrUpdate::?relay`; Banked call to: ZDSecMgrAddrMgrUpdate
\ 00000C 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine88:
\ 000000 E0 MOVX A,@DPTR
\ 000001 FC MOV R4,A
\ 000002 A3 INC DPTR
\ 000003 E0 MOVX A,@DPTR
\ 000004 FD MOV R5,A
\ 000005 EE MOV A,R6
\ 000006 FA MOV R2,A
\ 000007 EF MOV A,R7
\ 000008 FB MOV R3,A
\ 000009 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine4:
\ 000000 12.... LCALL ?DEALLOC_XSTACK8
\ 000003 REQUIRE ??Subroutine144_0
\ 000003 ; // Fall through to label ??Subroutine144_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine144_0:
\ 000000 7F04 MOV R7,#0x4
\ 000002 02.... LJMP ?BANKED_LEAVE_XDATA
1579
1580 /******************************************************************************
1581 * @fn ZDSecMgrDeviceCtrlHandler
1582 *
1583 * @brief Device control handler.
1584 *
1585 * @param device - [in] ZDSecMgrDevice_t, device info
1586 *
1587 * @return none
1588 */
\ In segment BANKED_CODE, align 1, keep-with-next
1589 void ZDSecMgrDeviceCtrlHandler( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceCtrlHandler:
1590 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 0
\ 000005 EA MOV A,R2
\ 000006 FE MOV R6,A
\ 000007 EB MOV A,R3
\ 000008 FF MOV R7,A
1591 uint8 state;
1592 uint8 cntr;
1593
1594 state = device->ctrl->state;
\ 000009 8A82 MOV DPL,R2
\ 00000B F583 MOV DPH,A
\ 00000D 12.... LCALL ?Subroutine56 & 0xFFFF
\ ??CrossCallReturnLabel_81:
\ 000010 E0 MOVX A,@DPTR
\ 000011 F5.. MOV ?V0,A
1595 cntr = ZDSECMGR_CTRL_BASE_CNTR;
1596
1597 switch ( state )
\ 000013 24FE ADD A,#-0x2
\ 000015 600C JZ ??ZDSecMgrDeviceCtrlHandler_0
\ 000017 14 DEC A
\ 000018 6014 JZ ??ZDSecMgrDeviceCtrlHandler_1
\ 00001A 14 DEC A
\ 00001B 6022 JZ ??ZDSecMgrDeviceCtrlHandler_2
\ 00001D 24FD ADD A,#-0x3
\ 00001F 6018 JZ ??ZDSecMgrDeviceCtrlHandler_3
\ 000021 8046 SJMP ??ZDSecMgrDeviceCtrlHandler_4
1598 {
1599 case ZDSECMGR_CTRL_TK_MASTER:
1600 if ( ZDSecMgrSendMasterKey( device ) == ZSuccess )
\ ??ZDSecMgrDeviceCtrlHandler_0:
\ 000023 ; Setup parameters for call to function ZDSecMgrSendMasterKey
\ 000023 12.... LCALL `??ZDSecMgrSendMasterKey::?relay`; Banked call to: ZDSecMgrSendMasterKey
\ 000026 E9 MOV A,R1
\ 000027 7016 JNZ ??ZDSecMgrDeviceCtrlHandler_2
1601 {
1602 state = ZDSECMGR_CTRL_SKKE_INIT;
\ 000029 75..03 MOV ?V0,#0x3
1603 cntr = ZDSECMGR_CTRL_SKKE_INIT_CNTR;
\ 00002C 8011 SJMP ??ZDSecMgrDeviceCtrlHandler_2
1604 }
1605 break;
1606
1607 case ZDSECMGR_CTRL_SKKE_INIT:
1608 if ( ZDSecMgrEstablishKey( device ) == ZSuccess )
\ ??ZDSecMgrDeviceCtrlHandler_1:
\ 00002E ; Setup parameters for call to function ZDSecMgrEstablishKey
\ 00002E 12.... LCALL `??ZDSecMgrEstablishKey::?relay`; Banked call to: ZDSecMgrEstablishKey
\ 000031 E9 MOV A,R1
\ 000032 700B JNZ ??ZDSecMgrDeviceCtrlHandler_2
1609 {
1610 state = ZDSECMGR_CTRL_SKKE_WAIT;
\ 000034 75..04 MOV ?V0,#0x4
\ 000037 8006 SJMP ??ZDSecMgrDeviceCtrlHandler_2
1611 }
1612 break;
1613
1614 case ZDSECMGR_CTRL_SKKE_WAIT:
1615 // continue to wait for SKA control timeout
1616 break;
1617
1618 case ZDSECMGR_CTRL_TK_NWK:
1619 if ( ZDSecMgrSendNwkKey( device ) == ZSuccess )
\ ??ZDSecMgrDeviceCtrlHandler_3:
\ 000039 ; Setup parameters for call to function ZDSecMgrSendNwkKey
\ 000039 12.... LCALL `??ZDSecMgrSendNwkKey::?relay`; Banked call to: ZDSecMgrSendNwkKey
\ 00003C E9 MOV A,R1
\ 00003D 602A JZ ??ZDSecMgrDeviceCtrlHandler_4
1620 {
1621 state = ZDSECMGR_CTRL_NONE;
1622 }
1623 break;
1624
1625 default:
1626 state = ZDSECMGR_CTRL_NONE;
1627 break;
1628 }
1629
1630 if ( state != ZDSECMGR_CTRL_NONE )
1631 {
1632 device->ctrl->state = state;
\ ??ZDSecMgrDeviceCtrlHandler_2:
\ 00003F EE MOV A,R6
\ 000040 2408 ADD A,#0x8
\ 000042 F8 MOV R0,A
\ 000043 E4 CLR A
\ 000044 3F ADDC A,R7
\ 000045 F9 MOV R1,A
\ 000046 8882 MOV DPL,R0
\ 000048 F583 MOV DPH,A
\ 00004A 12.... LCALL ?Subroutine63 & 0xFFFF
\ ??CrossCallReturnLabel_89:
\ 00004D A3 INC DPTR
\ 00004E A3 INC DPTR
\ 00004F A3 INC DPTR
\ 000050 E5.. MOV A,?V0
\ 000052 12.... LCALL ?Subroutine34 & 0xFFFF
1633 device->ctrl->cntr = cntr;
\ ??CrossCallReturnLabel_44:
\ 000055 12.... LCALL ?Subroutine77 & 0xFFFF
1634
1635 osal_start_timerEx(ZDAppTaskID, ZDO_SECMGR_EVENT, 100 );
\ ??CrossCallReturnLabel_109:
\ 000058 ; Setup parameters for call to function osal_start_timerEx
\ 000058 7C64 MOV R4,#0x64
\ 00005A 7D00 MOV R5,#0x0
\ 00005C 7A00 MOV R2,#0x0
\ 00005E FB MOV R3,A
\ 00005F 90.... MOV DPTR,#ZDAppTaskID
\ 000062 E0 MOVX A,@DPTR
\ 000063 F9 MOV R1,A
\ 000064 12.... LCALL `??osal_start_timerEx::?relay`; Banked call to: osal_start_timerEx
\ 000067 8009 SJMP ??ZDSecMgrDeviceCtrlHandler_5
1636 }
1637 else
1638 {
1639 ZDSecMgrCtrlRelease( device->ctrl );
\ ??ZDSecMgrDeviceCtrlHandler_4:
\ 000069 8E82 MOV DPL,R6
\ 00006B 8F83 MOV DPH,R7
\ 00006D 12.... LCALL ?Subroutine56 & 0xFFFF
\ ??CrossCallReturnLabel_82:
\ 000070 E4 CLR A
\ 000071 F0 MOVX @DPTR,A
1640 }
1641 }
\ ??ZDSecMgrDeviceCtrlHandler_5:
\ 000072 02.... LJMP ??Subroutine126_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine56:
\ 000000 A3 INC DPTR
\ 000001 A3 INC DPTR
\ 000002 A3 INC DPTR
\ 000003 A3 INC DPTR
\ 000004 A3 INC DPTR
\ 000005 A3 INC DPTR
\ 000006 A3 INC DPTR
\ 000007 A3 INC DPTR
\ 000008 12.... LCALL ?Subroutine86 & 0xFFFF
\ ??CrossCallReturnLabel_306:
\ 00000B A3 INC DPTR
\ 00000C A3 INC DPTR
\ 00000D A3 INC DPTR
\ 00000E 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine77:
\ 000000 C8 XCH A,R0
\ 000001 2406 ADD A,#0x6
\ 000003 F582 MOV DPL,A
\ 000005 E4 CLR A
\ 000006 38 ADDC A,R0
\ 000007 F583 MOV DPH,A
\ 000009 7401 MOV A,#0x1
\ 00000B F0 MOVX @DPTR,A
\ 00000C 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine34:
\ 000000 12.... LCALL ?Subroutine81 & 0xFFFF
\ ??CrossCallReturnLabel_118:
\ 000003 12.... LCALL ?Subroutine99 & 0xFFFF
\ ??CrossCallReturnLabel_338:
\ 000006 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine63:
\ 000000 12.... LCALL ?Subroutine94 & 0xFFFF
\ ??CrossCallReturnLabel_131:
\ 000003 A3 INC DPTR
\ 000004 A3 INC DPTR
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine86:
\ 000000 12.... LCALL ?Subroutine99 & 0xFFFF
\ ??CrossCallReturnLabel_341:
\ 000003 F583 MOV DPH,A
\ 000005 8882 MOV DPL,R0
\ 000007 A3 INC DPTR
\ 000008 A3 INC DPTR
\ 000009 22 RET
1642
1643 /******************************************************************************
1644 * @fn ZDSecMgrDeviceCtrlSetup
1645 *
1646 * @brief Setup device control.
1647 *
1648 * @param device - [in] ZDSecMgrDevice_t, device info
1649 *
1650 * @return ZStatus_t
1651 */
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine110_0:
\ 000000 12.... LCALL ??Subroutine116_0 & 0xFFFF
\ ??CrossCallReturnLabel_212:
\ 000003 A3 INC DPTR
\ 000004 A3 INC DPTR
\ 000005 A3 INC DPTR
\ 000006 A3 INC DPTR
\ 000007 A3 INC DPTR
\ 000008 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
1652 void ZDSecMgrDeviceCtrlSetup( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceCtrlSetup:
1653 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
1654 if ( device->ctrl != NULL )
\ 000004 8A82 MOV DPL,R2
\ 000006 8B83 MOV DPH,R3
\ 000008 A3 INC DPTR
\ 000009 A3 INC DPTR
\ 00000A A3 INC DPTR
\ 00000B A3 INC DPTR
\ 00000C A3 INC DPTR
\ 00000D A3 INC DPTR
\ 00000E A3 INC DPTR
\ 00000F A3 INC DPTR
\ 000010 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_280:
\ 000013 602A JZ ??ZDSecMgrDeviceCtrlSetup_0
1655 {
1656 if ( device->secure == FALSE )
\ 000015 8A82 MOV DPL,R2
\ 000017 8B83 MOV DPH,R3
\ 000019 A3 INC DPTR
\ 00001A A3 INC DPTR
\ 00001B A3 INC DPTR
\ 00001C A3 INC DPTR
\ 00001D A3 INC DPTR
\ 00001E A3 INC DPTR
\ 00001F E0 MOVX A,@DPTR
\ 000020 8A82 MOV DPL,R2
\ 000022 8B83 MOV DPH,R3
\ 000024 A3 INC DPTR
\ 000025 A3 INC DPTR
\ 000026 A3 INC DPTR
\ 000027 A3 INC DPTR
\ 000028 A3 INC DPTR
\ 000029 A3 INC DPTR
\ 00002A A3 INC DPTR
\ 00002B A3 INC DPTR
\ 00002C A3 INC DPTR
\ 00002D 7007 JNZ ??ZDSecMgrDeviceCtrlSetup_1
1657 {
1658 // send the master key data to the joining device
1659 device->ctrl->state = ZDSECMGR_CTRL_TK_MASTER;
\ 00002F 12.... LCALL ??Subroutine110_0 & 0xFFFF
1660 }
\ ??CrossCallReturnLabel_178:
\ 000032 7402 MOV A,#0x2
\ 000034 8005 SJMP ??ZDSecMgrDeviceCtrlSetup_2
1661 else
1662 {
1663 // start SKKE
1664 device->ctrl->state = ZDSECMGR_CTRL_SKKE_INIT;
\ ??ZDSecMgrDeviceCtrlSetup_1:
\ 000036 12.... LCALL ??Subroutine110_0 & 0xFFFF
1665 }
\ ??CrossCallReturnLabel_179:
\ 000039 7403 MOV A,#0x3
\ ??ZDSecMgrDeviceCtrlSetup_2:
\ 00003B F0 MOVX @DPTR,A
1666
1667 ZDSecMgrDeviceCtrlHandler( device );
\ 00003C ; Setup parameters for call to function ZDSecMgrDeviceCtrlHandler
\ 00003C 12.... LCALL `??ZDSecMgrDeviceCtrlHandler::?relay`; Banked call to: ZDSecMgrDeviceCtrlHandler
1668 }
1669 }
\ ??ZDSecMgrDeviceCtrlSetup_0:
\ 00003F 02.... LJMP ??Subroutine123_0 & 0xFFFF
1670
1671 /******************************************************************************
1672 * @fn ZDSecMgrDeviceCtrlUpdate
1673 *
1674 * @brief Update control data.
1675 *
1676 * @param extAddr - [in] EXT address
1677 * @param state - [in] new control state
1678 *
1679 * @return none
1680 */
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine57:
\ 000000 85..82 MOV DPL,?XSP + 0
\ 000003 85..83 MOV DPH,?XSP + 1
\ 000006 A3 INC DPTR
\ 000007 REQUIRE ??Subroutine110_0
\ 000007 ; // Fall through to label ??Subroutine110_0
\ In segment BANKED_CODE, align 1, keep-with-next
1681 void ZDSecMgrDeviceCtrlUpdate( uint8* extAddr, uint8 state )
\ ZDSecMgrDeviceCtrlUpdate:
1682 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 4
\ 000005 74FC MOV A,#-0x4
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A E9 MOV A,R1
\ 00000B FE MOV R6,A
1683 ZDSecMgrEntry_t* entry;
1684 ZDSecMgrCtrl_t* ctrl;
1685
1686 // lookup device entry data
1687 (void)ZDSecMgrEntryLookupExt( extAddr, &entry );
\ 00000C ; Setup parameters for call to function ZDSecMgrEntryLookupExt
\ 00000C 7402 MOV A,#0x2
\ 00000E 12.... LCALL ?XSTACK_DISP102_8
\ 000011 12.... LCALL `??ZDSecMgrEntryLookupExt::?relay`; Banked call to: ZDSecMgrEntryLookupExt
1688
1689 if ( entry != NULL )
\ 000014 7402 MOV A,#0x2
\ 000016 12.... LCALL ?XSTACK_DISP0_8
\ 000019 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_281:
\ 00001C 603C JZ ??CrossCallReturnLabel_110
1690 {
1691 // lookup device control data
1692 ZDSecMgrCtrlLookup( entry, &ctrl );
\ 00001E ; Setup parameters for call to function ZDSecMgrCtrlLookup
\ 00001E AC.. MOV R4,?XSP + 0
\ 000020 AD.. MOV R5,?XSP + 1
\ 000022 7402 MOV A,#0x2
\ 000024 12.... LCALL ?XSTACK_DISP0_8
\ 000027 12.... LCALL ?Subroutine100 & 0xFFFF
\ ??CrossCallReturnLabel_318:
\ 00002A 12.... LCALL ?Subroutine43 & 0xFFFF
1693
1694 // make sure control data is valid
1695 if ( ctrl != NULL )
\ ??CrossCallReturnLabel_274:
\ 00002D 602B JZ ??CrossCallReturnLabel_110
1696 {
1697 // possible state transitions
1698 if ( ctrl->state == ZDSECMGR_CTRL_SKKE_WAIT )
\ 00002F 12.... LCALL ?Subroutine57 & 0xFFFF
\ ??CrossCallReturnLabel_181:
\ 000032 E0 MOVX A,@DPTR
\ 000033 6404 XRL A,#0x4
\ 000035 7023 JNZ ??CrossCallReturnLabel_110
1699 {
1700 if ( state == ZDSECMGR_CTRL_SKKE_DONE )
\ 000037 7405 MOV A,#0x5
\ 000039 6E XRL A,R6
\ 00003A 7007 JNZ ??ZDSecMgrDeviceCtrlUpdate_0
1701 {
1702 // send the network key
1703 ctrl->state = ZDSECMGR_CTRL_TK_NWK;
\ 00003C 12.... LCALL ?Subroutine57 & 0xFFFF
1704 ctrl->cntr = ZDSECMGR_CTRL_TK_NWK_CNTR;
1705 }
\ ??CrossCallReturnLabel_182:
\ 00003F 7407 MOV A,#0x7
\ 000041 800A SJMP ??ZDSecMgrDeviceCtrlUpdate_1
1706 else if ( state == ZDSECMGR_CTRL_SKKE_FAIL )
\ ??ZDSecMgrDeviceCtrlUpdate_0:
\ 000043 7406 MOV A,#0x6
\ 000045 6E XRL A,R6
\ 000046 7012 JNZ ??CrossCallReturnLabel_110
1707 {
1708 // force default timeout in order to cleanup control logic
1709 ctrl->state = ZDSECMGR_CTRL_SKKE_FAIL;
\ 000048 12.... LCALL ?Subroutine57 & 0xFFFF
\ ??CrossCallReturnLabel_183:
\ 00004B 7406 MOV A,#0x6
\ ??ZDSecMgrDeviceCtrlUpdate_1:
\ 00004D F0 MOVX @DPTR,A
1710 ctrl->cntr = ZDSECMGR_CTRL_BASE_CNTR;
\ 00004E 85..82 MOV DPL,?XSP + 0
\ 000051 85..83 MOV DPH,?XSP + 1
\ 000054 12.... LCALL ?Subroutine99 & 0xFFFF
1711 }
1712 }
1713 // timer should be active
1714 }
1715 }
\ ??CrossCallReturnLabel_336:
\ 000057 12.... LCALL ?Subroutine77 & 0xFFFF
1716 }
\ ??CrossCallReturnLabel_110:
\ 00005A REQUIRE ?Subroutine8
\ 00005A ; // Fall through to label ?Subroutine8
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine8:
\ 000000 7404 MOV A,#0x4
\ 000002 02.... LJMP ??Subroutine125_0 & 0xFFFF
1717
1718 void APSME_SKA_TimerExpired( uint8 initiator, uint8* partExtAddr );
\ In segment BANKED_CODE, align 1, keep-with-next
1719 void APSME_SKA_TimerExpired( uint8 initiator, uint8* partExtAddr )
\ APSME_SKA_TimerExpired:
1720 {
\ 000000 ; Saved register size: 0
\ 000000 ; Auto size: 0
1721 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
1722 {
1723 if ( initiator == TRUE )
1724 {
1725 ZDSecMgrDeviceCtrlUpdate( partExtAddr, ZDSECMGR_CTRL_SKKE_FAIL );
1726 }
1727 }
1728 }
\ 000000 02.... LJMP ?BRET
1729
1730 /******************************************************************************
1731 * @fn ZDSecMgrDeviceRemove
1732 *
1733 * @brief Remove device from network.
1734 *
1735 * @param device - [in] ZDSecMgrDevice_t, device info
1736 *
1737 * @return none
1738 */
\ In segment BANKED_CODE, align 1, keep-with-next
1739 void ZDSecMgrDeviceRemove( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceRemove:
1740 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 9
\ 000005 74F7 MOV A,#-0x9
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
1741 APSME_RemoveDeviceReq_t remDevReq;
1742 NLME_LeaveReq_t leaveReq;
1743 associated_devices_t* assoc;
1744
1745 // check if parent, remove the device
1746 if ( device->parentAddr == NLME_GetShortAddr() )
\ 00000E ; Setup parameters for call to function NLME_GetShortAddr
\ 00000E 12.... LCALL ?Subroutine97 & 0xFFFF
\ ??CrossCallReturnLabel_211:
\ 000011 7003 JNZ ??ZDSecMgrDeviceRemove_0
\ 000013 A3 INC DPTR
\ 000014 E0 MOVX A,@DPTR
\ 000015 69 XRL A,R1
\ ??ZDSecMgrDeviceRemove_0:
\ 000016 705F JNZ ??ZDSecMgrDeviceRemove_1
1747 {
1748 // this is the parent of the device
1749 leaveReq.extAddr = device->extAddr;
\ 000018 EE MOV A,R6
\ 000019 2402 ADD A,#0x2
\ 00001B F8 MOV R0,A
\ 00001C E4 CLR A
\ 00001D 3F ADDC A,R7
\ 00001E F9 MOV R1,A
\ 00001F 8882 MOV DPL,R0
\ 000021 F583 MOV DPH,A
\ 000023 12.... LCALL ??Subroutine121_0 & 0xFFFF
\ ??CrossCallReturnLabel_222:
\ 000026 12.... LCALL ?Subroutine29 & 0xFFFF
1750 leaveReq.removeChildren = FALSE;
\ ??CrossCallReturnLabel_254:
\ 000029 7402 MOV A,#0x2
\ 00002B 12.... LCALL ?XSTACK_DISP0_8
\ 00002E E4 CLR A
\ 00002F F0 MOVX @DPTR,A
1751 leaveReq.rejoin = FALSE;
\ 000030 7403 MOV A,#0x3
\ 000032 12.... LCALL ?XSTACK_DISP0_8
\ 000035 E4 CLR A
\ 000036 12.... LCALL ?Subroutine81 & 0xFFFF
1752
1753 // find child association
1754 assoc = AssocGetWithExt( device->extAddr );
\ ??CrossCallReturnLabel_117:
\ 000039 12.... LCALL ?Subroutine67 & 0xFFFF
\ ??CrossCallReturnLabel_97:
\ 00003C 8B.. MOV ?V1,R3
\ 00003E A9.. MOV R1,?V1
1755
1756 if ( ( assoc != NULL ) &&
1757 ( assoc->nodeRelation >= CHILD_RFD ) &&
1758 ( assoc->nodeRelation <= CHILD_FFD_RX_IDLE ) )
\ 000040 EA MOV A,R2
\ 000041 49 ORL A,R1
\ 000042 6056 JZ ??ZDSecMgrDeviceRemove_2
\ 000044 8A82 MOV DPL,R2
\ 000046 8B83 MOV DPH,R3
\ 000048 A3 INC DPTR
\ 000049 A3 INC DPTR
\ 00004A A3 INC DPTR
\ 00004B A3 INC DPTR
\ 00004C E0 MOVX A,@DPTR
\ 00004D 604B JZ ??ZDSecMgrDeviceRemove_2
\ 00004F C3 CLR C
\ 000050 9405 SUBB A,#0x5
\ 000052 5046 JNC ??ZDSecMgrDeviceRemove_2
1759 {
1760 // check if associated device is authenticated
1761 if ( assoc->devStatus & DEV_SEC_AUTH_STATUS )
\ 000054 8A82 MOV DPL,R2
\ 000056 8B83 MOV DPH,R3
\ 000058 A3 INC DPTR
\ 000059 A3 INC DPTR
\ 00005A A3 INC DPTR
\ 00005B A3 INC DPTR
\ 00005C A3 INC DPTR
\ 00005D E0 MOVX A,@DPTR
\ 00005E A2E3 MOV C,0xE0 /* A */.3
\ 000060 7404 MOV A,#0x4
\ 000062 5006 JNC ??ZDSecMgrDeviceRemove_3
1762 {
1763 leaveReq.silent = FALSE;
\ 000064 12.... LCALL ?XSTACK_DISP0_8
\ 000067 E4 CLR A
\ 000068 8005 SJMP ??ZDSecMgrDeviceRemove_4
1764 }
1765 else
1766 {
1767 leaveReq.silent = TRUE;
\ ??ZDSecMgrDeviceRemove_3:
\ 00006A 12.... LCALL ?XSTACK_DISP0_8
\ 00006D 7401 MOV A,#0x1
1768 }
1769
1770 NLME_LeaveReq( &leaveReq );
1771 }
1772 }
\ ??ZDSecMgrDeviceRemove_4:
\ 00006F 12.... LCALL ?Subroutine22 & 0xFFFF
\ ??CrossCallReturnLabel_22:
\ 000072 12.... LCALL `??NLME_LeaveReq::?relay`; Banked call to: NLME_LeaveReq
\ 000075 8023 SJMP ??ZDSecMgrDeviceRemove_2
1773 else
1774 {
1775 // this is not the parent of the device
1776 remDevReq.parentAddr = device->parentAddr;
\ ??ZDSecMgrDeviceRemove_1:
\ 000077 8E82 MOV DPL,R6
\ 000079 8F83 MOV DPH,R7
\ 00007B A3 INC DPTR
\ 00007C A3 INC DPTR
\ 00007D 12.... LCALL ??Subroutine145_0 & 0xFFFF
1777 remDevReq.childExtAddr = device->extAddr;
1778
1779 APSME_RemoveDeviceReq( &remDevReq );
1780 }
\ ??CrossCallReturnLabel_327:
\ 000080 7405 MOV A,#0x5
\ 000082 12.... LCALL ?XSTACK_DISP0_8
\ 000085 E8 MOV A,R0
\ 000086 F0 MOVX @DPTR,A
\ 000087 A3 INC DPTR
\ 000088 E9 MOV A,R1
\ 000089 12.... LCALL ??Subroutine131_0 & 0xFFFF
\ ??CrossCallReturnLabel_263:
\ 00008C 7407 MOV A,#0x7
\ 00008E 12.... LCALL ?XSTACK_DISP0_8
\ 000091 12.... LCALL ??Subroutine112_0 & 0xFFFF
\ ??CrossCallReturnLabel_186:
\ 000094 12.... LCALL ?XSTACK_DISP101_8
\ 000097 12.... LCALL `??APSME_RemoveDeviceReq::?relay`; Banked call to: APSME_RemoveDeviceReq
1781 }
\ ??ZDSecMgrDeviceRemove_2:
\ 00009A 7409 MOV A,#0x9
\ 00009C 80.. SJMP ??Subroutine117_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine29:
\ 000000 85..82 MOV DPL,?XSP + 0
\ 000003 85..83 MOV DPH,?XSP + 1
\ 000006 REQUIRE ??Subroutine129_0
\ 000006 ; // Fall through to label ??Subroutine129_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine67:
\ 000000 12.... LCALL ??Subroutine143_0 & 0xFFFF
\ ??CrossCallReturnLabel_311:
\ 000003 12.... LCALL `??AssocGetWithExt::?relay`; Banked call to: AssocGetWithExt
\ 000006 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine145_0:
\ 000000 A3 INC DPTR
\ 000001 A3 INC DPTR
\ 000002 REQUIRE ??Subroutine146_0
\ 000002 ; // Fall through to label ??Subroutine146_0
1782
1783 /******************************************************************************
1784 * @fn ZDSecMgrDeviceValidateSKKE
1785 *
1786 * @brief Decide whether device is allowed for SKKE.
1787 *
1788 * @param device - [in] ZDSecMgrDevice_t, device info
1789 *
1790 * @return ZStatus_t
1791 */
\ In segment BANKED_CODE, align 1, keep-with-next
1792 ZStatus_t ZDSecMgrDeviceValidateSKKE( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceValidateSKKE:
1793 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 4
\ 000005 74FC MOV A,#-0x4
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
1794 ZStatus_t status;
1795 uint16 ami;
1796 uint16 keyNvId;
1797
1798 // get EXT address
1799 status = ZDSecMgrExtAddrLookup( device->extAddr, &ami );
\ 00000E ; Setup parameters for call to function ZDSecMgrExtAddrLookup
\ 00000E AC.. MOV R4,?XSP + 0
\ 000010 AD.. MOV R5,?XSP + 1
\ 000012 8A82 MOV DPL,R2
\ 000014 F583 MOV DPH,A
\ 000016 12.... LCALL ??Subroutine120_0 & 0xFFFF
\ ??CrossCallReturnLabel_226:
\ 000019 12.... LCALL `??ZDSecMgrExtAddrLookup::?relay`; Banked call to: ZDSecMgrExtAddrLookup
\ 00001C E9 MOV A,R1
\ 00001D F9 MOV R1,A
1800
1801 if ( status == ZSuccess )
\ 00001E 700F JNZ ??ZDSecMgrDeviceValidateSKKE_0
1802 {
1803 // get MASTER key
1804 status = ZDSecMgrMasterKeyLookup( ami, &keyNvId );
\ 000020 ; Setup parameters for call to function ZDSecMgrMasterKeyLookup
\ 000020 7402 MOV A,#0x2
\ 000022 12.... LCALL ?XSTACK_DISP102_8
\ 000025 12.... LCALL ?Subroutine46 & 0xFFFF
\ ??CrossCallReturnLabel_217:
\ 000028 F9 MOV R1,A
1805
1806 if ( status == ZSuccess )
\ 000029 7004 JNZ ??ZDSecMgrDeviceValidateSKKE_0
1807 {
1808 status = ZDSecMgrDeviceEntryAdd( device, ami );
\ 00002B ; Setup parameters for call to function ZDSecMgrDeviceEntryAdd
\ 00002B 12.... LCALL ?Subroutine55 & 0xFFFF
1809 }
1810 }
\ ??CrossCallReturnLabel_79:
\ 00002E F9 MOV R1,A
1811
1812 return status;
\ ??ZDSecMgrDeviceValidateSKKE_0:
\ 00002F 02.... LJMP ?Subroutine8 & 0xFFFF
1813 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine55:
\ 000000 85..82 MOV DPL,?XSP + 0
\ 000003 85..83 MOV DPH,?XSP + 1
\ 000006 12.... LCALL ?Subroutine88 & 0xFFFF
\ ??CrossCallReturnLabel_125:
\ 000009 12.... LCALL `??ZDSecMgrDeviceEntryAdd::?relay`; Banked call to: ZDSecMgrDeviceEntryAdd
\ 00000C E9 MOV A,R1
\ 00000D 22 RET
1814
1815 /******************************************************************************
1816 * @fn ZDSecMgrDeviceValidateRM (RESIDENTIAL MODE)
1817 *
1818 * @brief Decide whether device is allowed.
1819 *
1820 * @param device - [in] ZDSecMgrDevice_t, device info
1821 *
1822 * @return ZStatus_t
1823 */
\ In segment BANKED_CODE, align 1, keep-with-next
1824 ZStatus_t ZDSecMgrDeviceValidateRM( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceValidateRM:
1825 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
1826 ZStatus_t status;
1827
1828 status = ZSuccess;
\ 000004 7900 MOV R1,#0x0
1829
1830 (void)device; // Intentionally unreferenced parameter
1831
1832 // For test purpose, turning off the zgSecurePermitJoin flag will force
1833 // the trust center to reject any newly joining devices by sending
1834 // Remove-device to the parents.
1835 if ( zgSecurePermitJoin == FALSE )
\ 000006 90.... MOV DPTR,#zgSecurePermitJoin
\ 000009 E0 MOVX A,@DPTR
\ 00000A 7002 JNZ ??ZDSecMgrDeviceValidateRM_0
1836 {
1837 status = ZNwkUnknownDevice;
\ 00000C 79C8 MOV R1,#-0x38
1838 }
1839
1840
1841
1842 #if 0 // Taken out because the following functionality is only used for test
1843 // purpose. A more efficient (above) way is used. It can be put
1844 // back in if customers request for a white/black list feature.
1845 // ZDSecMgrStoredDeviceList[] is defined in ZDSecMgr.c
1846
1847 // The following code processes the device black list (stored device list)
1848 // If the joining device is not part of the forbidden device list
1849 // Return ZSuccess. Otherwise, return ZNwkUnknownDevice. The trust center
1850 // will send Remove-device and ban the device from joining.
1851
1852 uint8 index;
1853 uint8* restricted;
1854
1855 // Look through the stored device list - used for restricted devices
1856 for ( index = 0; index < ZDSECMGR_STORED_DEVICES; index++ )
1857 {
1858 restricted = ZDSecMgrStoredDeviceList[index];
1859
1860 if ( AddrMgrExtAddrEqual( restricted, device->extAddr ) == TRUE )
1861 {
1862 // return as unknown device in regards to validation
1863 status = ZNwkUnknownDevice;
1864
1865 // break from loop
1866 index = ZDSECMGR_STORED_DEVICES;
1867 }
1868 }
1869
1870 #endif
1871
1872 return status;
\ ??ZDSecMgrDeviceValidateRM_0:
\ 00000E 02.... LJMP ??Subroutine123_0 & 0xFFFF
1873 }
1874
1875 /******************************************************************************
1876 * @fn ZDSecMgrDeviceValidateCM (COMMERCIAL MODE)
1877 *
1878 * @brief Decide whether device is allowed.
1879 *
1880 * @param device - [in] ZDSecMgrDevice_t, device info
1881 *
1882 * @return ZStatus_t
1883 */
1884 //devtag.pro.security
\ In segment BANKED_CODE, align 1, keep-with-next
1885 ZStatus_t ZDSecMgrDeviceValidateCM( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceValidateCM:
1886 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 74F4 MOV A,#-0xc
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 12
\ 000005 ; Auto size: 18
\ 000005 74EE MOV A,#-0x12
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
1887 ZStatus_t status;
1888 uint16 ami;
1889 uint8 key[SEC_KEY_LEN];
1890
1891 // implement EXT address and MASTER key policy here -- the total number of
1892 // Security Manager entries should never exceed the number of EXT addresses
1893 // and MASTER keys available
1894
1895 // set status based on policy
1896 //status = ZNwkUnknownDevice;
1897
1898 // set status based on policy
1899 status = ZSuccess; // ZNwkUnknownDevice;
1900
1901 // get key based on policy
1902 osal_memcpy( key, ZDSecMgrTCMasterKey, SEC_KEY_LEN);
\ 00000E ; Setup parameters for call to function osal_memcpy
\ 00000E 75.... MOV ?V0,#ZDSecMgrTCMasterKey & 0xff
\ 000011 75.... MOV ?V1,#(ZDSecMgrTCMasterKey >> 8) & 0xff
\ 000014 75..80 MOV ?V2,#-0x80
\ 000017 78.. MOV R0,#?V0
\ 000019 12.... LCALL ?PUSH_XSTACK_I_THREE
\ 00001C 7C10 MOV R4,#0x10
\ 00001E 7D00 MOV R5,#0x0
\ 000020 7405 MOV A,#0x5
\ 000022 12.... LCALL ?XSTACK_DISP101_8
\ 000025 12.... LCALL ??Subroutine137_0 & 0xFFFF
\ ??CrossCallReturnLabel_290:
\ 000028 12.... LCALL ?DEALLOC_XSTACK8
1903
1904 // if policy, store new EXT address
1905 status = ZDSecMgrAddrStore( device->nwkAddr, device->extAddr, &ami );
\ 00002B EE MOV A,R6
\ 00002C 2402 ADD A,#0x2
\ 00002E F5.. MOV ?V0,A
\ 000030 E4 CLR A
\ 000031 3F ADDC A,R7
\ 000032 F5.. MOV ?V1,A
\ 000034 ; Setup parameters for call to function ZDSecMgrAddrStore
\ 000034 A8.. MOV R0,?XSP + 0
\ 000036 A9.. MOV R1,?XSP + 1
\ 000038 88.. MOV ?V2,R0
\ 00003A 89.. MOV ?V3,R1
\ 00003C 78.. MOV R0,#?V2
\ 00003E 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000041 85..82 MOV DPL,?V0
\ 000044 85..83 MOV DPH,?V1
\ 000047 12.... LCALL ?Subroutine47 & 0xFFFF
\ ??CrossCallReturnLabel_63:
\ 00004A 12.... LCALL ?DEALLOC_XSTACK8
\ 00004D E9 MOV A,R1
\ 00004E F5.. MOV ?V2,A
1906
1907 // set the key
1908 ZDSecMgrMasterKeyLoad( device->extAddr, key );
\ 000050 ; Setup parameters for call to function ZDSecMgrMasterKeyLoad
\ 000050 7402 MOV A,#0x2
\ 000052 12.... LCALL ?XSTACK_DISP102_8
\ 000055 85..82 MOV DPL,?V0
\ 000058 85..83 MOV DPH,?V1
\ 00005B 12.... LCALL ??Subroutine121_0 & 0xFFFF
\ ??CrossCallReturnLabel_223:
\ 00005E 12.... LCALL `??ZDSecMgrMasterKeyLoad::?relay`; Banked call to: ZDSecMgrMasterKeyLoad
1909
1910 // if EXT address and MASTER key available -- add device
1911 if ( status == ZSuccess )
\ 000061 E5.. MOV A,?V2
\ 000063 7005 JNZ ??ZDSecMgrDeviceValidateCM_0
1912 {
1913 // add device to internal data - with control
1914 status = ZDSecMgrDeviceEntryAdd( device, ami );
\ 000065 ; Setup parameters for call to function ZDSecMgrDeviceEntryAdd
\ 000065 12.... LCALL ?Subroutine55 & 0xFFFF
1915 }
\ ??CrossCallReturnLabel_80:
\ 000068 F5.. MOV ?V2,A
1916
1917 // remove copy of key in RAM
1918 osal_memset( key, 0x00, SEC_KEY_LEN );
\ ??ZDSecMgrDeviceValidateCM_0:
\ 00006A ; Setup parameters for call to function osal_memset
\ 00006A 7C10 MOV R4,#0x10
\ 00006C 7D00 MOV R5,#0x0
\ 00006E 7900 MOV R1,#0x0
\ 000070 7402 MOV A,#0x2
\ 000072 12.... LCALL ?XSTACK_DISP101_8
\ 000075 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
1919
1920 return status;
\ 000078 A9.. MOV R1,?V2
\ 00007A 7412 MOV A,#0x12
\ 00007C 02.... LJMP ?Subroutine4 & 0xFFFF
1921 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine47:
\ 000000 E0 MOVX A,@DPTR
\ 000001 FC MOV R4,A
\ 000002 A3 INC DPTR
\ 000003 E0 MOVX A,@DPTR
\ 000004 FD MOV R5,A
\ 000005 8E82 MOV DPL,R6
\ 000007 8F83 MOV DPH,R7
\ 000009 12.... LCALL ??Subroutine143_0 & 0xFFFF
\ ??CrossCallReturnLabel_308:
\ 00000C 12.... LCALL `??ZDSecMgrAddrStore::?relay`; Banked call to: ZDSecMgrAddrStore
\ 00000F 7402 MOV A,#0x2
\ 000011 22 RET
1922
1923 /******************************************************************************
1924 * @fn ZDSecMgrDeviceValidate
1925 *
1926 * @brief Decide whether device is allowed.
1927 *
1928 * @param device - [in] ZDSecMgrDevice_t, device info
1929 *
1930 * @return ZStatus_t
1931 */
\ In segment BANKED_CODE, align 1, keep-with-next
1932 ZStatus_t ZDSecMgrDeviceValidate( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceValidate:
1933 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
1934 ZStatus_t status;
1935
1936
1937 if ( ZDSecMgrPermitJoiningEnabled == TRUE )
\ 000004 90.... MOV DPTR,#ZDSecMgrPermitJoiningEnabled
\ 000007 E0 MOVX A,@DPTR
\ 000008 6401 XRL A,#0x1
\ 00000A 701F JNZ ??ZDSecMgrDeviceValidate_0
1938 {
1939 // device may be joining with a secure flag but it is ultimately the Trust
1940 // Center that decides -- check if expected pre configured device --
1941 // override settings
1942 if ( zgPreConfigKeys == TRUE )
\ 00000C 90.... MOV DPTR,#zgPreConfigKeys
\ 00000F E0 MOVX A,@DPTR
\ 000010 6401 XRL A,#0x1
\ 000012 8A82 MOV DPL,R2
\ 000014 8B83 MOV DPH,R3
\ 000016 A3 INC DPTR
\ 000017 A3 INC DPTR
\ 000018 A3 INC DPTR
\ 000019 A3 INC DPTR
\ 00001A A3 INC DPTR
\ 00001B A3 INC DPTR
\ 00001C 7004 JNZ ??ZDSecMgrDeviceValidate_1
1943 {
1944 device->secure = TRUE;
\ 00001E 7401 MOV A,#0x1
\ 000020 8001 SJMP ??ZDSecMgrDeviceValidate_2
1945 }
1946 else
1947 {
1948 device->secure = FALSE;
\ ??ZDSecMgrDeviceValidate_1:
\ 000022 E4 CLR A
\ ??ZDSecMgrDeviceValidate_2:
\ 000023 F0 MOVX @DPTR,A
1949 }
1950
1951 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
1952 {
1953 status = ZDSecMgrDeviceValidateCM( device );
1954 }
1955 else // ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_RESIDENTIAL )
1956 {
1957 status = ZDSecMgrDeviceValidateRM( device );
\ 000024 ; Setup parameters for call to function ZDSecMgrDeviceValidateRM
\ 000024 12.... LCALL `??ZDSecMgrDeviceValidateRM::?relay`; Banked call to: ZDSecMgrDeviceValidateRM
\ 000027 E9 MOV A,R1
\ 000028 F9 MOV R1,A
\ 000029 8002 SJMP ??ZDSecMgrDeviceValidate_3
1958 }
1959 }
1960 else
1961 {
1962 status = ZNwkUnknownDevice;
\ ??ZDSecMgrDeviceValidate_0:
\ 00002B 79C8 MOV R1,#-0x38
1963 }
1964
1965 return status;
\ ??ZDSecMgrDeviceValidate_3:
\ 00002D 02.... LJMP ??Subroutine123_0 & 0xFFFF
1966 }
1967
1968 /******************************************************************************
1969 * @fn ZDSecMgrDeviceJoin
1970 *
1971 * @brief Try to join this device.
1972 *
1973 * @param device - [in] ZDSecMgrDevice_t, device info
1974 *
1975 * @return ZStatus_t
1976 */
\ In segment BANKED_CODE, align 1, keep-with-next
1977 ZStatus_t ZDSecMgrDeviceJoin( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceJoin:
1978 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
1979 ZStatus_t status;
1980 uint16 ami;
1981
1982 // attempt to validate device
1983 status = ZDSecMgrDeviceValidate( device );
\ 00000E ; Setup parameters for call to function ZDSecMgrDeviceValidate
\ 00000E 12.... LCALL `??ZDSecMgrDeviceValidate::?relay`; Banked call to: ZDSecMgrDeviceValidate
\ 000011 E9 MOV A,R1
\ 000012 F5.. MOV ?V0,A
1984
1985 if ( status == ZSuccess )
\ 000014 7025 JNZ ??ZDSecMgrDeviceJoin_0
1986 {
1987 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
1988 {
1989 ZDSecMgrDeviceCtrlSetup( device );
1990 }
1991 else // ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_RESIDENTIAL )
1992 {
1993 // Add the device to the address manager
1994 ZDSecMgrAddrStore( device->nwkAddr, device->extAddr, &ami );
\ 000016 ; Setup parameters for call to function ZDSecMgrAddrStore
\ 000016 A8.. MOV R0,?XSP + 0
\ 000018 A9.. MOV R1,?XSP + 1
\ 00001A 88.. MOV ?V0,R0
\ 00001C 89.. MOV ?V1,R1
\ 00001E 78.. MOV R0,#?V0
\ 000020 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000023 8E82 MOV DPL,R6
\ 000025 8F83 MOV DPH,R7
\ 000027 A3 INC DPTR
\ 000028 A3 INC DPTR
\ 000029 12.... LCALL ?Subroutine47 & 0xFFFF
\ ??CrossCallReturnLabel_64:
\ 00002C 12.... LCALL ?DEALLOC_XSTACK8
1995 //send the nwk key data to the joining device
1996 status = ZDSecMgrSendNwkKey( device );
\ 00002F ; Setup parameters for call to function ZDSecMgrSendNwkKey
\ 00002F EE MOV A,R6
\ 000030 FA MOV R2,A
\ 000031 EF MOV A,R7
\ 000032 FB MOV R3,A
\ 000033 12.... LCALL `??ZDSecMgrSendNwkKey::?relay`; Banked call to: ZDSecMgrSendNwkKey
\ 000036 E9 MOV A,R1
\ 000037 F5.. MOV ?V0,A
\ 000039 8007 SJMP ??ZDSecMgrDeviceJoin_1
1997 }
1998 }
1999 else
2000 {
2001 // not allowed, remove the device
2002 ZDSecMgrDeviceRemove( device );
\ ??ZDSecMgrDeviceJoin_0:
\ 00003B ; Setup parameters for call to function ZDSecMgrDeviceRemove
\ 00003B EE MOV A,R6
\ 00003C FA MOV R2,A
\ 00003D EF MOV A,R7
\ 00003E FB MOV R3,A
\ 00003F 12.... LCALL `??ZDSecMgrDeviceRemove::?relay`; Banked call to: ZDSecMgrDeviceRemove
2003 }
2004
2005 return status;
\ ??ZDSecMgrDeviceJoin_1:
\ 000042 A9.. MOV R1,?V0
\ 000044 02.... LJMP ?Subroutine0 & 0xFFFF
2006 }
2007
2008 /******************************************************************************
2009 * @fn ZDSecMgrDeviceJoinDirect
2010 *
2011 * @brief Try to join this device as a direct child.
2012 *
2013 * @param device - [in] ZDSecMgrDevice_t, device info
2014 *
2015 * @return ZStatus_t
2016 */
\ In segment BANKED_CODE, align 1, keep-with-next
2017 ZStatus_t ZDSecMgrDeviceJoinDirect( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceJoinDirect:
2018 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 0
\ 000005 EA MOV A,R2
\ 000006 FE MOV R6,A
\ 000007 EB MOV A,R3
\ 000008 FF MOV R7,A
2019 ZStatus_t status;
2020
2021 status = ZDSecMgrDeviceJoin( device );
\ 000009 ; Setup parameters for call to function ZDSecMgrDeviceJoin
\ 000009 12.... LCALL `??ZDSecMgrDeviceJoin::?relay`; Banked call to: ZDSecMgrDeviceJoin
\ 00000C E9 MOV A,R1
\ 00000D F5.. MOV ?V0,A
2022
2023 if ( status == ZSuccess )
\ 00000F 700D JNZ ??ZDSecMgrDeviceJoinDirect_0
2024 {
2025 // set association status to authenticated
2026 ZDSecMgrAssocDeviceAuth( AssocGetWithShort( device->nwkAddr ) );
\ 000011 ; Setup parameters for call to function ZDSecMgrAssocDeviceAuth
\ 000011 ; Setup parameters for call to function AssocGetWithShort
\ 000011 8E82 MOV DPL,R6
\ 000013 8F83 MOV DPH,R7
\ 000015 12.... LCALL ??Subroutine121_0 & 0xFFFF
2027 }
\ ??CrossCallReturnLabel_224:
\ 000018 12.... LCALL `??AssocGetWithShort::?relay`; Banked call to: AssocGetWithShort
\ 00001B 12.... LCALL `??ZDSecMgrAssocDeviceAuth::?relay`; Banked call to: ZDSecMgrAssocDeviceAuth
2028
2029 return status;
\ ??ZDSecMgrDeviceJoinDirect_0:
\ 00001E A9.. MOV R1,?V0
\ 000020 02.... LJMP ??Subroutine126_0 & 0xFFFF
2030 }
2031
2032 /******************************************************************************
2033 * @fn ZDSecMgrDeviceJoinFwd
2034 *
2035 * @brief Forward join to Trust Center.
2036 *
2037 * @param device - [in] ZDSecMgrDevice_t, device info
2038 *
2039 * @return ZStatus_t
2040 */
\ In segment BANKED_CODE, align 1, keep-with-next
2041 ZStatus_t ZDSecMgrDeviceJoinFwd( ZDSecMgrDevice_t* device )
\ ZDSecMgrDeviceJoinFwd:
2042 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 8
\ 000004 74F8 MOV A,#-0x8
\ 000006 12.... LCALL ?ALLOC_XSTACK8
2043 ZStatus_t status;
2044 APSME_UpdateDeviceReq_t req;
2045
2046 // forward any joining device to the Trust Center -- the Trust Center will
2047 // decide if the device is allowed to join
2048 status = ZSuccess;
2049
2050 // forward authorization to the Trust Center
2051 req.dstAddr = APSME_TRUSTCENTER_NWKADDR;
\ 000009 85..82 MOV DPL,?XSP + 0
\ 00000C 85..83 MOV DPH,?XSP + 1
\ 00000F E4 CLR A
\ 000010 F0 MOVX @DPTR,A
\ 000011 A3 INC DPTR
\ 000012 F0 MOVX @DPTR,A
2052 req.devAddr = device->nwkAddr;
\ 000013 8A82 MOV DPL,R2
\ 000015 8B83 MOV DPH,R3
\ 000017 12.... LCALL ??Subroutine122_0 & 0xFFFF
\ ??CrossCallReturnLabel_232:
\ 00001A 12.... LCALL ?XSTACK_DISP0_8
\ 00001D 12.... LCALL ?Subroutine15 & 0xFFFF
2053 req.devExtAddr = device->extAddr;
\ ??CrossCallReturnLabel_3:
\ 000020 12.... LCALL ?XSTACK_DISP0_8
\ 000023 E8 MOV A,R0
\ 000024 F0 MOVX @DPTR,A
\ 000025 A3 INC DPTR
\ 000026 E9 MOV A,R1
\ 000027 12.... LCALL ?Subroutine23 & 0xFFFF
2054
2055 // set security status, option for router to reject if policy set
2056 if ( (device->devStatus & DEV_HIGH_SEC_STATUS) )
\ ??CrossCallReturnLabel_28:
\ 00002A E0 MOVX A,@DPTR
\ 00002B A2E7 MOV C,0xE0 /* A */.7
\ 00002D 502E JNC ??ZDSecMgrDeviceJoinFwd_0
2057 {
2058 if ( device->devStatus & DEV_REJOIN_STATUS )
\ 00002F A2E6 MOV C,0xE0 /* A */.6
\ 000031 5021 JNC ??ZDSecMgrDeviceJoinFwd_1
2059 {
2060 if ( device->secure == TRUE )
\ 000033 8A82 MOV DPL,R2
\ 000035 8B83 MOV DPH,R3
\ 000037 A3 INC DPTR
\ 000038 A3 INC DPTR
\ 000039 A3 INC DPTR
\ 00003A A3 INC DPTR
\ 00003B A3 INC DPTR
\ 00003C A3 INC DPTR
\ 00003D E0 MOVX A,@DPTR
\ 00003E 6401 XRL A,#0x1
\ 000040 7009 JNZ ??ZDSecMgrDeviceJoinFwd_2
2061 {
2062 req.status = APSME_UD_HIGH_SECURED_REJOIN;
\ 000042 7406 MOV A,#0x6
\ 000044 12.... LCALL ?XSTACK_DISP0_8
\ 000047 7404 MOV A,#0x4
\ 000049 803D SJMP ??ZDSecMgrDeviceJoinFwd_3
2063 }
2064 else
2065 {
2066 req.status = APSME_UD_HIGH_UNSECURED_REJOIN;
\ ??ZDSecMgrDeviceJoinFwd_2:
\ 00004B 7406 MOV A,#0x6
\ 00004D 12.... LCALL ?XSTACK_DISP0_8
\ 000050 7407 MOV A,#0x7
\ 000052 8034 SJMP ??ZDSecMgrDeviceJoinFwd_3
2067 }
2068 }
2069 else
2070 {
2071 req.status = APSME_UD_HIGH_UNSECURED_JOIN;
\ ??ZDSecMgrDeviceJoinFwd_1:
\ 000054 7406 MOV A,#0x6
\ 000056 12.... LCALL ?XSTACK_DISP0_8
\ 000059 7405 MOV A,#0x5
\ 00005B 802B SJMP ??ZDSecMgrDeviceJoinFwd_3
2072 }
2073 }
2074 else
2075 {
2076 if ( device->devStatus & DEV_REJOIN_STATUS )
\ ??ZDSecMgrDeviceJoinFwd_0:
\ 00005D A2E6 MOV C,0xE0 /* A */.6
\ 00005F 5020 JNC ??ZDSecMgrDeviceJoinFwd_4
2077 {
2078 if ( device->secure == TRUE )
\ 000061 8A82 MOV DPL,R2
\ 000063 8B83 MOV DPH,R3
\ 000065 A3 INC DPTR
\ 000066 A3 INC DPTR
\ 000067 A3 INC DPTR
\ 000068 A3 INC DPTR
\ 000069 A3 INC DPTR
\ 00006A A3 INC DPTR
\ 00006B E0 MOVX A,@DPTR
\ 00006C 6401 XRL A,#0x1
\ 00006E 7008 JNZ ??ZDSecMgrDeviceJoinFwd_5
2079 {
2080 req.status = APSME_UD_STANDARD_SECURED_REJOIN;
\ 000070 7406 MOV A,#0x6
\ 000072 12.... LCALL ?XSTACK_DISP0_8
\ 000075 E4 CLR A
\ 000076 8010 SJMP ??ZDSecMgrDeviceJoinFwd_3
2081 }
2082 else
2083 {
2084 req.status = APSME_UD_STANDARD_UNSECURED_REJOIN;
\ ??ZDSecMgrDeviceJoinFwd_5:
\ 000078 7406 MOV A,#0x6
\ 00007A 12.... LCALL ?XSTACK_DISP0_8
\ 00007D 7403 MOV A,#0x3
\ 00007F 8007 SJMP ??ZDSecMgrDeviceJoinFwd_3
2085 }
2086 }
2087 else
2088 {
2089 req.status = APSME_UD_STANDARD_UNSECURED_JOIN;
\ ??ZDSecMgrDeviceJoinFwd_4:
\ 000081 7406 MOV A,#0x6
\ 000083 12.... LCALL ?XSTACK_DISP0_8
\ 000086 7401 MOV A,#0x1
\ ??ZDSecMgrDeviceJoinFwd_3:
\ 000088 F0 MOVX @DPTR,A
2090 }
2091 }
2092
2093 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
2094 {
2095 req.apsSecure = TRUE;
2096 }
2097 else
2098 {
2099 req.apsSecure = FALSE;
\ 000089 7407 MOV A,#0x7
\ 00008B 12.... LCALL ?XSTACK_DISP0_8
\ 00008E E4 CLR A
\ 00008F 12.... LCALL ?Subroutine22 & 0xFFFF
2100 }
2101
2102 // send and APSME_UPDATE_DEVICE request to the trust center
2103 status = APSME_UpdateDeviceReq( &req );
2104
2105 return status;
\ ??CrossCallReturnLabel_23:
\ 000092 12.... LCALL `??APSME_UpdateDeviceReq::?relay`; Banked call to: APSME_UpdateDeviceReq
\ 000095 7408 MOV A,#0x8
\ 000097 02.... LJMP ??Subroutine111_0 & 0xFFFF
2106 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine15:
\ 000000 E8 MOV A,R0
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 E9 MOV A,R1
\ 000004 12.... LCALL ?Subroutine80 & 0xFFFF
\ ??CrossCallReturnLabel_113:
\ 000007 7404 MOV A,#0x4
\ 000009 22 RET
2107
2108 /******************************************************************************
2109 * @fn ZDSecMgrDeviceNew
2110 *
2111 * @brief Process a new device.
2112 *
2113 * @param device - [in] ZDSecMgrDevice_t, device info
2114 *
2115 * @return ZStatus_t
2116 */
\ In segment BANKED_CODE, align 1, keep-with-next
2117 ZStatus_t ZDSecMgrDeviceNew( ZDSecMgrDevice_t* joiner )
\ ZDSecMgrDeviceNew:
2118 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
2119 ZStatus_t status;
2120
2121 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
2122 {
2123 // try to join this device
2124 status = ZDSecMgrDeviceJoinDirect( joiner );
2125 }
2126 else
2127 {
2128 status = ZDSecMgrDeviceJoinFwd( joiner );
2129 }
2130
2131 return status;
\ 000004 ; Setup parameters for call to function ZDSecMgrDeviceJoinFwd
\ 000004 12.... LCALL `??ZDSecMgrDeviceJoinFwd::?relay`; Banked call to: ZDSecMgrDeviceJoinFwd
\ 000007 80.. SJMP ??Subroutine123_0
2132 }
2133
2134 /******************************************************************************
2135 * @fn ZDSecMgrAssocDeviceAuth
2136 *
2137 * @brief Set associated device status to authenticated
2138 *
2139 * @param assoc - [in, out] associated_devices_t
2140 *
2141 * @return none
2142 */
\ In segment BANKED_CODE, align 1, keep-with-next
2143 void ZDSecMgrAssocDeviceAuth( associated_devices_t* assoc )
\ ZDSecMgrAssocDeviceAuth:
2144 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
2145 if ( assoc != NULL )
\ 000004 EA MOV A,R2
\ 000005 4B ORL A,R3
\ 000006 600D JZ ??ZDSecMgrAssocDeviceAuth_0
2146 {
2147 assoc->devStatus |= DEV_SEC_AUTH_STATUS;
\ 000008 8A82 MOV DPL,R2
\ 00000A 8B83 MOV DPH,R3
\ 00000C A3 INC DPTR
\ 00000D A3 INC DPTR
\ 00000E A3 INC DPTR
\ 00000F A3 INC DPTR
\ 000010 A3 INC DPTR
\ 000011 E0 MOVX A,@DPTR
\ 000012 D2E3 SETB 0xE0 /* A */.3
\ 000014 F0 MOVX @DPTR,A
2148 }
2149 }
\ ??ZDSecMgrAssocDeviceAuth_0:
\ 000015 80.. SJMP ??Subroutine123_0
2150
2151 /******************************************************************************
2152 * @fn ZDSecMgrAuthInitiate
2153 *
2154 * @brief Initiate entity authentication
2155 *
2156 * @param responder - [in] responder EXT address
2157 *
2158 * @return none
2159 */
\ In segment BANKED_CODE, align 1, keep-with-next
2160 void ZDSecMgrAuthInitiate( uint8* responder )
\ ZDSecMgrAuthInitiate:
2161 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 7
\ 000005 74F9 MOV A,#-0x7
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
2162 APSME_AuthenticateReq_t req;
2163
2164
2165 // make sure NWK address is available
2166 if ( APSME_LookupNwkAddr( responder, &req.nwkAddr ) )
\ 00000E ; Setup parameters for call to function APSME_LookupNwkAddr
\ 00000E AC.. MOV R4,?XSP + 0
\ 000010 AD.. MOV R5,?XSP + 1
\ 000012 12.... LCALL `??APSME_LookupNwkAddr::?relay`; Banked call to: APSME_LookupNwkAddr
\ 000015 E9 MOV A,R1
\ 000016 601F JZ ??ZDSecMgrAuthInitiate_0
2167 {
2168 // set request fields
2169 req.extAddr = responder;
\ 000018 7402 MOV A,#0x2
\ 00001A 12.... LCALL ?XSTACK_DISP0_8
\ 00001D EE MOV A,R6
\ 00001E F0 MOVX @DPTR,A
\ 00001F A3 INC DPTR
\ 000020 EF MOV A,R7
\ 000021 F0 MOVX @DPTR,A
2170 req.action = APSME_EA_INITIATE;
\ 000022 7406 MOV A,#0x6
\ 000024 12.... LCALL ?XSTACK_DISP0_8
\ 000027 E4 CLR A
\ 000028 F0 MOVX @DPTR,A
2171 req.challenge = NULL;
\ 000029 7404 MOV A,#0x4
\ 00002B 12.... LCALL ?XSTACK_DISP0_8
\ 00002E E4 CLR A
\ 00002F F0 MOVX @DPTR,A
\ 000030 A3 INC DPTR
\ 000031 12.... LCALL ?Subroutine22 & 0xFFFF
2172
2173 // start EA processing
2174 APSME_AuthenticateReq( &req );
2175 }
\ ??CrossCallReturnLabel_24:
\ 000034 12.... LCALL `??APSME_AuthenticateReq::?relay`; Banked call to: APSME_AuthenticateReq
2176 }
\ ??ZDSecMgrAuthInitiate_0:
\ 000037 7407 MOV A,#0x7
\ 000039 80.. SJMP ??Subroutine125_0
2177
2178 /******************************************************************************
2179 * @fn ZDSecMgrAuthNwkKey
2180 *
2181 * @brief Handle next step in authentication process
2182 *
2183 * @param none
2184 *
2185 * @return none
2186 */
\ In segment BANKED_CODE, align 1, keep-with-next
2187 void ZDSecMgrAuthNwkKey()
\ ZDSecMgrAuthNwkKey:
2188 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
2189 if ( devState == DEV_END_DEVICE_UNAUTH )
\ 000004 90.... MOV DPTR,#devState
\ 000007 E0 MOVX A,@DPTR
\ 000008 6405 XRL A,#0x5
\ 00000A 700C JNZ ??ZDSecMgrAuthNwkKey_0
2190 {
2191 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
2192 {
2193 uint8 parent[Z_EXTADDR_LEN];
2194
2195 // get parent's EXT address
2196 NLME_GetCoordExtAddr( parent );
2197
2198 // begin entity authentication with parent
2199 ZDSecMgrAuthInitiate( parent );
2200 }
2201 else
2202 {
2203 // inform ZDO that device has been authenticated
2204 osal_set_event ( ZDAppTaskID, ZDO_DEVICE_AUTH );
\ 00000C ; Setup parameters for call to function osal_set_event
\ 00000C 7A80 MOV R2,#-0x80
\ 00000E 7B00 MOV R3,#0x0
\ 000010 90.... MOV DPTR,#ZDAppTaskID
\ 000013 E0 MOVX A,@DPTR
\ 000014 F9 MOV R1,A
\ 000015 12.... LCALL `??osal_set_event::?relay`; Banked call to: osal_set_event
2205 }
2206 }
2207 }
\ ??ZDSecMgrAuthNwkKey_0:
\ 000018 02.... LJMP ??Subroutine123_0 & 0xFFFF
2208
2209 /******************************************************************************
2210 * PUBLIC FUNCTIONS
2211 */
2212 /******************************************************************************
2213 * @fn ZDSecMgrInit
2214 *
2215 * @brief Initialize ZigBee Device Security Manager.
2216 *
2217 * @param state - device initialization state
2218 *
2219 * @return none
2220 */
2221 #if ( ADDRMGR_CALLBACK_ENABLED == 1 )
2222 void ZDSecMgrAddrMgrCB( uint8 update, AddrMgrEntry_t* newEntry, AddrMgrEntry_t* oldEntry );
2223 void ZDSecMgrAddrMgrCB( uint8 update,
2224 AddrMgrEntry_t* newEntry,
2225 AddrMgrEntry_t* oldEntry )
2226 {
2227 (void)update;
2228 (void)newEntry;
2229 (void)oldEntry;
2230 }
2231 #endif // ( ADDRMGR_CALLBACK_ENABLED == 1 )
2232
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine3:
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
\ 000004 ; Setup parameters for call to function APSME_SecurityNM
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
\ 000004 ; Setup parameters for call to function APSME_SecurityNM
\ 000004 12.... LCALL `??APSME_SecurityNM::?relay`; Banked call to: APSME_SecurityNM
\ 000007 REQUIRE ??Subroutine123_0
\ 000007 ; // Fall through to label ??Subroutine123_0
\ In segment BANKED_CODE, align 1, keep-with-next
2233 void ZDSecMgrInit(uint8 state)
\ ZDSecMgrInit:
\ 000000 02.... LJMP ?Subroutine3 & 0xFFFF
2234 {
2235 if ( (ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH)
2236 || (ZG_CHECK_SECURITY_MODE == ZG_SECURITY_SE_STANDARD) )
2237 {
2238 // initialize sub modules
2239 ZDSecMgrEntryInit(state);
2240
2241 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
2242 {
2243 ZDSecMgrCtrlInit();
2244 }
2245
2246 // register with Address Manager
2247 #if ( ADDRMGR_CALLBACK_ENABLED == 1 )
2248 AddrMgrRegister( ADDRMGR_REG_SECURITY, ZDSecMgrAddrMgrCB );
2249 #endif
2250 }
2251
2252 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
2253 {
2254 // configure SKA slot data
2255 APSME_SKA_SlotInit( ZDSECMGR_SKA_SLOT_MAX );
2256 }
2257
2258 if ( ZG_SECURE_ENABLED )
2259 {
2260 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
2261 {
2262 // setup joining permissions
2263 ZDSecMgrPermitJoiningEnabled = TRUE;
2264 ZDSecMgrPermitJoiningTimed = FALSE;
2265 }
2266 }
2267
2268 // configure security based on security mode and type of device
2269 ZDSecMgrConfig();
2270 }
2271
2272 /******************************************************************************
2273 * @fn ZDSecMgrConfig
2274 *
2275 * @brief Configure ZigBee Device Security Manager.
2276 *
2277 * @param none
2278 *
2279 * @return none
2280 */
\ In segment BANKED_CODE, align 1, keep-with-next
2281 void ZDSecMgrConfig( void )
\ ZDSecMgrConfig:
\ 000000 02.... LJMP ?Subroutine3 & 0xFFFF
2282 {
2283 if ( ZG_SECURE_ENABLED )
2284 {
2285 SSP_Init();
2286
2287 if ( (ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH)
2288 || (ZG_CHECK_SECURITY_MODE == ZG_SECURITY_SE_STANDARD) )
2289 {
2290 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
2291 {
2292 // COMMERCIAL MODE - COORDINATOR DEVICE
2293 APSME_SecurityCM_CD();
2294 }
2295 else if ( ZSTACK_ROUTER_BUILD )
2296 {
2297 // COMMERCIAL MODE - ROUTER DEVICE
2298 APSME_SecurityCM_RD();
2299 }
2300 else
2301 {
2302 // COMMERCIAL MODE - END DEVICE
2303 APSME_SecurityCM_ED();
2304 }
2305 }
2306 else // ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_RESIDENTIAL )
2307 {
2308 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
2309 {
2310 // RESIDENTIAL MODE - COORDINATOR DEVICE
2311 APSME_SecurityRM_CD();
2312 }
2313 else if ( ZSTACK_ROUTER_BUILD )
2314 {
2315 // RESIDENTIAL MODE - ROUTER DEVICE
2316 APSME_SecurityRM_RD();
2317 }
2318 else
2319 {
2320 // RESIDENTIAL MODE - END DEVICE
2321 APSME_SecurityRM_ED();
2322 }
2323 }
2324 }
2325 else
2326 {
2327 // NO SECURITY
2328 APSME_SecurityNM();
2329 }
2330 }
2331
2332 /******************************************************************************
2333 * @fn ZDSecMgrPermitJoining
2334 *
2335 * @brief Process request to change joining permissions.
2336 *
2337 * @param duration - [in] timed duration for join in seconds
2338 * - 0x00 not allowed
2339 * - 0xFF allowed without timeout
2340 *
2341 * @return uint8 - success(TRUE:FALSE)
2342 */
\ In segment BANKED_CODE, align 1, keep-with-next
2343 uint8 ZDSecMgrPermitJoining( uint8 duration )
\ ZDSecMgrPermitJoining:
2344 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
\ 000004 E9 MOV A,R1
\ 000005 F8 MOV R0,A
2345 uint8 accept;
2346
2347 ZDSecMgrPermitJoiningTimed = FALSE;
\ 000006 90.... MOV DPTR,#ZDSecMgrPermitJoiningTimed
\ 000009 E4 CLR A
\ 00000A F0 MOVX @DPTR,A
2348
2349 if ( duration > 0 )
\ 00000B E9 MOV A,R1
\ 00000C 90.... MOV DPTR,#ZDSecMgrPermitJoiningEnabled
\ 00000F 600F JZ ??ZDSecMgrPermitJoining_0
2350 {
2351 ZDSecMgrPermitJoiningEnabled = TRUE;
\ 000011 7401 MOV A,#0x1
\ 000013 F0 MOVX @DPTR,A
2352
2353 if ( duration != 0xFF )
\ 000014 74FF MOV A,#-0x1
\ 000016 68 XRL A,R0
\ 000017 6009 JZ ??ZDSecMgrPermitJoining_1
2354 {
2355 ZDSecMgrPermitJoiningTimed = TRUE;
\ 000019 90.... MOV DPTR,#ZDSecMgrPermitJoiningTimed
\ 00001C 7401 MOV A,#0x1
\ 00001E 8001 SJMP ??ZDSecMgrPermitJoining_2
2356 }
2357 }
2358 else
2359 {
2360 ZDSecMgrPermitJoiningEnabled = FALSE;
\ ??ZDSecMgrPermitJoining_0:
\ 000020 E4 CLR A
\ ??ZDSecMgrPermitJoining_2:
\ 000021 F0 MOVX @DPTR,A
2361 }
2362
2363 accept = TRUE;
2364
2365 return accept;
\ ??ZDSecMgrPermitJoining_1:
\ 000022 7901 MOV R1,#0x1
\ 000024 02.... LJMP ??Subroutine123_0 & 0xFFFF
2366 }
2367
2368 /******************************************************************************
2369 * @fn ZDSecMgrPermitJoiningTimeout
2370 *
2371 * @brief Process permit joining timeout
2372 *
2373 * @param none
2374 *
2375 * @return none
2376 */
\ In segment BANKED_CODE, align 1, keep-with-next
2377 void ZDSecMgrPermitJoiningTimeout( void )
\ ZDSecMgrPermitJoiningTimeout:
2378 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
2379 if ( ZDSecMgrPermitJoiningTimed == TRUE )
\ 000004 90.... MOV DPTR,#ZDSecMgrPermitJoiningTimed
\ 000007 E0 MOVX A,@DPTR
\ 000008 6401 XRL A,#0x1
\ 00000A 7009 JNZ ??ZDSecMgrPermitJoiningTimeout_0
2380 {
2381 ZDSecMgrPermitJoiningEnabled = FALSE;
\ 00000C 90.... MOV DPTR,#ZDSecMgrPermitJoiningEnabled
\ 00000F E4 CLR A
\ 000010 F0 MOVX @DPTR,A
2382 ZDSecMgrPermitJoiningTimed = FALSE;
\ 000011 90.... MOV DPTR,#ZDSecMgrPermitJoiningTimed
\ 000014 F0 MOVX @DPTR,A
2383 }
2384 }
\ ??ZDSecMgrPermitJoiningTimeout_0:
\ 000015 02.... LJMP ??Subroutine123_0 & 0xFFFF
2385
2386 /******************************************************************************
2387 * @fn ZDSecMgrNewDeviceEvent
2388 *
2389 * @brief Process a the new device event, if found reset new device
2390 * event/timer.
2391 *
2392 * @param none
2393 *
2394 * @return uint8 - found(TRUE:FALSE)
2395 */
\ In segment BANKED_CODE, align 1, keep-with-next
2396 uint8 ZDSecMgrNewDeviceEvent( void )
\ ZDSecMgrNewDeviceEvent:
2397 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 74F4 MOV A,#-0xc
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 12
\ 000005 ; Auto size: 23
\ 000005 74E9 MOV A,#-0x17
\ 000007 12.... LCALL ?ALLOC_XSTACK8
2398 uint8 found;
2399 ZDSecMgrDevice_t device;
2400 AddrMgrEntry_t addrEntry;
2401 associated_devices_t* assoc;
2402 ZStatus_t status;
2403
2404 // initialize return results
2405 found = FALSE;
\ 00000A 75..00 MOV ?V0,#0x0
2406
2407 // look for device in the security init state
2408 assoc = AssocMatchDeviceStatus( DEV_SEC_INIT_STATUS );
\ 00000D ; Setup parameters for call to function AssocMatchDeviceStatus
\ 00000D 7904 MOV R1,#0x4
\ 00000F 12.... LCALL `??AssocMatchDeviceStatus::?relay`; Banked call to: AssocMatchDeviceStatus
\ 000012 8A.. MOV ?V2,R2
\ 000014 8B.. MOV ?V3,R3
\ 000016 AE.. MOV R6,?V2
\ 000018 AF.. MOV R7,?V3
2409
2410 if ( assoc != NULL )
\ 00001A EA MOV A,R2
\ 00001B 4F ORL A,R7
\ 00001C 7003 JNZ $+5
\ 00001E 02.... LJMP ??ZDSecMgrNewDeviceEvent_0 & 0xFFFF
2411 {
2412 // device found
2413 found = TRUE;
\ 000021 75..01 MOV ?V0,#0x1
2414
2415 // check for preconfigured security
2416 if ( zgPreConfigKeys == TRUE )
\ 000024 90.... MOV DPTR,#zgPreConfigKeys
\ 000027 E0 MOVX A,@DPTR
\ 000028 6401 XRL A,#0x1
\ 00002A 7003 JNZ ??ZDSecMgrNewDeviceEvent_1
2417 {
2418 // set association status to authenticated
2419 ZDSecMgrAssocDeviceAuth( assoc );
\ 00002C ; Setup parameters for call to function ZDSecMgrAssocDeviceAuth
\ 00002C 12.... LCALL `??ZDSecMgrAssocDeviceAuth::?relay`; Banked call to: ZDSecMgrAssocDeviceAuth
2420 }
2421
2422 // set up device info
2423 addrEntry.user = ADDRMGR_USER_DEFAULT;
\ ??ZDSecMgrNewDeviceEvent_1:
\ 00002F 740A MOV A,#0xa
\ 000031 12.... LCALL ?XSTACK_DISP0_8
\ 000034 E4 CLR A
\ 000035 12.... LCALL ??Subroutine131_0 & 0xFFFF
2424 addrEntry.index = assoc->addrIdx;
\ ??CrossCallReturnLabel_264:
\ 000038 7415 MOV A,#0x15
\ 00003A 12.... LCALL ?XSTACK_DISP0_8
\ 00003D 12.... LCALL ?Subroutine17 & 0xFFFF
2425 AddrMgrEntryGet( &addrEntry );
\ ??CrossCallReturnLabel_7:
\ 000040 12.... LCALL ?XSTACK_DISP101_8
\ 000043 12.... LCALL `??AddrMgrEntryGet::?relay`; Banked call to: AddrMgrEntryGet
2426
2427 device.nwkAddr = assoc->shortAddr;
\ 000046 8E82 MOV DPL,R6
\ 000048 8F83 MOV DPH,R7
\ 00004A 12.... LCALL ?Subroutine32 & 0xFFFF
2428 device.extAddr = addrEntry.extAddr;
\ ??CrossCallReturnLabel_235:
\ 00004D 12.... LCALL ?XSTACK_DISP0_8
\ 000050 A882 MOV R0,DPL
\ 000052 A983 MOV R1,DPH
\ 000054 7402 MOV A,#0x2
\ 000056 12.... LCALL ?XSTACK_DISP0_8
\ 000059 12.... LCALL ??Subroutine113_0 & 0xFFFF
2429 device.parentAddr = NLME_GetShortAddr();
\ ??CrossCallReturnLabel_197:
\ 00005C ; Setup parameters for call to function NLME_GetShortAddr
\ 00005C 12.... LCALL `??NLME_GetShortAddr::?relay`; Banked call to: NLME_GetShortAddr
\ 00005F 7404 MOV A,#0x4
\ 000061 12.... LCALL ?XSTACK_DISP0_8
\ 000064 12.... LCALL ??Subroutine129_0 & 0xFFFF
2430 device.secure = FALSE;
\ ??CrossCallReturnLabel_251:
\ 000067 7406 MOV A,#0x6
\ 000069 12.... LCALL ?XSTACK_DISP0_8
\ 00006C E4 CLR A
\ 00006D F0 MOVX @DPTR,A
2431 device.devStatus = assoc->devStatus;
\ 00006E 8E82 MOV DPL,R6
\ 000070 8F83 MOV DPH,R7
\ 000072 A3 INC DPTR
\ 000073 A3 INC DPTR
\ 000074 A3 INC DPTR
\ 000075 A3 INC DPTR
\ 000076 A3 INC DPTR
\ 000077 E0 MOVX A,@DPTR
\ 000078 C0E0 PUSH A
\ 00007A 7407 MOV A,#0x7
\ 00007C 12.... LCALL ?XSTACK_DISP0_8
\ 00007F D0E0 POP A
\ 000081 12.... LCALL ?Subroutine22 & 0xFFFF
2432
2433 // process new device
2434 status = ZDSecMgrDeviceNew( &device );
\ ??CrossCallReturnLabel_25:
\ 000084 12.... LCALL `??ZDSecMgrDeviceNew::?relay`; Banked call to: ZDSecMgrDeviceNew
\ 000087 E9 MOV A,R1
\ 000088 F8 MOV R0,A
2435
2436 if ( status == ZSuccess )
\ 000089 700F JNZ ??ZDSecMgrNewDeviceEvent_2
2437 {
2438 assoc->devStatus &= ~DEV_SEC_INIT_STATUS;
\ 00008B 8E82 MOV DPL,R6
\ 00008D 8F83 MOV DPH,R7
\ 00008F A3 INC DPTR
\ 000090 A3 INC DPTR
\ 000091 A3 INC DPTR
\ 000092 A3 INC DPTR
\ 000093 A3 INC DPTR
\ 000094 E0 MOVX A,@DPTR
\ 000095 C2E2 CLR 0xE0 /* A */.2
\ 000097 F0 MOVX @DPTR,A
\ 000098 8011 SJMP ??ZDSecMgrNewDeviceEvent_0
2439 }
2440 else if ( status == ZNwkUnknownDevice )
\ ??ZDSecMgrNewDeviceEvent_2:
\ 00009A 74C8 MOV A,#-0x38
\ 00009C 68 XRL A,R0
\ 00009D 700C JNZ ??ZDSecMgrNewDeviceEvent_0
2441 {
2442 AssocRemove( addrEntry.extAddr );
\ 00009F ; Setup parameters for call to function AssocRemove
\ 00009F 740D MOV A,#0xd
\ 0000A1 12.... LCALL ?XSTACK_DISP0_8
\ 0000A4 AA82 MOV R2,DPL
\ 0000A6 AB83 MOV R3,DPH
\ 0000A8 12.... LCALL `??AssocRemove::?relay`; Banked call to: AssocRemove
2443 }
2444 }
2445
2446 return found;
\ ??ZDSecMgrNewDeviceEvent_0:
\ 0000AB A9.. MOV R1,?V0
\ 0000AD 7417 MOV A,#0x17
\ 0000AF 02.... LJMP ?Subroutine4 & 0xFFFF
2447 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine32:
\ 000000 12.... LCALL ?Subroutine85 & 0xFFFF
\ ??CrossCallReturnLabel_120:
\ 000003 REQUIRE ??Subroutine127_0
\ 000003 ; // Fall through to label ??Subroutine127_0
2448
2449 /******************************************************************************
2450 * @fn ZDSecMgrEvent
2451 *
2452 * @brief Handle ZDO Security Manager event/timer(ZDO_SECMGR_EVENT).
2453 *
2454 * @param none
2455 *
2456 * @return none
2457 */
\ In segment BANKED_CODE, align 1, keep-with-next
2458 void ZDSecMgrEvent( void )
\ ZDSecMgrEvent:
2459 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 23
\ 000005 74E9 MOV A,#-0x17
\ 000007 12.... LCALL ?ALLOC_XSTACK8
2460 uint8 action;
2461 uint8 restart;
2462 uint16 index;
2463 AddrMgrEntry_t entry;
2464 ZDSecMgrDevice_t device;
2465
2466 // verify data is available
2467 if ( ZDSecMgrCtrlData != NULL )
\ 00000A 90.... MOV DPTR,#ZDSecMgrCtrlData
\ 00000D 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_282:
\ 000010 7003 JNZ $+5
\ 000012 02.... LJMP ??ZDSecMgrEvent_0 & 0xFFFF
2468 {
2469 action = FALSE;
\ 000015 75..00 MOV ?V1,#0x0
2470 restart = FALSE;
\ 000018 75..00 MOV ?V0,#0x0
2471
2472 // update all the counters
2473 for ( index = 0; index < ZDSECMGR_ENTRY_MAX; index++ )
\ 00001B 7E00 MOV R6,#0x0
\ 00001D 7F00 MOV R7,#0x0
2474 {
2475 if ( ZDSecMgrCtrlData[index].state != ZDSECMGR_CTRL_NONE )
\ ??ZDSecMgrEvent_1:
\ 00001F 12.... LCALL ?Subroutine96 & 0xFFFF
\ ??CrossCallReturnLabel_245:
\ 000022 12.... LCALL ?Subroutine52 & 0xFFFF
\ ??CrossCallReturnLabel_74:
\ 000025 A3 INC DPTR
\ 000026 E0 MOVX A,@DPTR
\ 000027 7003 JNZ $+5
\ 000029 02.... LJMP ??ZDSecMgrEvent_2 & 0xFFFF
2476 {
2477 if ( ZDSecMgrCtrlData[index].cntr != 0 )
\ 00002C 12.... LCALL ?Subroutine44 & 0xFFFF
\ ??CrossCallReturnLabel_60:
\ 00002F 6005 JZ ??ZDSecMgrEvent_3
2478 {
2479 ZDSecMgrCtrlData[index].cntr--;
\ 000031 12.... LCALL ?Subroutine44 & 0xFFFF
2480 }
\ ??CrossCallReturnLabel_61:
\ 000034 14 DEC A
\ 000035 F0 MOVX @DPTR,A
2481
2482 if ( ( action == FALSE ) && ( ZDSecMgrCtrlData[index].cntr == 0 ) )
\ ??ZDSecMgrEvent_3:
\ 000036 E5.. MOV A,?V1
\ 000038 A2E0 MOV C,0xE0 /* A */.0
\ 00003A 4072 JC ??ZDSecMgrEvent_4
\ 00003C 12.... LCALL ?Subroutine44 & 0xFFFF
\ ??CrossCallReturnLabel_62:
\ 00003F 706D JNZ ??ZDSecMgrEvent_4
2483 {
2484 action = TRUE;
\ 000041 75..01 MOV ?V1,#0x1
\ 000044 12.... LCALL ?Subroutine96 & 0xFFFF
\ ??CrossCallReturnLabel_246:
\ 000047 12.... LCALL ?Subroutine92 & 0xFFFF
\ ??CrossCallReturnLabel_129:
\ 00004A F9 MOV R1,A
\ 00004B 8882 MOV DPL,R0
\ 00004D F583 MOV DPH,A
\ 00004F 12.... LCALL ??Subroutine120_0 & 0xFFFF
\ ??CrossCallReturnLabel_227:
\ 000052 7404 MOV A,#0x4
\ 000054 12.... LCALL ?XSTACK_DISP0_8
\ 000057 12.... LCALL ??Subroutine129_0 & 0xFFFF
2485
2486 // update from control data
2487 device.parentAddr = ZDSecMgrCtrlData[index].parentAddr;
2488 device.secure = ZDSecMgrCtrlData[index].secure;
\ ??CrossCallReturnLabel_252:
\ 00005A 8882 MOV DPL,R0
\ 00005C 8983 MOV DPH,R1
\ 00005E A3 INC DPTR
\ 00005F A3 INC DPTR
\ 000060 A3 INC DPTR
\ 000061 A3 INC DPTR
\ 000062 E0 MOVX A,@DPTR
\ 000063 C0E0 PUSH A
\ 000065 7406 MOV A,#0x6
\ 000067 12.... LCALL ?XSTACK_DISP0_8
\ 00006A D0E0 POP A
\ 00006C F0 MOVX @DPTR,A
2489 device.ctrl = &ZDSecMgrCtrlData[index];
\ 00006D 7408 MOV A,#0x8
\ 00006F 12.... LCALL ?XSTACK_DISP0_8
\ 000072 12.... LCALL ?Subroutine17 & 0xFFFF
2490
2491 // set the user and address index
2492 entry.user = ADDRMGR_USER_SECURITY;
\ ??CrossCallReturnLabel_8:
\ 000075 12.... LCALL ?XSTACK_DISP0_8
\ 000078 7402 MOV A,#0x2
\ 00007A 12.... LCALL ?Subroutine34 & 0xFFFF
2493 entry.index = ZDSecMgrCtrlData[index].entry->ami;
\ ??CrossCallReturnLabel_45:
\ 00007D F583 MOV DPH,A
\ 00007F 8882 MOV DPL,R0
\ 000081 12.... LCALL ??Subroutine146_0 & 0xFFFF
\ ??CrossCallReturnLabel_324:
\ 000084 7415 MOV A,#0x15
\ 000086 12.... LCALL ?XSTACK_DISP0_8
\ 000089 12.... LCALL ?Subroutine17 & 0xFFFF
2494
2495 // get the address data
2496 AddrMgrEntryGet( &entry );
\ ??CrossCallReturnLabel_9:
\ 00008C 12.... LCALL ?XSTACK_DISP101_8
\ 00008F 12.... LCALL `??AddrMgrEntryGet::?relay`; Banked call to: AddrMgrEntryGet
2497
2498 // set device address data
2499 device.nwkAddr = entry.nwkAddr;
\ 000092 740B MOV A,#0xb
\ 000094 12.... LCALL ?XSTACK_DISP0_8
\ 000097 12.... LCALL ?Subroutine32 & 0xFFFF
2500 device.extAddr = entry.extAddr;
2501
2502 // update from entry data
2503 ZDSecMgrDeviceCtrlHandler( &device );
2504 }
\ ??CrossCallReturnLabel_236:
\ 00009A 12.... LCALL ?XSTACK_DISP0_8
\ 00009D A882 MOV R0,DPL
\ 00009F A983 MOV R1,DPH
\ 0000A1 7402 MOV A,#0x2
\ 0000A3 12.... LCALL ?XSTACK_DISP0_8
\ 0000A6 12.... LCALL ?Subroutine21 & 0xFFFF
\ ??CrossCallReturnLabel_17:
\ 0000A9 12.... LCALL `??ZDSecMgrDeviceCtrlHandler::?relay`; Banked call to: ZDSecMgrDeviceCtrlHandler
\ 0000AC 8003 SJMP ??ZDSecMgrEvent_2
2505 else
2506 {
2507 restart = TRUE;
\ ??ZDSecMgrEvent_4:
\ 0000AE 75..01 MOV ?V0,#0x1
2508 }
2509 }
2510 }
\ ??ZDSecMgrEvent_2:
\ 0000B1 0E INC R6
\ 0000B2 EE MOV A,R6
\ 0000B3 7001 JNZ ??ZDSecMgrEvent_5
\ 0000B5 0F INC R7
\ ??ZDSecMgrEvent_5:
\ 0000B6 12.... LCALL ?Subroutine37 & 0xFFFF
\ ??CrossCallReturnLabel_49:
\ 0000B9 5003 JNC $+5
\ 0000BB 02.... LJMP ??ZDSecMgrEvent_1 & 0xFFFF
2511
2512 // check for timer restart
2513 if ( restart == TRUE )
\ 0000BE E5.. MOV A,?V0
\ 0000C0 A2E0 MOV C,0xE0 /* A */.0
\ 0000C2 5010 JNC ??ZDSecMgrEvent_0
2514 {
2515 osal_start_timerEx(ZDAppTaskID, ZDO_SECMGR_EVENT, 100 );
\ 0000C4 ; Setup parameters for call to function osal_start_timerEx
\ 0000C4 7C64 MOV R4,#0x64
\ 0000C6 7D00 MOV R5,#0x0
\ 0000C8 7A00 MOV R2,#0x0
\ 0000CA 7B01 MOV R3,#0x1
\ 0000CC 90.... MOV DPTR,#ZDAppTaskID
\ 0000CF E0 MOVX A,@DPTR
\ 0000D0 F9 MOV R1,A
\ 0000D1 12.... LCALL `??osal_start_timerEx::?relay`; Banked call to: osal_start_timerEx
2516 }
2517 }
2518 }
\ ??ZDSecMgrEvent_0:
\ 0000D4 7417 MOV A,#0x17
\ 0000D6 02.... LJMP ??Subroutine117_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine96:
\ 000000 EE MOV A,R6
\ 000001 F8 MOV R0,A
\ 000002 EF MOV A,R7
\ 000003 F9 MOV R1,A
\ 000004 REQUIRE ??Subroutine128_0
\ 000004 ; // Fall through to label ??Subroutine128_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine44:
\ 000000 12.... LCALL ?Subroutine96 & 0xFFFF
\ ??CrossCallReturnLabel_247:
\ 000003 12.... LCALL ?Subroutine89 & 0xFFFF
\ ??CrossCallReturnLabel_126:
\ 000006 A3 INC DPTR
\ 000007 A3 INC DPTR
\ 000008 E0 MOVX A,@DPTR
\ 000009 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine21:
\ 000000 12.... LCALL ?Subroutine82 & 0xFFFF
\ ??CrossCallReturnLabel_269:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine82:
\ 000000 E8 MOV A,R0
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 E9 MOV A,R1
\ 000004 REQUIRE ??Subroutine133_0
\ 000004 ; // Fall through to label ??Subroutine133_0
2519
2520 /******************************************************************************
2521 * @fn ZDSecMgrEstablishKeyCfm
2522 *
2523 * @brief Process the ZDO_EstablishKeyCfm_t message.
2524 *
2525 * @param cfm - [in] ZDO_EstablishKeyCfm_t confirmation
2526 *
2527 * @return none
2528 */
\ In segment BANKED_CODE, align 1, keep-with-next
2529 void ZDSecMgrEstablishKeyCfm( ZDO_EstablishKeyCfm_t* cfm )
\ ZDSecMgrEstablishKeyCfm:
2530 {
\ 000000 ; Saved register size: 0
\ 000000 ; Auto size: 0
2531 // send the NWK key
2532 if ( ( ZG_BUILD_COORDINATOR_TYPE ) && ( ZG_DEVICE_COORDINATOR_TYPE ) )
2533 {
2534 // update control for specified EXT address
2535 ZDSecMgrDeviceCtrlUpdate( cfm->partExtAddr, ZDSECMGR_CTRL_SKKE_DONE );
2536 }
2537 else
2538 {
2539 // this should be done when receiving the NWK key
2540 // if devState ==
2541 //if ( devState == DEV_END_DEVICE_UNAUTH )
2542 //osal_set_event( ZDAppTaskID, ZDO_DEVICE_AUTH );
2543
2544 // if not in joining state -- this should trigger an event for an
2545 // end point that requested SKKE
2546 // if ( devState == DEV_END_DEVICE )
2547 // devState == DEV_ROUTER;
2548
2549 }
2550 }
\ 000000 02.... LJMP ?BRET
2551
2552 uint8 ZDSecMgrTCExtAddrCheck( uint8* extAddr );
\ In segment BANKED_CODE, align 1, keep-with-next
2553 uint8 ZDSecMgrTCExtAddrCheck( uint8* extAddr )
\ ZDSecMgrTCExtAddrCheck:
2554 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 8
\ 000005 74F8 MOV A,#-0x8
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
2555 uint8 match;
2556 uint8 lookup[Z_EXTADDR_LEN];
2557
2558 match = FALSE;
\ 00000E 75..00 MOV ?V0,#0x0
2559
2560 if ( AddrMgrExtAddrLookup( APSME_TRUSTCENTER_NWKADDR, lookup ) )
\ 000011 ; Setup parameters for call to function AddrMgrExtAddrLookup
\ 000011 AC.. MOV R4,?XSP + 0
\ 000013 AD.. MOV R5,?XSP + 1
\ 000015 7A00 MOV R2,#0x0
\ 000017 7B00 MOV R3,#0x0
\ 000019 12.... LCALL `??AddrMgrExtAddrLookup::?relay`; Banked call to: AddrMgrExtAddrLookup
\ 00001C E9 MOV A,R1
\ 00001D 600E JZ ??ZDSecMgrTCExtAddrCheck_0
2561 {
2562 match = AddrMgrExtAddrEqual( lookup, extAddr );
\ 00001F ; Setup parameters for call to function AddrMgrExtAddrEqual
\ 00001F EE MOV A,R6
\ 000020 FC MOV R4,A
\ 000021 EF MOV A,R7
\ 000022 FD MOV R5,A
\ 000023 AA.. MOV R2,?XSP + 0
\ 000025 AB.. MOV R3,?XSP + 1
\ 000027 12.... LCALL `??AddrMgrExtAddrEqual::?relay`; Banked call to: AddrMgrExtAddrEqual
\ 00002A E9 MOV A,R1
\ 00002B F5.. MOV ?V0,A
2563 }
2564
2565 return match;
\ ??ZDSecMgrTCExtAddrCheck_0:
\ 00002D A9.. MOV R1,?V0
\ 00002F 7408 MOV A,#0x8
\ 000031 02.... LJMP ??Subroutine125_0 & 0xFFFF
2566 }
2567
2568 void ZDSecMgrTCDataLoad( uint8* extAddr );
\ In segment BANKED_CODE, align 1, keep-with-next
2569 void ZDSecMgrTCDataLoad( uint8* extAddr )
\ ZDSecMgrTCDataLoad:
2570 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 74F5 MOV A,#-0xb
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 11
\ 000005 ; Auto size: 20
\ 000005 74EC MOV A,#-0x14
\ 000007 12.... LCALL ?ALLOC_XSTACK8
2571 uint16 ami;
2572 uint16 keyNvId;
2573 uint8 masterKey[SEC_KEY_LEN];
2574
2575 if ( !ZDSecMgrTCDataLoaded )
\ 00000A 90.... MOV DPTR,#ZDSecMgrTCDataLoaded
\ 00000D E0 MOVX A,@DPTR
\ 00000E 706B JNZ ??ZDSecMgrTCDataLoad_0
2576 {
2577 if ( ZDSecMgrAddrStore( APSME_TRUSTCENTER_NWKADDR, extAddr, &ami ) == ZSuccess )
\ 000010 ; Setup parameters for call to function ZDSecMgrAddrStore
\ 000010 A8.. MOV R0,?XSP + 0
\ 000012 A9.. MOV R1,?XSP + 1
\ 000014 88.. MOV ?V0,R0
\ 000016 89.. MOV ?V1,R1
\ 000018 78.. MOV R0,#?V0
\ 00001A 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00001D EA MOV A,R2
\ 00001E FC MOV R4,A
\ 00001F EB MOV A,R3
\ 000020 FD MOV R5,A
\ 000021 7A00 MOV R2,#0x0
\ 000023 7B00 MOV R3,#0x0
\ 000025 12.... LCALL `??ZDSecMgrAddrStore::?relay`; Banked call to: ZDSecMgrAddrStore
\ 000028 7402 MOV A,#0x2
\ 00002A 12.... LCALL ?DEALLOC_XSTACK8
\ 00002D E9 MOV A,R1
\ 00002E 7045 JNZ ??ZDSecMgrTCDataLoad_1
2578 {
2579 // if preconfigured load key
2580 if ( zgPreConfigKeys == TRUE )
\ 000030 90.... MOV DPTR,#zgPreConfigKeys
\ 000033 E0 MOVX A,@DPTR
\ 000034 6401 XRL A,#0x1
\ 000036 703D JNZ ??ZDSecMgrTCDataLoad_1
2581 {
2582 if ( ZDSecMgrMasterKeyLookup( ami, &keyNvId ) != ZSuccess )
\ 000038 ; Setup parameters for call to function ZDSecMgrMasterKeyLookup
\ 000038 7402 MOV A,#0x2
\ 00003A 12.... LCALL ?XSTACK_DISP102_8
\ 00003D 12.... LCALL ?Subroutine46 & 0xFFFF
\ ??CrossCallReturnLabel_218:
\ 000040 6033 JZ ??ZDSecMgrTCDataLoad_1
2583 {
2584 // temporary copy
2585 osal_memcpy( masterKey, ZDSecMgrTCMasterKey, SEC_KEY_LEN);
\ 000042 ; Setup parameters for call to function osal_memcpy
\ 000042 75.... MOV ?V0,#ZDSecMgrTCMasterKey & 0xff
\ 000045 75.... MOV ?V1,#(ZDSecMgrTCMasterKey >> 8) & 0xff
\ 000048 75..80 MOV ?V2,#-0x80
\ 00004B 78.. MOV R0,#?V0
\ 00004D 12.... LCALL ?PUSH_XSTACK_I_THREE
\ 000050 7C10 MOV R4,#0x10
\ 000052 7D00 MOV R5,#0x0
\ 000054 7407 MOV A,#0x7
\ 000056 12.... LCALL ?XSTACK_DISP101_8
\ 000059 12.... LCALL ??Subroutine137_0 & 0xFFFF
\ ??CrossCallReturnLabel_291:
\ 00005C 12.... LCALL ?DEALLOC_XSTACK8
2586
2587 ZDSecMgrMasterKeyStore( ami, masterKey );
\ 00005F ; Setup parameters for call to function ZDSecMgrMasterKeyStore
\ 00005F 7404 MOV A,#0x4
\ 000061 12.... LCALL ?XSTACK_DISP102_8
\ 000064 12.... LCALL ?Subroutine65 & 0xFFFF
2588
2589 // remove copy of key in RAM
2590 osal_memset( masterKey, 0x00, SEC_KEY_LEN );
\ ??CrossCallReturnLabel_94:
\ 000067 ; Setup parameters for call to function osal_memset
\ 000067 7C10 MOV R4,#0x10
\ 000069 7D00 MOV R5,#0x0
\ 00006B 7900 MOV R1,#0x0
\ 00006D 7404 MOV A,#0x4
\ 00006F 12.... LCALL ?XSTACK_DISP101_8
\ 000072 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
2591 }
2592 }
2593 }
2594
2595 ZDSecMgrTCDataLoaded = TRUE;
\ ??ZDSecMgrTCDataLoad_1:
\ 000075 90.... MOV DPTR,#ZDSecMgrTCDataLoaded
\ 000078 7401 MOV A,#0x1
\ 00007A F0 MOVX @DPTR,A
2596 }
2597 }
\ ??ZDSecMgrTCDataLoad_0:
\ 00007B 7414 MOV A,#0x14
\ 00007D REQUIRE ?Subroutine5
\ 00007D ; // Fall through to label ?Subroutine5
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine5:
\ 000000 12.... LCALL ?DEALLOC_XSTACK8
\ 000003 7F03 MOV R7,#0x3
\ 000005 02.... LJMP ?BANKED_LEAVE_XDATA
2598
2599 /******************************************************************************
2600 * @fn ZDSecMgrEstablishKeyInd
2601 *
2602 * @brief Process the ZDO_EstablishKeyInd_t message.
2603 *
2604 * @param ind - [in] ZDO_EstablishKeyInd_t indication
2605 *
2606 * @return none
2607 */
\ In segment BANKED_CODE, align 1, keep-with-next
2608 void ZDSecMgrEstablishKeyInd( ZDO_EstablishKeyInd_t* ind )
\ ZDSecMgrEstablishKeyInd:
2609 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 17
\ 000005 74EF MOV A,#-0x11
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
2610 ZDSecMgrDevice_t device;
2611 APSME_EstablishKeyRsp_t rsp;
2612
2613
2614 // load Trust Center data if needed
2615 ZDSecMgrTCDataLoad( ind->initExtAddr );
\ 00000E EA MOV A,R2
\ 00000F 2404 ADD A,#0x4
\ 000011 F5.. MOV ?V0,A
\ 000013 E4 CLR A
\ 000014 3F ADDC A,R7
\ 000015 F5.. MOV ?V1,A
\ 000017 ; Setup parameters for call to function ZDSecMgrTCDataLoad
\ 000017 AA.. MOV R2,?V0
\ 000019 FB MOV R3,A
\ 00001A 12.... LCALL `??ZDSecMgrTCDataLoad::?relay`; Banked call to: ZDSecMgrTCDataLoad
2616
2617 if ( ZDSecMgrTCExtAddrCheck( ind->initExtAddr ) )
\ 00001D ; Setup parameters for call to function ZDSecMgrTCExtAddrCheck
\ 00001D AA.. MOV R2,?V0
\ 00001F AB.. MOV R3,?V1
\ 000021 12.... LCALL `??ZDSecMgrTCExtAddrCheck::?relay`; Banked call to: ZDSecMgrTCExtAddrCheck
\ 000024 E9 MOV A,R1
\ 000025 6013 JZ ??ZDSecMgrEstablishKeyInd_0
2618 {
2619 //IF (ind->srcAddr == APSME_TRUSTCENTER_NWKADDR)
2620 //OR
2621 //!ZDSecMgrTCAuthenticated
2622 //devtag.0604.critical
2623 //how is the parentAddr used here
2624
2625 // initial SKKE from Trust Center via parent
2626 device.nwkAddr = APSME_TRUSTCENTER_NWKADDR;
\ 000027 7407 MOV A,#0x7
\ 000029 12.... LCALL ?XSTACK_DISP0_8
\ 00002C 12.... LCALL ?Subroutine11 & 0xFFFF
2627 device.parentAddr = ind->srcAddr;
2628 }
\ ??CrossCallReturnLabel_262:
\ 00002F 740B MOV A,#0xb
\ 000031 12.... LCALL ?XSTACK_DISP0_8
\ 000034 E8 MOV A,R0
\ 000035 F0 MOVX @DPTR,A
\ 000036 A3 INC DPTR
\ 000037 E9 MOV A,R1
\ 000038 8015 SJMP ??ZDSecMgrEstablishKeyInd_1
2629 else
2630 {
2631 // Trust Center direct or E2E SKKE
2632 device.nwkAddr = ind->srcAddr;
\ ??ZDSecMgrEstablishKeyInd_0:
\ 00003A 12.... LCALL ?Subroutine61 & 0xFFFF
\ ??CrossCallReturnLabel_328:
\ 00003D 7407 MOV A,#0x7
\ 00003F 12.... LCALL ?XSTACK_DISP0_8
\ 000042 12.... LCALL ??Subroutine113_0 & 0xFFFF
2633 device.parentAddr = INVALID_NODE_ADDR;
\ ??CrossCallReturnLabel_198:
\ 000045 740B MOV A,#0xb
\ 000047 12.... LCALL ?XSTACK_DISP0_8
\ 00004A 74FE MOV A,#-0x2
\ 00004C F0 MOVX @DPTR,A
\ 00004D A3 INC DPTR
\ 00004E 04 INC A
2634 }
\ ??ZDSecMgrEstablishKeyInd_1:
\ 00004F 12.... LCALL ?Subroutine84 & 0xFFFF
2635
2636 device.extAddr = ind->initExtAddr;
\ ??CrossCallReturnLabel_259:
\ 000052 7409 MOV A,#0x9
\ 000054 12.... LCALL ?XSTACK_DISP0_8
\ 000057 E8 MOV A,R0
\ 000058 F0 MOVX @DPTR,A
\ 000059 A3 INC DPTR
\ 00005A E9 MOV A,R1
\ 00005B 12.... LCALL ?Subroutine26 & 0xFFFF
2637 //devtag.pro.security.0724.todo - verify usage
2638 device.secure = ind->nwkSecure;
\ ??CrossCallReturnLabel_34:
\ 00005E C0E0 PUSH A
\ 000060 740D MOV A,#0xd
\ 000062 12.... LCALL ?XSTACK_DISP0_8
\ 000065 D0E0 POP A
\ 000067 F0 MOVX @DPTR,A
2639
2640 // validate device for SKKE
2641 if ( ZDSecMgrDeviceValidateSKKE( &device ) == ZSuccess )
\ 000068 ; Setup parameters for call to function ZDSecMgrDeviceValidateSKKE
\ 000068 7407 MOV A,#0x7
\ 00006A 12.... LCALL ?XSTACK_DISP101_8
\ 00006D 12.... LCALL `??ZDSecMgrDeviceValidateSKKE::?relay`; Banked call to: ZDSecMgrDeviceValidateSKKE
\ 000070 E9 MOV A,R1
\ 000071 7009 JNZ ??ZDSecMgrEstablishKeyInd_2
2642 {
2643 rsp.accept = TRUE;
\ 000073 7404 MOV A,#0x4
\ 000075 12.... LCALL ?XSTACK_DISP0_8
\ 000078 7401 MOV A,#0x1
\ 00007A 8006 SJMP ??ZDSecMgrEstablishKeyInd_3
2644 }
2645 else
2646 {
2647 rsp.accept = FALSE;
\ ??ZDSecMgrEstablishKeyInd_2:
\ 00007C 7404 MOV A,#0x4
\ 00007E 12.... LCALL ?XSTACK_DISP0_8
\ 000081 E4 CLR A
2648 }
\ ??ZDSecMgrEstablishKeyInd_3:
\ 000082 12.... LCALL ??Subroutine131_0 & 0xFFFF
2649
2650 rsp.dstAddr = ind->srcAddr;
\ ??CrossCallReturnLabel_265:
\ 000085 12.... LCALL ?Subroutine16 & 0xFFFF
2651 rsp.initExtAddr = &ind->initExtAddr[0];
\ ??CrossCallReturnLabel_256:
\ 000088 12.... LCALL ?XSTACK_DISP0_8
\ 00008B 12.... LCALL ??Subroutine113_0 & 0xFFFF
2652 //devtag.0604.todo - remove obsolete
2653 rsp.apsSecure = ind->apsSecure;
\ ??CrossCallReturnLabel_199:
\ 00008E EE MOV A,R6
\ 00008F 240D ADD A,#0xd
\ 000091 F582 MOV DPL,A
\ 000093 E4 CLR A
\ 000094 3F ADDC A,R7
\ 000095 F583 MOV DPH,A
\ 000097 E0 MOVX A,@DPTR
\ 000098 C0E0 PUSH A
\ 00009A 7405 MOV A,#0x5
\ 00009C 12.... LCALL ?XSTACK_DISP0_8
\ 00009F D0E0 POP A
\ 0000A1 12.... LCALL ?Subroutine26 & 0xFFFF
2654 rsp.nwkSecure = ind->nwkSecure;
\ ??CrossCallReturnLabel_35:
\ 0000A4 C0E0 PUSH A
\ 0000A6 7406 MOV A,#0x6
\ 0000A8 12.... LCALL ?XSTACK_DISP0_8
\ 0000AB D0E0 POP A
\ 0000AD 12.... LCALL ?Subroutine22 & 0xFFFF
2655
2656 APSME_EstablishKeyRsp( &rsp );
\ ??CrossCallReturnLabel_26:
\ 0000B0 12.... LCALL `??APSME_EstablishKeyRsp::?relay`; Banked call to: APSME_EstablishKeyRsp
2657 }
\ 0000B3 7411 MOV A,#0x11
\ 0000B5 02.... LJMP ??Subroutine117_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine26:
\ 000000 F0 MOVX @DPTR,A
\ 000001 EE MOV A,R6
\ 000002 240E ADD A,#0xe
\ 000004 F582 MOV DPL,A
\ 000006 E4 CLR A
\ 000007 3F ADDC A,R7
\ 000008 F583 MOV DPH,A
\ 00000A E0 MOVX A,@DPTR
\ 00000B 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine16:
\ 000000 85..82 MOV DPL,?XSP + 0
\ 000003 85..83 MOV DPH,?XSP + 1
\ 000006 E8 MOV A,R0
\ 000007 F0 MOVX @DPTR,A
\ 000008 A3 INC DPTR
\ 000009 E9 MOV A,R1
\ 00000A REQUIRE ??Subroutine130_0
\ 00000A ; // Fall through to label ??Subroutine130_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine130_0:
\ 000000 12.... LCALL ?Subroutine84 & 0xFFFF
\ ??CrossCallReturnLabel_260:
\ 000003 7402 MOV A,#0x2
\ 000005 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine84:
\ 000000 F0 MOVX @DPTR,A
\ 000001 EE MOV A,R6
\ 000002 2404 ADD A,#0x4
\ 000004 F8 MOV R0,A
\ 000005 E4 CLR A
\ 000006 3F ADDC A,R7
\ 000007 F9 MOV R1,A
\ 000008 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine61:
\ 000000 8E82 MOV DPL,R6
\ 000002 8F83 MOV DPH,R7
\ 000004 REQUIRE ??Subroutine145_0
\ 000004 ; // Fall through to label ??Subroutine145_0
2658
2659 //devtag.pro.security
2660 #if 0
2661 void ZDSecMgrEstablishKeyInd( ZDO_EstablishKeyInd_t* ind )
2662 {
2663 ZDSecMgrDevice_t device;
2664 APSME_EstablishKeyRsp_t rsp;
2665
2666
2667 device.extAddr = ind->initExtAddr;
2668 device.secure = ind->secure;
2669
2670 if ( ind->secure == FALSE )
2671 {
2672 // SKKE from Trust Center is not secured between child and parent
2673 device.nwkAddr = APSME_TRUSTCENTER_NWKADDR;
2674 device.parentAddr = ind->srcAddr;
2675 }
2676 else
2677 {
2678 // SKKE from initiator should be secured
2679 device.nwkAddr = ind->srcAddr;
2680 device.parentAddr = INVALID_NODE_ADDR;
2681 }
2682
2683 rsp.dstAddr = ind->srcAddr;
2684 rsp.initExtAddr = &ind->initExtAddr[0];
2685 rsp.secure = ind->secure;
2686
2687 // validate device for SKKE
2688 if ( ZDSecMgrDeviceValidateSKKE( &device ) == ZSuccess )
2689 {
2690 rsp.accept = TRUE;
2691 }
2692 else
2693 {
2694 rsp.accept = FALSE;
2695 }
2696
2697 APSME_EstablishKeyRsp( &rsp );
2698 }
2699 #endif
2700
2701 /******************************************************************************
2702 * @fn ZDSecMgrTransportKeyInd
2703 *
2704 * @brief Process the ZDO_TransportKeyInd_t message.
2705 *
2706 * @param ind - [in] ZDO_TransportKeyInd_t indication
2707 *
2708 * @return none
2709 */
\ In segment BANKED_CODE, align 1, keep-with-next
2710 void ZDSecMgrTransportKeyInd( ZDO_TransportKeyInd_t* ind )
\ ZDSecMgrTransportKeyInd:
2711 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 16
\ 000005 74F0 MOV A,#-0x10
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
2712 uint8 index;
2713 uint8 zgPreConfigKey[SEC_KEY_LEN];
2714
2715 // load Trust Center data if needed
2716 ZDSecMgrTCDataLoad( ind->srcExtAddr );
\ 00000E ; Setup parameters for call to function ZDSecMgrTCDataLoad
\ 00000E EA MOV A,R2
\ 00000F 2416 ADD A,#0x16
\ 000011 FA MOV R2,A
\ 000012 E4 CLR A
\ 000013 3F ADDC A,R7
\ 000014 FB MOV R3,A
\ 000015 12.... LCALL `??ZDSecMgrTCDataLoad::?relay`; Banked call to: ZDSecMgrTCDataLoad
2717
2718 if ( ind->keyType == KEY_TYPE_TC_MASTER )
\ 000018 8E82 MOV DPL,R6
\ 00001A 8F83 MOV DPH,R7
\ 00001C A3 INC DPTR
\ 00001D A3 INC DPTR
\ 00001E A3 INC DPTR
\ 00001F A3 INC DPTR
\ 000020 E0 MOVX A,@DPTR
\ 000021 7003 JNZ $+5
\ 000023 02.... LJMP ??ZDSecMgrTransportKeyInd_0 & 0xFFFF
2719 {
2720 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
2721 //ZDSecMgrTCMasterKey( ind );
2722 {
2723 if ( zgPreConfigKeys != TRUE )
2724 {
2725 // devtag.pro.security.todo - check if Trust Center address is configured and correct
2726 ZDSecMgrMasterKeyLoad( ind->srcExtAddr, ind->key );
2727 }
2728 else
2729 {
2730 // error condition - reject key
2731 }
2732 }
2733 }
2734 else if ( ( ind->keyType == KEY_TYPE_NWK ) ||
2735 ( ind->keyType == 6 ) ||
2736 ( ind->keyType == KEY_TYPE_NWK_HIGH ) )
\ 000026 6401 XRL A,#0x1
\ 000028 601A JZ ??ZDSecMgrTransportKeyInd_1
\ 00002A 8E82 MOV DPL,R6
\ 00002C 8F83 MOV DPH,R7
\ 00002E A3 INC DPTR
\ 00002F A3 INC DPTR
\ 000030 A3 INC DPTR
\ 000031 A3 INC DPTR
\ 000032 E0 MOVX A,@DPTR
\ 000033 6406 XRL A,#0x6
\ 000035 600D JZ ??ZDSecMgrTransportKeyInd_1
\ 000037 8E82 MOV DPL,R6
\ 000039 8F83 MOV DPH,R7
\ 00003B A3 INC DPTR
\ 00003C A3 INC DPTR
\ 00003D A3 INC DPTR
\ 00003E A3 INC DPTR
\ 00003F E0 MOVX A,@DPTR
\ 000040 6405 XRL A,#0x5
\ 000042 7077 JNZ ??ZDSecMgrTransportKeyInd_0
2737 {
2738 // check for dummy NWK key (all zeros)
2739 for ( index = 0;
\ ??ZDSecMgrTransportKeyInd_1:
\ 000044 7800 MOV R0,#0x0
\ ??ZDSecMgrTransportKeyInd_2:
\ 000046 E8 MOV A,R0
\ 000047 FA MOV R2,A
\ 000048 EE MOV A,R6
\ 000049 2A ADD A,R2
\ 00004A F582 MOV DPL,A
\ 00004C E4 CLR A
\ 00004D 3F ADDC A,R7
\ 00004E F583 MOV DPH,A
\ 000050 A3 INC DPTR
\ 000051 A3 INC DPTR
\ 000052 A3 INC DPTR
\ 000053 A3 INC DPTR
\ 000054 A3 INC DPTR
\ 000055 A3 INC DPTR
\ 000056 E0 MOVX A,@DPTR
\ 000057 7007 JNZ ??ZDSecMgrTransportKeyInd_3
2740 ( (index < SEC_KEY_LEN) && (ind->key[index] == 0) );
2741 index++ );
\ 000059 08 INC R0
\ 00005A E8 MOV A,R0
\ 00005B C3 CLR C
\ 00005C 9410 SUBB A,#0x10
\ 00005E 40E6 JC ??ZDSecMgrTransportKeyInd_2
2742
2743 if ( index == SEC_KEY_LEN )
\ ??ZDSecMgrTransportKeyInd_3:
\ 000060 7410 MOV A,#0x10
\ 000062 68 XRL A,R0
\ 000063 702E JNZ ??ZDSecMgrTransportKeyInd_4
2744 {
2745 // load preconfigured key - once!!
2746 if ( !_NIB.nwkKeyLoaded )
\ 000065 90.... MOV DPTR,#_NIB + 61
\ 000068 E0 MOVX A,@DPTR
\ 000069 704D JNZ ??ZDSecMgrTransportKeyInd_5
2747 {
2748 ZDSecMgrReadKeyFromNv(ZCD_NV_PRECFGKEY, zgPreConfigKey);
\ 00006B ; Setup parameters for call to function ZDSecMgrReadKeyFromNv
\ 00006B AC.. MOV R4,?XSP + 0
\ 00006D AD.. MOV R5,?XSP + 1
\ 00006F 7A62 MOV R2,#0x62
\ 000071 7B00 MOV R3,#0x0
\ 000073 12.... LCALL `??ZDSecMgrReadKeyFromNv::?relay`; Banked call to: ZDSecMgrReadKeyFromNv
2749 SSP_UpdateNwkKey( zgPreConfigKey, 0 );
\ 000076 ; Setup parameters for call to function SSP_UpdateNwkKey
\ 000076 7900 MOV R1,#0x0
\ 000078 AA.. MOV R2,?XSP + 0
\ 00007A AB.. MOV R3,?XSP + 1
\ 00007C 12.... LCALL `??SSP_UpdateNwkKey::?relay`; Banked call to: SSP_UpdateNwkKey
2750 SSP_SwitchNwkKey( 0 );
\ 00007F ; Setup parameters for call to function SSP_SwitchNwkKey
\ 00007F 7900 MOV R1,#0x0
\ 000081 12.... LCALL `??SSP_SwitchNwkKey::?relay`; Banked call to: SSP_SwitchNwkKey
2751
2752 // clear local copy of key
2753 osal_memset(zgPreConfigKey, 0x00, SEC_KEY_LEN);
\ 000084 ; Setup parameters for call to function osal_memset
\ 000084 7C10 MOV R4,#0x10
\ 000086 7D00 MOV R5,#0x0
\ 000088 7900 MOV R1,#0x0
\ 00008A AA.. MOV R2,?XSP + 0
\ 00008C AB.. MOV R3,?XSP + 1
\ 00008E 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
\ 000091 8025 SJMP ??ZDSecMgrTransportKeyInd_5
2754 }
2755 }
2756 else
2757 {
2758 SSP_UpdateNwkKey( ind->key, ind->keySeqNum );
\ ??ZDSecMgrTransportKeyInd_4:
\ 000093 ; Setup parameters for call to function SSP_UpdateNwkKey
\ 000093 8E82 MOV DPL,R6
\ 000095 8F83 MOV DPH,R7
\ 000097 A3 INC DPTR
\ 000098 A3 INC DPTR
\ 000099 A3 INC DPTR
\ 00009A A3 INC DPTR
\ 00009B A3 INC DPTR
\ 00009C E0 MOVX A,@DPTR
\ 00009D F9 MOV R1,A
\ 00009E 12.... LCALL ?Subroutine78 & 0xFFFF
\ ??CrossCallReturnLabel_267:
\ 0000A1 12.... LCALL `??SSP_UpdateNwkKey::?relay`; Banked call to: SSP_UpdateNwkKey
2759 if ( !_NIB.nwkKeyLoaded )
\ 0000A4 90.... MOV DPTR,#_NIB + 61
\ 0000A7 E0 MOVX A,@DPTR
\ 0000A8 700E JNZ ??ZDSecMgrTransportKeyInd_5
2760 {
2761 SSP_SwitchNwkKey( ind->keySeqNum );
\ 0000AA ; Setup parameters for call to function SSP_SwitchNwkKey
\ 0000AA 8E82 MOV DPL,R6
\ 0000AC 8F83 MOV DPH,R7
\ 0000AE A3 INC DPTR
\ 0000AF A3 INC DPTR
\ 0000B0 A3 INC DPTR
\ 0000B1 A3 INC DPTR
\ 0000B2 A3 INC DPTR
\ 0000B3 E0 MOVX A,@DPTR
\ 0000B4 F9 MOV R1,A
\ 0000B5 12.... LCALL `??SSP_SwitchNwkKey::?relay`; Banked call to: SSP_SwitchNwkKey
2762 }
2763 }
2764
2765 // handle next step in authentication process
2766 ZDSecMgrAuthNwkKey();
\ ??ZDSecMgrTransportKeyInd_5:
\ 0000B8 ; Setup parameters for call to function ZDSecMgrAuthNwkKey
\ 0000B8 12.... LCALL `??ZDSecMgrAuthNwkKey::?relay`; Banked call to: ZDSecMgrAuthNwkKey
2767 }
2768 else if ( ind->keyType == KEY_TYPE_TC_LINK )
2769 {
2770 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
2771 {
2772 // This should not happen because TCLK should not be Tx
2773 }
2774 }
2775 else if ( ind->keyType == KEY_TYPE_APP_MASTER )
2776 {
2777 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
2778 {
2779 uint16 ami;
2780 AddrMgrEntry_t entry;
2781 ZDSecMgrEntry_t* entryZD;
2782
2783 ZDSecMgrExtAddrLookup( ind->srcExtAddr, &ami );
2784
2785 if ( ind->initiator == TRUE )
2786 {
2787 // get the ami data
2788 entry.user = ADDRMGR_USER_SECURITY;
2789 entry.index = ami;
2790 AddrMgrEntryGet( &entry );
2791
2792 if ( entry.nwkAddr != INVALID_NODE_ADDR )
2793 {
2794 APSME_EstablishKeyReq_t req;
2795 ZDSecMgrMasterKeyLoad( ind->srcExtAddr, ind->key );
2796
2797 ZDSecMgrEntryLookupAMI( ami, &entryZD );
2798
2799 if ( entryZD == NULL )
2800 {
2801 // get new entry
2802 if ( ZDSecMgrEntryNew( &entryZD ) == ZSuccess )
2803 {
2804 // finish setting up entry
2805 entryZD->ami = ami;
2806 }
2807 }
2808
2809 req.respExtAddr = ind->srcExtAddr;
2810 req.method = APSME_SKKE_METHOD;
2811 req.dstAddr = entry.nwkAddr;
2812 req.apsSecure = FALSE;
2813 req.nwkSecure = TRUE;
2814 APSME_EstablishKeyReq( &req );
2815 }
2816 }
2817 else
2818 {
2819 if ( ami == INVALID_NODE_ADDR )
2820 {
2821 // store new EXT address
2822 ZDSecMgrAddrStore( INVALID_NODE_ADDR, ind->srcExtAddr, &ami );
2823 }
2824
2825 ZDSecMgrMasterKeyLoad( ind->srcExtAddr, ind->key );
2826 }
2827 }
2828 }
2829 else if ( ind->keyType == KEY_TYPE_APP_LINK )
2830 {
2831 if ( ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH ) ||
2832 ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_SE_STANDARD ) )
2833 {
2834 uint16 ami;
2835 ZDSecMgrEntry_t* entry;
2836
2837 // get the address index
2838 if ( ZDSecMgrExtAddrLookup( ind->srcExtAddr, &ami ) != ZSuccess )
2839 {
2840 // store new EXT address
2841 ZDSecMgrAddrStore( INVALID_NODE_ADDR, ind->srcExtAddr, &ami );
2842 ZDP_NwkAddrReq( ind->srcExtAddr, ZDP_ADDR_REQTYPE_SINGLE, 0, 0 );
2843 }
2844
2845 ZDSecMgrEntryLookupAMI( ami, &entry );
2846
2847 if ( entry == NULL )
2848 {
2849 // get new entry
2850 if ( ZDSecMgrEntryNew( &entry ) == ZSuccess )
2851 {
2852 // finish setting up entry
2853 entry->ami = ami;
2854 }
2855 }
2856
2857 ZDSecMgrLinkKeySet( ind->srcExtAddr, ind->key );
2858
2859 #if defined NV_RESTORE
2860 ZDSecMgrWriteNV(); // Write the control record for the new established link key to NV.
2861 #endif
2862 }
2863 }
2864 }
\ ??ZDSecMgrTransportKeyInd_0:
\ 0000BB 7410 MOV A,#0x10
\ 0000BD 02.... LJMP ??Subroutine125_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine78:
\ 000000 EE MOV A,R6
\ 000001 REQUIRE ??Subroutine132_0
\ 000001 ; // Fall through to label ??Subroutine132_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine132_0:
\ 000000 2406 ADD A,#0x6
\ 000002 FA MOV R2,A
\ 000003 E4 CLR A
\ 000004 3F ADDC A,R7
\ 000005 FB MOV R3,A
\ 000006 22 RET
2865
2866 /******************************************************************************
2867 * @fn ZDSecMgrUpdateDeviceInd
2868 *
2869 * @brief Process the ZDO_UpdateDeviceInd_t message.
2870 *
2871 * @param ind - [in] ZDO_UpdateDeviceInd_t indication
2872 *
2873 * @return none
2874 */
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine9:
\ 000000 740A MOV A,#0xa
\ 000002 REQUIRE ??Subroutine111_0
\ 000002 ; // Fall through to label ??Subroutine111_0
\ In segment BANKED_CODE, align 1, keep-with-next
2875 void ZDSecMgrUpdateDeviceInd( ZDO_UpdateDeviceInd_t* ind )
\ ZDSecMgrUpdateDeviceInd:
2876 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 10
\ 000004 74F6 MOV A,#-0xa
\ 000006 12.... LCALL ?ALLOC_XSTACK8
2877 ZDSecMgrDevice_t device;
2878
2879 device.nwkAddr = ind->devAddr;
\ 000009 EA MOV A,R2
\ 00000A 240C ADD A,#0xc
\ 00000C F582 MOV DPL,A
\ 00000E E4 CLR A
\ 00000F 3B ADDC A,R3
\ 000010 F583 MOV DPH,A
\ 000012 12.... LCALL ?Subroutine33 & 0xFFFF
2880 device.extAddr = ind->devExtAddr;
\ ??CrossCallReturnLabel_205:
\ 000015 EA MOV A,R2
\ 000016 2404 ADD A,#0x4
\ 000018 F8 MOV R0,A
\ 000019 E4 CLR A
\ 00001A 3B ADDC A,R3
\ 00001B F9 MOV R1,A
\ 00001C 7402 MOV A,#0x2
\ 00001E 12.... LCALL ?XSTACK_DISP0_8
\ 000021 12.... LCALL ?Subroutine15 & 0xFFFF
2881 device.parentAddr = ind->srcAddr;
\ ??CrossCallReturnLabel_4:
\ 000024 12.... LCALL ?XSTACK_DISP0_8
\ 000027 12.... LCALL ?Subroutine21 & 0xFFFF
2882
2883 //if ( ( ind->status == APSME_UD_SECURED_JOIN ) ||
2884 // ( ind->status == APSME_UD_UNSECURED_JOIN ) )
2885 //{
2886 // if ( ind->status == APSME_UD_SECURED_JOIN )
2887 // {
2888 // device.secure = TRUE;
2889 // }
2890 // else
2891 // {
2892 // device.secure = FALSE;
2893 // }
2894
2895 // try to join this device
2896 ZDSecMgrDeviceJoin( &device );
\ ??CrossCallReturnLabel_18:
\ 00002A 12.... LCALL `??ZDSecMgrDeviceJoin::?relay`; Banked call to: ZDSecMgrDeviceJoin
2897 //}
2898 }
\ 00002D 02.... LJMP ?Subroutine9 & 0xFFFF
2899
2900 /******************************************************************************
2901 * @fn ZDSecMgrRemoveDeviceInd
2902 *
2903 * @brief Process the ZDO_RemoveDeviceInd_t message.
2904 *
2905 * @param ind - [in] ZDO_RemoveDeviceInd_t indication
2906 *
2907 * @return none
2908 */
\ In segment BANKED_CODE, align 1, keep-with-next
2909 void ZDSecMgrRemoveDeviceInd( ZDO_RemoveDeviceInd_t* ind )
\ ZDSecMgrRemoveDeviceInd:
2910 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 10
\ 000005 74F6 MOV A,#-0xa
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
2911 ZDSecMgrDevice_t device;
2912
2913 // only accept from Trust Center
2914 if ( ind->srcAddr == APSME_TRUSTCENTER_NWKADDR )
\ 00000E 8A82 MOV DPL,R2
\ 000010 F583 MOV DPH,A
\ 000012 A3 INC DPTR
\ 000013 A3 INC DPTR
\ 000014 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_283:
\ 000017 7021 JNZ ??CrossCallReturnLabel_15
2915 {
2916 // look up NWK address
2917 if ( APSME_LookupNwkAddr( ind->childExtAddr, &device.nwkAddr ) == TRUE )
\ 000019 ; Setup parameters for call to function APSME_LookupNwkAddr
\ 000019 AC.. MOV R4,?XSP + 0
\ 00001B AD.. MOV R5,?XSP + 1
\ 00001D EA MOV A,R2
\ 00001E 2404 ADD A,#0x4
\ 000020 12.... LCALL ?Subroutine76 & 0xFFFF
\ ??CrossCallReturnLabel_108:
\ 000023 7015 JNZ ??CrossCallReturnLabel_15
2918 {
2919 device.parentAddr = NLME_GetShortAddr();
\ 000025 ; Setup parameters for call to function NLME_GetShortAddr
\ 000025 12.... LCALL `??NLME_GetShortAddr::?relay`; Banked call to: NLME_GetShortAddr
\ 000028 7404 MOV A,#0x4
\ 00002A 12.... LCALL ?XSTACK_DISP0_8
\ 00002D EA MOV A,R2
\ 00002E F0 MOVX @DPTR,A
\ 00002F A3 INC DPTR
\ 000030 EB MOV A,R3
\ 000031 12.... LCALL ??Subroutine130_0 & 0xFFFF
2920 device.extAddr = ind->childExtAddr;
2921
2922 // remove device
2923 ZDSecMgrDeviceRemove( &device );
2924 }
2925 }
\ ??CrossCallReturnLabel_258:
\ 000034 12.... LCALL ?XSTACK_DISP0_8
\ 000037 12.... LCALL ?Subroutine20 & 0xFFFF
2926 }
\ ??CrossCallReturnLabel_15:
\ 00003A 740A MOV A,#0xa
\ 00003C 02.... LJMP ??Subroutine125_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine20:
\ 000000 12.... LCALL ?Subroutine82 & 0xFFFF
\ ??CrossCallReturnLabel_270:
\ 000003 12.... LCALL `??ZDSecMgrDeviceRemove::?relay`; Banked call to: ZDSecMgrDeviceRemove
\ 000006 22 RET
2927
2928 /******************************************************************************
2929 * @fn ZDSecMgrRequestKeyInd
2930 *
2931 * @brief Process the ZDO_RequestKeyInd_t message.
2932 *
2933 * @param ind - [in] ZDO_RequestKeyInd_t indication
2934 *
2935 * @return none
2936 */
\ In segment BANKED_CODE, align 1, keep-with-next
2937 void ZDSecMgrRequestKeyInd( ZDO_RequestKeyInd_t* ind )
\ ZDSecMgrRequestKeyInd:
2938 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
2939 if ( ind->keyType == KEY_TYPE_NWK )
\ 000004 8A82 MOV DPL,R2
\ 000006 8B83 MOV DPH,R3
\ 000008 A3 INC DPTR
\ 000009 A3 INC DPTR
\ 00000A A3 INC DPTR
\ 00000B A3 INC DPTR
\ 00000C E0 MOVX A,@DPTR
\ 00000D 6401 XRL A,#0x1
\ 00000F 6010 JZ ??ZDSecMgrRequestKeyInd_0
2940 {
2941 }
2942 else if ( ind->keyType == KEY_TYPE_APP_MASTER )
\ 000011 8A82 MOV DPL,R2
\ 000013 8B83 MOV DPH,R3
\ 000015 A3 INC DPTR
\ 000016 A3 INC DPTR
\ 000017 A3 INC DPTR
\ 000018 A3 INC DPTR
\ 000019 E0 MOVX A,@DPTR
\ 00001A 6402 XRL A,#0x2
\ 00001C 7003 JNZ ??ZDSecMgrRequestKeyInd_0
2943 {
2944 ZDSecMgrAppKeyReq( ind );
\ 00001E ; Setup parameters for call to function ZDSecMgrAppKeyReq
\ 00001E 12.... LCALL `??ZDSecMgrAppKeyReq::?relay`; Banked call to: ZDSecMgrAppKeyReq
2945 }
2946 else if ( ind->keyType == KEY_TYPE_TC_LINK )
2947 {
2948 }
2949 //else ignore
2950 }
\ ??ZDSecMgrRequestKeyInd_0:
\ 000021 02.... LJMP ??Subroutine123_0 & 0xFFFF
2951
2952 /******************************************************************************
2953 * @fn ZDSecMgrSwitchKeyInd
2954 *
2955 * @brief Process the ZDO_SwitchKeyInd_t message.
2956 *
2957 * @param ind - [in] ZDO_SwitchKeyInd_t indication
2958 *
2959 * @return none
2960 */
\ In segment BANKED_CODE, align 1, keep-with-next
2961 void ZDSecMgrSwitchKeyInd( ZDO_SwitchKeyInd_t* ind )
\ ZDSecMgrSwitchKeyInd:
2962 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
2963 SSP_SwitchNwkKey( ind->keySeqNum );
\ 000004 ; Setup parameters for call to function SSP_SwitchNwkKey
\ 000004 8A82 MOV DPL,R2
\ 000006 8B83 MOV DPH,R3
\ 000008 A3 INC DPTR
\ 000009 A3 INC DPTR
\ 00000A A3 INC DPTR
\ 00000B A3 INC DPTR
\ 00000C E0 MOVX A,@DPTR
\ 00000D F9 MOV R1,A
\ 00000E 12.... LCALL `??SSP_SwitchNwkKey::?relay`; Banked call to: SSP_SwitchNwkKey
2964
2965 // Save if nv
2966 ZDApp_NVUpdate();
\ 000011 ; Setup parameters for call to function ZDApp_NVUpdate
\ 000011 12.... LCALL `??ZDApp_NVUpdate::?relay`; Banked call to: ZDApp_NVUpdate
2967 }
\ 000014 02.... LJMP ??Subroutine123_0 & 0xFFFF
2968
2969 /******************************************************************************
2970 * @fn ZDSecMgrAuthenticateInd
2971 *
2972 * @brief Process the ZDO_AuthenticateInd_t message.
2973 *
2974 * @param ind - [in] ZDO_AuthenticateInd_t indication
2975 *
2976 * @return none
2977 */
\ In segment BANKED_CODE, align 1, keep-with-next
2978 void ZDSecMgrAuthenticateInd( ZDO_AuthenticateInd_t* ind )
\ ZDSecMgrAuthenticateInd:
2979 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 20
\ 000005 74EC MOV A,#-0x14
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
2980 APSME_AuthenticateReq_t req;
2981 AddrMgrEntry_t entry;
2982
2983 // update the address manager
2984 //---------------------------------------------------------------------------
2985 // note:
2986 // required for EA processing, but ultimately EA logic could also use the
2987 // neighbor table to look up addresses -- also(IF using EA) the neighbor
2988 // table is supposed to have authentication states for neighbors
2989 //---------------------------------------------------------------------------
2990 entry.user = ADDRMGR_USER_SECURITY;
\ 00000E 7407 MOV A,#0x7
\ 000010 12.... LCALL ?XSTACK_DISP0_8
\ 000013 7402 MOV A,#0x2
\ 000015 12.... LCALL ?Subroutine18 & 0xFFFF
2991 entry.nwkAddr = ind->aps.initNwkAddr;
\ ??CrossCallReturnLabel_11:
\ 000018 12.... LCALL ?XSTACK_DISP0_8
\ 00001B 12.... LCALL ??Subroutine113_0 & 0xFFFF
2992 AddrMgrExtAddrSet( entry.extAddr, ind->aps.initExtAddr );
\ ??CrossCallReturnLabel_200:
\ 00001E ; Setup parameters for call to function AddrMgrExtAddrSet
\ 00001E EA MOV A,R2
\ 00001F 2404 ADD A,#0x4
\ 000021 FC MOV R4,A
\ 000022 E4 CLR A
\ 000023 3F ADDC A,R7
\ 000024 FD MOV R5,A
\ 000025 740A MOV A,#0xa
\ 000027 12.... LCALL ?XSTACK_DISP0_8
\ 00002A AA82 MOV R2,DPL
\ 00002C AB83 MOV R3,DPH
\ 00002E 12.... LCALL `??AddrMgrExtAddrSet::?relay`; Banked call to: AddrMgrExtAddrSet
2993
2994 if ( AddrMgrEntryUpdate( &entry ) == TRUE )
\ 000031 ; Setup parameters for call to function AddrMgrEntryUpdate
\ 000031 7407 MOV A,#0x7
\ 000033 12.... LCALL ?XSTACK_DISP101_8
\ 000036 12.... LCALL ??Subroutine103_0 & 0xFFFF
\ ??CrossCallReturnLabel_144:
\ 000039 7026 JNZ ??ZDSecMgrAuthenticateInd_0
2995 {
2996 // set request fields
2997 req.nwkAddr = ind->aps.initNwkAddr;
\ 00003B 12.... LCALL ?Subroutine61 & 0xFFFF
\ ??CrossCallReturnLabel_329:
\ 00003E 12.... LCALL ?Subroutine16 & 0xFFFF
2998 req.extAddr = ind->aps.initExtAddr;
\ ??CrossCallReturnLabel_257:
\ 000041 12.... LCALL ?XSTACK_DISP0_8
\ 000044 12.... LCALL ??Subroutine113_0 & 0xFFFF
2999 req.action = APSME_EA_ACCEPT;
\ ??CrossCallReturnLabel_201:
\ 000047 7406 MOV A,#0x6
\ 000049 12.... LCALL ?XSTACK_DISP0_8
\ 00004C 7401 MOV A,#0x1
\ 00004E F0 MOVX @DPTR,A
3000 req.challenge = ind->aps.challenge;
\ 00004F EE MOV A,R6
\ 000050 240C ADD A,#0xc
\ 000052 F8 MOV R0,A
\ 000053 E4 CLR A
\ 000054 3F ADDC A,R7
\ 000055 F9 MOV R1,A
\ 000056 7404 MOV A,#0x4
\ 000058 12.... LCALL ?XSTACK_DISP0_8
\ 00005B 12.... LCALL ?Subroutine21 & 0xFFFF
3001
3002 // start EA processing
3003 APSME_AuthenticateReq( &req );
3004 }
\ ??CrossCallReturnLabel_19:
\ 00005E 12.... LCALL `??APSME_AuthenticateReq::?relay`; Banked call to: APSME_AuthenticateReq
3005 }
\ ??ZDSecMgrAuthenticateInd_0:
\ 000061 7414 MOV A,#0x14
\ 000063 02.... LJMP ??Subroutine125_0 & 0xFFFF
3006
3007 /******************************************************************************
3008 * @fn ZDSecMgrAuthenticateCfm
3009 *
3010 * @brief Process the ZDO_AuthenticateCfm_t message.
3011 *
3012 * @param cfm - [in] ZDO_AuthenticateCfm_t confirmation
3013 *
3014 * @return none
3015 */
\ In segment BANKED_CODE, align 1, keep-with-next
3016 void ZDSecMgrAuthenticateCfm( ZDO_AuthenticateCfm_t* cfm )
\ ZDSecMgrAuthenticateCfm:
3017 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
3018 if ( cfm->aps.status == ZSuccess )
\ 000004 EA MOV A,R2
\ 000005 240B ADD A,#0xb
\ 000007 F582 MOV DPL,A
\ 000009 E4 CLR A
\ 00000A 3B ADDC A,R3
\ 00000B F583 MOV DPH,A
\ 00000D E0 MOVX A,@DPTR
\ 00000E 701F JNZ ??ZDSecMgrAuthenticateCfm_0
3019 {
3020 if ( ( cfm->aps.initiator == TRUE ) && ( devState == DEV_END_DEVICE_UNAUTH ) )
\ 000010 8A82 MOV DPL,R2
\ 000012 8B83 MOV DPH,R3
\ 000014 A3 INC DPTR
\ 000015 A3 INC DPTR
\ 000016 E0 MOVX A,@DPTR
\ 000017 6401 XRL A,#0x1
\ 000019 7014 JNZ ??ZDSecMgrAuthenticateCfm_0
\ 00001B 90.... MOV DPTR,#devState
\ 00001E E0 MOVX A,@DPTR
\ 00001F 6405 XRL A,#0x5
\ 000021 700C JNZ ??ZDSecMgrAuthenticateCfm_0
3021 {
3022 // inform ZDO that device has been authenticated
3023 osal_set_event ( ZDAppTaskID, ZDO_DEVICE_AUTH );
\ 000023 ; Setup parameters for call to function osal_set_event
\ 000023 7A80 MOV R2,#-0x80
\ 000025 7B00 MOV R3,#0x0
\ 000027 90.... MOV DPTR,#ZDAppTaskID
\ 00002A E0 MOVX A,@DPTR
\ 00002B F9 MOV R1,A
\ 00002C 12.... LCALL `??osal_set_event::?relay`; Banked call to: osal_set_event
3024 }
3025 }
3026 }
\ ??ZDSecMgrAuthenticateCfm_0:
\ 00002F 02.... LJMP ??Subroutine123_0 & 0xFFFF
3027
3028 #if ( ZG_BUILD_COORDINATOR_TYPE )
3029 /******************************************************************************
3030 * @fn ZDSecMgrUpdateNwkKey
3031 *
3032 * @brief Load a new NWK key and trigger a network wide update.
3033 *
3034 * @param key - [in] new NWK key
3035 * @param keySeqNum - [in] new NWK key sequence number
3036 *
3037 * @return ZStatus_t
3038 */
3039 ZStatus_t ZDSecMgrUpdateNwkKey( uint8* key, uint8 keySeqNum, uint16 dstAddr )
3040 {
3041 ZStatus_t status;
3042 APSME_TransportKeyReq_t req;
3043
3044 // initialize common elements of local variables
3045 if ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH )
3046 {
3047 req.keyType = KEY_TYPE_NWK_HIGH;
3048 }
3049 else
3050 {
3051 req.keyType = KEY_TYPE_NWK;
3052 }
3053
3054 req.dstAddr = dstAddr;
3055 req.keySeqNum = keySeqNum;
3056 req.key = key;
3057 req.extAddr = NULL;
3058 req.nwkSecure = TRUE;
3059 req.apsSecure = TRUE;
3060 req.tunnel = NULL;
3061
3062 if (( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH ) ||
3063 ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_SE_STANDARD ))
3064 {
3065 ZDSecMgrEntry_t* entry;
3066 uint16 index;
3067 AddrMgrEntry_t addrEntry;
3068
3069 addrEntry.user = ADDRMGR_USER_SECURITY;
3070
3071 status = ZFailure;
3072
3073 // verify data is available
3074 if ( ZDSecMgrEntries != NULL )
3075 {
3076 // find available entry
3077 for ( index = 0; index < ZDSECMGR_ENTRY_MAX ; index++ )
3078 {
3079 if ( ZDSecMgrEntries[index].ami != INVALID_NODE_ADDR )
3080 {
3081 // return successful result
3082 entry = &ZDSecMgrEntries[index];
3083
3084 // get NWK address
3085 addrEntry.index = entry->ami;
3086 if ( AddrMgrEntryGet( &addrEntry ) == TRUE )
3087 {
3088 req.dstAddr = addrEntry.nwkAddr;
3089 req.extAddr = addrEntry.extAddr;
3090 status = APSME_TransportKeyReq( &req );
3091 }
3092 }
3093 }
3094 }
3095 }
3096 else // ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_RESIDENTIAL )
3097 {
3098 status = APSME_TransportKeyReq( &req );
3099 }
3100
3101 SSP_UpdateNwkKey( key, keySeqNum );
3102
3103 // Save if nv
3104 ZDApp_NVUpdate();
3105
3106 return status;
3107 }
3108 #endif // ( ZG_BUILD_COORDINATOR_TYPE )
3109
3110 #if ( ZG_BUILD_COORDINATOR_TYPE )
3111 /******************************************************************************
3112 * @fn ZDSecMgrSwitchNwkKey
3113 *
3114 * @brief Causes the NWK key to switch via a network wide command.
3115 *
3116 * @param keySeqNum - [in] new NWK key sequence number
3117 *
3118 * @return ZStatus_t
3119 */
3120 ZStatus_t ZDSecMgrSwitchNwkKey( uint8 keySeqNum, uint16 dstAddr )
3121 {
3122 ZStatus_t status;
3123 APSME_SwitchKeyReq_t req;
3124
3125 // initialize common elements of local variables
3126 req.dstAddr = dstAddr;
3127 req.keySeqNum = keySeqNum;
3128
3129 if (( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_PRO_HIGH ) ||
3130 ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_SE_STANDARD ))
3131 {
3132 ZDSecMgrEntry_t* entry;
3133 uint16 index;
3134 AddrMgrEntry_t addrEntry;
3135
3136 addrEntry.user = ADDRMGR_USER_SECURITY;
3137
3138 status = ZFailure;
3139
3140 // verify data is available
3141 if ( ZDSecMgrEntries != NULL )
3142 {
3143 // find available entry
3144 for ( index = 0; index < ZDSECMGR_ENTRY_MAX ; index++ )
3145 {
3146 if ( ZDSecMgrEntries[index].ami != INVALID_NODE_ADDR )
3147 {
3148 // return successful result
3149 entry = &ZDSecMgrEntries[index];
3150
3151 // get NWK address
3152 addrEntry.index = entry->ami;
3153
3154 if ( AddrMgrEntryGet( &addrEntry ) == TRUE )
3155 {
3156 req.dstAddr = addrEntry.nwkAddr;
3157 status = APSME_SwitchKeyReq( &req );
3158 }
3159 }
3160 }
3161 }
3162 }
3163 else // ( ZG_CHECK_SECURITY_MODE == ZG_SECURITY_RESIDENTIAL )
3164 {
3165 status = APSME_SwitchKeyReq( &req );
3166 }
3167
3168 SSP_SwitchNwkKey( keySeqNum );
3169
3170 // Save if nv
3171 ZDApp_NVUpdate();
3172
3173 return status;
3174 }
3175 #endif // ( ZG_BUILD_COORDINATOR_TYPE )
3176
3177 /******************************************************************************
3178 * @fn ZDSecMgrRequestAppKey
3179 *
3180 * @brief Request an application key with partner.
3181 *
3182 * @param partExtAddr - [in] partner extended address
3183 *
3184 * @return ZStatus_t
3185 */
\ In segment BANKED_CODE, align 1, keep-with-next
3186 ZStatus_t ZDSecMgrRequestAppKey( uint8 *partExtAddr )
\ ZDSecMgrRequestAppKey:
3187 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 4
\ 000004 74FC MOV A,#-0x4
\ 000006 12.... LCALL ?ALLOC_XSTACK8
3188 ZStatus_t status;
3189 APSME_RequestKeyReq_t req;
3190
3191 req.dstAddr = 0;
\ 000009 85..82 MOV DPL,?XSP + 0
\ 00000C 85..83 MOV DPH,?XSP + 1
\ 00000F E4 CLR A
\ 000010 F0 MOVX @DPTR,A
3192 req.keyType = KEY_TYPE_APP_MASTER;
\ 000011 04 INC A
\ 000012 12.... LCALL ?XSTACK_DISP0_8
\ 000015 7402 MOV A,#0x2
\ 000017 F0 MOVX @DPTR,A
3193
3194 req.partExtAddr = partExtAddr;
\ 000018 12.... LCALL ?XSTACK_DISP0_8
\ 00001B 12.... LCALL ?Subroutine19 & 0xFFFF
3195 status = APSME_RequestKeyReq( &req );
3196
3197 return status;
\ ??CrossCallReturnLabel_14:
\ 00001E 12.... LCALL `??APSME_RequestKeyReq::?relay`; Banked call to: APSME_RequestKeyReq
\ 000021 7404 MOV A,#0x4
\ 000023 02.... LJMP ??Subroutine111_0 & 0xFFFF
3198 }
3199
3200 #if ( ZG_BUILD_JOINING_TYPE )
3201 /******************************************************************************
3202 * @fn ZDSecMgrSetupPartner
3203 *
3204 * @brief Setup for application key partner.
3205 *
3206 * @param partNwkAddr - [in] partner network address
3207 *
3208 * @return ZStatus_t
3209 */
\ In segment BANKED_CODE, align 1, keep-with-next
3210 ZStatus_t ZDSecMgrSetupPartner( uint16 partNwkAddr, uint8* partExtAddr )
\ ZDSecMgrSetupPartner:
3211 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 74F5 MOV A,#-0xb
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 11
\ 000005 ; Auto size: 13
\ 000005 74F3 MOV A,#-0xd
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EA MOV A,R2
\ 00000B FE MOV R6,A
\ 00000C EB MOV A,R3
\ 00000D FF MOV R7,A
\ 00000E 8C.. MOV ?V0,R4
\ 000010 8D.. MOV ?V1,R5
3212 AddrMgrEntry_t entry;
3213 ZStatus_t status;
3214
3215 status = ZFailure;
\ 000012 75..01 MOV ?V2,#0x1
3216
3217 // update the address manager
3218 entry.user = ADDRMGR_USER_SECURITY;
\ 000015 85..82 MOV DPL,?XSP + 0
\ 000018 85..83 MOV DPH,?XSP + 1
\ 00001B 7402 MOV A,#0x2
\ 00001D F0 MOVX @DPTR,A
3219 entry.nwkAddr = partNwkAddr;
\ 00001E 14 DEC A
\ 00001F 12.... LCALL ?XSTACK_DISP0_8
\ 000022 12.... LCALL ?Subroutine28 & 0xFFFF
3220 AddrMgrExtAddrSet( entry.extAddr, partExtAddr );
\ ??CrossCallReturnLabel_40:
\ 000025 12.... LCALL ?XSTACK_DISP0_8
\ 000028 AA82 MOV R2,DPL
\ 00002A AB83 MOV R3,DPH
\ 00002C 12.... LCALL `??AddrMgrExtAddrSet::?relay`; Banked call to: AddrMgrExtAddrSet
3221
3222 if ( AddrMgrEntryUpdate( &entry ) == TRUE )
\ 00002F ; Setup parameters for call to function AddrMgrEntryUpdate
\ 00002F 12.... LCALL ?Subroutine95 & 0xFFFF
\ ??CrossCallReturnLabel_143:
\ 000032 7036 JNZ ??ZDSecMgrSetupPartner_0
3223 {
3224 status = ZSuccess;
\ 000034 75..00 MOV ?V2,#0x0
3225
3226 // check for address discovery
3227 if ( partNwkAddr == INVALID_NODE_ADDR )
\ 000037 74FE MOV A,#-0x2
\ 000039 6E XRL A,R6
\ 00003A 7003 JNZ ??ZDSecMgrSetupPartner_1
\ 00003C 74FF MOV A,#-0x1
\ 00003E 6F XRL A,R7
\ ??ZDSecMgrSetupPartner_1:
\ 00003F 700F JNZ ??ZDSecMgrSetupPartner_2
3228 {
3229 status = ZDP_NwkAddrReq( partExtAddr, ZDP_ADDR_REQTYPE_SINGLE, 0, 0 );
\ 000041 ; Setup parameters for call to function ZDP_NwkAddrReq
\ 000041 7D00 MOV R5,#0x0
\ 000043 7C00 MOV R4,#0x0
\ 000045 7900 MOV R1,#0x0
\ 000047 AA.. MOV R2,?V0
\ 000049 AB.. MOV R3,?V1
\ 00004B 12.... LCALL `??ZDP_NwkAddrReq::?relay`; Banked call to: ZDP_NwkAddrReq
\ 00004E 8017 SJMP ??ZDSecMgrSetupPartner_3
3230 }
3231 else if ( !AddrMgrExtAddrValid( partExtAddr ) )
\ ??ZDSecMgrSetupPartner_2:
\ 000050 ; Setup parameters for call to function AddrMgrExtAddrValid
\ 000050 AA.. MOV R2,?V0
\ 000052 AB.. MOV R3,?V1
\ 000054 12.... LCALL `??AddrMgrExtAddrValid::?relay`; Banked call to: AddrMgrExtAddrValid
\ 000057 E9 MOV A,R1
\ 000058 7010 JNZ ??ZDSecMgrSetupPartner_0
3232 {
3233 status = ZDP_IEEEAddrReq( partNwkAddr, ZDP_ADDR_REQTYPE_SINGLE, 0, 0 );
\ 00005A ; Setup parameters for call to function ZDP_IEEEAddrReq
\ 00005A 7D00 MOV R5,#0x0
\ 00005C 7C00 MOV R4,#0x0
\ 00005E 7900 MOV R1,#0x0
\ 000060 EE MOV A,R6
\ 000061 FA MOV R2,A
\ 000062 EF MOV A,R7
\ 000063 FB MOV R3,A
\ 000064 12.... LCALL `??ZDP_IEEEAddrReq::?relay`; Banked call to: ZDP_IEEEAddrReq
\ ??ZDSecMgrSetupPartner_3:
\ 000067 E9 MOV A,R1
\ 000068 F5.. MOV ?V2,A
3234 }
3235 }
3236
3237 return status;
\ ??ZDSecMgrSetupPartner_0:
\ 00006A A9.. MOV R1,?V2
\ 00006C 740D MOV A,#0xd
\ 00006E 02.... LJMP ?Subroutine5 & 0xFFFF
3238 }
3239 #endif // ( ZG_BUILD_JOINING_TYPE )
3240
3241 #if ( ZG_BUILD_COORDINATOR_TYPE )
3242 /******************************************************************************
3243 * @fn ZDSecMgrAppKeyTypeSet
3244 *
3245 * @brief Set application key type.
3246 *
3247 * @param keyType - [in] application key type (KEY_TYPE_APP_MASTER@2 or
3248 * KEY_TYPE_APP_LINK@3
3249 *
3250 * @return ZStatus_t
3251 */
3252 ZStatus_t ZDSecMgrAppKeyTypeSet( uint8 keyType )
3253 {
3254 if ( keyType == KEY_TYPE_APP_LINK )
3255 {
3256 ZDSecMgrAppKeyType = KEY_TYPE_APP_LINK;
3257 }
3258 else
3259 {
3260 ZDSecMgrAppKeyType = KEY_TYPE_APP_MASTER;
3261 }
3262
3263 return ZSuccess;
3264 }
3265 #endif
3266
3267 /******************************************************************************
3268 * ZigBee Device Security Manager - Stub Implementations
3269 */
3270 /******************************************************************************
3271 * @fn ZDSecMgrMasterKeyGet (stubs APSME_MasterKeyGet)
3272 *
3273 * @brief Get MASTER key for specified EXT address.
3274 *
3275 * @param extAddr - [in] EXT address
3276 * @param pKeyNvId - [out] MASTER key NV ID
3277 *
3278 * @return ZStatus_t
3279 */
\ In segment BANKED_CODE, align 1, keep-with-next
3280 ZStatus_t ZDSecMgrMasterKeyGet( uint8* extAddr, uint16* pKeyNvId )
\ APSME_MasterKeyGet:
3281 {
\ 000000 REQUIRE ?V0
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EC MOV A,R4
\ 00000B FE MOV R6,A
\ 00000C ED MOV A,R5
\ 00000D FF MOV R7,A
3282 ZStatus_t status;
3283 uint16 ami;
3284
3285 // lookup entry for specified EXT address
3286 status = ZDSecMgrExtAddrLookup( extAddr, &ami );
\ 00000E ; Setup parameters for call to function ZDSecMgrExtAddrLookup
\ 00000E AC.. MOV R4,?XSP + 0
\ 000010 AD.. MOV R5,?XSP + 1
\ 000012 12.... LCALL `??ZDSecMgrExtAddrLookup::?relay`; Banked call to: ZDSecMgrExtAddrLookup
\ 000015 E9 MOV A,R1
\ 000016 F5.. MOV ?V0,A
3287
3288 if ( status == ZSuccess )
\ 000018 7012 JNZ ??APSME_MasterKeyGet_0
3289 {
3290 ZDSecMgrMasterKeyLookup( ami, pKeyNvId );
\ 00001A ; Setup parameters for call to function ZDSecMgrMasterKeyLookup
\ 00001A EE MOV A,R6
\ 00001B FC MOV R4,A
\ 00001C EF MOV A,R7
\ 00001D FD MOV R5,A
\ 00001E 85..82 MOV DPL,?XSP + 0
\ 000021 85..83 MOV DPH,?XSP + 1
\ 000024 12.... LCALL ??Subroutine121_0 & 0xFFFF
3291 }
\ ??CrossCallReturnLabel_225:
\ 000027 12.... LCALL `??ZDSecMgrMasterKeyLookup::?relay`; Banked call to: ZDSecMgrMasterKeyLookup
\ 00002A 8008 SJMP ??APSME_MasterKeyGet_1
3292 else
3293 {
3294 *pKeyNvId = SEC_NO_KEY_NV_ID;
\ ??APSME_MasterKeyGet_0:
\ 00002C 8E82 MOV DPL,R6
\ 00002E 8F83 MOV DPH,R7
\ 000030 E4 CLR A
\ 000031 F0 MOVX @DPTR,A
\ 000032 A3 INC DPTR
\ 000033 F0 MOVX @DPTR,A
3295 }
3296
3297 return status;
\ ??APSME_MasterKeyGet_1:
\ 000034 02.... LJMP ?Subroutine1 & 0xFFFF
3298 }
3299
3300 /******************************************************************************
3301 * @fn ZDSecMgrLinkKeySet (stubs APSME_LinkKeySet)
3302 *
3303 * @brief Set <APSME_LinkKeyData_t> for specified NWK address.
3304 *
3305 * @param extAddr - [in] EXT address
3306 * @param data - [in] APSME_LinkKeyData_t
3307 *
3308 * @return ZStatus_t
3309 */
\ In segment BANKED_CODE, align 1, keep-with-next
3310 ZStatus_t ZDSecMgrLinkKeySet( uint8* extAddr, uint8* key )
\ APSME_LinkKeySet:
3311 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 REQUIRE ?V4
\ 000000 REQUIRE ?V5
\ 000000 REQUIRE ?V6
\ 000000 74F1 MOV A,#-0xf
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 15
\ 000005 ; Auto size: 4
\ 000005 74FC MOV A,#-0x4
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8C.. MOV ?V2,R4
\ 00000C 8D.. MOV ?V3,R5
3312 ZStatus_t status;
3313 ZDSecMgrEntry_t* entry;
3314 APSME_LinkKeyData_t *pApsLinkKey = NULL;
3315 uint16 Index;
3316
3317 // lookup entry index for specified EXT address
3318 status = ZDSecMgrEntryLookupExtGetIndex( extAddr, &entry, &Index );
\ 00000E ; Setup parameters for call to function ZDSecMgrEntryLookupExtGetIndex
\ 00000E 7402 MOV A,#0x2
\ 000010 12.... LCALL ?XSTACK_DISP100_8
\ 000013 88.. MOV ?V0,R0
\ 000015 89.. MOV ?V1,R1
\ 000017 78.. MOV R0,#?V0
\ 000019 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00001C 7402 MOV A,#0x2
\ 00001E 12.... LCALL ?XSTACK_DISP102_8
\ 000021 12.... LCALL `??ZDSecMgrEntryLookupExtGetIndex::?relay`; Banked call to: ZDSecMgrEntryLookupExtGetIndex
\ 000024 7402 MOV A,#0x2
\ 000026 12.... LCALL ?DEALLOC_XSTACK8
\ 000029 E9 MOV A,R1
\ 00002A FE MOV R6,A
3319
3320 if ( status == ZSuccess )
\ 00002B 6003 JZ $+5
\ 00002D 02.... LJMP ??CrossCallReturnLabel_299 & 0xFFFF
3321 {
3322 // point to NV item
3323 entry->keyNvId = ZCD_NV_APS_LINK_KEY_DATA_START + Index;
\ 000030 7402 MOV A,#0x2
\ 000032 12.... LCALL ?XSTACK_DISP0_8
\ 000035 E0 MOVX A,@DPTR
\ 000036 2401 ADD A,#0x1
\ 000038 F8 MOV R0,A
\ 000039 A3 INC DPTR
\ 00003A E0 MOVX A,@DPTR
\ 00003B 3402 ADDC A,#0x2
\ 00003D F9 MOV R1,A
\ 00003E 85..82 MOV DPL,?XSP + 0
\ 000041 85..83 MOV DPH,?XSP + 1
\ 000044 12.... LCALL ?Subroutine63 & 0xFFFF
\ ??CrossCallReturnLabel_90:
\ 000047 12.... LCALL ??Subroutine113_0 & 0xFFFF
3324
3325 pApsLinkKey = (APSME_LinkKeyData_t *)osal_mem_alloc(sizeof(APSME_LinkKeyData_t));
\ ??CrossCallReturnLabel_202:
\ 00004A ; Setup parameters for call to function osal_mem_alloc
\ 00004A 12.... LCALL ?Subroutine71 & 0xFFFF
3326
3327 if (pApsLinkKey != NULL)
\ ??CrossCallReturnLabel_293:
\ 00004D 7003 JNZ $+5
\ 00004F 02.... LJMP ??CrossCallReturnLabel_299 & 0xFFFF
3328 {
3329 // read the key form NV, keyNvId must be ZCD_NV_APS_LINK_KEY_DATA_START based
3330 osal_nv_read( entry->keyNvId, 0,
3331 sizeof(APSME_LinkKeyData_t), pApsLinkKey );
\ 000052 ; Setup parameters for call to function osal_nv_read
\ 000052 78.. MOV R0,#?V0
\ 000054 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000057 75..18 MOV ?V4,#0x18
\ 00005A 75..00 MOV ?V5,#0x0
\ 00005D 78.. MOV R0,#?V4
\ 00005F 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000062 7C00 MOV R4,#0x0
\ 000064 7D00 MOV R5,#0x0
\ 000066 7404 MOV A,#0x4
\ 000068 12.... LCALL ?XSTACK_DISP0_8
\ 00006B 12.... LCALL ??Subroutine141_0 & 0xFFFF
\ ??CrossCallReturnLabel_302:
\ 00006E 12.... LCALL ?Subroutine49 & 0xFFFF
\ ??CrossCallReturnLabel_66:
\ 000071 12.... LCALL ?DEALLOC_XSTACK8
3332
3333 // set new values of the key
3334 osal_memcpy( pApsLinkKey->key, key, SEC_KEY_LEN );
\ 000074 ; Setup parameters for call to function osal_memcpy
\ 000074 85.... MOV ?V4,?V2
\ 000077 85.... MOV ?V5,?V3
\ 00007A 75..00 MOV ?V6,#0x0
\ 00007D 78.. MOV R0,#?V4
\ 00007F 12.... LCALL ?PUSH_XSTACK_I_THREE
\ 000082 7C10 MOV R4,#0x10
\ 000084 7D00 MOV R5,#0x0
\ 000086 AA.. MOV R2,?V0
\ 000088 AB.. MOV R3,?V1
\ 00008A 12.... LCALL ??Subroutine137_0 & 0xFFFF
\ ??CrossCallReturnLabel_292:
\ 00008D 12.... LCALL ?DEALLOC_XSTACK8
3335 pApsLinkKey->rxFrmCntr = 0;
\ 000090 E5.. MOV A,?V0
\ 000092 2414 ADD A,#0x14
\ 000094 12.... LCALL ?Subroutine13 & 0xFFFF
3336 pApsLinkKey->txFrmCntr = 0;
\ ??CrossCallReturnLabel_300:
\ 000097 E5.. MOV A,?V0
\ 000099 2410 ADD A,#0x10
\ 00009B 12.... LCALL ?Subroutine13 & 0xFFFF
3337
3338 osal_nv_write( entry->keyNvId, 0,
3339 sizeof(APSME_LinkKeyData_t), pApsLinkKey );
\ ??CrossCallReturnLabel_301:
\ 00009E ; Setup parameters for call to function osal_nv_write
\ 00009E 78.. MOV R0,#?V0
\ 0000A0 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000A3 75..18 MOV ?V2,#0x18
\ 0000A6 75..00 MOV ?V3,#0x0
\ 0000A9 78.. MOV R0,#?V2
\ 0000AB 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000AE 7C00 MOV R4,#0x0
\ 0000B0 7D00 MOV R5,#0x0
\ 0000B2 7404 MOV A,#0x4
\ 0000B4 12.... LCALL ?XSTACK_DISP0_8
\ 0000B7 12.... LCALL ?Subroutine53 & 0xFFFF
\ ??CrossCallReturnLabel_75:
\ 0000BA 12.... LCALL ??Subroutine106_0 & 0xFFFF
\ ??CrossCallReturnLabel_155:
\ 0000BD 12.... LCALL ?DEALLOC_XSTACK8
3340
3341 // clear copy of key in RAM
3342 osal_memset(pApsLinkKey, 0x00, sizeof(APSME_LinkKeyData_t));
\ 0000C0 ; Setup parameters for call to function osal_memset
\ 0000C0 7C18 MOV R4,#0x18
\ 0000C2 12.... LCALL ?Subroutine41 & 0xFFFF
3343
3344 osal_mem_free(pApsLinkKey);
\ ??CrossCallReturnLabel_58:
\ 0000C5 12.... LCALL ?Subroutine58 & 0xFFFF
\ ??CrossCallReturnLabel_303:
\ 0000C8 12.... LCALL ??Subroutine146_0 & 0xFFFF
\ ??CrossCallReturnLabel_325:
\ 0000CB E8 MOV A,R0
\ 0000CC 75F009 MOV B,#0x9
\ 0000CF A4 MUL AB
\ 0000D0 F8 MOV R0,A
\ 0000D1 AAF0 MOV R2,B
\ 0000D3 75F009 MOV B,#0x9
\ 0000D6 E9 MOV A,R1
\ 0000D7 A4 MUL AB
\ 0000D8 2A ADD A,R2
\ 0000D9 F9 MOV R1,A
\ 0000DA 74.. MOV A,#ApsLinkKeyFrmCntr & 0xff
\ 0000DC 28 ADD A,R0
\ 0000DD F8 MOV R0,A
\ 0000DE 74.. MOV A,#(ApsLinkKeyFrmCntr >> 8) & 0xff
\ 0000E0 39 ADDC A,R1
\ 0000E1 F9 MOV R1,A
\ 0000E2 E8 MOV A,R0
\ 0000E3 24F7 ADD A,#-0x9
\ 0000E5 F582 MOV DPL,A
\ 0000E7 E9 MOV A,R1
\ 0000E8 34ED ADDC A,#-0x13
\ 0000EA 12.... LCALL ??Subroutine139_0 & 0xFFFF
3345
3346 // set initial values for counters in RAM
3347 ApsLinkKeyFrmCntr[entry->keyNvId - ZCD_NV_APS_LINK_KEY_DATA_START].txFrmCntr = 0;
3348 ApsLinkKeyFrmCntr[entry->keyNvId - ZCD_NV_APS_LINK_KEY_DATA_START].rxFrmCntr = 0;
\ ??CrossCallReturnLabel_298:
\ 0000ED E8 MOV A,R0
\ 0000EE 24FB ADD A,#-0x5
\ 0000F0 F582 MOV DPL,A
\ 0000F2 E9 MOV A,R1
\ 0000F3 34ED ADDC A,#-0x13
\ 0000F5 12.... LCALL ??Subroutine139_0 & 0xFFFF
3349 }
3350 }
3351
3352 return status;
\ ??CrossCallReturnLabel_299:
\ 0000F8 EE MOV A,R6
\ 0000F9 F9 MOV R1,A
\ 0000FA 7404 MOV A,#0x4
\ 0000FC 12.... LCALL ?DEALLOC_XSTACK8
\ 0000FF 7F07 MOV R7,#0x7
\ 000101 02.... LJMP ?BANKED_LEAVE_XDATA
3353 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine71:
\ 000000 7A18 MOV R2,#0x18
\ 000002 REQUIRE ??Subroutine138_0
\ 000002 ; // Fall through to label ??Subroutine138_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine138_0:
\ 000000 7B00 MOV R3,#0x0
\ 000002 12.... LCALL `??osal_mem_alloc::?relay`; Banked call to: osal_mem_alloc
\ 000005 8A.. MOV ?V0,R2
\ 000007 8B.. MOV ?V1,R3
\ 000009 EA MOV A,R2
\ 00000A 4B ORL A,R3
\ 00000B 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine13:
\ 000000 F582 MOV DPL,A
\ 000002 E4 CLR A
\ 000003 35.. ADDC A,?V1
\ 000005 REQUIRE ??Subroutine139_0
\ 000005 ; // Fall through to label ??Subroutine139_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine139_0:
\ 000000 F583 MOV DPH,A
\ 000002 REQUIRE ??Subroutine140_0
\ 000002 ; // Fall through to label ??Subroutine140_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine140_0:
\ 000000 E4 CLR A
\ 000001 F0 MOVX @DPTR,A
\ 000002 A3 INC DPTR
\ 000003 F0 MOVX @DPTR,A
\ 000004 A3 INC DPTR
\ 000005 F0 MOVX @DPTR,A
\ 000006 A3 INC DPTR
\ 000007 F0 MOVX @DPTR,A
\ 000008 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine58:
\ 000000 85..82 MOV DPL,?XSP + 0
\ 000003 85..83 MOV DPH,?XSP + 1
\ 000006 REQUIRE ??Subroutine141_0
\ 000006 ; // Fall through to label ??Subroutine141_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine141_0:
\ 000000 12.... LCALL ?Subroutine86 & 0xFFFF
\ ??CrossCallReturnLabel_307:
\ 000003 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine53:
\ 000000 12.... LCALL ?Subroutine86 & 0xFFFF
\ ??CrossCallReturnLabel_305:
\ 000003 12.... LCALL ?Subroutine100 & 0xFFFF
\ ??CrossCallReturnLabel_319:
\ 000006 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine41:
\ 000000 7D00 MOV R5,#0x0
\ 000002 7900 MOV R1,#0x0
\ 000004 AA.. MOV R2,?V0
\ 000006 AB.. MOV R3,?V1
\ 000008 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
\ 00000B ; Setup parameters for call to function osal_mem_free
\ 00000B ; Setup parameters for call to function osal_mem_free
\ 00000B AA.. MOV R2,?V0
\ 00000D AB.. MOV R3,?V1
\ 00000F 12.... LCALL `??osal_mem_free::?relay`; Banked call to: osal_mem_free
\ 000012 22 RET
3354
3355 /******************************************************************************
3356 * @fn ZDSecMgrAuthenticationSet
3357 *
3358 * @brief Mark the specific device as authenticated or not
3359 *
3360 * @param extAddr - [in] EXT address
3361 * @param option - [in] authenticated or not
3362 *
3363 * @return ZStatus_t
3364 */
\ In segment BANKED_CODE, align 1, keep-with-next
3365 ZStatus_t ZDSecMgrAuthenticationSet( uint8* extAddr, ZDSecMgr_Authentication_Option option )
\ ZDSecMgrAuthenticationSet:
3366 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A E9 MOV A,R1
\ 00000B FE MOV R6,A
3367 ZStatus_t status;
3368 ZDSecMgrEntry_t* entry;
3369
3370
3371 // lookup entry index for specified EXT address
3372 status = ZDSecMgrEntryLookupExt( extAddr, &entry );
\ 00000C ; Setup parameters for call to function ZDSecMgrEntryLookupExt
\ 00000C AC.. MOV R4,?XSP + 0
\ 00000E AD.. MOV R5,?XSP + 1
\ 000010 12.... LCALL `??ZDSecMgrEntryLookupExt::?relay`; Banked call to: ZDSecMgrEntryLookupExt
\ 000013 E9 MOV A,R1
\ 000014 F9 MOV R1,A
3373
3374 if ( status == ZSuccess )
\ 000015 7007 JNZ ??ZDSecMgrAuthenticationSet_0
3375 {
3376 entry->authenticateOption = option;
\ 000017 12.... LCALL ?Subroutine58 & 0xFFFF
3377 }
\ ??CrossCallReturnLabel_304:
\ 00001A A3 INC DPTR
\ 00001B A3 INC DPTR
\ 00001C EE MOV A,R6
\ 00001D F0 MOVX @DPTR,A
3378
3379 return status;
\ ??ZDSecMgrAuthenticationSet_0:
\ 00001E 02.... LJMP ??Subroutine124_0 & 0xFFFF
3380 }
3381
3382 /******************************************************************************
3383 * @fn ZDSecMgrAuthenticationCheck
3384 *
3385 * @brief Check if the specific device has been authenticated or not
3386 * For non-trust center device, always return TRUE
3387 *
3388 * @param shortAddr - [in] short address
3389 *
3390 * @return TRUE @ authenticated with CBKE
3391 * FALSE @ not authenticated
3392 */
3393
\ In segment BANKED_CODE, align 1, keep-with-next
3394 uint8 ZDSecMgrAuthenticationCheck( uint16 shortAddr )
\ ZDSecMgrAuthenticationCheck:
3395 {
\ 000000 ; Saved register size: 0
\ 000000 ; Auto size: 0
3396 #if defined (TC_LINKKEY_JOIN)
3397
3398 ZDSecMgrEntry_t* entry;
3399 uint8 extAddr[Z_EXTADDR_LEN];
3400
3401 // If the local device is not the trust center, always return TRUE
3402 if ( NLME_GetShortAddr() != zgTrustCenterAddr )
3403 {
3404 return TRUE;
3405 }
3406 // Otherwise, check the authentication option
3407 else if ( AddrMgrExtAddrLookup( shortAddr, extAddr ) )
3408 {
3409 // lookup entry index for specified EXT address
3410 if ( ZDSecMgrEntryLookupExt( extAddr, &entry ) == ZSuccess )
3411 {
3412 if ( entry->authenticateOption != ZDSecMgr_Not_Authenticated )
3413 {
3414 return TRUE;
3415 }
3416 else
3417 {
3418 return FALSE;
3419 }
3420 }
3421 }
3422 return FALSE;
3423
3424 #else
3425 (void)shortAddr; // Intentionally unreferenced parameter
3426
3427 // For non AMI/SE Profile, perform no check and always return TRUE.
3428 return TRUE;
\ 000000 7901 MOV R1,#0x1
\ 000002 02.... LJMP ?BRET
3429
3430 #endif // TC_LINKKEY_JOIN
3431 }
3432
3433 /******************************************************************************
3434 * @fn ZDSecMgrLinkKeyNVIdGet (stubs APSME_LinkKeyNVIdGet)
3435 *
3436 * @brief Get Key NV ID for specified NWK address.
3437 *
3438 * @param extAddr - [in] EXT address
3439 * @param keyNvId - [out] NV ID
3440 *
3441 * @return ZStatus_t
3442 */
\ In segment BANKED_CODE, align 1, keep-with-next
3443 ZStatus_t ZDSecMgrLinkKeyNVIdGet(uint8* extAddr, uint16 *pKeyNvId)
\ APSME_LinkKeyNVIdGet:
3444 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 2
\ 000005 74FE MOV A,#-0x2
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EC MOV A,R4
\ 00000B FE MOV R6,A
\ 00000C ED MOV A,R5
\ 00000D FF MOV R7,A
3445 ZStatus_t status;
3446 ZDSecMgrEntry_t* entry;
3447
3448 // lookup entry index for specified NWK address
3449 status = ZDSecMgrEntryLookupExt( extAddr, &entry );
\ 00000E ; Setup parameters for call to function ZDSecMgrEntryLookupExt
\ 00000E AC.. MOV R4,?XSP + 0
\ 000010 AD.. MOV R5,?XSP + 1
\ 000012 12.... LCALL `??ZDSecMgrEntryLookupExt::?relay`; Banked call to: ZDSecMgrEntryLookupExt
\ 000015 E9 MOV A,R1
\ 000016 F9 MOV R1,A
3450
3451 if ( status == ZSuccess )
\ 000017 7014 JNZ ??APSME_LinkKeyNVIdGet_0
3452 {
3453 // return the index to the NV table
3454 *pKeyNvId = entry->keyNvId;
\ 000019 85..82 MOV DPL,?XSP + 0
\ 00001C 85..83 MOV DPH,?XSP + 1
\ 00001F 12.... LCALL ?Subroutine53 & 0xFFFF
3455 }
\ ??CrossCallReturnLabel_76:
\ 000022 FB MOV R3,A
\ 000023 8E82 MOV DPL,R6
\ 000025 8F83 MOV DPH,R7
\ 000027 EA MOV A,R2
\ 000028 F0 MOVX @DPTR,A
\ 000029 A3 INC DPTR
\ 00002A EB MOV A,R3
\ 00002B 8007 SJMP ??APSME_LinkKeyNVIdGet_1
3456 else
3457 {
3458 *pKeyNvId = SEC_NO_KEY_NV_ID;
\ ??APSME_LinkKeyNVIdGet_0:
\ 00002D 8E82 MOV DPL,R6
\ 00002F 8F83 MOV DPH,R7
\ 000031 E4 CLR A
\ 000032 F0 MOVX @DPTR,A
\ 000033 A3 INC DPTR
\ ??APSME_LinkKeyNVIdGet_1:
\ 000034 F0 MOVX @DPTR,A
3459 }
3460
3461 return status;
\ 000035 02.... LJMP ??Subroutine124_0 & 0xFFFF
3462 }
3463
3464 /******************************************************************************
3465 * @fn ZDSecMgrIsLinkKeyValid (stubs APSME_IsLinkKeyValid)
3466 *
3467 * @brief Verifies if Link Key in NV has been set.
3468 *
3469 * @param extAddr - [in] EXT address
3470 *
3471 * @return TRUE - Link Key has been established
3472 * FALSE - Link Key in NV has default value.
3473 */
\ In segment BANKED_CODE, align 1, keep-with-next
3474 uint8 ZDSecMgrIsLinkKeyValid(uint8* extAddr)
\ APSME_IsLinkKeyValid:
3475 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V4
\ 000000 REQUIRE ?V5
\ 000000 74F2 MOV A,#-0xe
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 14
\ 000005 ; Auto size: 18
\ 000005 74EE MOV A,#-0x12
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8A.. MOV ?V0,R2
\ 00000C 8B.. MOV ?V1,R3
3476 APSME_LinkKeyData_t *pKeyData = NULL;
3477 uint16 apsLinkKeyNvId;
3478 uint8 nullKey[SEC_KEY_LEN];
3479 uint8 status = FALSE;
\ 00000E 7E00 MOV R6,#0x0
3480
3481 // initialize default vealue to compare to
3482 osal_memset(nullKey, 0x00, SEC_KEY_LEN);
\ 000010 ; Setup parameters for call to function osal_memset
\ 000010 7C10 MOV R4,#0x10
\ 000012 7D00 MOV R5,#0x0
\ 000014 7900 MOV R1,#0x0
\ 000016 7402 MOV A,#0x2
\ 000018 12.... LCALL ?XSTACK_DISP101_8
\ 00001B 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
3483
3484 // check for APS link NV ID
3485 APSME_LinkKeyNVIdGet( extAddr, &apsLinkKeyNvId );
\ 00001E ; Setup parameters for call to function APSME_LinkKeyNVIdGet
\ 00001E AC.. MOV R4,?XSP + 0
\ 000020 AD.. MOV R5,?XSP + 1
\ 000022 AA.. MOV R2,?V0
\ 000024 AB.. MOV R3,?V1
\ 000026 12.... LCALL `??APSME_LinkKeyNVIdGet::?relay`; Banked call to: APSME_LinkKeyNVIdGet
3486
3487 if (apsLinkKeyNvId != SEC_NO_KEY_NV_ID )
\ 000029 12.... LCALL ??Subroutine135_0 & 0xFFFF
\ ??CrossCallReturnLabel_286:
\ 00002C 605D JZ ??APSME_IsLinkKeyValid_0
3488 {
3489 pKeyData = (APSME_LinkKeyData_t *)osal_mem_alloc(sizeof(APSME_LinkKeyData_t));
\ 00002E ; Setup parameters for call to function osal_mem_alloc
\ 00002E 7A18 MOV R2,#0x18
\ 000030 7B00 MOV R3,#0x0
\ 000032 12.... LCALL `??osal_mem_alloc::?relay`; Banked call to: osal_mem_alloc
\ 000035 8A.. MOV ?V4,R2
\ 000037 8B.. MOV ?V5,R3
3490
3491 if (pKeyData != NULL)
\ 000039 EA MOV A,R2
\ 00003A 4B ORL A,R3
\ 00003B 604E JZ ??APSME_IsLinkKeyValid_0
3492 {
3493 // retrieve key from NV
3494 if ( osal_nv_read( apsLinkKeyNvId, 0,
3495 sizeof(APSME_LinkKeyData_t), pKeyData) == ZSUCCESS)
\ 00003D ; Setup parameters for call to function osal_nv_read
\ 00003D 78.. MOV R0,#?V4
\ 00003F 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000042 75..18 MOV ?V0,#0x18
\ 000045 8E.. MOV ?V1,R6
\ 000047 78.. MOV R0,#?V0
\ 000049 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00004C 7C00 MOV R4,#0x0
\ 00004E 7D00 MOV R5,#0x0
\ 000050 7404 MOV A,#0x4
\ 000052 12.... LCALL ?XSTACK_DISP0_8
\ 000055 12.... LCALL ?Subroutine49 & 0xFFFF
\ ??CrossCallReturnLabel_67:
\ 000058 12.... LCALL ?DEALLOC_XSTACK8
\ 00005B E9 MOV A,R1
\ 00005C 702D JNZ ??APSME_IsLinkKeyValid_0
3496 {
3497 // if stored key is different than default value, then a key has been established
3498 if (!osal_memcmp(pKeyData, nullKey, SEC_KEY_LEN))
\ 00005E ; Setup parameters for call to function osal_memcmp
\ 00005E 7402 MOV A,#0x2
\ 000060 12.... LCALL ?XSTACK_DISP100_8
\ 000063 88.. MOV ?V0,R0
\ 000065 89.. MOV ?V1,R1
\ 000067 8E.. MOV ?V2,R6
\ 000069 78.. MOV R0,#?V0
\ 00006B 12.... LCALL ?PUSH_XSTACK_I_THREE
\ 00006E 7C10 MOV R4,#0x10
\ 000070 7D00 MOV R5,#0x0
\ 000072 85..82 MOV DPL,?V4
\ 000075 85..83 MOV DPH,?V5
\ 000078 A982 MOV R1,DPL
\ 00007A AA83 MOV R2,DPH
\ 00007C 7B00 MOV R3,#0x0
\ 00007E 12.... LCALL `??osal_memcmp::?relay`; Banked call to: osal_memcmp
\ 000081 7403 MOV A,#0x3
\ 000083 12.... LCALL ?DEALLOC_XSTACK8
\ 000086 E9 MOV A,R1
\ 000087 7002 JNZ ??APSME_IsLinkKeyValid_0
3499 {
3500 status = TRUE;
\ 000089 7E01 MOV R6,#0x1
3501 }
3502 }
3503 }
3504 }
3505
3506 return status;
\ ??APSME_IsLinkKeyValid_0:
\ 00008B EE MOV A,R6
\ 00008C F9 MOV R1,A
\ 00008D REQUIRE ?Subroutine2
\ 00008D ; // Fall through to label ?Subroutine2
3507 }
3508
3509 /******************************************************************************
3510 * @fn ZDSecMgrKeyFwdToChild (stubs APSME_KeyFwdToChild)
3511 *
3512 * @brief Verify and process key transportation to child.
3513 *
3514 * @param ind - [in] APSME_TransportKeyInd_t
3515 *
3516 * @return uint8 - success(TRUE:FALSE)
3517 */
\ In segment BANKED_CODE, align 1, keep-with-next
3518 uint8 ZDSecMgrKeyFwdToChild( APSME_TransportKeyInd_t* ind )
\ APSME_KeyFwdToChild:
3519 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 0
3520 // verify from Trust Center
3521 if ( ind->srcAddr == APSME_TRUSTCENTER_NWKADDR )
\ 000005 8A82 MOV DPL,R2
\ 000007 8B83 MOV DPH,R3
\ 000009 12.... LCALL ??Subroutine136_0 & 0xFFFF
\ ??CrossCallReturnLabel_284:
\ 00000C 7035 JNZ ??APSME_KeyFwdToChild_0
3522 {
3523 // check for initial NWK key
3524 if ( ( ind->keyType == KEY_TYPE_NWK ) ||
3525 ( ind->keyType == 6 ) ||
3526 ( ind->keyType == KEY_TYPE_NWK_HIGH ) )
\ 00000E 8A82 MOV DPL,R2
\ 000010 8B83 MOV DPH,R3
\ 000012 A3 INC DPTR
\ 000013 A3 INC DPTR
\ 000014 E0 MOVX A,@DPTR
\ 000015 6401 XRL A,#0x1
\ 000017 6016 JZ ??APSME_KeyFwdToChild_1
\ 000019 8A82 MOV DPL,R2
\ 00001B 8B83 MOV DPH,R3
\ 00001D A3 INC DPTR
\ 00001E A3 INC DPTR
\ 00001F E0 MOVX A,@DPTR
\ 000020 6406 XRL A,#0x6
\ 000022 600B JZ ??APSME_KeyFwdToChild_1
\ 000024 8A82 MOV DPL,R2
\ 000026 8B83 MOV DPH,R3
\ 000028 A3 INC DPTR
\ 000029 A3 INC DPTR
\ 00002A E0 MOVX A,@DPTR
\ 00002B 6405 XRL A,#0x5
\ 00002D 7010 JNZ ??APSME_KeyFwdToChild_2
3527 {
3528 // set association status to authenticated
3529 ZDSecMgrAssocDeviceAuth( AssocGetWithExt( ind->dstExtAddr ) );
\ ??APSME_KeyFwdToChild_1:
\ 00002F ; Setup parameters for call to function AssocGetWithExt
\ 00002F 8A82 MOV DPL,R2
\ 000031 8B83 MOV DPH,R3
\ 000033 A3 INC DPTR
\ 000034 A3 INC DPTR
\ 000035 A3 INC DPTR
\ 000036 A3 INC DPTR
\ 000037 A3 INC DPTR
\ 000038 A3 INC DPTR
\ 000039 12.... LCALL ?Subroutine67 & 0xFFFF
3530 }
\ ??CrossCallReturnLabel_98:
\ 00003C ; Setup parameters for call to function ZDSecMgrAssocDeviceAuth
\ 00003C 12.... LCALL `??ZDSecMgrAssocDeviceAuth::?relay`; Banked call to: ZDSecMgrAssocDeviceAuth
3531
3532 return TRUE;
\ ??APSME_KeyFwdToChild_2:
\ 00003F 7901 MOV R1,#0x1
\ 000041 8002 SJMP ??APSME_KeyFwdToChild_3
3533 }
3534
3535 return FALSE;
\ ??APSME_KeyFwdToChild_0:
\ 000043 7900 MOV R1,#0x0
\ ??APSME_KeyFwdToChild_3:
\ 000045 02.... LJMP ??Subroutine118_0 & 0xFFFF
3536 }
3537
3538 /******************************************************************************
3539 * @fn ZDSecMgrAddLinkKey
3540 *
3541 * @brief Add the application link key to ZDSecMgr. Also mark the device
3542 * as authenticated in the authenticateOption. Note that this function
3543 * is hardwared to CBKE right now.
3544 *
3545 * @param shortAddr - short address of the partner device
3546 * @param extAddr - extended address of the partner device
3547 * @param key - link key
3548 *
3549 * @return ZStatus_t
3550 */
\ In segment BANKED_CODE, align 1, keep-with-next
3551 ZStatus_t ZDSecMgrAddLinkKey( uint16 shortAddr, uint8 *extAddr, uint8 *key)
\ ZDSecMgrAddLinkKey:
3552 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 4
\ 000005 74FC MOV A,#-0x4
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A EC MOV A,R4
\ 00000B FE MOV R6,A
\ 00000C ED MOV A,R5
\ 00000D FF MOV R7,A
3553 uint16 ami;
3554 ZDSecMgrEntry_t* entry;
3555
3556 /* Store the device address in the addr manager */
3557 if( ZDSecMgrAddrStore( shortAddr, extAddr, &ami ) != ZSuccess )
\ 00000E ; Setup parameters for call to function ZDSecMgrAddrStore
\ 00000E 7402 MOV A,#0x2
\ 000010 12.... LCALL ?XSTACK_DISP100_8
\ 000013 88.. MOV ?V0,R0
\ 000015 89.. MOV ?V1,R1
\ 000017 78.. MOV R0,#?V0
\ 000019 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00001C 12.... LCALL `??ZDSecMgrAddrStore::?relay`; Banked call to: ZDSecMgrAddrStore
\ 00001F 7402 MOV A,#0x2
\ 000021 12.... LCALL ?DEALLOC_XSTACK8
\ 000024 E9 MOV A,R1
\ 000025 6004 JZ ??ZDSecMgrAddLinkKey_0
3558 {
3559 /* Adding to Addr Manager fails */
3560 return ZFailure;
\ 000027 7901 MOV R1,#0x1
\ 000029 8036 SJMP ??ZDSecMgrAddLinkKey_1
3561 }
3562
3563 /* Lookup entry using specified address index */
3564 ZDSecMgrEntryLookupAMI( ami, &entry );
\ ??ZDSecMgrAddLinkKey_0:
\ 00002B ; Setup parameters for call to function ZDSecMgrEntryLookupAMI
\ 00002B AC.. MOV R4,?XSP + 0
\ 00002D AD.. MOV R5,?XSP + 1
\ 00002F 7402 MOV A,#0x2
\ 000031 12.... LCALL ?XSTACK_DISP0_8
\ 000034 12.... LCALL ?Subroutine64 & 0xFFFF
3565
3566 // If no existing entry, create one
3567 if ( entry == NULL )
\ ??CrossCallReturnLabel_92:
\ 000037 12.... LCALL ??Subroutine135_0 & 0xFFFF
\ ??CrossCallReturnLabel_287:
\ 00003A 7018 JNZ ??CrossCallReturnLabel_203
3568 {
3569 if ( ZDSecMgrEntryNew( &entry ) == ZSuccess )
\ 00003C ; Setup parameters for call to function ZDSecMgrEntryNew
\ 00003C AA.. MOV R2,?XSP + 0
\ 00003E AB.. MOV R3,?XSP + 1
\ 000040 12.... LCALL `??ZDSecMgrEntryNew::?relay`; Banked call to: ZDSecMgrEntryNew
\ 000043 E9 MOV A,R1
\ 000044 701E JNZ ??ZDSecMgrAddLinkKey_2
3570 {
3571 entry->ami = ami;
\ 000046 7402 MOV A,#0x2
\ 000048 12.... LCALL ?XSTACK_DISP0_8
\ 00004B 12.... LCALL ?Subroutine60 & 0xFFFF
3572 }
\ ??CrossCallReturnLabel_86:
\ 00004E 12.... LCALL ?Subroutine69 & 0xFFFF
\ ??CrossCallReturnLabel_100:
\ 000051 12.... LCALL ??Subroutine113_0 & 0xFFFF
3573 else
3574 {
3575 /* Security Manager full */
3576 return ZBufferFull;
3577 }
3578 }
3579 // Write the link key
3580 APSME_LinkKeySet( extAddr, key );
\ ??CrossCallReturnLabel_203:
\ 000054 ; Setup parameters for call to function APSME_LinkKeySet
\ 000054 740E MOV A,#0xe
\ 000056 12.... LCALL ?XSTACK_DISP0_8
\ 000059 12.... LCALL ?Subroutine88 & 0xFFFF
\ ??CrossCallReturnLabel_123:
\ 00005C 12.... LCALL `??APSME_LinkKeySet::?relay`; Banked call to: APSME_LinkKeySet
3581
3582 #if defined (TC_LINKKEY_JOIN)
3583 // Mark the device as authenticated.
3584 ZDSecMgrAuthenticationSet( extAddr, ZDSecMgr_Authenticated_CBCK );
3585 #endif
3586
3587 #if defined NV_RESTORE
3588 ZDSecMgrWriteNV(); // Write the new established link key to NV.
3589 #endif
3590
3591 return ZSuccess;
\ 00005F 7900 MOV R1,#0x0
\ ??ZDSecMgrAddLinkKey_1:
\ 000061 02.... LJMP ?Subroutine6 & 0xFFFF
\ ??ZDSecMgrAddLinkKey_2:
\ 000064 7911 MOV R1,#0x11
\ 000066 80F9 SJMP ??ZDSecMgrAddLinkKey_1
3592 }
3593
3594 #if defined ( NV_RESTORE )
3595 /******************************************************************************
3596 * @fn ZDSecMgrInitNV
3597 *
3598 * @brief Initialize the SecMgr entry data in NV with all values set to 0
3599 *
3600 * @param none
3601 *
3602 * @return uint8 - <osal_nv_item_init> return codes
3603 */
3604 uint8 ZDSecMgrInitNV(void)
3605 {
3606
3607 uint8 rtrn = osal_nv_item_init(ZCD_NV_APS_LINK_KEY_TABLE,
3608 (sizeof(nvDeviceListHdr_t) + (sizeof(ZDSecMgrEntry_t) * ZDSECMGR_ENTRY_MAX)), NULL);
3609
3610 // If the item does not already exist, set all values to 0
3611 if (rtrn != SUCCESS)
3612 {
3613 nvDeviceListHdr_t hdr;
3614 hdr.numRecs = 0;
3615 osal_nv_write(ZCD_NV_APS_LINK_KEY_TABLE, 0, sizeof(nvDeviceListHdr_t), &hdr);
3616 }
3617
3618 return rtrn;
3619 }
3620 #endif // NV_RESTORE
3621
3622 #if defined ( NV_RESTORE )
3623 /*********************************************************************
3624 * @fn ZDSecMgrWriteNV()
3625 *
3626 * @brief Save off the APS link key list to NV
3627 *
3628 * @param none
3629 *
3630 * @return none
3631 */
3632 static void ZDSecMgrWriteNV( void )
3633 {
3634 uint16 i;
3635 nvDeviceListHdr_t hdr;
3636
3637 hdr.numRecs = 0;
3638
3639 if (ZDSecMgrEntries != NULL)
3640 {
3641 for ( i = 0; i < ZDSECMGR_ENTRY_MAX; i++ )
3642 {
3643 if ( ZDSecMgrEntries[i].ami != INVALID_NODE_ADDR )
3644 {
3645 // Save off the record
3646 osal_nv_write( ZCD_NV_APS_LINK_KEY_TABLE,
3647 (uint16)((sizeof(nvDeviceListHdr_t)) + (hdr.numRecs * sizeof(ZDSecMgrEntry_t))),
3648 sizeof(ZDSecMgrEntry_t), &ZDSecMgrEntries[i] );
3649 hdr.numRecs++;
3650 }
3651 }
3652 }
3653
3654 // Save off the header
3655 osal_nv_write( ZCD_NV_APS_LINK_KEY_TABLE, 0, sizeof( nvDeviceListHdr_t ), &hdr );
3656 }
3657 #endif // NV_RESTORE
3658
3659 #if defined ( NV_RESTORE )
3660 /******************************************************************************
3661 * @fn ZDSecMgrRestoreFromNV
3662 *
3663 * @brief Restore the APS Link Key entry data from NV. It does not restore
3664 * the key data itself as they remain in NV until they are used.
3665 * Only list data is restored.
3666 *
3667 * @param none
3668 *
3669 * @return None.
3670 */
3671 static void ZDSecMgrRestoreFromNV( void )
3672 {
3673 nvDeviceListHdr_t hdr;
3674 APSME_LinkKeyData_t *pApsLinkKey = NULL;
3675
3676 if ((osal_nv_read(ZCD_NV_APS_LINK_KEY_TABLE, 0, sizeof(nvDeviceListHdr_t), &hdr) == ZSUCCESS) &&
3677 (hdr.numRecs <= ZDSECMGR_ENTRY_MAX))
3678 {
3679 uint8 x;
3680
3681 pApsLinkKey = (APSME_LinkKeyData_t *)osal_mem_alloc(sizeof(APSME_LinkKeyData_t));
3682
3683 for (x = 0; x < hdr.numRecs; x++)
3684 {
3685 if ( osal_nv_read( ZCD_NV_APS_LINK_KEY_TABLE,
3686 (uint16)(sizeof(nvDeviceListHdr_t) + (x * sizeof(ZDSecMgrEntry_t))),
3687 sizeof(ZDSecMgrEntry_t), &ZDSecMgrEntries[x] ) == SUCCESS )
3688 {
3689 // update data only for valid entries
3690 if ( ZDSecMgrEntries[x].ami != INVALID_NODE_ADDR )
3691 {
3692 if (pApsLinkKey != NULL)
3693 {
3694 // read the key form NV, keyNvId must be ZCD_NV_APS_LINK_KEY_DATA_START based
3695 osal_nv_read( ZDSecMgrEntries[x].keyNvId, 0,
3696 sizeof(APSME_LinkKeyData_t), pApsLinkKey );
3697
3698 // set new values for the counter
3699 pApsLinkKey->txFrmCntr += ( MAX_APS_FRAMECOUNTER_CHANGES + 1 );
3700
3701 // restore values for counters in RAM
3702 ApsLinkKeyFrmCntr[ZDSecMgrEntries[x].keyNvId - ZCD_NV_APS_LINK_KEY_DATA_START].txFrmCntr =
3703 pApsLinkKey->txFrmCntr;
3704
3705 ApsLinkKeyFrmCntr[ZDSecMgrEntries[x].keyNvId - ZCD_NV_APS_LINK_KEY_DATA_START].rxFrmCntr =
3706 pApsLinkKey->rxFrmCntr;
3707
3708 osal_nv_write( ZDSecMgrEntries[x].keyNvId, 0,
3709 sizeof(APSME_LinkKeyData_t), pApsLinkKey );
3710
3711 // clear copy of key in RAM
3712 osal_memset(pApsLinkKey, 0x00, sizeof(APSME_LinkKeyData_t));
3713 }
3714 }
3715 }
3716 }
3717
3718 if (pApsLinkKey != NULL)
3719 {
3720 osal_mem_free(pApsLinkKey);
3721 }
3722 }
3723 }
3724 #endif // NV_RESTORE
3725
3726 /*********************************************************************
3727 * @fn ZDSecMgrSetDefaultNV
3728 *
3729 * @brief Write the defaults to NV for Entry table and for APS key data table
3730 *
3731 * @param none
3732 *
3733 * @return none
3734 */
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine35:
\ 000000 7C00 MOV R4,#0x0
\ 000002 7D00 MOV R5,#0x0
\ 000004 EE MOV A,R6
\ 000005 2401 ADD A,#0x1
\ 000007 FA MOV R2,A
\ 000008 EF MOV A,R7
\ 000009 REQUIRE ??Subroutine105_0
\ 000009 ; // Fall through to label ??Subroutine105_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine105_0:
\ 000000 3402 ADDC A,#0x2
\ 000002 REQUIRE ??Subroutine106_0
\ 000002 ; // Fall through to label ??Subroutine106_0
\ In segment BANKED_CODE, align 1, keep-with-next
3735 void ZDSecMgrSetDefaultNV( void )
\ ZDSecMgrSetDefaultNV:
3736 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 74F4 MOV A,#-0xc
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 12
\ 000005 ; Auto size: 7
\ 000005 74F9 MOV A,#-0x7
\ 000007 12.... LCALL ?ALLOC_XSTACK8
3737 uint16 i;
3738 nvDeviceListHdr_t hdr;
3739 ZDSecMgrEntry_t secMgrEntry;
3740 APSME_LinkKeyData_t *pApsLinkKey = NULL;
3741
3742 // Initialize the header
3743 hdr.numRecs = 0;
\ 00000A 85..82 MOV DPL,?XSP + 0
\ 00000D 85..83 MOV DPH,?XSP + 1
\ 000010 E4 CLR A
\ 000011 F0 MOVX @DPTR,A
\ 000012 A3 INC DPTR
\ 000013 F0 MOVX @DPTR,A
3744
3745 // clear the header
3746 osal_nv_write(ZCD_NV_APS_LINK_KEY_TABLE, 0, sizeof(nvDeviceListHdr_t), &hdr);
\ 000014 ; Setup parameters for call to function osal_nv_write
\ 000014 A8.. MOV R0,?XSP + 0
\ 000016 A9.. MOV R1,?XSP + 1
\ 000018 88.. MOV ?V0,R0
\ 00001A 89.. MOV ?V1,R1
\ 00001C 78.. MOV R0,#?V0
\ 00001E 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000021 75..02 MOV ?V0,#0x2
\ 000024 75..00 MOV ?V1,#0x0
\ 000027 78.. MOV R0,#?V0
\ 000029 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00002C 7C00 MOV R4,#0x0
\ 00002E 7D00 MOV R5,#0x0
\ 000030 7A4C MOV R2,#0x4c
\ 000032 7B00 MOV R3,#0x0
\ 000034 12.... LCALL ??Subroutine107_0 & 0xFFFF
\ ??CrossCallReturnLabel_156:
\ 000037 12.... LCALL ?DEALLOC_XSTACK8
3747
3748 osal_memset( &secMgrEntry, 0x00, sizeof(ZDSecMgrEntry_t) );
\ 00003A ; Setup parameters for call to function osal_memset
\ 00003A 7C05 MOV R4,#0x5
\ 00003C 7D00 MOV R5,#0x0
\ 00003E 7900 MOV R1,#0x0
\ 000040 7402 MOV A,#0x2
\ 000042 12.... LCALL ?XSTACK_DISP101_8
\ 000045 12.... LCALL ?Subroutine40 & 0xFFFF
3749
3750 for ( i = 0; i < ZDSECMGR_ENTRY_MAX; i++ )
3751 {
3752 // Clear the record
3753 osal_nv_write( ZCD_NV_APS_LINK_KEY_TABLE,
3754 (uint16)((sizeof(nvDeviceListHdr_t)) + (i * sizeof(ZDSecMgrEntry_t))),
3755 sizeof(ZDSecMgrEntry_t), &secMgrEntry );
\ ??CrossCallReturnLabel_56:
\ 000048 ; Setup parameters for call to function osal_nv_write
\ 000048 7402 MOV A,#0x2
\ 00004A 12.... LCALL ?XSTACK_DISP100_8
\ 00004D 88.. MOV ?V0,R0
\ 00004F 89.. MOV ?V1,R1
\ 000051 78.. MOV R0,#?V0
\ 000053 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000056 75..05 MOV ?V0,#0x5
\ 000059 75..00 MOV ?V1,#0x0
\ 00005C 78.. MOV R0,#?V0
\ 00005E 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000061 EE MOV A,R6
\ 000062 F8 MOV R0,A
\ 000063 EF MOV A,R7
\ 000064 F9 MOV R1,A
\ 000065 E8 MOV A,R0
\ 000066 75F005 MOV B,#0x5
\ 000069 A4 MUL AB
\ 00006A F8 MOV R0,A
\ 00006B AAF0 MOV R2,B
\ 00006D 75F005 MOV B,#0x5
\ 000070 E9 MOV A,R1
\ 000071 A4 MUL AB
\ 000072 2A ADD A,R2
\ 000073 F9 MOV R1,A
\ 000074 E8 MOV A,R0
\ 000075 2402 ADD A,#0x2
\ 000077 FC MOV R4,A
\ 000078 E4 CLR A
\ 000079 39 ADDC A,R1
\ 00007A FD MOV R5,A
\ 00007B 7A4C MOV R2,#0x4c
\ 00007D 7B00 MOV R3,#0x0
\ 00007F 12.... LCALL ??Subroutine107_0 & 0xFFFF
3756 }
\ ??CrossCallReturnLabel_157:
\ 000082 12.... LCALL ?DEALLOC_XSTACK8
\ 000085 0E INC R6
\ 000086 EE MOV A,R6
\ 000087 7001 JNZ ??ZDSecMgrSetDefaultNV_0
\ 000089 0F INC R7
\ ??ZDSecMgrSetDefaultNV_0:
\ 00008A 12.... LCALL ?Subroutine37 & 0xFFFF
\ ??CrossCallReturnLabel_50:
\ 00008D 40B9 JC ??CrossCallReturnLabel_56
3757
3758 pApsLinkKey = (APSME_LinkKeyData_t *)osal_mem_alloc(sizeof(APSME_LinkKeyData_t));
\ 00008F ; Setup parameters for call to function osal_mem_alloc
\ 00008F 12.... LCALL ?Subroutine71 & 0xFFFF
3759
3760 if (pApsLinkKey != NULL)
\ ??CrossCallReturnLabel_294:
\ 000092 6030 JZ ??ZDSecMgrSetDefaultNV_1
3761 {
3762 osal_memset( pApsLinkKey, 0x00, sizeof(APSME_LinkKeyData_t) );
\ 000094 ; Setup parameters for call to function osal_memset
\ 000094 7C18 MOV R4,#0x18
\ 000096 7D00 MOV R5,#0x0
\ 000098 7900 MOV R1,#0x0
\ 00009A 12.... LCALL ?Subroutine40 & 0xFFFF
3763
3764 for ( i = 0; i < ZDSECMGR_ENTRY_MAX; i++ )
3765 {
3766 // Clear the record
3767 osal_nv_write( (ZCD_NV_APS_LINK_KEY_DATA_START + i), 0,
3768 sizeof(APSME_LinkKeyData_t), pApsLinkKey);
\ ??CrossCallReturnLabel_57:
\ 00009D ; Setup parameters for call to function osal_nv_write
\ 00009D 78.. MOV R0,#?V0
\ 00009F 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000A2 75..18 MOV ?V2,#0x18
\ 0000A5 75..00 MOV ?V3,#0x0
\ 0000A8 78.. MOV R0,#?V2
\ 0000AA 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000AD 12.... LCALL ?Subroutine35 & 0xFFFF
3769 }
\ ??CrossCallReturnLabel_148:
\ 0000B0 12.... LCALL ?DEALLOC_XSTACK8
\ 0000B3 0E INC R6
\ 0000B4 EE MOV A,R6
\ 0000B5 7001 JNZ ??ZDSecMgrSetDefaultNV_2
\ 0000B7 0F INC R7
\ ??ZDSecMgrSetDefaultNV_2:
\ 0000B8 12.... LCALL ?Subroutine37 & 0xFFFF
\ ??CrossCallReturnLabel_51:
\ 0000BB 40E0 JC ??CrossCallReturnLabel_57
3770
3771 osal_mem_free(pApsLinkKey);
\ 0000BD ; Setup parameters for call to function osal_mem_free
\ 0000BD AA.. MOV R2,?V0
\ 0000BF AB.. MOV R3,?V1
\ 0000C1 12.... LCALL `??osal_mem_free::?relay`; Banked call to: osal_mem_free
3772 }
3773 }
\ ??ZDSecMgrSetDefaultNV_1:
\ 0000C4 7407 MOV A,#0x7
\ 0000C6 REQUIRE ?Subroutine4
\ 0000C6 ; // Fall through to label ?Subroutine4
3774
3775 /******************************************************************************
3776 * @fn ZDSecMgrAPSRemove
3777 *
3778 * @brief Remove device from network.
3779 *
3780 * @param nwkAddr - device's NWK address
3781 * @param extAddr - device's Extended address
3782 * @param parentAddr - parent's NWK address
3783 *
3784 * @return ZStatus_t
3785 */
\ In segment BANKED_CODE, align 1, keep-with-next
3786 ZStatus_t ZDSecMgrAPSRemove( uint16 nwkAddr, uint8 *extAddr, uint16 parentAddr )
\ ZDSecMgrAPSRemove:
3787 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 10
\ 000004 74F6 MOV A,#-0xa
\ 000006 12.... LCALL ?ALLOC_XSTACK8
3788 ZDSecMgrDevice_t device;
3789
3790 if ( ( nwkAddr == INVALID_NODE_ADDR ) ||
3791 ( extAddr == NULL ) ||
3792 ( parentAddr == INVALID_NODE_ADDR ) )
\ 000009 74FE MOV A,#-0x2
\ 00000B 6A XRL A,R2
\ 00000C 7003 JNZ ??ZDSecMgrAPSRemove_0
\ 00000E 74FF MOV A,#-0x1
\ 000010 6B XRL A,R3
\ ??ZDSecMgrAPSRemove_0:
\ 000011 6016 JZ ??ZDSecMgrAPSRemove_1
\ 000013 EC MOV A,R4
\ 000014 4D ORL A,R5
\ 000015 6012 JZ ??ZDSecMgrAPSRemove_1
\ 000017 740A MOV A,#0xa
\ 000019 12.... LCALL ?XSTACK_DISP0_8
\ 00001C 12.... LCALL ??Subroutine146_0 & 0xFFFF
\ ??CrossCallReturnLabel_326:
\ 00001F 74FE MOV A,#-0x2
\ 000021 68 XRL A,R0
\ 000022 7003 JNZ ??ZDSecMgrAPSRemove_2
\ 000024 74FF MOV A,#-0x1
\ 000026 69 XRL A,R1
\ ??ZDSecMgrAPSRemove_2:
\ 000027 7004 JNZ ??ZDSecMgrAPSRemove_3
3793 {
3794 return ( ZFailure );
\ ??ZDSecMgrAPSRemove_1:
\ 000029 7901 MOV R1,#0x1
\ 00002B 8017 SJMP ??ZDSecMgrAPSRemove_4
3795 }
3796
3797 device.nwkAddr = nwkAddr;
\ ??ZDSecMgrAPSRemove_3:
\ 00002D 12.... LCALL ?Subroutine29 & 0xFFFF
3798 device.extAddr = extAddr;
\ ??CrossCallReturnLabel_255:
\ 000030 7402 MOV A,#0x2
\ 000032 12.... LCALL ?XSTACK_DISP0_8
\ 000035 EC MOV A,R4
\ 000036 F0 MOVX @DPTR,A
\ 000037 A3 INC DPTR
\ 000038 ED MOV A,R5
\ 000039 F0 MOVX @DPTR,A
3799 device.parentAddr = parentAddr;
\ 00003A 7404 MOV A,#0x4
\ 00003C 12.... LCALL ?XSTACK_DISP0_8
\ 00003F 12.... LCALL ?Subroutine20 & 0xFFFF
3800
3801 // remove device
3802 ZDSecMgrDeviceRemove( &device );
3803
3804 return ( ZSuccess );
\ ??CrossCallReturnLabel_16:
\ 000042 7900 MOV R1,#0x0
\ ??ZDSecMgrAPSRemove_4:
\ 000044 02.... LJMP ?Subroutine9 & 0xFFFF
3805 }
3806
3807 /******************************************************************************
3808 * @fn APSME_TCLinkKeyInit
3809 *
3810 * @brief Initialize the NV table for preconfigured TC link key
3811 *
3812 * When zgUseDefaultTCL is set to TRUE, the default preconfig
3813 * Trust Center Link Key is written to NV. A single tclk is used
3814 * by all devices joining the network.
3815 *
3816 * @param setDefault - TRUE to set default values
3817 *
3818 * @return none
3819 */
\ In segment BANKED_CODE, align 1, keep-with-next
3820 void APSME_TCLinkKeyInit(uint8 setDefault)
\ APSME_TCLinkKeyInit:
3821 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 74F5 MOV A,#-0xb
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 11
\ 000005 ; Auto size: 32
\ 000005 74E0 MOV A,#-0x20
\ 000007 12.... LCALL ?ALLOC_XSTACK8
3822 uint8 i;
3823 APSME_TCLinkKey_t tcLinkKey;
3824 uint8 rtrn;
3825
3826 // Initialize all NV items for preconfigured TCLK
3827 for( i = 0; i < ZDSECMGR_TC_DEVICE_MAX; i++ )
3828 {
3829 // Making sure data is cleared for every key all the time
3830 osal_memset( &tcLinkKey, 0x00, sizeof(APSME_TCLinkKey_t) );
\ 00000A ; Setup parameters for call to function osal_memset
\ 00000A 7C20 MOV R4,#0x20
\ 00000C 7D00 MOV R5,#0x0
\ 00000E 7900 MOV R1,#0x0
\ 000010 AA.. MOV R2,?XSP + 0
\ 000012 AB.. MOV R3,?XSP + 1
\ 000014 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
3831
3832 // Initialize first element of the table with the default TCLK
3833 if((i == 0) && ( zgUseDefaultTCLK == TRUE ))
\ 000017 90.... MOV DPTR,#zgUseDefaultTCLK
\ 00001A E0 MOVX A,@DPTR
\ 00001B 6401 XRL A,#0x1
\ 00001D 702A JNZ ??APSME_TCLinkKeyInit_0
3834 {
3835 osal_memset( tcLinkKey.extAddr, 0xFF, Z_EXTADDR_LEN );
\ 00001F ; Setup parameters for call to function osal_memset
\ 00001F 7C08 MOV R4,#0x8
\ 000021 7D00 MOV R5,#0x0
\ 000023 79FF MOV R1,#-0x1
\ 000025 AA.. MOV R2,?XSP + 0
\ 000027 AB.. MOV R3,?XSP + 1
\ 000029 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
3836 osal_memcpy( tcLinkKey.key, defaultTCLinkKey, SEC_KEY_LEN);
\ 00002C ; Setup parameters for call to function osal_memcpy
\ 00002C 75.... MOV ?V0,#defaultTCLinkKey & 0xff
\ 00002F 75.... MOV ?V1,#(defaultTCLinkKey >> 8) & 0xff
\ 000032 75..80 MOV ?V2,#-0x80
\ 000035 78.. MOV R0,#?V0
\ 000037 12.... LCALL ?PUSH_XSTACK_I_THREE
\ 00003A 7C10 MOV R4,#0x10
\ 00003C 7D00 MOV R5,#0x0
\ 00003E 740B MOV A,#0xb
\ 000040 12.... LCALL ?XSTACK_DISP0_8
\ 000043 12.... LCALL ?Subroutine74 & 0xFFFF
3837 }
\ ??CrossCallReturnLabel_289:
\ 000046 12.... LCALL ?DEALLOC_XSTACK8
3838
3839 // If the item doesn't exist in NV memory, create and initialize
3840 // it with the default value passed in, either defaultTCLK or 0
3841 rtrn = osal_nv_item_init( (ZCD_NV_TCLK_TABLE_START + i),
3842 sizeof(APSME_TCLinkKey_t), &tcLinkKey);
3843
3844 if (rtrn == SUCCESS)
\ ??APSME_TCLinkKeyInit_0:
\ 000049 ; Setup parameters for call to function osal_nv_item_init
\ 000049 A8.. MOV R0,?XSP + 0
\ 00004B A9.. MOV R1,?XSP + 1
\ 00004D 88.. MOV ?V0,R0
\ 00004F 89.. MOV ?V1,R1
\ 000051 78.. MOV R0,#?V0
\ 000053 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000056 7C20 MOV R4,#0x20
\ 000058 7D00 MOV R5,#0x0
\ 00005A 7A01 MOV R2,#0x1
\ 00005C 7B01 MOV R3,#0x1
\ 00005E 12.... LCALL ??Subroutine148_0 & 0xFFFF
\ ??CrossCallReturnLabel_353:
\ 000061 12.... LCALL ?DEALLOC_XSTACK8
\ 000064 E9 MOV A,R1
\ 000065 7068 JNZ ??APSME_TCLinkKeyInit_1
3845 {
3846 // set the Frame counters to 0 to existing keys in NV
3847 osal_nv_read( ( ZCD_NV_TCLK_TABLE_START + i), 0,
3848 sizeof(APSME_TCLinkKey_t), &tcLinkKey );
\ 000067 ; Setup parameters for call to function osal_nv_read
\ 000067 78.. MOV R0,#?V0
\ 000069 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00006C 75..20 MOV ?V0,#0x20
\ 00006F 75..00 MOV ?V1,#0x0
\ 000072 78.. MOV R0,#?V0
\ 000074 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000077 12.... LCALL ?Subroutine72 & 0xFFFF
\ ??CrossCallReturnLabel_343:
\ 00007A 12.... LCALL ?DEALLOC_XSTACK8
3849
3850 #if defined ( NV_RESTORE )
3851 if (setDefault == TRUE)
3852 {
3853 // clear the value stored in NV
3854 tcLinkKey.txFrmCntr = 0;
3855 }
3856 else
3857 {
3858 // increase the value stored in NV
3859 tcLinkKey.txFrmCntr += ( MAX_TCLK_FRAMECOUNTER_CHANGES + 1 );
3860 }
3861 #else
3862 // Clear the counters if NV_RESTORE is not enabled and this NV item
3863 // already existed in the NV memory
3864 tcLinkKey.txFrmCntr = 0;
\ 00007D 7418 MOV A,#0x18
\ 00007F 12.... LCALL ?XSTACK_DISP0_8
\ 000082 12.... LCALL ??Subroutine140_0 & 0xFFFF
3865 tcLinkKey.rxFrmCntr = 0;
\ ??CrossCallReturnLabel_296:
\ 000085 741C MOV A,#0x1c
\ 000087 12.... LCALL ?XSTACK_DISP0_8
\ 00008A 12.... LCALL ??Subroutine140_0 & 0xFFFF
3866 #endif // NV_RESTORE
3867
3868 osal_nv_write( ( ZCD_NV_TCLK_TABLE_START + i), 0,
3869 sizeof(APSME_TCLinkKey_t), &tcLinkKey );
\ ??CrossCallReturnLabel_297:
\ 00008D ; Setup parameters for call to function osal_nv_write
\ 00008D A8.. MOV R0,?XSP + 0
\ 00008F A9.. MOV R1,?XSP + 1
\ 000091 88.. MOV ?V0,R0
\ 000093 89.. MOV ?V1,R1
\ 000095 78.. MOV R0,#?V0
\ 000097 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00009A 75..20 MOV ?V0,#0x20
\ 00009D 75..00 MOV ?V1,#0x0
\ 0000A0 78.. MOV R0,#?V0
\ 0000A2 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000A5 7C00 MOV R4,#0x0
\ 0000A7 7D00 MOV R5,#0x0
\ 0000A9 7A01 MOV R2,#0x1
\ 0000AB 7B01 MOV R3,#0x1
\ 0000AD 12.... LCALL ??Subroutine107_0 & 0xFFFF
\ ??CrossCallReturnLabel_158:
\ 0000B0 12.... LCALL ?DEALLOC_XSTACK8
3870
3871 // set initial values for counters in RAM
3872 TCLinkKeyFrmCntr[i].txFrmCntr = tcLinkKey.txFrmCntr;
\ 0000B3 7418 MOV A,#0x18
\ 0000B5 12.... LCALL ?XSTACK_DISP0_8
\ 0000B8 12.... LCALL ?XLOAD_R0123
\ 0000BB 90.... MOV DPTR,#TCLinkKeyFrmCntr
\ 0000BE 12.... LCALL ?XSTORE_R0123
3873 TCLinkKeyFrmCntr[i].rxFrmCntr = tcLinkKey.rxFrmCntr;
\ 0000C1 741C MOV A,#0x1c
\ 0000C3 12.... LCALL ?XSTACK_DISP0_8
\ 0000C6 12.... LCALL ?XLOAD_R0123
\ 0000C9 90.... MOV DPTR,#TCLinkKeyFrmCntr + 4
\ 0000CC 12.... LCALL ?XSTORE_R0123
3874 }
3875 }
3876
3877 // clear copy of key in RAM
3878 osal_memset( &tcLinkKey, 0x00, sizeof(APSME_TCLinkKey_t) );
\ ??APSME_TCLinkKeyInit_1:
\ 0000CF ; Setup parameters for call to function osal_memset
\ 0000CF 7C20 MOV R4,#0x20
\ 0000D1 7D00 MOV R5,#0x0
\ 0000D3 7900 MOV R1,#0x0
\ 0000D5 AA.. MOV R2,?XSP + 0
\ 0000D7 AB.. MOV R3,?XSP + 1
\ 0000D9 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
3879
3880 }
\ 0000DC 7420 MOV A,#0x20
\ 0000DE 02.... LJMP ?Subroutine5 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine72:
\ 000000 7C00 MOV R4,#0x0
\ 000002 7D00 MOV R5,#0x0
\ 000004 7A01 MOV R2,#0x1
\ 000006 7B01 MOV R3,#0x1
\ 000008 REQUIRE ??Subroutine147_0
\ 000008 ; // Fall through to label ??Subroutine147_0
\ In segment BANKED_CODE, align 1, keep-with-next
\ ??Subroutine147_0:
\ 000000 12.... LCALL `??osal_nv_read::?relay`; Banked call to: osal_nv_read
\ 000003 7404 MOV A,#0x4
\ 000005 22 RET
3881
3882 /******************************************************************************
3883 * @fn APSME_TCLinkKeySync
3884 *
3885 * @brief Sync Trust Center LINK key data.
3886 *
3887 * @param srcAddr - [in] srcAddr
3888 * @param si - [in, out] SSP_Info_t
3889 *
3890 * @return ZStatus_t
3891 */
\ In segment BANKED_CODE, align 1, keep-with-next
3892 ZStatus_t APSME_TCLinkKeySync( uint16 srcAddr, SSP_Info_t* si )
\ APSME_TCLinkKeySync:
3893 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 74F4 MOV A,#-0xc
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 12
\ 000005 ; Auto size: 32
\ 000005 74E0 MOV A,#-0x20
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8A.. MOV ?V0,R2
\ 00000C 8B.. MOV ?V1,R3
\ 00000E EC MOV A,R4
\ 00000F FE MOV R6,A
\ 000010 ED MOV A,R5
\ 000011 FF MOV R7,A
3894 uint8 i;
3895 ZStatus_t status = ZSecNoKey;
\ 000012 75..A1 MOV ?V2,#-0x5f
3896 APSME_TCLinkKey_t tcLinkKey;
3897 uint32 *tclkRxFrmCntr;
3898
3899 // Look up the IEEE address of the trust center if it's available
3900 if ( AddrMgrExtAddrValid( si->extAddr ) == FALSE )
\ 000015 ; Setup parameters for call to function AddrMgrExtAddrValid
\ 000015 EC MOV A,R4
\ 000016 12.... LCALL ??Subroutine132_0 & 0xFFFF
\ ??CrossCallReturnLabel_266:
\ 000019 12.... LCALL `??AddrMgrExtAddrValid::?relay`; Banked call to: AddrMgrExtAddrValid
\ 00001C E9 MOV A,R1
\ 00001D 700E JNZ ??APSME_TCLinkKeySync_0
3901 {
3902 APSME_LookupExtAddr( srcAddr, si->extAddr );
\ 00001F ; Setup parameters for call to function APSME_LookupExtAddr
\ 00001F EE MOV A,R6
\ 000020 2406 ADD A,#0x6
\ 000022 FC MOV R4,A
\ 000023 E4 CLR A
\ 000024 3F ADDC A,R7
\ 000025 FD MOV R5,A
\ 000026 AA.. MOV R2,?V0
\ 000028 AB.. MOV R3,?V1
\ 00002A 12.... LCALL `??APSME_LookupExtAddr::?relay`; Banked call to: APSME_LookupExtAddr
3903 }
3904
3905 // Look up the TC link key associated with the device
3906 // or the default TC link key (extAddr is all FFs), whichever is found
3907 for( i = 0; i < ZDSECMGR_TC_DEVICE_MAX; i++ )
3908 {
3909 // Read entry i of the TC link key table from NV
3910 osal_nv_read( (ZCD_NV_TCLK_TABLE_START + i), 0,
3911 sizeof(APSME_TCLinkKey_t), &tcLinkKey );
\ ??APSME_TCLinkKeySync_0:
\ 00002D ; Setup parameters for call to function osal_nv_read
\ 00002D A8.. MOV R0,?XSP + 0
\ 00002F A9.. MOV R1,?XSP + 1
\ 000031 88.. MOV ?V0,R0
\ 000033 89.. MOV ?V1,R1
\ 000035 78.. MOV R0,#?V0
\ 000037 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00003A 75..20 MOV ?V0,#0x20
\ 00003D 75..00 MOV ?V1,#0x0
\ 000040 78.. MOV R0,#?V0
\ 000042 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000045 12.... LCALL ?Subroutine72 & 0xFFFF
\ ??CrossCallReturnLabel_344:
\ 000048 12.... LCALL ?DEALLOC_XSTACK8
3912
3913 if( AddrMgrExtAddrEqual(si->extAddr, tcLinkKey.extAddr) ||
3914 APSME_IsDefaultTCLK(tcLinkKey.extAddr))
\ 00004B ; Setup parameters for call to function AddrMgrExtAddrEqual
\ 00004B AC.. MOV R4,?XSP + 0
\ 00004D AD.. MOV R5,?XSP + 1
\ 00004F 12.... LCALL ?Subroutine78 & 0xFFFF
\ ??CrossCallReturnLabel_268:
\ 000052 12.... LCALL `??AddrMgrExtAddrEqual::?relay`; Banked call to: AddrMgrExtAddrEqual
\ 000055 E9 MOV A,R1
\ 000056 700A JNZ ??APSME_TCLinkKeySync_1
\ 000058 ; Setup parameters for call to function APSME_IsDefaultTCLK
\ 000058 AA.. MOV R2,?XSP + 0
\ 00005A AB.. MOV R3,?XSP + 1
\ 00005C 12.... LCALL `??APSME_IsDefaultTCLK::?relay`; Banked call to: APSME_IsDefaultTCLK
\ 00005F E9 MOV A,R1
\ 000060 603C JZ ??APSME_TCLinkKeySync_2
3915 {
3916 tclkRxFrmCntr = &TCLinkKeyFrmCntr[i].rxFrmCntr;
3917
3918 // verify that the incoming frame counter is valid
3919 if ( si->frmCntr >= *tclkRxFrmCntr )
\ ??APSME_TCLinkKeySync_1:
\ 000062 90.... MOV DPTR,#TCLinkKeyFrmCntr + 4
\ 000065 78.. MOV R0,#?V0
\ 000067 12.... LCALL ?L_MOV_X
\ 00006A 12.... LCALL ?Subroutine79 & 0xFFFF
\ ??CrossCallReturnLabel_111:
\ 00006D 12.... LCALL ?UL_GT_X
\ 000070 4029 JC ??APSME_TCLinkKeySync_3
3920 {
3921 // set the keyNvId to use
3922 si->keyNvId = (ZCD_NV_TCLK_TABLE_START + i);
\ 000072 EE MOV A,R6
\ 000073 240F ADD A,#0xf
\ 000075 F582 MOV DPL,A
\ 000077 E4 CLR A
\ 000078 3F ADDC A,R7
\ 000079 F583 MOV DPH,A
\ 00007B 7401 MOV A,#0x1
\ 00007D F0 MOVX @DPTR,A
\ 00007E A3 INC DPTR
\ 00007F F0 MOVX @DPTR,A
3923
3924 // update the rx frame counter
3925 *tclkRxFrmCntr = si->frmCntr + 1;
\ 000080 12.... LCALL ?Subroutine79 & 0xFFFF
\ ??CrossCallReturnLabel_112:
\ 000083 12.... LCALL ?L_MOV_X
\ 000086 90.... MOV DPTR,#__Constant_1
\ 000089 78.. MOV R0,#?V0
\ 00008B 12.... LCALL ?L_ADD_X
\ 00008E 90.... MOV DPTR,#TCLinkKeyFrmCntr + 4
\ 000091 78.. MOV R0,#?V0
\ 000093 12.... LCALL ?L_MOV_TO_X
3926
3927 status = ZSuccess;
\ 000096 75..00 MOV ?V2,#0x0
\ 000099 8003 SJMP ??APSME_TCLinkKeySync_2
3928 }
3929 else
3930 {
3931 status = ZSecOldFrmCount;
\ ??APSME_TCLinkKeySync_3:
\ 00009B 75..A2 MOV ?V2,#-0x5e
3932 }
3933 // break from the loop
3934 break;
3935 }
3936 }
3937
3938 // clear copy of key in RAM
3939 osal_memset( &tcLinkKey, 0x00, sizeof(APSME_TCLinkKey_t) );
\ ??APSME_TCLinkKeySync_2:
\ 00009E ; Setup parameters for call to function osal_memset
\ 00009E 7C20 MOV R4,#0x20
\ 0000A0 7D00 MOV R5,#0x0
\ 0000A2 7900 MOV R1,#0x0
\ 0000A4 AA.. MOV R2,?XSP + 0
\ 0000A6 AB.. MOV R3,?XSP + 1
\ 0000A8 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
3940
3941 return status;
\ 0000AB A9.. MOV R1,?V2
\ 0000AD 7420 MOV A,#0x20
\ 0000AF 02.... LJMP ?Subroutine4 & 0xFFFF
3942 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine79:
\ 000000 EE MOV A,R6
\ 000001 2412 ADD A,#0x12
\ 000003 F582 MOV DPL,A
\ 000005 E4 CLR A
\ 000006 3F ADDC A,R7
\ 000007 F583 MOV DPH,A
\ 000009 78.. MOV R0,#?V0
\ 00000B 22 RET
3943
3944 /******************************************************************************
3945 * @fn APSME_TCLinkKeyLoad
3946 *
3947 * @brief Load Trust Center LINK key data.
3948 *
3949 * @param dstAddr - [in] dstAddr
3950 * @param si - [in, out] SSP_Info_t
3951 *
3952 * @return ZStatus_t
3953 */
\ In segment BANKED_CODE, align 1, keep-with-next
3954 ZStatus_t APSME_TCLinkKeyLoad( uint16 dstAddr, SSP_Info_t* si )
\ APSME_TCLinkKeyLoad:
3955 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 74F4 MOV A,#-0xc
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 12
\ 000005 ; Auto size: 45
\ 000005 74D3 MOV A,#-0x2d
\ 000007 12.... LCALL ?ALLOC_XSTACK8
\ 00000A 8C.. MOV ?V2,R4
\ 00000C 8D.. MOV ?V3,R5
3956 uint8 i;
3957 ZStatus_t status = ZSecNoKey;
\ 00000E 7EA1 MOV R6,#-0x5f
3958 APSME_TCLinkKey_t tcLinkKey;
3959 AddrMgrEntry_t addrEntry;
3960 uint32 *tclkTxFrmCntr;
3961 uint8 extAddrFound;
3962 uint8 defaultTCLKIdx = ZDSECMGR_TC_DEVICE_MAX;
3963
3964 // Look up the ami of the srcAddr if available
3965 addrEntry.user = ADDRMGR_USER_DEFAULT;
\ 000010 85..82 MOV DPL,?XSP + 0
\ 000013 85..83 MOV DPH,?XSP + 1
\ 000016 E4 CLR A
\ 000017 F0 MOVX @DPTR,A
3966 addrEntry.nwkAddr = dstAddr;
\ 000018 04 INC A
\ 000019 12.... LCALL ?XSTACK_DISP0_8
\ 00001C 12.... LCALL ??Subroutine129_0 & 0xFFFF
3967
3968 APSME_LookupExtAddr( dstAddr, si->extAddr );
\ ??CrossCallReturnLabel_253:
\ 00001F EC MOV A,R4
\ 000020 2406 ADD A,#0x6
\ 000022 F5.. MOV ?V0,A
\ 000024 E4 CLR A
\ 000025 35.. ADDC A,?V3
\ 000027 F5.. MOV ?V1,A
\ 000029 ; Setup parameters for call to function APSME_LookupExtAddr
\ 000029 AC.. MOV R4,?V0
\ 00002B FD MOV R5,A
\ 00002C 12.... LCALL `??APSME_LookupExtAddr::?relay`; Banked call to: APSME_LookupExtAddr
3969
3970 extAddrFound = AddrMgrExtAddrValid( si->extAddr );
\ 00002F ; Setup parameters for call to function AddrMgrExtAddrValid
\ 00002F AA.. MOV R2,?V0
\ 000031 AB.. MOV R3,?V1
\ 000033 12.... LCALL `??AddrMgrExtAddrValid::?relay`; Banked call to: AddrMgrExtAddrValid
\ 000036 E9 MOV A,R1
\ 000037 FF MOV R7,A
3971
3972 // Look up the TC link key associated with the device
3973 // or the master TC link key (ami = 0xFFFF), whichever is found
3974 for( i = 0; i < ZDSECMGR_TC_DEVICE_MAX; i++ )
3975 {
3976 // Read entry i of the TC link key table from NV
3977 osal_nv_read( (ZCD_NV_TCLK_TABLE_START + i), 0,
3978 sizeof(APSME_TCLinkKey_t), &tcLinkKey );
\ 000038 ; Setup parameters for call to function osal_nv_read
\ 000038 740D MOV A,#0xd
\ 00003A 12.... LCALL ?XSTACK_DISP100_8
\ 00003D 88.. MOV ?V0,R0
\ 00003F 89.. MOV ?V1,R1
\ 000041 78.. MOV R0,#?V0
\ 000043 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000046 75..20 MOV ?V0,#0x20
\ 000049 75..00 MOV ?V1,#0x0
\ 00004C 78.. MOV R0,#?V0
\ 00004E 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000051 12.... LCALL ?Subroutine72 & 0xFFFF
\ ??CrossCallReturnLabel_345:
\ 000054 12.... LCALL ?DEALLOC_XSTACK8
3979
3980 if( extAddrFound && AddrMgrExtAddrEqual(si->extAddr, tcLinkKey.extAddr) )
\ 000057 EF MOV A,R7
\ 000058 6014 JZ ??APSME_TCLinkKeyLoad_0
\ 00005A ; Setup parameters for call to function AddrMgrExtAddrEqual
\ 00005A 740D MOV A,#0xd
\ 00005C 12.... LCALL ?XSTACK_DISP102_8
\ 00005F E5.. MOV A,?V2
\ 000061 2406 ADD A,#0x6
\ 000063 FA MOV R2,A
\ 000064 E4 CLR A
\ 000065 35.. ADDC A,?V3
\ 000067 FB MOV R3,A
\ 000068 12.... LCALL `??AddrMgrExtAddrEqual::?relay`; Banked call to: AddrMgrExtAddrEqual
\ 00006B E9 MOV A,R1
\ 00006C 700C JNZ ??APSME_TCLinkKeyLoad_1
3981 {
3982 status = ZSuccess;
3983
3984 break; // break from the loop
3985 }
3986
3987 if ( APSME_IsDefaultTCLK(tcLinkKey.extAddr) )
\ ??APSME_TCLinkKeyLoad_0:
\ 00006E ; Setup parameters for call to function APSME_IsDefaultTCLK
\ 00006E 740D MOV A,#0xd
\ 000070 12.... LCALL ?XSTACK_DISP101_8
\ 000073 12.... LCALL `??APSME_IsDefaultTCLK::?relay`; Banked call to: APSME_IsDefaultTCLK
\ 000076 E9 MOV A,R1
\ 000077 6046 JZ ??APSME_TCLinkKeyLoad_2
3988 {
3989 if ( !extAddrFound )
\ 000079 EF MOV A,R7
3990 {
3991 status = ZSuccess;
3992
3993 break; // break from the loop
3994 }
3995
3996 // Remember the default TCLK index
3997 defaultTCLKIdx = i;
3998 }
3999 }
4000
4001 if ( (status != ZSuccess) && (defaultTCLKIdx < ZDSECMGR_TC_DEVICE_MAX) )
4002 {
4003 // Exact match was not found; use the default TC Link Key
4004 i = defaultTCLKIdx;
4005 status = ZSuccess;
\ ??APSME_TCLinkKeyLoad_1:
\ 00007A 7E00 MOV R6,#0x0
4006 }
4007
4008 if ( status == ZSuccess )
4009 {
4010 tclkTxFrmCntr = &TCLinkKeyFrmCntr[i].txFrmCntr;
4011
4012 // set the keyNvId to use
4013 si->keyNvId = (ZCD_NV_TCLK_TABLE_START + i);
\ 00007C E5.. MOV A,?V2
\ 00007E 240F ADD A,#0xf
\ 000080 F582 MOV DPL,A
\ 000082 E4 CLR A
\ 000083 35.. ADDC A,?V3
\ 000085 F583 MOV DPH,A
\ 000087 7401 MOV A,#0x1
\ 000089 F0 MOVX @DPTR,A
\ 00008A A3 INC DPTR
\ 00008B F0 MOVX @DPTR,A
4014
4015 // update link key related fields
4016 si->keyID = SEC_KEYID_LINK;
\ 00008C E5.. MOV A,?V2
\ 00008E 240E ADD A,#0xe
\ 000090 F582 MOV DPL,A
\ 000092 E4 CLR A
\ 000093 35.. ADDC A,?V3
\ 000095 F583 MOV DPH,A
\ 000097 E4 CLR A
\ 000098 F0 MOVX @DPTR,A
4017 si->frmCntr = *tclkTxFrmCntr;
\ 000099 90.... MOV DPTR,#TCLinkKeyFrmCntr
\ 00009C 12.... LCALL ?XLOAD_R0123
\ 00009F E5.. MOV A,?V2
\ 0000A1 2412 ADD A,#0x12
\ 0000A3 F582 MOV DPL,A
\ 0000A5 E4 CLR A
\ 0000A6 35.. ADDC A,?V3
\ 0000A8 F583 MOV DPH,A
\ 0000AA 12.... LCALL ?XSTORE_R0123
4018
4019 // update outgoing frame counter
4020 (*tclkTxFrmCntr)++;
\ 0000AD 90.... MOV DPTR,#__Constant_1
\ 0000B0 78.. MOV R0,#?V0
\ 0000B2 12.... LCALL ?L_MOV_X
\ 0000B5 90.... MOV DPTR,#TCLinkKeyFrmCntr
\ 0000B8 78.. MOV R0,#?V0
\ 0000BA 12.... LCALL ?L_ADD_TO_X
\ 0000BD 8013 SJMP ??APSME_TCLinkKeyLoad_3
\ ??APSME_TCLinkKeyLoad_2:
\ 0000BF ; Setup parameters for call to function AddrMgrEntryLookupNwk
4021
4022 #if defined ( NV_RESTORE )
4023 // write periodically to NV
4024 if ( !(*tclkTxFrmCntr % MAX_TCLK_FRAMECOUNTER_CHANGES) )
4025 {
4026 // set the flag to write key to NV
4027 TCLinkKeyFrmCntr[i].pendingFlag = TRUE;
4028
4029 // Notify the ZDApp that the frame counter has changed.
4030 osal_set_event( ZDAppTaskID, ZDO_TCLK_FRAMECOUNTER_CHANGE );
4031 }
4032 #endif
4033 }
\ 0000BF AA.. MOV R2,?XSP + 0
\ 0000C1 AB.. MOV R3,?XSP + 1
\ 0000C3 12.... LCALL `??AddrMgrEntryLookupNwk::?relay`; Banked call to: AddrMgrEntryLookupNwk
\ 0000C6 E9 MOV A,R1
\ 0000C7 6401 XRL A,#0x1
\ 0000C9 7007 JNZ ??APSME_TCLinkKeyLoad_3
4034
4035 // If no TC link key found, remove the device from the address manager
4036 if ( (status != ZSuccess) && (AddrMgrEntryLookupNwk(&addrEntry) == TRUE) )
4037 {
4038 AddrMgrEntryRelease( &addrEntry );
\ 0000CB ; Setup parameters for call to function AddrMgrEntryRelease
\ 0000CB AA.. MOV R2,?XSP + 0
\ 0000CD AB.. MOV R3,?XSP + 1
\ 0000CF 12.... LCALL `??AddrMgrEntryRelease::?relay`; Banked call to: AddrMgrEntryRelease
4039 }
4040
4041 // clear copy of key in RAM
4042 osal_memset( &tcLinkKey, 0x00, sizeof(APSME_TCLinkKey_t) );
\ ??APSME_TCLinkKeyLoad_3:
\ 0000D2 ; Setup parameters for call to function osal_memset
\ 0000D2 7C20 MOV R4,#0x20
\ 0000D4 7D00 MOV R5,#0x0
\ 0000D6 7900 MOV R1,#0x0
\ 0000D8 740D MOV A,#0xd
\ 0000DA 12.... LCALL ?XSTACK_DISP101_8
\ 0000DD 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
4043
4044 return status;
\ 0000E0 EE MOV A,R6
\ 0000E1 F9 MOV R1,A
\ 0000E2 742D MOV A,#0x2d
\ 0000E4 02.... LJMP ?Subroutine4 & 0xFFFF
4045 }
4046
4047 /******************************************************************************
4048 * @fn APSME_IsDefaultTCLK
4049 *
4050 * @brief Return TRUE or FALSE based on the extended address. If the
4051 * input ext address is all FFs, it means the trust center link
4052 * assoiciated with the address is the default trust center link key
4053 *
4054 * @param extAddr - [in] extended address
4055 *
4056 * @return uint8 TRUE/FALSE
4057 */
\ In segment BANKED_CODE, align 1, keep-with-next
4058 uint8 APSME_IsDefaultTCLK( uint8 *extAddr )
\ APSME_IsDefaultTCLK:
4059 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 0
4060 uint8 i = 0;
\ 000005 7C00 MOV R4,#0x0
4061
4062 if( extAddr == NULL )
\ 000007 EA MOV A,R2
\ 000008 4B ORL A,R3
\ 000009 6020 JZ ??APSME_IsDefaultTCLK_0
4063 {
4064 return FALSE;
4065 }
4066
4067 while( i++ < Z_EXTADDR_LEN )
\ ??APSME_IsDefaultTCLK_1:
\ 00000B EC MOV A,R4
\ 00000C FD MOV R5,A
\ 00000D 7401 MOV A,#0x1
\ 00000F 2D ADD A,R5
\ 000010 FC MOV R4,A
\ 000011 ED MOV A,R5
\ 000012 C3 CLR C
\ 000013 9408 SUBB A,#0x8
\ 000015 5018 JNC ??APSME_IsDefaultTCLK_2
4068 {
4069 if( *extAddr++ != 0xFF )
\ 000017 EA MOV A,R2
\ 000018 F8 MOV R0,A
\ 000019 EB MOV A,R3
\ 00001A 8882 MOV DPL,R0
\ 00001C F583 MOV DPH,A
\ 00001E A3 INC DPTR
\ 00001F AA82 MOV R2,DPL
\ 000021 AB83 MOV R3,DPH
\ 000023 8882 MOV DPL,R0
\ 000025 F583 MOV DPH,A
\ 000027 E0 MOVX A,@DPTR
\ 000028 F4 CPL A
\ 000029 60E0 JZ ??APSME_IsDefaultTCLK_1
4070 {
4071 return FALSE;
\ ??APSME_IsDefaultTCLK_0:
\ 00002B 7900 MOV R1,#0x0
\ 00002D 8002 SJMP ??APSME_IsDefaultTCLK_3
4072 }
4073 }
4074
4075 return TRUE;
\ ??APSME_IsDefaultTCLK_2:
\ 00002F 7901 MOV R1,#0x1
\ ??APSME_IsDefaultTCLK_3:
\ 000031 02.... LJMP ??Subroutine126_0 & 0xFFFF
4076 }
4077
4078 /******************************************************************************
4079 * @fn ZDSecMgrNwkKeyInit
4080 *
4081 * @brief Initialize the NV items for
4082 * ZCD_NV_NWKKEY,
4083 * ZCD_NV_NWK_ACTIVE_KEY_INFO and
4084 * ZCD_NV_NWK_ALTERN_KEY_INFO
4085 *
4086 * @param setDefault
4087 *
4088 * @return none
4089 */
\ In segment BANKED_CODE, align 1, keep-with-next
4090 void ZDSecMgrNwkKeyInit(uint8 setDefault)
\ ZDSecMgrNwkKeyInit:
4091 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 38
\ 000005 74DA MOV A,#-0x26
\ 000007 12.... LCALL ?ALLOC_XSTACK8
4092 uint8 status;
4093 nwkKeyDesc nwkKey;
4094
4095 // Initialize NV items for NWK key, this structure contains the frame counter
4096 // and is only used when NV_RESTORE is enabled
4097 nwkActiveKeyItems keyItems;
4098
4099 osal_memset( &keyItems, 0, sizeof( nwkActiveKeyItems ) );
\ 00000A ; Setup parameters for call to function osal_memset
\ 00000A 7C15 MOV R4,#0x15
\ 00000C 7D00 MOV R5,#0x0
\ 00000E 7900 MOV R1,#0x0
\ 000010 7411 MOV A,#0x11
\ 000012 12.... LCALL ?XSTACK_DISP101_8
\ 000015 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
4100
4101 status = osal_nv_item_init( ZCD_NV_NWKKEY, sizeof(nwkActiveKeyItems), (void *)&keyItems );
4102
4103 #if defined ( NV_RESTORE )
4104 // reset the values of NV items if NV_RESTORE is not enabled
4105 if ((status == SUCCESS) && (setDefault == TRUE))
4106 {
4107 // clear NV data to default values
4108 osal_nv_write( ZCD_NV_NWKKEY, 0, sizeof(nwkActiveKeyItems), &keyItems );
4109 }
4110 #else
4111 (void)setDefault; // to eliminate compiler warning
4112
4113 // reset the values of NV items if NV_RESTORE is not enabled
4114 if (status == SUCCESS)
\ 000018 ; Setup parameters for call to function osal_nv_item_init
\ 000018 7411 MOV A,#0x11
\ 00001A 12.... LCALL ?XSTACK_DISP100_8
\ 00001D 88.. MOV ?V0,R0
\ 00001F 89.. MOV ?V1,R1
\ 000021 78.. MOV R0,#?V0
\ 000023 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000026 7C15 MOV R4,#0x15
\ 000028 7D00 MOV R5,#0x0
\ 00002A 7A82 MOV R2,#-0x7e
\ 00002C 12.... LCALL ?Subroutine38 & 0xFFFF
\ ??CrossCallReturnLabel_349:
\ 00002F 12.... LCALL ?DEALLOC_XSTACK8
\ 000032 E9 MOV A,R1
\ 000033 701E JNZ ??ZDSecMgrNwkKeyInit_0
4115 {
4116 osal_nv_write( ZCD_NV_NWKKEY, 0, sizeof(nwkActiveKeyItems), &keyItems );
\ 000035 ; Setup parameters for call to function osal_nv_write
\ 000035 78.. MOV R0,#?V0
\ 000037 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00003A 75..15 MOV ?V0,#0x15
\ 00003D 75..00 MOV ?V1,#0x0
\ 000040 78.. MOV R0,#?V0
\ 000042 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000045 7C00 MOV R4,#0x0
\ 000047 7D00 MOV R5,#0x0
\ 000049 7A82 MOV R2,#-0x7e
\ 00004B 7B00 MOV R3,#0x0
\ 00004D 12.... LCALL ??Subroutine107_0 & 0xFFFF
4117 }
\ ??CrossCallReturnLabel_159:
\ 000050 12.... LCALL ?DEALLOC_XSTACK8
4118 #endif // defined (NV_RESTORE)
4119
4120 // Initialize NV items for NWK Active and Alternate keys. These items are used
4121 // all the time, independently of NV_RESTORE being set or not
4122 osal_memset( &nwkKey, 0x00, sizeof(nwkKey) );
\ ??ZDSecMgrNwkKeyInit_0:
\ 000053 ; Setup parameters for call to function osal_memset
\ 000053 7C11 MOV R4,#0x11
\ 000055 7D00 MOV R5,#0x0
\ 000057 7900 MOV R1,#0x0
\ 000059 AA.. MOV R2,?XSP + 0
\ 00005B AB.. MOV R3,?XSP + 1
\ 00005D 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
4123
4124 status = osal_nv_item_init( ZCD_NV_NWK_ACTIVE_KEY_INFO, sizeof(nwkKey), &nwkKey);
4125
4126 #if defined ( NV_RESTORE )
4127 // reset the values of NV items if NV_RESTORE is not enabled
4128 if ((status == SUCCESS) && (setDefault == TRUE))
4129 {
4130 // clear NV data to default values
4131 osal_nv_write( ZCD_NV_NWK_ACTIVE_KEY_INFO, 0, sizeof(nwkKey), &nwkKey );
4132 }
4133 #else
4134 // reset the values of NV items if NV_RESTORE is not enabled
4135 if (status == SUCCESS)
\ 000060 ; Setup parameters for call to function osal_nv_item_init
\ 000060 A8.. MOV R0,?XSP + 0
\ 000062 A9.. MOV R1,?XSP + 1
\ 000064 88.. MOV ?V0,R0
\ 000066 89.. MOV ?V1,R1
\ 000068 78.. MOV R0,#?V0
\ 00006A 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00006D 7C11 MOV R4,#0x11
\ 00006F 7D00 MOV R5,#0x0
\ 000071 7A3A MOV R2,#0x3a
\ 000073 12.... LCALL ?Subroutine38 & 0xFFFF
\ ??CrossCallReturnLabel_350:
\ 000076 12.... LCALL ?DEALLOC_XSTACK8
\ 000079 E9 MOV A,R1
\ 00007A 701E JNZ ??ZDSecMgrNwkKeyInit_1
4136 {
4137 osal_nv_write( ZCD_NV_NWK_ACTIVE_KEY_INFO, 0, sizeof(nwkKey), &nwkKey );
\ 00007C ; Setup parameters for call to function osal_nv_write
\ 00007C 78.. MOV R0,#?V0
\ 00007E 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000081 75..11 MOV ?V0,#0x11
\ 000084 75..00 MOV ?V1,#0x0
\ 000087 78.. MOV R0,#?V0
\ 000089 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00008C 7C00 MOV R4,#0x0
\ 00008E 7D00 MOV R5,#0x0
\ 000090 7A3A MOV R2,#0x3a
\ 000092 7B00 MOV R3,#0x0
\ 000094 12.... LCALL ??Subroutine107_0 & 0xFFFF
4138 }
\ ??CrossCallReturnLabel_160:
\ 000097 12.... LCALL ?DEALLOC_XSTACK8
4139 #endif // defined (NV_RESTORE)
4140
4141 status = osal_nv_item_init( ZCD_NV_NWK_ALTERN_KEY_INFO, sizeof(nwkKey), &nwkKey );
4142
4143 #if defined ( NV_RESTORE )
4144 // reset the values of NV items if NV_RESTORE is not enabled
4145 if ((status == SUCCESS) && (setDefault == TRUE))
4146 {
4147 // clear NV data to default values
4148 osal_nv_write( ZCD_NV_NWK_ALTERN_KEY_INFO, 0, sizeof(nwkKey), &nwkKey );
4149 }
4150 #else
4151 // reset the values of NV items if NV_RESTORE is not enabled
4152 if (status == SUCCESS)
\ ??ZDSecMgrNwkKeyInit_1:
\ 00009A ; Setup parameters for call to function osal_nv_item_init
\ 00009A A8.. MOV R0,?XSP + 0
\ 00009C A9.. MOV R1,?XSP + 1
\ 00009E 88.. MOV ?V0,R0
\ 0000A0 89.. MOV ?V1,R1
\ 0000A2 78.. MOV R0,#?V0
\ 0000A4 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000A7 7C11 MOV R4,#0x11
\ 0000A9 7D00 MOV R5,#0x0
\ 0000AB 7A3B MOV R2,#0x3b
\ 0000AD 12.... LCALL ?Subroutine38 & 0xFFFF
\ ??CrossCallReturnLabel_351:
\ 0000B0 12.... LCALL ?DEALLOC_XSTACK8
\ 0000B3 E9 MOV A,R1
\ 0000B4 701E JNZ ??ZDSecMgrNwkKeyInit_2
4153 {
4154 osal_nv_write( ZCD_NV_NWK_ALTERN_KEY_INFO, 0, sizeof(nwkKey), &nwkKey );
\ 0000B6 ; Setup parameters for call to function osal_nv_write
\ 0000B6 78.. MOV R0,#?V0
\ 0000B8 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000BB 75..11 MOV ?V0,#0x11
\ 0000BE 75..00 MOV ?V1,#0x0
\ 0000C1 78.. MOV R0,#?V0
\ 0000C3 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000C6 7C00 MOV R4,#0x0
\ 0000C8 7D00 MOV R5,#0x0
\ 0000CA 7A3B MOV R2,#0x3b
\ 0000CC 7B00 MOV R3,#0x0
\ 0000CE 12.... LCALL ??Subroutine107_0 & 0xFFFF
4155 }
\ ??CrossCallReturnLabel_161:
\ 0000D1 12.... LCALL ?DEALLOC_XSTACK8
4156 #endif // defined (NV_RESTORE)
4157
4158 }
\ ??ZDSecMgrNwkKeyInit_2:
\ 0000D4 7426 MOV A,#0x26
\ 0000D6 02.... LJMP ??Subroutine117_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine38:
\ 000000 7B00 MOV R3,#0x0
\ 000002 REQUIRE ??Subroutine148_0
\ 000002 ; // Fall through to label ??Subroutine148_0
4159
4160 /*********************************************************************
4161 * @fn ZDSecMgrReadKeyFromNv
4162 *
4163 * @brief Looks for a specific key in NV based on Index value
4164 *
4165 * @param keyNvId - Index of key to look in NV
4166 * valid values are:
4167 * ZCD_NV_NWK_ACTIVE_KEY_INFO
4168 * ZCD_NV_NWK_ALTERN_KEY_INFO
4169 * ZCD_NV_TCLK_TABLE_START + <offset_in_table>
4170 * ZCD_NV_APS_LINK_KEY_DATA_START + <offset_in_table>
4171 * ZCD_NV_MASTER_KEY_DATA_START + <offset_in_table>
4172 * ZCD_NV_PRECFGKEY
4173 *
4174 * @param *keyinfo - Data is read into this buffer.
4175 *
4176 * @return SUCCESS if NV data was copied to the keyinfo parameter .
4177 * Otherwise, NV_OPER_FAILED for failure.
4178 */
\ In segment BANKED_CODE, align 1, keep-with-next
4179 ZStatus_t ZDSecMgrReadKeyFromNv(uint16 keyNvId, void *keyinfo)
\ ZDSecMgrReadKeyFromNv:
4180 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 0
4181 if ((keyNvId == ZCD_NV_NWK_ACTIVE_KEY_INFO) ||
4182 (keyNvId == ZCD_NV_NWK_ALTERN_KEY_INFO))
\ 000005 743A MOV A,#0x3a
\ 000007 6A XRL A,R2
\ 000008 7001 JNZ ??ZDSecMgrReadKeyFromNv_0
\ 00000A EB MOV A,R3
\ ??ZDSecMgrReadKeyFromNv_0:
\ 00000B 6006 JZ ??ZDSecMgrReadKeyFromNv_1
\ 00000D 743B MOV A,#0x3b
\ 00000F 6A XRL A,R2
\ 000010 4B ORL A,R3
\ 000011 7018 JNZ ??ZDSecMgrReadKeyFromNv_2
4183 {
4184 // get NWK active or alternate key from NV
4185 return (osal_nv_read(keyNvId,
4186 osal_offsetof(nwkKeyDesc, key),
4187 SEC_KEY_LEN,
4188 keyinfo));
\ ??ZDSecMgrReadKeyFromNv_1:
\ 000013 ; Setup parameters for call to function osal_nv_read
\ 000013 8C.. MOV ?V0,R4
\ 000015 8D.. MOV ?V1,R5
\ 000017 78.. MOV R0,#?V0
\ 000019 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00001C 75..10 MOV ?V0,#0x10
\ 00001F 75..00 MOV ?V1,#0x0
\ 000022 78.. MOV R0,#?V0
\ 000024 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000027 7C01 MOV R4,#0x1
\ 000029 8062 SJMP ??ZDSecMgrReadKeyFromNv_3
4189 }
4190 else if ((keyNvId >= ZCD_NV_TCLK_TABLE_START) &&
4191 (keyNvId < (ZCD_NV_TCLK_TABLE_START + ZDSECMGR_TC_DEVICE_MAX)))
\ ??ZDSecMgrReadKeyFromNv_2:
\ 00002B EA MOV A,R2
\ 00002C 24FF ADD A,#-0x1
\ 00002E F8 MOV R0,A
\ 00002F EB MOV A,R3
\ 000030 34FE ADDC A,#-0x2
\ 000032 F9 MOV R1,A
\ 000033 E8 MOV A,R0
\ 000034 49 ORL A,R1
\ 000035 7018 JNZ ??ZDSecMgrReadKeyFromNv_4
4192 {
4193 // Read entry keyNvId of the TC link key table from NV. keyNvId should be
4194 // ZCD_NV_TCLK_TABLE_START + <offset_in_table>
4195 return (osal_nv_read(keyNvId,
4196 osal_offsetof(APSME_TCLinkKey_t, key),
4197 SEC_KEY_LEN,
4198 keyinfo));
\ 000037 ; Setup parameters for call to function osal_nv_read
\ 000037 8C.. MOV ?V0,R4
\ 000039 8D.. MOV ?V1,R5
\ 00003B 78.. MOV R0,#?V0
\ 00003D 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000040 75..10 MOV ?V0,#0x10
\ 000043 75..00 MOV ?V1,#0x0
\ 000046 78.. MOV R0,#?V0
\ 000048 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00004B 7C08 MOV R4,#0x8
\ 00004D 803E SJMP ??ZDSecMgrReadKeyFromNv_3
4199 }
4200 else if ((keyNvId >= ZCD_NV_APS_LINK_KEY_DATA_START) &&
4201 (keyNvId < (ZCD_NV_APS_LINK_KEY_DATA_START + ZDSECMGR_ENTRY_MAX)))
\ ??ZDSecMgrReadKeyFromNv_4:
\ 00004F 19 DEC R1
\ 000050 C3 CLR C
\ 000051 E8 MOV A,R0
\ 000052 12.... LCALL ??Subroutine109_0 & 0xFFFF
\ ??CrossCallReturnLabel_168:
\ 000055 5018 JNC ??ZDSecMgrReadKeyFromNv_5
4202 {
4203 // Read entry keyNvId of the APS link key table from NV. keyNvId should be
4204 // ZCD_NV_APS_LINK_KEY_DATA_START + <offset_in_table>
4205 return (osal_nv_read(keyNvId,
4206 osal_offsetof(APSME_LinkKeyData_t, key),
4207 SEC_KEY_LEN,
4208 keyinfo));
\ 000057 ; Setup parameters for call to function osal_nv_read
\ 000057 8C.. MOV ?V0,R4
\ 000059 8D.. MOV ?V1,R5
\ 00005B 78.. MOV R0,#?V0
\ 00005D 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000060 75..10 MOV ?V0,#0x10
\ 000063 75..00 MOV ?V1,#0x0
\ 000066 78.. MOV R0,#?V0
\ 000068 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00006B 7C00 MOV R4,#0x0
\ 00006D 801E SJMP ??ZDSecMgrReadKeyFromNv_3
4209 }
4210 else if ((keyNvId >= ZCD_NV_MASTER_KEY_DATA_START) &&
4211 (keyNvId < (ZCD_NV_MASTER_KEY_DATA_START + ZDSECMGR_MASTERKEY_MAX)))
\ ??ZDSecMgrReadKeyFromNv_5:
\ 00006F 19 DEC R1
\ 000070 C3 CLR C
\ 000071 E8 MOV A,R0
\ 000072 12.... LCALL ??Subroutine109_0 & 0xFFFF
\ ??CrossCallReturnLabel_169:
\ 000075 501A JNC ??ZDSecMgrReadKeyFromNv_6
4212 {
4213 // Read entry keyNvId of the MASTER key table from NV. keyNvId should be
4214 // ZCD_NV_MASTER_KEY_DATA_START + <offset_in_table>
4215 return (osal_nv_read(keyNvId,
4216 osal_offsetof(ZDSecMgrMasterKeyData_t, key),
4217 SEC_KEY_LEN,
4218 keyinfo));
\ 000077 ; Setup parameters for call to function osal_nv_read
\ 000077 8C.. MOV ?V0,R4
\ 000079 8D.. MOV ?V1,R5
\ 00007B 78.. MOV R0,#?V0
\ 00007D 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000080 75..10 MOV ?V0,#0x10
\ 000083 75..00 MOV ?V1,#0x0
\ 000086 78.. MOV R0,#?V0
\ 000088 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00008B 7C02 MOV R4,#0x2
\ ??ZDSecMgrReadKeyFromNv_3:
\ 00008D 7D00 MOV R5,#0x0
\ 00008F 8022 SJMP ??ZDSecMgrReadKeyFromNv_7
4219 }
4220 else if (keyNvId == ZCD_NV_PRECFGKEY)
\ ??ZDSecMgrReadKeyFromNv_6:
\ 000091 7462 MOV A,#0x62
\ 000093 6A XRL A,R2
\ 000094 4B ORL A,R3
\ 000095 7024 JNZ ??ZDSecMgrReadKeyFromNv_8
4221 {
4222 // Read entry keyNvId of the Preconfig key from NV.
4223 return (osal_nv_read(keyNvId,
4224 0,
4225 SEC_KEY_LEN,
4226 keyinfo));
\ 000097 ; Setup parameters for call to function osal_nv_read
\ 000097 8C.. MOV ?V0,R4
\ 000099 8D.. MOV ?V1,R5
\ 00009B 78.. MOV R0,#?V0
\ 00009D 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000A0 75..10 MOV ?V0,#0x10
\ 0000A3 75..00 MOV ?V1,#0x0
\ 0000A6 78.. MOV R0,#?V0
\ 0000A8 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000AB 7C00 MOV R4,#0x0
\ 0000AD 7D00 MOV R5,#0x0
\ 0000AF 7A62 MOV R2,#0x62
\ 0000B1 7B00 MOV R3,#0x0
4227 }
\ ??ZDSecMgrReadKeyFromNv_7:
\ 0000B3 12.... LCALL ??Subroutine147_0 & 0xFFFF
\ ??CrossCallReturnLabel_347:
\ 0000B6 12.... LCALL ?DEALLOC_XSTACK8
\ 0000B9 8002 SJMP ??ZDSecMgrReadKeyFromNv_9
4228
4229 return NV_OPER_FAILED;
\ ??ZDSecMgrReadKeyFromNv_8:
\ 0000BB 790A MOV R1,#0xa
\ ??ZDSecMgrReadKeyFromNv_9:
\ 0000BD 02.... LJMP ??Subroutine118_0 & 0xFFFF
4230 }
4231
4232 /******************************************************************************
4233 * @fn ZDSecMgrApsLinkKeyInit
4234 *
4235 * @brief Initialize the NV table for Application link keys
4236 *
4237 * @param none
4238 *
4239 * @return none
4240 */
\ In segment BANKED_CODE, align 1, keep-with-next
4241 void ZDSecMgrApsLinkKeyInit(void)
\ ZDSecMgrApsLinkKeyInit:
4242 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 74F6 MOV A,#-0xa
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 10
\ 000005 ; Auto size: 24
\ 000005 74E8 MOV A,#-0x18
\ 000007 12.... LCALL ?ALLOC_XSTACK8
4243 APSME_LinkKeyData_t pApsLinkKey;
4244 uint8 i;
4245 uint8 status;
4246
4247 // Initialize all NV items for APS link key, if not exist already.
4248 osal_memset( &pApsLinkKey, 0x00, sizeof(APSME_LinkKeyData_t) );
\ 00000A ; Setup parameters for call to function osal_memset
\ 00000A 7C18 MOV R4,#0x18
\ 00000C 7D00 MOV R5,#0x0
\ 00000E 7900 MOV R1,#0x0
\ 000010 AA.. MOV R2,?XSP + 0
\ 000012 AB.. MOV R3,?XSP + 1
\ 000014 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
4249
4250 for( i = 0; i < ZDSECMGR_ENTRY_MAX; i++ )
\ 000017 7E00 MOV R6,#0x0
4251 {
4252 status = osal_nv_item_init( (ZCD_NV_APS_LINK_KEY_DATA_START + i),
4253 sizeof(APSME_LinkKeyData_t), &pApsLinkKey );
4254
4255 #if defined ( NV_RESTORE )
4256 (void)status; // to eliminate compiler warning
4257 #else
4258 // reset the values of NV items if NV_RESTORE is not enabled
4259 if (status == SUCCESS)
\ ??ZDSecMgrApsLinkKeyInit_0:
\ 000019 ; Setup parameters for call to function osal_nv_item_init
\ 000019 A8.. MOV R0,?XSP + 0
\ 00001B A9.. MOV R1,?XSP + 1
\ 00001D 88.. MOV ?V0,R0
\ 00001F 89.. MOV ?V1,R1
\ 000021 78.. MOV R0,#?V0
\ 000023 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000026 7C18 MOV R4,#0x18
\ 000028 7D00 MOV R5,#0x0
\ 00002A EE MOV A,R6
\ 00002B 2401 ADD A,#0x1
\ 00002D FA MOV R2,A
\ 00002E E4 CLR A
\ 00002F 3402 ADDC A,#0x2
\ 000031 FB MOV R3,A
\ 000032 12.... LCALL ??Subroutine148_0 & 0xFFFF
\ ??CrossCallReturnLabel_354:
\ 000035 12.... LCALL ?DEALLOC_XSTACK8
\ 000038 E9 MOV A,R1
\ 000039 701F JNZ ??ZDSecMgrApsLinkKeyInit_1
4260 {
4261 osal_nv_write( (ZCD_NV_APS_LINK_KEY_DATA_START + i), 0,
4262 sizeof(APSME_LinkKeyData_t), &pApsLinkKey );
\ 00003B ; Setup parameters for call to function osal_nv_write
\ 00003B 78.. MOV R0,#?V0
\ 00003D 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000040 75..18 MOV ?V0,#0x18
\ 000043 75..00 MOV ?V1,#0x0
\ 000046 78.. MOV R0,#?V0
\ 000048 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00004B 7C00 MOV R4,#0x0
\ 00004D 7D00 MOV R5,#0x0
\ 00004F EE MOV A,R6
\ 000050 2401 ADD A,#0x1
\ 000052 FA MOV R2,A
\ 000053 E4 CLR A
\ 000054 12.... LCALL ??Subroutine105_0 & 0xFFFF
4263
4264 }
4265 #endif // defined (NV_RESTORE)
4266 }
\ ??CrossCallReturnLabel_150:
\ 000057 12.... LCALL ?DEALLOC_XSTACK8
\ ??ZDSecMgrApsLinkKeyInit_1:
\ 00005A 0E INC R6
\ 00005B EE MOV A,R6
\ 00005C C3 CLR C
\ 00005D 9403 SUBB A,#0x3
\ 00005F 40B8 JC ??ZDSecMgrApsLinkKeyInit_0
4267 }
\ 000061 7418 MOV A,#0x18
\ 000063 02.... LJMP ??Subroutine117_0 & 0xFFFF
4268
4269 /******************************************************************************
4270 * @fn ZDSecMgrInitNVKeyTables
4271 *
4272 * @brief Initialize the NV table for All keys: NWK, Master, TCLK and APS
4273 *
4274 * @param setDefault - TRUE to set default values
4275 *
4276 * @return none
4277 */
\ In segment BANKED_CODE, align 1, keep-with-next
4278 void ZDSecMgrInitNVKeyTables(uint8 setDefault)
\ ZDSecMgrInitNVKeyTables:
4279 {
\ 000000 74F7 MOV A,#-0x9
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 9
\ 000005 ; Auto size: 0
\ 000005 E9 MOV A,R1
\ 000006 FE MOV R6,A
4280 ZDSecMgrNwkKeyInit(setDefault);
\ 000007 ; Setup parameters for call to function ZDSecMgrNwkKeyInit
\ 000007 12.... LCALL `??ZDSecMgrNwkKeyInit::?relay`; Banked call to: ZDSecMgrNwkKeyInit
4281 ZDSecMgrMasterKeyInit();
\ 00000A ; Setup parameters for call to function ZDSecMgrMasterKeyInit
\ 00000A 12.... LCALL `??ZDSecMgrMasterKeyInit::?relay`; Banked call to: ZDSecMgrMasterKeyInit
4282 ZDSecMgrApsLinkKeyInit();
\ 00000D ; Setup parameters for call to function ZDSecMgrApsLinkKeyInit
\ 00000D 12.... LCALL `??ZDSecMgrApsLinkKeyInit::?relay`; Banked call to: ZDSecMgrApsLinkKeyInit
4283 APSME_TCLinkKeyInit(setDefault);
\ 000010 ; Setup parameters for call to function APSME_TCLinkKeyInit
\ 000010 EE MOV A,R6
\ 000011 F9 MOV R1,A
\ 000012 12.... LCALL `??APSME_TCLinkKeyInit::?relay`; Banked call to: APSME_TCLinkKeyInit
4284 }
\ 000015 02.... LJMP ??Subroutine126_0 & 0xFFFF
4285
4286 /******************************************************************************
4287 * @fn ZDSecMgrSaveApsLinkKey
4288 *
4289 * @brief Save APS Link Key to NV. It will loop through all the keys
4290 * to see which one to save.
4291 *
4292 * @param none
4293 *
4294 * @return none
4295 */
\ In segment BANKED_CODE, align 1, keep-with-next
4296 void ZDSecMgrSaveApsLinkKey(void)
\ ZDSecMgrSaveApsLinkKey:
4297 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 REQUIRE ?V4
\ 000000 REQUIRE ?V5
\ 000000 74F2 MOV A,#-0xe
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 14
\ 000005 ; Auto size: 0
4298 APSME_LinkKeyData_t *pKeyData = NULL;
4299 int i;
4300
4301 pKeyData = (APSME_LinkKeyData_t *)osal_mem_alloc(sizeof(APSME_LinkKeyData_t));
\ 000005 ; Setup parameters for call to function osal_mem_alloc
\ 000005 12.... LCALL ?Subroutine75 & 0xFFFF
4302
4303 if (pKeyData != NULL)
\ ??CrossCallReturnLabel_106:
\ 000008 7003 JNZ $+5
\ 00000A 02.... LJMP ??ZDSecMgrSaveApsLinkKey_0 & 0xFFFF
4304 {
4305 // checks all pending flags to know which one to save
4306 for (i = 0; i < ZDSECMGR_ENTRY_MAX; i++)
\ 00000D 7E00 MOV R6,#0x0
\ 00000F 7F00 MOV R7,#0x0
4307 {
4308 if (ApsLinkKeyFrmCntr[i].pendingFlag == TRUE)
\ ??ZDSecMgrSaveApsLinkKey_1:
\ 000011 EE MOV A,R6
\ 000012 F8 MOV R0,A
\ 000013 EF MOV A,R7
\ 000014 F9 MOV R1,A
\ 000015 E8 MOV A,R0
\ 000016 75F009 MOV B,#0x9
\ 000019 A4 MUL AB
\ 00001A F8 MOV R0,A
\ 00001B AAF0 MOV R2,B
\ 00001D 75F009 MOV B,#0x9
\ 000020 E9 MOV A,R1
\ 000021 A4 MUL AB
\ 000022 2A ADD A,R2
\ 000023 F9 MOV R1,A
\ 000024 74.. MOV A,#(ApsLinkKeyFrmCntr + 8) & 0xff
\ 000026 28 ADD A,R0
\ 000027 F582 MOV DPL,A
\ 000029 74.. MOV A,#((ApsLinkKeyFrmCntr + 8) >> 8) & 0xff
\ 00002B 39 ADDC A,R1
\ 00002C F583 MOV DPH,A
\ 00002E E0 MOVX A,@DPTR
\ 00002F 6401 XRL A,#0x1
\ 000031 6003 JZ $+5
\ 000033 02.... LJMP ??ZDSecMgrSaveApsLinkKey_2 & 0xFFFF
4309 {
4310 // retrieve key from NV
4311 if (osal_nv_read(ZCD_NV_APS_LINK_KEY_DATA_START + i, 0,
4312 sizeof(APSME_LinkKeyData_t), pKeyData) == SUCCESS)
\ 000036 ; Setup parameters for call to function osal_nv_read
\ 000036 78.. MOV R0,#?V2
\ 000038 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00003B 75..18 MOV ?V0,#0x18
\ 00003E 75..00 MOV ?V1,#0x0
\ 000041 78.. MOV R0,#?V0
\ 000043 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000046 7C00 MOV R4,#0x0
\ 000048 7D00 MOV R5,#0x0
\ 00004A EE MOV A,R6
\ 00004B 2401 ADD A,#0x1
\ 00004D FA MOV R2,A
\ 00004E EF MOV A,R7
\ 00004F 3402 ADDC A,#0x2
\ 000051 FB MOV R3,A
\ 000052 12.... LCALL ??Subroutine147_0 & 0xFFFF
\ ??CrossCallReturnLabel_348:
\ 000055 12.... LCALL ?DEALLOC_XSTACK8
\ 000058 E9 MOV A,R1
\ 000059 7074 JNZ ??ZDSecMgrSaveApsLinkKey_2
4313 {
4314 pKeyData->txFrmCntr = ApsLinkKeyFrmCntr[i].txFrmCntr;
\ 00005B EE MOV A,R6
\ 00005C F8 MOV R0,A
\ 00005D EF MOV A,R7
\ 00005E F9 MOV R1,A
\ 00005F E8 MOV A,R0
\ 000060 75F009 MOV B,#0x9
\ 000063 A4 MUL AB
\ 000064 F8 MOV R0,A
\ 000065 AAF0 MOV R2,B
\ 000067 75F009 MOV B,#0x9
\ 00006A E9 MOV A,R1
\ 00006B A4 MUL AB
\ 00006C 2A ADD A,R2
\ 00006D F9 MOV R1,A
\ 00006E 74.. MOV A,#ApsLinkKeyFrmCntr & 0xff
\ 000070 28 ADD A,R0
\ 000071 F5.. MOV ?V0,A
\ 000073 74.. MOV A,#(ApsLinkKeyFrmCntr >> 8) & 0xff
\ 000075 39 ADDC A,R1
\ 000076 F5.. MOV ?V1,A
\ 000078 85..82 MOV DPL,?V0
\ 00007B F583 MOV DPH,A
\ 00007D 12.... LCALL ?XLOAD_R0123
\ 000080 E5.. MOV A,?V2
\ 000082 2410 ADD A,#0x10
\ 000084 F582 MOV DPL,A
\ 000086 E4 CLR A
\ 000087 35.. ADDC A,?V3
\ 000089 F583 MOV DPH,A
\ 00008B 12.... LCALL ?XSTORE_R0123
4315 pKeyData->rxFrmCntr = ApsLinkKeyFrmCntr[i].rxFrmCntr;
\ 00008E 85..82 MOV DPL,?V0
\ 000091 85..83 MOV DPH,?V1
\ 000094 A3 INC DPTR
\ 000095 A3 INC DPTR
\ 000096 A3 INC DPTR
\ 000097 A3 INC DPTR
\ 000098 12.... LCALL ?XLOAD_R0123
\ 00009B E5.. MOV A,?V2
\ 00009D 2414 ADD A,#0x14
\ 00009F F582 MOV DPL,A
\ 0000A1 E4 CLR A
\ 0000A2 35.. ADDC A,?V3
\ 0000A4 F583 MOV DPH,A
\ 0000A6 12.... LCALL ?XSTORE_R0123
4316
4317 // Write the APS link key back to the NV
4318 osal_nv_write(ZCD_NV_APS_LINK_KEY_DATA_START + i, 0,
4319 sizeof(APSME_LinkKeyData_t), pKeyData);
\ 0000A9 ; Setup parameters for call to function osal_nv_write
\ 0000A9 78.. MOV R0,#?V2
\ 0000AB 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000AE 75..18 MOV ?V4,#0x18
\ 0000B1 75..00 MOV ?V5,#0x0
\ 0000B4 78.. MOV R0,#?V4
\ 0000B6 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 0000B9 12.... LCALL ?Subroutine35 & 0xFFFF
\ ??CrossCallReturnLabel_149:
\ 0000BC 12.... LCALL ?DEALLOC_XSTACK8
4320
4321 // clear the pending write flag
4322 ApsLinkKeyFrmCntr[i].pendingFlag = FALSE;
\ 0000BF 85..82 MOV DPL,?V0
\ 0000C2 85..83 MOV DPH,?V1
\ 0000C5 A3 INC DPTR
\ 0000C6 A3 INC DPTR
\ 0000C7 A3 INC DPTR
\ 0000C8 A3 INC DPTR
\ 0000C9 A3 INC DPTR
\ 0000CA A3 INC DPTR
\ 0000CB A3 INC DPTR
\ 0000CC A3 INC DPTR
\ 0000CD E4 CLR A
\ 0000CE F0 MOVX @DPTR,A
4323 }
4324 }
4325 }
\ ??ZDSecMgrSaveApsLinkKey_2:
\ 0000CF 0E INC R6
\ 0000D0 EE MOV A,R6
\ 0000D1 7001 JNZ ??ZDSecMgrSaveApsLinkKey_3
\ 0000D3 0F INC R7
\ ??ZDSecMgrSaveApsLinkKey_3:
\ 0000D4 12.... LCALL ?Subroutine37 & 0xFFFF
\ ??CrossCallReturnLabel_52:
\ 0000D7 A2D2 MOV C,0xD0 /* PSW */.2
\ 0000D9 65D0 XRL A,PSW
\ 0000DB 33 RLC A
\ 0000DC 5003 JNC $+5
\ 0000DE 02.... LJMP ??ZDSecMgrSaveApsLinkKey_1 & 0xFFFF
4326
4327 // clear copy of key in RAM
4328 osal_memset( pKeyData, 0x00, sizeof(APSME_LinkKeyData_t) );
\ 0000E1 ; Setup parameters for call to function osal_memset
\ 0000E1 7C18 MOV R4,#0x18
\ 0000E3 7D00 MOV R5,#0x0
\ 0000E5 7900 MOV R1,#0x0
\ 0000E7 AA.. MOV R2,?V2
\ 0000E9 AB.. MOV R3,?V3
\ 0000EB 12.... LCALL `??osal_memset::?relay`; Banked call to: osal_memset
4329
4330 osal_mem_free(pKeyData);
\ 0000EE ; Setup parameters for call to function osal_mem_free
\ 0000EE AA.. MOV R2,?V2
\ 0000F0 AB.. MOV R3,?V3
\ 0000F2 12.... LCALL `??osal_mem_free::?relay`; Banked call to: osal_mem_free
4331 }
4332 }
\ ??ZDSecMgrSaveApsLinkKey_0:
\ 0000F5 02.... LJMP ??Subroutine142_0 & 0xFFFF
4333
4334 /******************************************************************************
4335 * @fn ZDSecMgrSaveTCLinkKey
4336 *
4337 * @brief Save TC Link Key to NV. It will loop through all the keys
4338 * to see which one to save.
4339 *
4340 * @param none
4341 *
4342 * @return none
4343 */
\ In segment BANKED_CODE, align 1, keep-with-next
4344 void ZDSecMgrSaveTCLinkKey(void)
\ ZDSecMgrSaveTCLinkKey:
4345 {
\ 000000 REQUIRE ?V0
\ 000000 REQUIRE ?V1
\ 000000 REQUIRE ?V2
\ 000000 REQUIRE ?V3
\ 000000 74F4 MOV A,#-0xc
\ 000002 12.... LCALL ?BANKED_ENTER_XDATA
\ 000005 ; Saved register size: 12
\ 000005 ; Auto size: 0
4346 APSME_TCLinkKey_t *pKeyData = NULL;
4347 uint16 i;
4348
4349 pKeyData = (APSME_TCLinkKey_t *)osal_mem_alloc(sizeof(APSME_TCLinkKey_t));
\ 000005 ; Setup parameters for call to function osal_mem_alloc
\ 000005 7A20 MOV R2,#0x20
\ 000007 12.... LCALL ??Subroutine138_0 & 0xFFFF
4350
4351 if (pKeyData != NULL)
\ ??CrossCallReturnLabel_295:
\ 00000A 606B JZ ??CrossCallReturnLabel_59
4352 {
4353 for( i = 0; i < ZDSECMGR_TC_DEVICE_MAX; i++ )
4354 {
4355 if (TCLinkKeyFrmCntr[i].pendingFlag == TRUE)
\ 00000C 90.... MOV DPTR,#TCLinkKeyFrmCntr + 8
\ 00000F E0 MOVX A,@DPTR
\ 000010 6401 XRL A,#0x1
\ 000012 705E JNZ ??ZDSecMgrSaveTCLinkKey_0
4356 {
4357 if (osal_nv_read(ZCD_NV_TCLK_TABLE_START + i, 0,
4358 sizeof(APSME_TCLinkKey_t), pKeyData) == SUCCESS)
\ 000014 ; Setup parameters for call to function osal_nv_read
\ 000014 78.. MOV R0,#?V0
\ 000016 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000019 75..20 MOV ?V2,#0x20
\ 00001C 75..00 MOV ?V3,#0x0
\ 00001F 78.. MOV R0,#?V2
\ 000021 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 000024 12.... LCALL ?Subroutine72 & 0xFFFF
\ ??CrossCallReturnLabel_346:
\ 000027 12.... LCALL ?DEALLOC_XSTACK8
\ 00002A E9 MOV A,R1
\ 00002B 7045 JNZ ??ZDSecMgrSaveTCLinkKey_0
4359 {
4360 pKeyData->txFrmCntr = TCLinkKeyFrmCntr[i].txFrmCntr;
\ 00002D 90.... MOV DPTR,#TCLinkKeyFrmCntr
\ 000030 12.... LCALL ?XLOAD_R0123
\ 000033 E5.. MOV A,?V0
\ 000035 2418 ADD A,#0x18
\ 000037 F582 MOV DPL,A
\ 000039 E4 CLR A
\ 00003A 35.. ADDC A,?V1
\ 00003C F583 MOV DPH,A
\ 00003E 12.... LCALL ?XSTORE_R0123
4361 pKeyData->rxFrmCntr = TCLinkKeyFrmCntr[i].rxFrmCntr;
\ 000041 90.... MOV DPTR,#TCLinkKeyFrmCntr + 4
\ 000044 12.... LCALL ?XLOAD_R0123
\ 000047 E5.. MOV A,?V0
\ 000049 241C ADD A,#0x1c
\ 00004B F582 MOV DPL,A
\ 00004D E4 CLR A
\ 00004E 35.. ADDC A,?V1
\ 000050 F583 MOV DPH,A
\ 000052 12.... LCALL ?XSTORE_R0123
4362
4363 // Write the TC link key back to the NV
4364 osal_nv_write(ZCD_NV_TCLK_TABLE_START + i, 0,
4365 sizeof(APSME_TCLinkKey_t), pKeyData);
\ 000055 ; Setup parameters for call to function osal_nv_write
\ 000055 78.. MOV R0,#?V0
\ 000057 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00005A 78.. MOV R0,#?V2
\ 00005C 12.... LCALL ?PUSH_XSTACK_I_TWO
\ 00005F 7C00 MOV R4,#0x0
\ 000061 7D00 MOV R5,#0x0
\ 000063 7A01 MOV R2,#0x1
\ 000065 7B01 MOV R3,#0x1
\ 000067 12.... LCALL ??Subroutine107_0 & 0xFFFF
\ ??CrossCallReturnLabel_162:
\ 00006A 12.... LCALL ?DEALLOC_XSTACK8
4366
4367 // clear the pending write flag
4368 TCLinkKeyFrmCntr[i].pendingFlag = FALSE;
\ 00006D 90.... MOV DPTR,#TCLinkKeyFrmCntr + 8
\ 000070 E4 CLR A
\ 000071 F0 MOVX @DPTR,A
4369 }
4370 }
4371 }
4372 // clear copy of key in RAM
4373 osal_memset( pKeyData, 0x00, sizeof(APSME_TCLinkKey_t) );
\ ??ZDSecMgrSaveTCLinkKey_0:
\ 000072 ; Setup parameters for call to function osal_memset
\ 000072 7C20 MOV R4,#0x20
\ 000074 12.... LCALL ?Subroutine41 & 0xFFFF
4374
4375 osal_mem_free(pKeyData);
4376 }
4377 }
\ ??CrossCallReturnLabel_59:
\ 000077 02.... LJMP ??Subroutine144_0 & 0xFFFF
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine66:
\ 000000 12.... LCALL ?Subroutine87 & 0xFFFF
\ ??CrossCallReturnLabel_313:
\ 000003 12.... LCALL `??ZDSecMgrEntryFree::?relay`; Banked call to: ZDSecMgrEntryFree
\ 000006 22 RET
\ In segment XDATA_ID, align 1, keep-with-next
\ `?<Initializer for ZDSecMgrAppKeyType>`:
\ 000000 03 DB 3
\ In segment XDATA_ROM_C, align 1
\ __Constant_1:
\ 000000 01000000 DD 1
4378
4379 #if defined ( ZBA_FALLBACK_NWKKEY )
4380 /******************************************************************************
4381 * @fn ZDSecMgrFallbackNwkKey
4382 *
4383 * @brief Use the ZBA fallback network key.
4384 *
4385 * @param none
4386 *
4387 * @return none
4388 */
4389 void ZDSecMgrFallbackNwkKey( void )
4390 {
4391 if ( !_NIB.nwkKeyLoaded )
4392 {
4393 uint8 fallbackKey[SEC_KEY_LEN];
4394
4395 ZDSecMgrReadKeyFromNv( ZCD_NV_PRECFGKEY, fallbackKey );
4396 SSP_UpdateNwkKey( fallbackKey, 0);
4397 SSP_SwitchNwkKey( 0 );
4398
4399 // clear local copy of key
4400 osal_memset( fallbackKey, 0x00, SEC_KEY_LEN );
4401
4402 // handle next step in authentication process
4403 ZDSecMgrAuthNwkKey();
4404 }
4405 }
4406 #endif // defined ( ZBA_FALLBACK_NWKKEY )
4407
4408 #if defined ( NV_RESTORE )
4409 /******************************************************************************
4410 * @fn ZDSecMgrClearNVKeyValues
4411 *
4412 * @brief If NV_RESTORE is enabled and the status of the network needs
4413 * default values this fuction clears ZCD_NV_NWKKEY,
4414 * ZCD_NV_NWK_ACTIVE_KEY_INFO and ZCD_NV_NWK_ALTERN_KEY_INFO link
4415 *
4416 * @param none
4417 *
4418 * @return none
4419 */
4420 void ZDSecMgrClearNVKeyValues(void)
4421 {
4422 nwkActiveKeyItems keyItems;
4423 nwkKeyDesc nwkKey;
4424
4425 osal_memset(&keyItems, 0x00, sizeof(nwkActiveKeyItems));
4426
4427 osal_nv_write(ZCD_NV_NWKKEY, 0, sizeof(nwkActiveKeyItems), &keyItems);
4428
4429 // Initialize NV items for NWK Active and Alternate keys.
4430 osal_memset( &nwkKey, 0x00, sizeof(nwkKeyDesc) );
4431
4432 osal_nv_write(ZCD_NV_NWK_ACTIVE_KEY_INFO, 0, sizeof(nwkKeyDesc), &nwkKey);
4433
4434 osal_nv_write(ZCD_NV_NWK_ALTERN_KEY_INFO, 0, sizeof(nwkKeyDesc), &nwkKey);
4435 }
4436 #endif // defined ( NV_RESTORE )
4437
4438 /******************************************************************************
4439 ******************************************************************************/
Maximum stack usage in bytes:
ISTACK XSTACK Function
------ ------ --------
0 66 APSME_IsDefaultTCLK
0 36 APSME_IsLinkKeyValid
0 32 -> APSME_LinkKeyNVIdGet
0 32 -> osal_mem_alloc
0 35 -> osal_memcmp
0 32 -> osal_memset
0 36 -> osal_nv_read
0 10 APSME_KeyFwdToChild
0 10 -> AssocGetWithExt
0 10 -> ZDSecMgrAssocDeviceAuth
0 43 APSME_LinkKeyNVIdGet
0 11 -> ZDSecMgrEntryLookupExt
0 37 APSME_LinkKeySet
0 21 -> ZDSecMgrEntryLookupExtGetIndex
0 19 -> osal_mem_alloc
0 19 -> osal_mem_free
0 22 -> osal_memcpy
0 19 -> osal_memset
0 23 -> osal_nv_read
0 23 -> osal_nv_write
0 11 APSME_MasterKeyGet
0 11 -> ZDSecMgrExtAddrLookup
0 11 -> ZDSecMgrMasterKeyLookup
0 0 APSME_SKA_TimerExpired
0 56 APSME_TCLinkKeyInit
0 46 -> osal_memcpy
0 43 -> osal_memset
0 45 -> osal_nv_item_init
0 47 -> osal_nv_read
0 47 -> osal_nv_write
0 61 APSME_TCLinkKeyLoad
0 57 -> APSME_IsDefaultTCLK
0 57 -> APSME_LookupExtAddr
0 57 -> AddrMgrEntryLookupNwk
0 57 -> AddrMgrEntryRelease
0 57 -> AddrMgrExtAddrEqual
0 57 -> AddrMgrExtAddrValid
0 57 -> osal_memset
0 61 -> osal_nv_read
0 48 APSME_TCLinkKeySync
0 44 -> APSME_IsDefaultTCLK
0 44 -> APSME_LookupExtAddr
0 44 -> AddrMgrExtAddrEqual
0 44 -> AddrMgrExtAddrValid
0 44 -> osal_memset
0 48 -> osal_nv_read
2 12 ZDSecMgrAPSRemove
2 10 -> ZDSecMgrDeviceRemove
0 18 ZDSecMgrAddLinkKey
0 14 -> APSME_LinkKeySet
0 16 -> ZDSecMgrAddrStore
0 14 -> ZDSecMgrEntryLookupAMI
0 14 -> ZDSecMgrEntryNew
0 36 ZDSecMgrAddrMgrUpdate
0 22 -> AddrMgrEntryGet
0 22 -> AddrMgrEntryUpdate
0 55 ZDSecMgrAddrStore
0 22 -> AddrMgrEntryUpdate
0 22 -> AddrMgrExtAddrSet
3 57 ZDSecMgrAppKeyGet
2 0 -> SSP_GetTrueRand
0 57 ZDSecMgrAppKeyReq
0 49 -> APSME_LookupExtAddr
0 49 -> APSME_LookupNwkAddr
0 49 -> APSME_TransportKeyReq
0 57 -> ZDSecMgrAppKeyGet
0 49 -> osal_memset
0 47 ZDSecMgrApsLinkKeyInit
0 34 -> osal_memset
0 36 -> osal_nv_item_init
0 38 -> osal_nv_write
2 35 ZDSecMgrAssocDeviceAuth
0 16 ZDSecMgrAuthInitiate
0 16 -> APSME_AuthenticateReq
0 16 -> APSME_LookupNwkAddr
2 25 ZDSecMgrAuthNwkKey
2 0 -> osal_set_event
2 0 ZDSecMgrAuthenticateCfm
2 0 -> osal_set_event
0 29 ZDSecMgrAuthenticateInd
0 29 -> APSME_AuthenticateReq
0 29 -> AddrMgrEntryUpdate
0 29 -> AddrMgrExtAddrSet
0 0 ZDSecMgrAuthenticationCheck
1 11 ZDSecMgrAuthenticationSet
0 11 -> ZDSecMgrEntryLookupExt
2 0 ZDSecMgrConfig
2 0 -> APSME_SecurityNM
0 24 ZDSecMgrCtrlAdd
0 12 -> ZDSecMgrCtrlSet
2 0 ZDSecMgrCtrlInit
2 0 -> osal_mem_alloc
0 22 ZDSecMgrCtrlLookup
2 0 ZDSecMgrCtrlRelease
0 14 ZDSecMgrCtrlReset
0 12 -> ZDSecMgrCtrlAdd
0 12 -> ZDSecMgrCtrlLookup
0 14 -> ZDSecMgrCtrlSet
1 23 ZDSecMgrCtrlSet
2 2 ZDSecMgrCtrlTerm
2 2 -> ZDSecMgrCtrlLookup
1 42 ZDSecMgrDeviceCtrlHandler
0 9 -> ZDSecMgrEstablishKey
0 9 -> ZDSecMgrSendMasterKey
0 9 -> ZDSecMgrSendNwkKey
0 9 -> osal_start_timerEx
2 0 ZDSecMgrDeviceCtrlSetup
2 0 -> ZDSecMgrDeviceCtrlHandler
0 13 ZDSecMgrDeviceCtrlUpdate
0 13 -> ZDSecMgrCtrlLookup
0 13 -> ZDSecMgrEntryLookupExt
0 44 ZDSecMgrDeviceEntryAdd
0 14 -> ZDSecMgrAddrMgrUpdate
0 14 -> ZDSecMgrEntryFree
0 14 -> ZDSecMgrEntryLookup
0 14 -> ZDSecMgrEntryLookupAMI
0 14 -> ZDSecMgrEntryNew
2 0 ZDSecMgrDeviceEntryRemove
2 0 -> ZDSecMgrEntryFree
0 24 ZDSecMgrDeviceJoin
0 14 -> ZDSecMgrAddrStore
0 12 -> ZDSecMgrDeviceRemove
0 12 -> ZDSecMgrDeviceValidate
0 12 -> ZDSecMgrSendNwkKey
0 9 ZDSecMgrDeviceJoinDirect
0 9 -> AssocGetWithShort
0 9 -> ZDSecMgrAssocDeviceAuth
0 9 -> ZDSecMgrDeviceJoin
2 8 ZDSecMgrDeviceJoinFwd
2 8 -> APSME_UpdateDeviceReq
2 35 ZDSecMgrDeviceNew
2 0 -> ZDSecMgrDeviceJoinFwd
0 38 ZDSecMgrDeviceRemove
0 19 -> APSME_RemoveDeviceReq
0 19 -> AssocGetWithExt
0 19 -> NLME_GetShortAddr
0 19 -> NLME_LeaveReq
0 11 ZDSecMgrDeviceRemoveByExtAddr
0 11 -> ZDSecMgrEntryFree
0 11 -> ZDSecMgrEntryLookupExt
2 12 ZDSecMgrDeviceValidate
2 0 -> ZDSecMgrDeviceValidateRM
0 33 ZDSecMgrDeviceValidateCM
0 32 -> ZDSecMgrAddrStore
0 30 -> ZDSecMgrDeviceEntryAdd
0 30 -> ZDSecMgrMasterKeyLoad
0 33 -> osal_memcpy
0 30 -> osal_memset
2 0 ZDSecMgrDeviceValidateRM
0 40 ZDSecMgrDeviceValidateSKKE
0 13 -> ZDSecMgrDeviceEntryAdd
0 13 -> ZDSecMgrExtAddrLookup
0 13 -> ZDSecMgrMasterKeyLookup
0 32 ZDSecMgrEntryFree
0 14 -> osal_mem_alloc
0 14 -> osal_mem_free
0 14 -> osal_memset
0 18 -> osal_nv_write
2 0 ZDSecMgrEntryInit
2 0 -> osal_mem_alloc
0 36 ZDSecMgrEntryLookup
0 22 -> AddrMgrEntryLookupNwk
0 23 ZDSecMgrEntryLookupAMI
0 24 ZDSecMgrEntryLookupExt
0 11 -> ZDSecMgrEntryLookupAMI
0 11 -> ZDSecMgrExtAddrLookup
0 32 ZDSecMgrEntryLookupExtGetIndex
0 11 -> ZDSecMgrExtAddrLookup
0 23 ZDSecMgrEntryNew
0 26 ZDSecMgrEstablishKey
0 17 -> APSME_EstablishKeyReq
0 17 -> NLME_GetShortAddr
0 0 ZDSecMgrEstablishKeyCfm
1 27 ZDSecMgrEstablishKeyInd
0 27 -> APSME_EstablishKeyRsp
0 27 -> ZDSecMgrDeviceValidateSKKE
0 27 -> ZDSecMgrTCDataLoad
0 27 -> ZDSecMgrTCExtAddrCheck
1 33 ZDSecMgrEvent
0 33 -> AddrMgrEntryGet
0 33 -> ZDSecMgrDeviceCtrlHandler
0 33 -> osal_start_timerEx
0 36 ZDSecMgrExtAddrLookup
0 22 -> AddrMgrEntryLookupExt
0 22 -> AddrMgrExtAddrSet
0 24 ZDSecMgrExtAddrStore
0 22 -> AddrMgrEntryUpdate
0 22 -> AddrMgrExtAddrSet
2 0 ZDSecMgrInit
2 0 -> APSME_SecurityNM
0 9 ZDSecMgrInitNVKeyTables
0 9 -> APSME_TCLinkKeyInit
0 9 -> ZDSecMgrApsLinkKeyInit
0 9 -> ZDSecMgrMasterKeyInit
0 9 -> ZDSecMgrNwkKeyInit
0 41 ZDSecMgrMasterKeyInit
0 28 -> osal_memset
0 30 -> osal_nv_item_init
0 32 -> osal_nv_write
0 48 ZDSecMgrMasterKeyLoad
0 14 -> ZDSecMgrExtAddrLookup
0 14 -> ZDSecMgrMasterKeyLookup
0 14 -> ZDSecMgrMasterKeyStore
0 18 -> osal_nv_write
0 77 ZDSecMgrMasterKeyLookup
0 32 -> osal_memset
0 36 -> osal_nv_read
0 67 ZDSecMgrMasterKeyStore
0 35 -> osal_memcpy
0 32 -> osal_memset
0 36 -> osal_nv_read
0 36 -> osal_nv_write
1 35 ZDSecMgrNewDeviceEvent
0 35 -> AddrMgrEntryGet
0 35 -> AssocMatchDeviceStatus
0 35 -> AssocRemove
0 35 -> NLME_GetShortAddr
0 35 -> ZDSecMgrAssocDeviceAuth
0 35 -> ZDSecMgrDeviceNew
0 61 ZDSecMgrNwkKeyInit
0 48 -> osal_memset
0 50 -> osal_nv_item_init
0 52 -> osal_nv_write
2 0 ZDSecMgrPermitJoining
2 0 ZDSecMgrPermitJoiningTimeout
0 39 ZDSecMgrReadKeyFromNv
0 14 -> osal_nv_read
0 19 ZDSecMgrRemoveDeviceInd
0 19 -> APSME_LookupNwkAddr
0 19 -> NLME_GetShortAddr
0 19 -> ZDSecMgrDeviceRemove
2 4 ZDSecMgrRequestAppKey
2 4 -> APSME_RequestKeyReq
2 0 ZDSecMgrRequestKeyInd
2 0 -> ZDSecMgrAppKeyReq
0 18 ZDSecMgrSaveApsLinkKey
0 14 -> osal_mem_alloc
0 14 -> osal_mem_free
0 14 -> osal_memset
0 18 -> osal_nv_read
0 18 -> osal_nv_write
0 16 ZDSecMgrSaveTCLinkKey
0 12 -> osal_mem_alloc
0 12 -> osal_mem_free
0 12 -> osal_memset
0 16 -> osal_nv_read
0 16 -> osal_nv_write
0 54 ZDSecMgrSendMasterKey
0 41 -> APSME_TransportKeyReq
0 41 -> NLME_GetShortAddr
0 41 -> ZDSecMgrMasterKeyLookup
0 41 -> osal_memset
0 45 -> osal_nv_read
1 56 ZDSecMgrSendNwkKey
0 40 -> APSME_TransportKeyReq
0 40 -> NLME_GetShortAddr
0 44 -> NLME_ReadNwkKeyInfo
0 40 -> osal_memset
0 23 ZDSecMgrSetDefaultNV
0 19 -> osal_mem_alloc
0 19 -> osal_mem_free
0 19 -> osal_memset
0 23 -> osal_nv_write
0 24 ZDSecMgrSetupPartner
0 24 -> AddrMgrEntryUpdate
0 24 -> AddrMgrExtAddrSet
0 24 -> AddrMgrExtAddrValid
0 24 -> ZDP_IEEEAddrReq
0 24 -> ZDP_NwkAddrReq
2 0 ZDSecMgrSwitchKeyInd
2 0 -> SSP_SwitchNwkKey
2 0 -> ZDApp_NVUpdate
0 61 ZDSecMgrTCDataLoad
0 33 -> ZDSecMgrAddrStore
0 31 -> ZDSecMgrMasterKeyLookup
0 31 -> ZDSecMgrMasterKeyStore
0 34 -> osal_memcpy
0 31 -> osal_memset
0 44 ZDSecMgrTCExtAddrCheck
0 17 -> AddrMgrExtAddrEqual
0 17 -> AddrMgrExtAddrLookup
0 25 ZDSecMgrTransportKeyInd
0 25 -> SSP_SwitchNwkKey
0 25 -> SSP_UpdateNwkKey
0 25 -> ZDSecMgrAuthNwkKey
0 25 -> ZDSecMgrReadKeyFromNv
0 25 -> ZDSecMgrTCDataLoad
0 25 -> osal_memset
2 10 ZDSecMgrUpdateDeviceInd
2 10 -> ZDSecMgrDeviceJoin
Segment part sizes:
Bytes Function/Label
----- --------------
1 ?<Initializer for ZDSecMgrAppKeyType>
5 ??Subroutine101_0
6 ??Subroutine102_0
7 ??Subroutine103_0
10 ??Subroutine104_0
2 ??Subroutine105_0
1 ??Subroutine106_0
6 ??Subroutine107_0
5 ??Subroutine108_0
6 ??Subroutine109_0
9 ??Subroutine110_0
6 ??Subroutine111_0
6 ??Subroutine112_0
4 ??Subroutine113_0
5 ??Subroutine114_0
2 ??Subroutine115_0
6 ??Subroutine116_0
3 ??Subroutine117_0
5 ??Subroutine118_0
8 ??Subroutine119_0
2 ??Subroutine120_0
4 ??Subroutine121_0
6 ??Subroutine122_0
7 ??Subroutine123_0
2 ??Subroutine124_0
3 ??Subroutine125_0
5 ??Subroutine126_0
6 ??Subroutine127_0
19 ??Subroutine128_0
6 ??Subroutine129_0
6 ??Subroutine130_0
11 ??Subroutine131_0
7 ??Subroutine132_0
6 ??Subroutine133_0
3 ??Subroutine134_0
6 ??Subroutine135_0
6 ??Subroutine136_0
6 ??Subroutine137_0
12 ??Subroutine138_0
2 ??Subroutine139_0
9 ??Subroutine140_0
4 ??Subroutine141_0
5 ??Subroutine142_0
5 ??Subroutine143_0
5 ??Subroutine144_0
2 ??Subroutine145_0
4 ??Subroutine146_0
6 ??Subroutine147_0
6 ??Subroutine148_0
2 ?Subroutine0
2 ?Subroutine1
4 ?Subroutine10
5 ?Subroutine100
3 ?Subroutine11
13 ?Subroutine12
5 ?Subroutine13
3 ?Subroutine14
10 ?Subroutine15
10 ?Subroutine16
6 ?Subroutine17
6 ?Subroutine18
8 ?Subroutine19
5 ?Subroutine2
7 ?Subroutine20
4 ?Subroutine21
4 ?Subroutine22
9 ?Subroutine23
13 ?Subroutine24
4 ?Subroutine25
12 ?Subroutine26
9 ?Subroutine27
8 ?Subroutine28
6 ?Subroutine29
7 ?Subroutine3
13 ?Subroutine30
3 ?Subroutine31
3 ?Subroutine32
3 ?Subroutine33
7 ?Subroutine34
9 ?Subroutine35
1 ?Subroutine36
7 ?Subroutine37
2 ?Subroutine38
18 ?Subroutine39
3 ?Subroutine4
8 ?Subroutine40
19 ?Subroutine41
2 ?Subroutine42
1 ?Subroutine43
10 ?Subroutine44
24 ?Subroutine45
6 ?Subroutine46
18 ?Subroutine47
2 ?Subroutine48
9 ?Subroutine49
8 ?Subroutine5
9 ?Subroutine50
5 ?Subroutine51
4 ?Subroutine52
7 ?Subroutine53
13 ?Subroutine54
14 ?Subroutine55
15 ?Subroutine56
7 ?Subroutine57
6 ?Subroutine58
9 ?Subroutine59
5 ?Subroutine6
4 ?Subroutine60
4 ?Subroutine61
11 ?Subroutine62
6 ?Subroutine63
7 ?Subroutine64
7 ?Subroutine65
7 ?Subroutine66
7 ?Subroutine67
4 ?Subroutine68
4 ?Subroutine69
5 ?Subroutine7
4 ?Subroutine70
2 ?Subroutine71
8 ?Subroutine72
30 ?Subroutine73
4 ?Subroutine74
14 ?Subroutine75
11 ?Subroutine76
13 ?Subroutine77
1 ?Subroutine78
12 ?Subroutine79
5 ?Subroutine8
8 ?Subroutine80
6 ?Subroutine81
4 ?Subroutine82
6 ?Subroutine83
9 ?Subroutine84
11 ?Subroutine85
10 ?Subroutine86
6 ?Subroutine87
10 ?Subroutine88
15 ?Subroutine89
2 ?Subroutine9
5 ?Subroutine90
13 ?Subroutine91
7 ?Subroutine92
1 ?Subroutine93
8 ?Subroutine94
4 ?Subroutine95
4 ?Subroutine96
22 ?Subroutine97
8 ?Subroutine98
5 ?Subroutine99
52 APSME_IsDefaultTCLK
141 APSME_IsLinkKeyValid
72 APSME_KeyFwdToChild
56 APSME_LinkKeyNVIdGet
260 APSME_LinkKeySet
55 APSME_MasterKeyGet
3 APSME_SKA_TimerExpired
225 APSME_TCLinkKeyInit
231 APSME_TCLinkKeyLoad
178 APSME_TCLinkKeySync
27 ApsLinkKeyFrmCntr
9 TCLinkKeyFrmCntr
32 TrustCenterLinkKey
71 ZDSecMgrAPSRemove
104 ZDSecMgrAddLinkKey
66 ZDSecMgrAddrMgrUpdate
67 ZDSecMgrAddrStore
43 ZDSecMgrAppKeyGet
254 ZDSecMgrAppKeyReq
1 ZDSecMgrAppKeyType
102 ZDSecMgrApsLinkKeyInit
23 ZDSecMgrAssocDeviceAuth
59 ZDSecMgrAuthInitiate
27 ZDSecMgrAuthNwkKey
50 ZDSecMgrAuthenticateCfm
102 ZDSecMgrAuthenticateInd
5 ZDSecMgrAuthenticationCheck
33 ZDSecMgrAuthenticationSet
3 ZDSecMgrConfig
118 ZDSecMgrCtrlAdd
2 ZDSecMgrCtrlData
71 ZDSecMgrCtrlInit
127 ZDSecMgrCtrlLookup
18 ZDSecMgrCtrlRelease
75 ZDSecMgrCtrlReset
79 ZDSecMgrCtrlSet
27 ZDSecMgrCtrlTerm
117 ZDSecMgrDeviceCtrlHandler
66 ZDSecMgrDeviceCtrlSetup
90 ZDSecMgrDeviceCtrlUpdate
140 ZDSecMgrDeviceEntryAdd
10 ZDSecMgrDeviceEntryRemove
71 ZDSecMgrDeviceJoin
35 ZDSecMgrDeviceJoinDirect
154 ZDSecMgrDeviceJoinFwd
9 ZDSecMgrDeviceNew
158 ZDSecMgrDeviceRemove
29 ZDSecMgrDeviceRemoveByExtAddr
48 ZDSecMgrDeviceValidate
127 ZDSecMgrDeviceValidateCM
17 ZDSecMgrDeviceValidateRM
50 ZDSecMgrDeviceValidateSKKE
2 ZDSecMgrEntries
95 ZDSecMgrEntryFree
66 ZDSecMgrEntryInit
113 ZDSecMgrEntryLookup
74 ZDSecMgrEntryLookupAMI
54 ZDSecMgrEntryLookupExt
117 ZDSecMgrEntryLookupExtGetIndex
119 ZDSecMgrEntryNew
94 ZDSecMgrEstablishKey
3 ZDSecMgrEstablishKeyCfm
184 ZDSecMgrEstablishKeyInd
217 ZDSecMgrEvent
69 ZDSecMgrExtAddrLookup
66 ZDSecMgrExtAddrStore
3 ZDSecMgrInit
24 ZDSecMgrInitNVKeyTables
108 ZDSecMgrMasterKeyInit
82 ZDSecMgrMasterKeyLoad
139 ZDSecMgrMasterKeyLookup
211 ZDSecMgrMasterKeyStore
178 ZDSecMgrNewDeviceEvent
217 ZDSecMgrNwkKeyInit
39 ZDSecMgrPermitJoining
1 ZDSecMgrPermitJoiningEnabled
1 ZDSecMgrPermitJoiningTimed
24 ZDSecMgrPermitJoiningTimeout
192 ZDSecMgrReadKeyFromNv
63 ZDSecMgrRemoveDeviceInd
38 ZDSecMgrRequestAppKey
36 ZDSecMgrRequestKeyInd
248 ZDSecMgrSaveApsLinkKey
122 ZDSecMgrSaveTCLinkKey
216 ZDSecMgrSendMasterKey
252 ZDSecMgrSendNwkKey
198 ZDSecMgrSetDefaultNV
113 ZDSecMgrSetupPartner
23 ZDSecMgrSwitchKeyInd
1 ZDSecMgrTCAuthenticated
125 ZDSecMgrTCDataLoad
1 ZDSecMgrTCDataLoaded
8 ZDSecMgrTCExtAddr
52 ZDSecMgrTCExtAddrCheck
16 ZDSecMgrTCMasterKey
192 ZDSecMgrTransportKeyInd
48 ZDSecMgrUpdateDeviceInd
4 __Constant_1
510 -- Other
9 174 bytes in segment BANKED_CODE
510 bytes in segment BANK_RELAYS
16 bytes in segment CODE_C
1 byte in segment XDATA_I
1 byte in segment XDATA_ID
4 bytes in segment XDATA_ROM_C
84 bytes in segment XDATA_Z
527 bytes of CODE memory
0 bytes of CONST memory (+ 4 bytes shared)
9 174 bytes of HUGECODE memory
85 bytes of XDATA memory
Errors: none
Warnings: none
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