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OldPeopleHome/zigbee/ZStack-CC2530-r200/Projects/SappWsn/RouterEB/List/saddr.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 12:13:08
# 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\services\saddr\saddr.c
# Command line =
# -f C:\Users\VULCAN\AppData\Local\Temp\EWDD20.tmp
# (E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Components\services\saddr\saddr.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\saddr.lst
# Object file =
# E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Projects\SappWsn\RouterEB\Obj\saddr.r51
#
###############################################################################
E:\qq下载文件\ZStack-CC2530-r200\ZStack-CC2530-r200\Components\services\saddr\saddr.c
1 /****************************************************************************
2 Filename: saddr.c
3 Revised: $Date: 2009-12-10 08:32:15 -0800 (Thu, 10 Dec 2009) $
4 Revision: $Revision: 21311 $
5
6 Description: Zigbee and 802.15.4 device address utility functions.
7
8
9 Copyright 2005-2010 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 /****************************************************************************
41 * INCLUDES
42 */
43 #include "hal_types.h"
44 #include "OSAL.h"
45 #include "saddr.h"
46
47 /****************************************************************************
48 * @fn sAddrCmp
49 *
50 * @brief Compare two device addresses.
51 *
52 * input parameters
53 *
54 * @param pAddr1 - Pointer to first address.
55 * @param pAddr2 - Pointer to second address.
56 *
57 * output parameters
58 *
59 * @return TRUE if addresses are equal, FALSE otherwise
60 */
\ In segment BANKED_CODE, align 1, keep-with-next
61 bool sAddrCmp(const sAddr_t *pAddr1, const sAddr_t *pAddr2)
\ sAddrCmp:
62 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
63 if (pAddr1->addrMode != pAddr2->addrMode)
\ 000004 12.... LCALL ?Subroutine1 & 0xFFFF
\ ??CrossCallReturnLabel_0:
\ 000007 7037 JNZ ??sAddrCmp_0
64 {
65 return FALSE;
66 }
67 else if (pAddr1->addrMode == SADDR_MODE_NONE)
\ 000009 8A82 MOV DPL,R2
\ 00000B 8B83 MOV DPH,R3
\ 00000D A3 INC DPTR
\ 00000E A3 INC DPTR
\ 00000F A3 INC DPTR
\ 000010 A3 INC DPTR
\ 000011 A3 INC DPTR
\ 000012 A3 INC DPTR
\ 000013 A3 INC DPTR
\ 000014 A3 INC DPTR
\ 000015 E0 MOVX A,@DPTR
\ 000016 6028 JZ ??sAddrCmp_0
68 {
69 return FALSE;
70 }
71 else if (pAddr1->addrMode == SADDR_MODE_SHORT)
\ 000018 6402 XRL A,#0x2
\ 00001A 8A82 MOV DPL,R2
\ 00001C 8B83 MOV DPH,R3
\ 00001E 700E JNZ ??sAddrCmp_1
72 {
73 return (bool) (pAddr1->addr.shortAddr == pAddr2->addr.shortAddr);
\ 000020 12.... LCALL ?Subroutine2 & 0xFFFF
74 }
\ ??CrossCallReturnLabel_2:
\ 000023 7003 JNZ ??sAddrCmp_2
\ 000025 A3 INC DPTR
\ 000026 E0 MOVX A,@DPTR
\ 000027 69 XRL A,R1
\ ??sAddrCmp_2:
\ 000028 7016 JNZ ??sAddrCmp_0
\ 00002A 7901 MOV R1,#0x1
\ 00002C 8014 SJMP ??sAddrCmp_3
75 else if (pAddr1->addrMode == SADDR_MODE_EXT)
\ ??sAddrCmp_1:
\ 00002E A3 INC DPTR
\ 00002F A3 INC DPTR
\ 000030 A3 INC DPTR
\ 000031 A3 INC DPTR
\ 000032 A3 INC DPTR
\ 000033 A3 INC DPTR
\ 000034 A3 INC DPTR
\ 000035 A3 INC DPTR
\ 000036 E0 MOVX A,@DPTR
\ 000037 6403 XRL A,#0x3
\ 000039 7005 JNZ ??sAddrCmp_0
76 {
77 return (sAddrExtCmp(pAddr1->addr.extAddr, pAddr2->addr.extAddr));
\ 00003B ; Setup parameters for call to function sAddrExtCmp
\ 00003B 12.... LCALL `??sAddrExtCmp::?relay`; Banked call to: sAddrExtCmp
\ 00003E 8002 SJMP ??sAddrCmp_3
78 }
79 else
80 {
81 return FALSE;
\ ??sAddrCmp_0:
\ 000040 7900 MOV R1,#0x0
82 }
\ ??sAddrCmp_3:
\ 000042 REQUIRE ?Subroutine0
\ 000042 ; // Fall through to label ?Subroutine0
83 }
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine0:
\ 000000 D083 POP DPH
\ 000002 D082 POP DPL
\ 000004 02.... LJMP ?BRET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine2:
\ 000000 E0 MOVX A,@DPTR
\ 000001 F8 MOV R0,A
\ 000002 A3 INC DPTR
\ 000003 E0 MOVX A,@DPTR
\ 000004 F9 MOV R1,A
\ 000005 8C82 MOV DPL,R4
\ 000007 8D83 MOV DPH,R5
\ 000009 E0 MOVX A,@DPTR
\ 00000A 68 XRL A,R0
\ 00000B 22 RET
\ In segment BANKED_CODE, align 1, keep-with-next
\ ?Subroutine1:
\ 000000 8A82 MOV DPL,R2
\ 000002 8B83 MOV DPH,R3
\ 000004 A3 INC DPTR
\ 000005 A3 INC DPTR
\ 000006 A3 INC DPTR
\ 000007 A3 INC DPTR
\ 000008 A3 INC DPTR
\ 000009 A3 INC DPTR
\ 00000A A3 INC DPTR
\ 00000B A3 INC DPTR
\ 00000C E0 MOVX A,@DPTR
\ 00000D F8 MOV R0,A
\ 00000E 8C82 MOV DPL,R4
\ 000010 8D83 MOV DPH,R5
\ 000012 A3 INC DPTR
\ 000013 A3 INC DPTR
\ 000014 A3 INC DPTR
\ 000015 A3 INC DPTR
\ 000016 A3 INC DPTR
\ 000017 A3 INC DPTR
\ 000018 A3 INC DPTR
\ 000019 A3 INC DPTR
\ 00001A E0 MOVX A,@DPTR
\ 00001B 68 XRL A,R0
\ 00001C 22 RET
84
85 /****************************************************************************
86 * @fn sAddrIden
87 *
88 * @brief Check if two device addresses are identical.
89 *
90 * This routine is virtually the same as sAddrCmp, which is used
91 * to determine if two different addresses are the same. However,
92 * this routine can be used to determine if an address is the
93 * same as a previously stored address. The key difference is in
94 * the former case, if the address mode is "none", then the
95 * assumption is that the two addresses can not be the same. But
96 * in the latter case, the address mode itself is being compared.
97 * So two addresses can be identical even if the address mode is
98 * "none", as long as the address mode of both addresses being
99 * compared is "none".
100 *
101 * input parameters
102 *
103 * @param pAddr1 - Pointer to first address.
104 * @param pAddr2 - Pointer to second address.
105 *
106 * output parameters
107 *
108 * @return TRUE if addresses are identical, FALSE otherwise
109 */
\ In segment BANKED_CODE, align 1, keep-with-next
110 bool sAddrIden(const sAddr_t *pAddr1, const sAddr_t *pAddr2)
\ sAddrIden:
111 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
112 // first check if the address modes are the same
113 if (pAddr1->addrMode != pAddr2->addrMode)
\ 000004 12.... LCALL ?Subroutine1 & 0xFFFF
\ ??CrossCallReturnLabel_1:
\ 000007 7037 JNZ ??sAddrIden_0
114 {
115 // no, so no point in comparing any further
116 return FALSE;
117 }
118 // the address modes are the same; check if there is no address
119 else if (pAddr1->addrMode == SADDR_MODE_NONE)
\ 000009 8A82 MOV DPL,R2
\ 00000B 8B83 MOV DPH,R3
\ 00000D A3 INC DPTR
\ 00000E A3 INC DPTR
\ 00000F A3 INC DPTR
\ 000010 A3 INC DPTR
\ 000011 A3 INC DPTR
\ 000012 A3 INC DPTR
\ 000013 A3 INC DPTR
\ 000014 A3 INC DPTR
\ 000015 E0 MOVX A,@DPTR
\ 000016 6012 JZ ??sAddrIden_1
120 {
121 // no address, so no need to compare any further as both addresses have the
122 // same address mode but no address, so they are identical
123 return TRUE;
124 }
125 // there's an address; check if it is short
126 else if (pAddr1->addrMode == SADDR_MODE_SHORT)
\ 000018 6402 XRL A,#0x2
\ 00001A 8A82 MOV DPL,R2
\ 00001C 8B83 MOV DPH,R3
\ 00001E 700E JNZ ??sAddrIden_2
127 {
128 // compare short addresses
129 return (bool) (pAddr1->addr.shortAddr == pAddr2->addr.shortAddr);
\ 000020 12.... LCALL ?Subroutine2 & 0xFFFF
130 }
\ ??CrossCallReturnLabel_3:
\ 000023 7003 JNZ ??sAddrIden_3
\ 000025 A3 INC DPTR
\ 000026 E0 MOVX A,@DPTR
\ 000027 69 XRL A,R1
\ ??sAddrIden_3:
\ 000028 7016 JNZ ??sAddrIden_0
\ ??sAddrIden_1:
\ 00002A 7901 MOV R1,#0x1
\ 00002C 8014 SJMP ??sAddrIden_4
131 // there's an address; check if it is extended
132 else if (pAddr1->addrMode == SADDR_MODE_EXT)
\ ??sAddrIden_2:
\ 00002E A3 INC DPTR
\ 00002F A3 INC DPTR
\ 000030 A3 INC DPTR
\ 000031 A3 INC DPTR
\ 000032 A3 INC DPTR
\ 000033 A3 INC DPTR
\ 000034 A3 INC DPTR
\ 000035 A3 INC DPTR
\ 000036 E0 MOVX A,@DPTR
\ 000037 6403 XRL A,#0x3
\ 000039 7005 JNZ ??sAddrIden_0
133 {
134 // compare extended addresses
135 return (sAddrExtCmp(pAddr1->addr.extAddr, pAddr2->addr.extAddr));
\ 00003B ; Setup parameters for call to function sAddrExtCmp
\ 00003B 12.... LCALL `??sAddrExtCmp::?relay`; Banked call to: sAddrExtCmp
\ 00003E 8002 SJMP ??sAddrIden_4
136 }
137 else // unknown error
138 {
139 return FALSE;
\ ??sAddrIden_0:
\ 000040 7900 MOV R1,#0x0
140 }
\ ??sAddrIden_4:
\ 000042 80.. SJMP ?Subroutine0
141 }
142
143 /****************************************************************************
144 * @fn sAddrCpy
145 *
146 * @brief Copy a device address.
147 *
148 * input parameters
149 *
150 * @param pSrc - Pointer to address to copy.
151 *
152 * output parameters
153 *
154 * @param pDest - Pointer to address of copy.
155 *
156 * @return None.
157 */
\ In segment BANKED_CODE, align 1, keep-with-next
158 void sAddrCpy(sAddr_t *pDest, const sAddr_t *pSrc)
\ sAddrCpy:
159 {
\ 000000 C082 PUSH DPL
\ 000002 C083 PUSH DPH
\ 000004 ; Saved register size: 2
\ 000004 ; Auto size: 0
160 pDest->addrMode = pSrc->addrMode;
\ 000004 8C82 MOV DPL,R4
\ 000006 8D83 MOV DPH,R5
\ 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 E0 MOVX A,@DPTR
\ 000011 F8 MOV R0,A
\ 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 A3 INC DPTR
\ 00001D A3 INC DPTR
\ 00001E F0 MOVX @DPTR,A
161
162 if (pDest->addrMode == SADDR_MODE_EXT)
\ 00001F 7403 MOV A,#0x3
\ 000021 68 XRL A,R0
\ 000022 7005 JNZ ??sAddrCpy_0
163 {
164 sAddrExtCpy(pDest->addr.extAddr, pSrc->addr.extAddr);
\ 000024 ; Setup parameters for call to function sAddrExtCpy
\ 000024 12.... LCALL `??sAddrExtCpy::?relay`; Banked call to: sAddrExtCpy
\ 000027 8012 SJMP ??sAddrCpy_1
165 }
166 else
167 {
168 pDest->addr.shortAddr = pSrc->addr.shortAddr;
\ ??sAddrCpy_0:
\ 000029 8C82 MOV DPL,R4
\ 00002B 8D83 MOV DPH,R5
\ 00002D E0 MOVX A,@DPTR
\ 00002E F8 MOV R0,A
\ 00002F A3 INC DPTR
\ 000030 E0 MOVX A,@DPTR
\ 000031 F9 MOV R1,A
\ 000032 8A82 MOV DPL,R2
\ 000034 8B83 MOV DPH,R3
\ 000036 E8 MOV A,R0
\ 000037 F0 MOVX @DPTR,A
\ 000038 A3 INC DPTR
\ 000039 E9 MOV A,R1
\ 00003A F0 MOVX @DPTR,A
169 }
170 }
\ ??sAddrCpy_1:
\ 00003B 02.... LJMP ?Subroutine0 & 0xFFFF
171
172 /****************************************************************************
173 * @fn sAddrExtCmp
174 *
175 * @brief Compare two extended addresses.
176 *
177 * input parameters
178 *
179 * @param pAddr1 - Pointer to first address.
180 * @param pAddr2 - Pointer to second address.
181 *
182 * output parameters
183 *
184 * @return TRUE if addresses are equal, FALSE otherwise
185 */
\ In segment BANKED_CODE, align 1, keep-with-next
186 bool sAddrExtCmp(const uint8 * pAddr1, const uint8 * pAddr2)
\ sAddrExtCmp:
187 {
\ 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
188 uint8 i;
189
190 for (i = SADDR_EXT_LEN; i != 0; i--)
\ 000005 75..08 MOV ?V0,#0x8
191 {
192 if (*pAddr1++ != *pAddr2++)
\ ??sAddrExtCmp_0:
\ 000008 EA MOV A,R2
\ 000009 F8 MOV R0,A
\ 00000A EB MOV A,R3
\ 00000B F9 MOV R1,A
\ 00000C 8882 MOV DPL,R0
\ 00000E F583 MOV DPH,A
\ 000010 A3 INC DPTR
\ 000011 AA82 MOV R2,DPL
\ 000013 AB83 MOV R3,DPH
\ 000015 EC MOV A,R4
\ 000016 FE MOV R6,A
\ 000017 ED MOV A,R5
\ 000018 FF MOV R7,A
\ 000019 8E82 MOV DPL,R6
\ 00001B F583 MOV DPH,A
\ 00001D A3 INC DPTR
\ 00001E AC82 MOV R4,DPL
\ 000020 AD83 MOV R5,DPH
\ 000022 8882 MOV DPL,R0
\ 000024 8983 MOV DPH,R1
\ 000026 E0 MOVX A,@DPTR
\ 000027 F8 MOV R0,A
\ 000028 8E82 MOV DPL,R6
\ 00002A 8F83 MOV DPH,R7
\ 00002C E0 MOVX A,@DPTR
\ 00002D 68 XRL A,R0
\ 00002E 6004 JZ ??sAddrExtCmp_1
193 {
194 return FALSE;
\ 000030 7900 MOV R1,#0x0
\ 000032 8008 SJMP ??sAddrExtCmp_2
195 }
196 }
\ ??sAddrExtCmp_1:
\ 000034 15.. DEC ?V0
\ 000036 E5.. MOV A,?V0
\ 000038 70CE JNZ ??sAddrExtCmp_0
197 return TRUE;
\ 00003A 7901 MOV R1,#0x1
\ ??sAddrExtCmp_2:
\ 00003C 7F02 MOV R7,#0x2
\ 00003E 02.... LJMP ?BANKED_LEAVE_XDATA
198 }
199
200 /****************************************************************************
201 * @fn sAddrExtCpy
202 *
203 * @brief Copy an extended address.
204 *
205 * input parameters
206 *
207 * @param pSrc - Pointer to address to copy.
208 *
209 * output parameters
210 *
211 * @param pDest - Pointer to address of copy.
212 *
213 * @return pDest + SADDR_EXT_LEN.
214 */
\ In segment BANKED_CODE, align 1, keep-with-next
215 void *sAddrExtCpy(uint8 * pDest, const uint8 * pSrc)
\ sAddrExtCpy:
216 {
\ 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: 0
217 return osal_memcpy(pDest, pSrc, SADDR_EXT_LEN);
\ 000005 ; Setup parameters for call to function osal_memcpy
\ 000005 8C.. MOV ?V0,R4
\ 000007 8D.. MOV ?V1,R5
\ 000009 75..00 MOV ?V2,#0x0
\ 00000C 78.. MOV R0,#?V0
\ 00000E 12.... LCALL ?PUSH_XSTACK_I_THREE
\ 000011 7C08 MOV R4,#0x8
\ 000013 7D00 MOV R5,#0x0
\ 000015 12.... LCALL `??osal_memcpy::?relay`; Banked call to: osal_memcpy
\ 000018 7403 MOV A,#0x3
\ 00001A 12.... LCALL ?DEALLOC_XSTACK8
\ 00001D 7F03 MOV R7,#0x3
\ 00001F 02.... LJMP ?BANKED_LEAVE_XDATA
218 }
219
220
221
222
Maximum stack usage in bytes:
ISTACK XSTACK Function
------ ------ --------
2 0 sAddrCmp
2 0 -> sAddrExtCmp
3 0 sAddrCpy
2 0 -> sAddrExtCpy
0 10 sAddrExtCmp
0 14 sAddrExtCpy
0 14 -> osal_memcpy
2 0 sAddrIden
2 0 -> sAddrExtCmp
Segment part sizes:
Bytes Function/Label
----- --------------
7 ?Subroutine0
29 ?Subroutine1
12 ?Subroutine2
66 sAddrCmp
62 sAddrCpy
65 sAddrExtCmp
34 sAddrExtCpy
68 sAddrIden
30 -- Other
343 bytes in segment BANKED_CODE
30 bytes in segment BANK_RELAYS
30 bytes of CODE memory
343 bytes of HUGECODE memory
Errors: none
Warnings: none
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