📄 flash.lst
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< // combine with user's interrupt setting
< //////////////////////////////////////////////////
< .EXTERNAL R_InterruptStatus
< //////////////////////////////////////////////////
<
<
< .EXTERNAL F_SP_RampUpDAC1
< .EXTERNAL F_SP_RampDnDAC1
< .EXTERNAL F_SP_RampUpDAC2
< .EXTERNAL F_SP_RampDnDAC2
<
< .EXTERNAL F_SP_InitQueue
< .EXTERNAL F_SP_InitQueue_A2000
< .EXTERNAL F_SP_InitQueue_S480
< .EXTERNAL F_SP_InitQueue_S240
< .EXTERNAL F_SP_InitQueue_MS01
< .EXTERNAL F_SP_InitQueue_DVR
<
< .EXTERNAL F_SP_ReadQueue
< .EXTERNAL F_SP_ReadQueue_A2000
< .EXTERNAL F_SP_ReadQueue_S480
< .EXTERNAL F_SP_ReadQueue_S240
< .EXTERNAL F_SP_ReadQueue_MS01
< .EXTERNAL F_SP_ReadQueue_DVR
<
< .EXTERNAL F_SP_WriteQueue
< .EXTERNAL F_SP_WriteQueue_A2000
< .EXTERNAL F_SP_WriteQueue_S480
< .EXTERNAL F_SP_WriteQueue_S240
< .EXTERNAL F_SP_WriteQueue_MS01
< .EXTERNAL F_SP_WriteQueue_DVR
<
< .EXTERNAL F_SP_TestQueue
< .EXTERNAL F_SP_TestQueue_A2000
< .EXTERNAL F_SP_TestQueue_S480
< .EXTERNAL F_SP_TestQueue_S240
< .EXTERNAL F_SP_TestQueue_MS01
< .EXTERNAL F_SP_TestQueue_DVR
<
< .EXTERNAL F_SP_ReadQueue_NIC // Read queue with no index change
< .EXTERNAL F_SP_ReadQueue_NIC_A2000
< .EXTERNAL F_SP_ReadQueue_NIC_S480
< .EXTERNAL F_SP_ReadQueue_NIC_S240
< .EXTERNAL F_SP_ReadQueue_NIC_MS01
< .EXTERNAL F_SP_ReadQueue_NIC_DVR
<
<
< .EXTERNAL F_SP_SACM_A2000_Init_
< .EXTERNAL F_SP_SACM_S480_Init_
< .EXTERNAL F_SP_SACM_S240_Init_
<
< .EXTERNAL F_SP_SACM_MS01_Init_
< .EXTERNAL F_SP_PlayMode0_
< .EXTERNAL F_SP_PlayMode1_
< .EXTERNAL F_SP_PlayMode2_
< .EXTERNAL F_SP_PlayMode3_
<
< .EXTERNAL F_SP_SACM_DVR_Init_
< .EXTERNAL F_SP_SACM_DVR_Rec_Init_
< .EXTERNAL F_SP_SACM_DVR_Play_Init_
<
< .EXTERNAL F_SP_GetResource
<
< //////////////////////////////////////////////////////////////////
< // Reserve old defintion
< // Note: Some user who use old library may use the old name
< //////////////////////////////////////////////////////////////////
< .EXTERNAL F_SP_Send_PWM // Get RAW data
< .EXTERNAL F_SP_Send_DAC1 //
< .EXTERNAL F_SP_Send_DAC2 //
<
< .EXTERNAL F_STD_Send_DAC1 // reserved old
< .EXTERNAL F_STD_Send_DAC2 // reserved old
<
< .EXTERNAL F_RampUpDAC1 // reserved old
< .EXTERNAL F_RampDnDAC1 // reserved old
< .EXTERNAL F_RampUpDAC2 // reserved old
< .EXTERNAL F_RampDnDAC2 // reserved old
< ///////////////////////////////////////////////////////////////////
<
<
<
< //========================================================================================
< // End of hardware.inc
< //========================================================================================
.DEFINE C_FLASH_SIZE 0x8000
.DEFINE C_FLASH_BLOCK_SIZE 0x100
.DEFINE C_FLASH_MATCH 0xAAAA
.DEFINE C_FLASH_PAGE_ERASE 0x5511 //擦除一页
.DEFINE C_FLASH_MASS_ERASE 0x5522 //
.DEFINE C_FLASH_1WORD_PGM 0x5533 //写一个字
.DEFINE C_FLASH_SEQUENT_PGM 0x5544 //写多个字
.DEFINE C_FLASH_MAIN_BLOCK 0x5555
.DEFINE C_FLASH_INFORM_BLOCK 0x5566
0000AC50 .CODE
//============================================================================================
//语法：void F_FlashWrite1Word(int addr,int Value )
//描述：写一个字到FLASH中
//参数：addr-被写数据的存储地址 Value-被写数据
//返回：无
//===============================================================================================
.PUBLIC _F_FlashWrite1Word
.DEFINE P_Flash_Ctrl 0x7555
_F_FlashWrite1Word: .proc
0000AC50 88 DA push bp to [sp]
0000AC51 08 0B 01 00 bp = sp+1
0000AC53 09 93 AA AA r1 = C_FLASH_MATCH //AAAA
0000AC55 19 D3 55 75 [P_Flash_Ctrl] = r1
0000AC57 09 93 33 55 r1 = C_FLASH_1WORD_PGM //5533
0000AC59 19 D3 55 75 [P_Flash_Ctrl] = r1
0000AC5B 03 92 r1 = [bp+3] //flash address
0000AC5C 04 94 r2 = [bp+4] //data
0000AC5D C1 D4 [r1] = r2
0000AC5E 88 98 pop bp from [sp]
0000AC5F 90 9A retf
.ENDP
//=============================================================================================
//语法：F_FlashWrite(int sector,int &num, int size)
//描述：顺序写多个字
//参数：sector-被写数据的起始地址 &num-被写数据 size-写数据的数量
//返回：无
//=============================================================================================
.PUBLIC _F_FlashWrite
_F_FlashWrite: .proc
0000AC60 88 DA push bp to [sp]
0000AC61 08 0B 01 00 bp = sp+1
0000AC63 03 92 r1 = [bp+3] //flash base address
0000AC64 04 94 r2 = [bp+4] //data
0000AC65 05 96 r3 = [bp+5] //多个字节
0000AC66 0C 99 AA AA r4 = C_FLASH_MATCH //AAAA
0000AC68 1C D9 55 75 [P_Flash_Ctrl] = r4
L_FlashWriteLoop:
0000AC6A 0C 99 44 55 r4 = C_FLASH_SEQUENT_PGM //5544
0000AC6C 1C D9 55 75 [P_Flash_Ctrl] = r4
0000AC6E D2 98 r4 = [r2++]
0000AC6F D1 D8 [r1++] = r4
0000AC70 41 26 r3 -= 1
0000AC71 48 4E jnz L_FlashWriteLoop
0000AC72 1B D7 55 75 [P_Flash_Ctrl] = r3 //写结束
0000AC74 88 98 pop bp from [sp]
0000AC75 90 9A retf
.ENDP
// ============================================================================================
//语法：void F_FlashErase(sector)
//描述：擦除256字节
//参数: sector-擦除页的起始地址
//返回：无
// ============================================================================================
.PUBLIC _F_FlashErase
_F_FlashErase: .proc
0000AC76 88 DA push bp to [sp]
0000AC77 08 0B 01 00 bp = sp + 1
0000AC79 09 93 AA AA r1 = C_FLASH_MATCH //AAAA
0000AC7B 19 D3 55 75 [P_Flash_Ctrl] = r1
0000AC7D 09 93 11 55 r1 = C_FLASH_PAGE_ERASE //5511
0000AC7F 19 D3 55 75 [P_Flash_Ctrl] = r1
0000AC81 03 92 r1 = [bp+3] //擦除一页
0000AC82 C1 D2 [r1] = r1
0000AC83 88 98 pop bp from [sp]
0000AC84 90 9A retf
.ENDP
.END
0 error(s), 0 warning(s).
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