📄 access.src
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; .\Output\Access.SRC generated from: Code\Access.c
$NOMOD51
NAME ACCESS
P0 DATA 080H
P1 DATA 090H
P2 DATA 0A0H
P3 DATA 0B0H
T0 BIT 0B0H.4
AC BIT 0D0H.6
T1 BIT 0B0H.5
T2 BIT 090H.0
EA BIT 0A8H.7
IE DATA 0A8H
bIR_GPIO BIT 0B0H.2
EXF2 BIT 0C8H.6
RD BIT 0B0H.7
ES BIT 0A8H.4
IP DATA 0B8H
bVDC_PWR BIT 0B0H.1
bRTD_IRQ BIT 080H.6
RI BIT 098H.0
INT0 BIT 0B0H.2
CY BIT 0D0H.7
TI BIT 098H.1
INT1 BIT 0B0H.3
RCAP2H DATA 0CBH
PS BIT 0B8H.4
SP DATA 081H
T2EX BIT 090H.1
OV BIT 0D0H.2
RCAP2L DATA 0CAH
bRTD_RST BIT 0B0H.1
bRTD_PWR BIT 090H.4
C_T2 BIT 0C8H.1
WR BIT 0B0H.6
bRIGHT_KEY BIT 0B0H.5
bENTER_KEY BIT 0B0H.4
RCLK BIT 0C8H.5
bVGA_CONNECT BIT 0A0H.5
bPANEL_PWR BIT 090H.0
TCLK BIT 0C8H.4
SBUF DATA 099H
PCON DATA 087H
bDVI_CONNECT BIT 080H.7
SCON DATA 098H
TMOD DATA 089H
TCON DATA 088H
bLIGHT_PWR BIT 090H.1
bPOWER_KEY BIT 0B0H.7
IE0 BIT 088H.1
IE1 BIT 088H.3
B DATA 0F0H
CP_RL2 BIT 0C8H.0
ACC DATA 0E0H
ET0 BIT 0A8H.1
ET1 BIT 0A8H.3
TF0 BIT 088H.5
ET2 BIT 0A8H.5
TF1 BIT 088H.7
TF2 BIT 0C8H.7
RB8 BIT 098H.2
TH0 DATA 08CH
EX0 BIT 0A8H.0
IT0 BIT 088H.0
TH1 DATA 08DH
TB8 BIT 098H.3
EX1 BIT 0A8H.2
IT1 BIT 088H.2
TH2 DATA 0CDH
P BIT 0D0H.0
SM0 BIT 098H.7
TL0 DATA 08AH
SM1 BIT 098H.6
TL1 DATA 08BH
SM2 BIT 098H.5
TL2 DATA 0CCH
PT0 BIT 0B8H.1
PT1 BIT 0B8H.3
RS0 BIT 0D0H.3
PT2 BIT 0B8H.5
TR0 BIT 088H.4
RS1 BIT 0D0H.4
TR1 BIT 088H.6
TR2 BIT 0C8H.2
PX0 BIT 0B8H.0
bLEFT_KEY BIT 0B0H.6
PX1 BIT 0B8H.2
bRTD_SCSB BIT 090H.7
bRTD_SCLK BIT 090H.6
DPH DATA 083H
DPL DATA 082H
bMENU_KEY BIT 0B0H.3
EXEN2 BIT 0C8H.3
REN BIT 098H.4
bDDC_SDA BIT 0B0H.0
T2CON DATA 0C8H
bRTD_SDIO_0 BIT 090H.5
RXD BIT 0B0H.0
TXD BIT 0B0H.1
bDDC_SCL BIT 0B0H.1
bIIC_SDA BIT 090H.3
F0 BIT 0D0H.5
bTMDS_PWR BIT 0A0H.2
bLVDS_PWR BIT 0B0H.7
PSW DATA 0D0H
bIIC_SCL BIT 090H.2
?PR?BitDly?ACCESS SEGMENT CODE
?PR?_I2CRead?ACCESS SEGMENT CODE
?DT?_I2CRead?ACCESS SEGMENT DATA OVERLAYABLE
?PR?_I2CWrite?ACCESS SEGMENT CODE
?DT?_I2CWrite?ACCESS SEGMENT DATA OVERLAYABLE
?PR?_I2CGetByte?ACCESS SEGMENT CODE
?PR?_I2CSendByte?ACCESS SEGMENT CODE
?PR?_I2CSendAddr?ACCESS SEGMENT CODE
?PR?I2CSendStop?ACCESS SEGMENT CODE
?PR?RTDGetByte?ACCESS SEGMENT CODE
?PR?_RTDSendByte?ACCESS SEGMENT CODE
?PR?_RTDSendAddr?ACCESS SEGMENT CODE
?PR?RTDSendStop?ACCESS SEGMENT CODE
?PR?_RTDRead?ACCESS SEGMENT CODE
?PR?_RTDWrite?ACCESS SEGMENT CODE
?PR?_RTDCodeW?ACCESS SEGMENT CODE
?DT?_RTDCodeW?ACCESS SEGMENT DATA OVERLAYABLE
?PR?_RTDOSDW?ACCESS SEGMENT CODE
?DT?_RTDOSDW?ACCESS SEGMENT DATA OVERLAYABLE
?PR?_RTDSetByte?ACCESS SEGMENT CODE
?PR?_RTDSetBit?ACCESS SEGMENT CODE
?PR?_Load_VLC_Font?ACCESS SEGMENT CODE
?DT?_Load_VLC_Font?ACCESS SEGMENT DATA OVERLAYABLE
?PR?_Get_VLD?ACCESS SEGMENT CODE
?DT?_Get_VLD?ACCESS SEGMENT DATA OVERLAYABLE
?BI?_Get_VLD?ACCESS SEGMENT BIT OVERLAYABLE
?PR?_Getbit?ACCESS SEGMENT CODE
?DT?ACCESS SEGMENT DATA
?BI?ACCESS SEGMENT BIT
?BA?ACCESS SEGMENT DATA BITADDRESSABLE
?ID?_Load_VLC_Font?ACCESS SEGMENT IDATA OVERLAYABLE
?PR?ACCESS SEGMENT CODE
EXTRN CODE (?C?CLDPTR)
EXTRN CODE (?C?CLDOPTR)
PUBLIC Data?
PUBLIC uiCount
PUBLIC ucByte_Temp
PUBLIC r7?
PUBLIC r6?
PUBLIC r5?
PUBLIC r4?
PUBLIC r3?
PUBLIC r2?
PUBLIC r1?
PUBLIC r0?
PUBLIC Reg
PUBLIC bBit
PUBLIC ucCnt
PUBLIC _Getbit
PUBLIC _Get_VLD
PUBLIC _Load_VLC_Font
PUBLIC _RTDSetBit
PUBLIC _RTDSetByte
PUBLIC _RTDOSDW
PUBLIC _RTDCodeW
PUBLIC _RTDWrite
PUBLIC _RTDRead
PUBLIC RTDSendStop
PUBLIC _RTDSendAddr
PUBLIC _RTDSendByte
PUBLIC RTDGetByte
PUBLIC I2CSendStop
PUBLIC _I2CSendAddr
PUBLIC _I2CSendByte
PUBLIC _I2CGetByte
PUBLIC _I2CWrite
PUBLIC _I2CRead
PUBLIC BitDly
RSEG ?DT?_RTDOSDW?ACCESS
?_RTDOSDW?BYTE:
array?1468: DS 2
RSEG ?DT?_I2CRead?ACCESS
?_I2CRead?BYTE:
addr?140: DS 1
count?142: DS 1
ORG 2
n?143: DS 1
RSEG ?DT?_RTDCodeW?ACCESS
?_RTDCodeW?BYTE:
array?1365: DS 2
RSEG ?DT?_Load_VLC_Font?ACCESS
?_Load_VLC_Font?BYTE:
array?1775: DS 2
start?1776: DS 2
length?1777: DS 2
ORG 6
m?1779: DS 1
ucTemp?1780: DS 3
RSEG ?DT?_I2CWrite?ACCESS
?_I2CWrite?BYTE:
array?244: DS 3
ORG 3
n?245: DS 1
len?246: DS 1
RSEG ?DT?_Get_VLD?ACCESS
?_Get_VLD?BYTE:
array?1882: DS 2
ORG 2
ucZero_Cnt?1883: DS 1
RSEG ?BI?_Get_VLD?ACCESS
?_Get_VLD?BIT:
bSec_Part?1884: DBIT 1
RSEG ?DT?ACCESS
ucCnt: DS 1
ucByte_Temp: DS 1
uiCount: DS 2
Data?: DS 16
RSEG ?BI?ACCESS
bBit: DBIT 1
RSEG ?BA?ACCESS
Reg: DS 1
r0? EQU (Reg+0).0
r1? EQU (Reg+0).1
r2? EQU (Reg+0).2
r3? EQU (Reg+0).3
r4? EQU (Reg+0).4
r5? EQU (Reg+0).5
r6? EQU (Reg+0).6
r7? EQU (Reg+0).7
RSEG ?ID?_Load_VLC_Font?ACCESS
ucTemp_VLD?1781: DS 3
; #define __ACCESS__
;
; #include "reg52.h"
; #include "intrins.h"
;
; #include "Header\MAIN_DEF.H"
; #include "Header\ACCESS.h"
; #include "Header\CONFIG.H"
; #include "Header\MTV512.H"
; #include "Header\OSD.H"
; #include "Header\Power_Ctrl.h"
;
; #if (MCU_TYPE == MCU_MTV512)
; ///////////////////////////////////////////////////////////////////////
; // SCL Processor //
; ///////////////////////////////////////////////////////////////////////
; void MCU_WriteI2cScl(bit Status)
; {
; bIIC_SCL = Status;
; }
; ///////////////////////////////////////////////////////////////////////
; // SDA Processor //
; ///////////////////////////////////////////////////////////////////////
; void MCU_WriteI2cSda(bit Status)
; {
; bIIC_SDA = Status;
; }
;
; bit MCU_ReadI2cSda(void)
; {
; return (bIIC_SDA);
; }
; ///////////////////////////////////////////////////////////////////////
; // RTD Reset Processor //
; ///////////////////////////////////////////////////////////////////////
; #if (RESET_TYPE == RESET_IN)
; void MCU_WriteRtdReset(bit Status)
; {
; bRTD_RST = Status;
; }
;
; bit MCU_ReadRtdReset(void)
; {
; return (bRTD_RST);
; }
; #endif
;
;
; ///////////////////////////////////////////////////////////////////////
; // RTD SDIO Processor //
; ///////////////////////////////////////////////////////////////////////
; /*
; void MCU_WriteRtdSdio(bit Status)
; {
; bRTD_SDIO_0 = Status;
; }
;
; bit MCU_ReadRtdSdio(void)
; {
; return(bRTD_SDIO_0);
; }
;
; ///////////////////////////////////////////////////////////////////////
; // RTD Sclk Processor //
; ///////////////////////////////////////////////////////////////////////
; void MCU_WriteRtdSclk(bit Status)
; {
; bRTD_SCLK = Status;
; }
; ///////////////////////////////////////////////////////////////////////
; // RTD Scsb Processor //
; ///////////////////////////////////////////////////////////////////////
; void MCU_WriteRtdScsb(bit Status)
; {
; bRTD_SCSB = Status;
; }
; */
; ///////////////////////////////////////////////////////////////////////
; // VIDEO POWER Processor //
; ///////////////////////////////////////////////////////////////////////
; #if (VIDEO_CHIP != VDC_NONE)
; void MCU_WriteVideoPower(bit Status)
; {
; bVDC_PWR = Status;
; }
; #endif
;
; ///////////////////////////////////////////////////////////////////////
; // PANEL POWER Processor //
; ///////////////////////////////////////////////////////////////////////
; void MCU_WritePanelPower(bit Status)
; {
; bPANEL_PWR = Status;
; }
;
; ///////////////////////////////////////////////////////////////////////
; // BACKLIGHT POWER Processor //
; ///////////////////////////////////////////////////////////////////////
; void MCU_WriteBacklightPower(bit Status)
; {
; bLIGHT_PWR = (Status);
; }
;
;
; ///////////////////////////////////////////////////////////////////////
; // VGA CONNECT Processor //
; ///////////////////////////////////////////////////////////////////////
; bit MCU_ReadVgaConnect(void)
; {
; return (bVGA_CONNECT);
; }
;
; #endif
;
RSEG ?PR?ACCESS
Com008D:
L?0142:
USING 0
MOV bRTD_SDIO_0,C
SETB bRTD_SCLK
CLR bRTD_SCLK
MOV C,ACC.1
MOV bRTD_SDIO_0,C
SETB bRTD_SCLK
CLR bRTD_SCLK
MOV C,ACC.2
MOV bRTD_SDIO_0,C
SETB bRTD_SCLK
CLR bRTD_SCLK
MOV C,ACC.3
MOV bRTD_SDIO_0,C
SETB bRTD_SCLK
CLR bRTD_SCLK
MOV C,ACC.4
MOV bRTD_SDIO_0,C
SETB bRTD_SCLK
CLR bRTD_SCLK
MOV C,ACC.5
MOV bRTD_SDIO_0,C
SETB bRTD_SCLK
CLR bRTD_SCLK
MOV C,ACC.6
MOV bRTD_SDIO_0,C
SETB bRTD_SCLK
CLR bRTD_SCLK
RLC A
L?0143:
MOV bRTD_SDIO_0,C
SETB bRTD_SCLK
CLR bRTD_SCLK
RET
L?0147:
USING 0
L?0148:
CLR A
L?0149:
MOV DPL,array?1468+01H
MOV DPH,array?1468
MOVC A,@A+DPTR
RET
L?0151:
USING 0
L?0152:
SETB bRTD_SCLK
CLR bRTD_SCLK
MOV C,bRTD_SDIO_0
RET
L?0158:
USING 0
MOVC A,@A+DPTR
MOV R7,A
CLR A
MOV R5,A
LCALL _RTDSendAddr
MOV A,#02H
ADD A,array?1365+01H
MOV array?1365+01H,A
CLR A
ADDC A,array?1365
MOV array?1365,A
RET
L?0159:
USING 0
MOV bIIC_SDA,C
LCALL BitDly
L?0160:
SETB bIIC_SCL
LCALL BitDly
CLR bIIC_SCL
RET
L?0161:
USING 0
ADDC A,uiCount
MOV DPH,A
CLR A
MOVC A,@A+DPTR
MOV ucByte_Temp,A
MOV ucCnt,#080H
INC uiCount+01H
MOV A,uiCount+01H
RET
L?0162:
USING 0
MOV A,ucByte_Temp
ANL A,ucCnt
ADD A,#0FFH
MOV bBit,C
MOV A,ucCnt
CLR C
RRC A
MOV ucCnt,A
RET
L?0163:
USING 0
LCALL RTDSendStop
CLR bRTD_SCSB
INC R3
MOV R7,#092H
LJMP _RTDSendAddr
L?0165:
USING 0
CLR bRTD_SCSB
CLR A
MOV R3,A
MOV R5,A
MOV R7,#090H
LJMP _RTDSendAddr
L?0166:
USING 0
L?0167:
INC array?1468+01H
MOV A,array?1468+01H
MOV R6,array?1468
RET
L?0168:
USING 0
MOV A,#01H
MOVC A,@A+DPTR
ADD A,#0FCH
MOV R7,A
LJMP _RTDSendByte
; END OF Com008D
; void BitDly(void)
RSEG ?PR?BitDly?ACCESS
BitDly:
; SOURCE LINE # 115
; {
; SOURCE LINE # 116
; _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_();
; SOURCE LINE # 117
NOP
NOP
NOP
NOP
NOP
NOP
NOP
NOP
; _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_();
; SOURCE LINE # 118
NOP
NOP
NOP
NOP
NOP
NOP
NOP
NOP
; _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_();
; SOURCE LINE # 119
NOP
NOP
NOP
NOP
NOP
NOP
NOP
NOP
; _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_();
; SOURCE LINE # 120
NOP
NOP
NOP
NOP
NOP
NOP
NOP
NOP
; }
; SOURCE LINE # 121
RET
; END OF BitDly
;
; void I2CRead(unsigned char addr, unsigned char index, unsigned char count)
RSEG ?PR?_I2CRead?ACCESS
_I2CRead:
USING 0
; SOURCE LINE # 123
MOV addr?140,R7
MOV count?142,R3
;---- Variable 'index?141' assigned to Register 'R5' ----
; {
; SOURCE LINE # 124
; unsigned char n;
;
; if (count)
; SOURCE LINE # 127
MOV A,count?142
JZ ?C0006
; {
; SOURCE LINE # 128
; I2CSendAddr(addr, index, 0);
; SOURCE LINE # 129
CLR A
MOV R3,A
LCALL _I2CSendAddr
;
; I2CSendAddr(addr, 0, 1);
; SOURCE LINE # 131
MOV R3,#01H
CLR A
MOV R5,A
MOV R7,addr?140
LCALL _I2CSendAddr
;
; count = count - 1;
; SOURCE LINE # 133
DEC count?142
;
; for (n = 0; n < count; n++) Data[n] = I2CGetByte(0);
; SOURCE LINE # 135
CLR A
MOV n?143,A
?C0003:
MOV A,n?143
CLR C
SUBB A,count?142
JNC ?C0004
CLR A
MOV R7,A
LCALL _I2CGetByte
MOV A,#LOW (Data?)
ADD A,n?143
MOV R0,A
MOV @R0,AR7
INC n?143
SJMP ?C0003
?C0004:
;
; Data[count] = I2CGetByte(1);
; SOURCE LINE # 137
MOV R7,#01H
LCALL _I2CGetByte
MOV A,#LOW (Data?)
ADD A,count?142
MOV R0,A
MOV @R0,AR7
;
; I2CSendStop();
; SOURCE LINE # 139
LCALL I2CSendStop
; }
; SOURCE LINE # 140
; }
; SOURCE LINE # 141
?C0006:
RET
; END OF _I2CRead
;
; void I2CWrite(unsigned char *array)
RSEG ?PR?_I2CWrite?ACCESS
_I2CWrite:
USING 0
; SOURCE LINE # 143
MOV array?244,R3
MOV array?244+01H,R2
MOV array?244+02H,R1
; {
; SOURCE LINE # 144
; unsigned char n, len;
;
; if (3 <= array[0])
; SOURCE LINE # 147
LCALL ?C?CLDPTR
MOV R7,A
MOV A,#03H
SETB C
SUBB A,R7
JNC ?C0011
; {
; SOURCE LINE # 148
; len = array[0];
; SOURCE LINE # 149
MOV len?246,R7
; I2CSendAddr(array[1], array[2], 0);
; SOURCE LINE # 150
MOV DPTR,#01H
LCALL ?C?CLDOPTR
MOV R7,A
MOV DPTR,#02H
LCALL ?C?CLDOPTR
MOV R5,A
CLR A
MOV R3,A
LCALL _I2CSendAddr
;
; for (n = 3; n < len; n++) I2CSendByte(array[n]);
; SOURCE LINE # 152
MOV n?245,#03H
?C0008:
MOV A,n?245
CLR C
SUBB A,len?246
JNC ?C0009
MOV R3,array?244
MOV R2,array?244+01H
MOV R1,array?244+02H
MOV DPL,n?245
MOV DPH,#00H
LCALL ?C?CLDOPTR
MOV R7,A
LCALL _I2CSendByte
INC n?245
SJMP ?C0008
?C0009:
;
; I2CSendStop();
; SOURCE LINE # 154
LCALL I2CSendStop
; }
; SOURCE LINE # 155
; }
; SOURCE LINE # 156
?C0011:
RET
; END OF _I2CWrite
;
;
; unsigned char I2CGetByte(unsigned char ack)
RSEG ?PR?_I2CGetByte?ACCESS
_I2CGetByte:
USING 0
; SOURCE LINE # 159
;---- Variable 'ack?347' assigned to Register 'R7' ----
; {
; SOURCE LINE # 160
; unsigned char r, m;
;
; r = 0;
; SOURCE LINE # 163
;---- Variable 'r?348' assigned to Register 'R6' ----
CLR A
MOV R6,A
;
; #if (MCU_TYPE == MCU_STD8052)
; for (m = 0; m < 8; m++) // Each bit at a time, MSB first
; SOURCE LINE # 166
;---- Variable 'm?349' assigned to Register 'R5' ----
MOV R5,A
?C0012:
; {
; SOURCE LINE # 167
; bIIC_SCL = 1;
; SOURCE LINE # 168
SETB bIIC_SCL
; BitDly(); // Delay
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