PIC: 16F628A
Compiler: Hi-tech C compiler
Utvecklingsmiljö: MPLAB IDE
Så här ser det ut.
Kod: Markera allt
Omniscient Code Generation not available in Lite mode (warning)
Error [1346] ; 0. can't find 0x0 words for psect "strings" in segment "CODE" (largest unused contiguous range 0x0)
Error [1346] ; 0. can't find 0x1E words for psect "idata" in segment "CODE" (largest unused contiguous range 0x0)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x815 in 2 bytes at 0xFC2 (LED_Blomma.obj 92/0xC6)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x815 in 2 bytes at 0xFCA (LED_Blomma.obj 95/0x4)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x815 in 2 bytes at 0xFF0 (LED_Blomma.obj 95/0x2A)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x80C in 2 bytes at 0x1012 (LED_Blomma.obj 95/0x4C)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x80F in 2 bytes at 0x101A (LED_Blomma.obj 95/0x54)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x810 in 2 bytes at 0x101C (LED_Blomma.obj 95/0x56)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x815 in 2 bytes at 0x101E (LED_Blomma.obj 95/0x58)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x818 in 2 bytes at 0x102C (LED_Blomma.obj 95/0x66)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x819 in 2 bytes at 0x102E (LED_Blomma.obj 95/0x68)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x849 in 2 bytes at 0x1030 (LED_Blomma.obj 95/0x6A)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x828 in 2 bytes at 0x104A (LED_Blomma.obj 95/0x84)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x82B in 2 bytes at 0x1052 (LED_Blomma.obj 95/0x8C)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x82C in 2 bytes at 0x1054 (LED_Blomma.obj 95/0x8E)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x848 in 2 bytes at 0x1056 (LED_Blomma.obj 95/0x90)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x83F in 2 bytes at 0x1078 (LED_Blomma.obj 95/0xB2)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x842 in 2 bytes at 0x1080 (LED_Blomma.obj 95/0xBA)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x843 in 2 bytes at 0x1082 (LED_Blomma.obj 95/0xBC)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x848 in 2 bytes at 0x1084 (LED_Blomma.obj 97/0x0)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x87C in 2 bytes at 0x1090 (LED_Blomma.obj 97/0xC)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x84C in 2 bytes at 0x1094 (LED_Blomma.obj 97/0x10)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x84D in 2 bytes at 0x1096 (LED_Blomma.obj 97/0x12)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x87C in 2 bytes at 0x1098 (LED_Blomma.obj 97/0x14)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x85C in 2 bytes at 0x10B2 (LED_Blomma.obj 97/0x2E)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x85F in 2 bytes at 0x10BA (LED_Blomma.obj 97/0x36)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x860 in 2 bytes at 0x10BC (LED_Blomma.obj 97/0x38)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x87C in 2 bytes at 0x10BE (LED_Blomma.obj 97/0x3A)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x873 in 2 bytes at 0x10E0 (LED_Blomma.obj 97/0x5C)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x876 in 2 bytes at 0x10E8 (LED_Blomma.obj 97/0x64)
Error [1268] G:\PIC\Projekt\LED_Blomma\main.c; 162. fixup overflow storing 0x877 in 2 bytes at 0x10EA (LED_Blomma.obj 97/0x66)
Advisory[1] too many errors (31)
********** Build failed! **********Så här ser min (GIGANTISKA) evighets while() loop ut.
Kod: Markera allt
while(1){
// ***************************************
// ******** PWM THE OUTPUTS **************
// ***************************************
// Sätt på alla PWM utgångar som inte är 0 % duty cyle.
if (bottenLVar > 1)
bottenL = ON;
if (bottenRVar > 1)
bottenR = ON;
if (vitTop1Var > 1)
vitTop1 = ON;
if (vitTop2Var > 1)
vitTop2 = ON;
if (vitTop3Var > 1)
vitTop3 = ON;
if (vitTop4Var > 1)
vitTop4 = ON;
if (vitTop5Var > 1)
vitTop5 = ON;
if (vit1Var > 1)
vit1 = ON;
if (vit2Var > 1)
vit2 = ON;
if (vit3Var > 1)
vit3 = ON;
if (vit4Var > 1)
vit4 = ON;
if (gron1Var > 1)
gron1 = ON;
if (gron2Var > 1)
gron2 = ON;
if (gron3Var > 1)
gron3 = ON;
if (gron4Var > 1)
gron4 = ON;
//Zero the timer
TMR0 = 0;
// Decide how long each output shall be high.
while (T0IF != 1){
if (TMR0 > bottenLVar)
bottenL = OFF;
if (TMR0 > bottenRVar)
bottenR = OFF;
if (TMR0 > vitTop1Var)
vitTop1 = OFF;
if (TMR0 > vitTop2Var)
vitTop2 = OFF;
if (TMR0 > vitTop3Var)
vitTop3 = OFF;
if (TMR0 > vitTop4Var)
vitTop4 = OFF;
if (TMR0 > vitTop5Var)
vitTop5 = OFF;
if (TMR0 > vit1Var)
vit1 = OFF;
if (TMR0 > vit2Var)
vit2 = OFF;
if (TMR0 > vit3Var)
vit3 = OFF;
if (TMR0 > vit4Var)
vit4 = OFF;
if (TMR0 > gron1Var)
gron1 = OFF;
if (TMR0 > gron2Var)
gron2 = OFF;
if (TMR0 > gron3Var)
gron3 = OFF;
if (TMR0 > gron4Var)
gron4 = OFF;
}
// Turn off not turned off outputs if they isn't 100% DC
if (bottenLVar != 255)
bottenL = OFF;
if (bottenRVar != 255)
bottenR = OFF;
if (vitTop1Var != 255)
vitTop1 = OFF;
if (vitTop2Var != 255)
vitTop2 = OFF;
if (vitTop3Var != 255)
vitTop3 = OFF;
if (vitTop4Var != 255)
vitTop4 = OFF;
if (vitTop5Var != 255)
vitTop5 = OFF;
if (vit1Var != 255)
vit1 = OFF;
if (vit2Var != 255)
vit2 = OFF;
if (vit3Var != 255)
vit3 = OFF;
if (vit4Var != 255)
vit4 = OFF;
if (gron1Var != 255)
gron1 = OFF;
if (gron2Var != 255)
gron2 = OFF;
if (gron3Var != 255)
gron3 = OFF;
if (gron4Var != 255)
gron4 = OFF;
// Clear interupt flag
T0IF = 0;
// ******************************************
// ******** Change the PWM to wanted value **
// ******************************************
// ********** bottenL ************************************
// If it shall go brighter
if (bottenLDir == 1){
bottenLVarFractions += 10;
if (bottenLVarFractions >= 20){
bottenLVarFractions = 10;
bottenLVar += 1;
if (bottenLVar >= 255){
bottenLVar = 255;
bottenLDir = 0;
}
}
}
// If it shall go less brighter
else if (bottenLDir == 0){
bottenLVarFractions -= 10;
if (bottenLVarFractions <= 0){
bottenLVarFractions = 10;
bottenLVar -= 1;
if (bottenLVar <= 0){
bottenLVar = 0;
bottenLDir = 1;
}
}
}
// ********** bottenR ************************************
// If it shall go brighter
if (bottenRDir == 1){
bottenRVarFractions += 10;
if (bottenRVarFractions >= 20){
bottenRVarFractions = 10;
bottenRVar += 1;
if (bottenRVar >= 255){
bottenRVar = 255;
bottenRDir = 0;
}
}
}
// If it shall go less brighter
else if (bottenRDir == 0){
bottenRVarFractions -= 10;
if (bottenRVarFractions <= 0){
bottenRVarFractions = 10;
bottenRVar -= 1;
if (bottenRVar <= 0){
bottenRVar = 0;
bottenRDir = 1;
}
}
}
// ********** vitTop1 ************************************
// If it shall go brighter
if (vitTop1Dir == 1){
vitTop1VarFractions += 10;
if (vitTop1VarFractions >= 20){
vitTop1VarFractions = 10;
vitTop1Var += 1;
if (vitTop1Var >= 255){
vitTop1Var = 255;
vitTop1Dir = 0;
}
}
}
// If it shall go less brighter
else if (vitTop1Dir == 0){
vitTop1VarFractions -= 10;
if (vitTop1VarFractions <= 0){
vitTop1VarFractions = 10;
vitTop1Var -= 1;
if (vitTop1Var <= 0){
vitTop1Var = 0;
vitTop1Dir = 1;
}
}
}
// ********** vitTop2 ************************************
// If it shall go brighter
if (vitTop2Dir == 1){
vitTop2VarFractions += 10;
if (vitTop2VarFractions >= 20){
vitTop2VarFractions = 10;
vitTop2Var += 1;
if (vitTop2Var >= 255){
vitTop2Var = 255;
vitTop2Dir = 0;
}
}
}
// If it shall go less brighter
else if (vitTop2Dir == 0){
vitTop2VarFractions -= 10;
if (vitTop2VarFractions <= 0){
vitTop2VarFractions = 10;
vitTop2Var -= 1;
if (vitTop2Var <= 0){
vitTop2Var = 0;
vitTop2Dir = 1;
}
}
}
// ********** vitTop3 ************************************
// If it shall go brighter
if (vitTop3Dir == 1){
vitTop3VarFractions += 10;
if (vitTop3VarFractions >= 20){
vitTop3VarFractions = 10;
vitTop3Var += 1;
if (vitTop3Var >= 255){
vitTop3Var = 255;
vitTop3Dir = 0;
}
}
}
// If it shall go less brighter
else if (vitTop3Dir == 0){
vitTop3VarFractions -= 10;
if (vitTop3VarFractions <= 0){
vitTop3VarFractions = 10;
vitTop3Var -= 1;
if (vitTop3Var <= 0){
vitTop3Var = 0;
vitTop3Dir = 1;
}
}
}
// ********** vitTop4 ************************************
// If it shall go brighter
if (vitTop4Dir == 1){
vitTop4VarFractions += 10;
if (vitTop4VarFractions >= 20){
vitTop4VarFractions = 10;
vitTop4Var += 1;
if (vitTop4Var >= 255){
vitTop4Var = 255;
vitTop4Dir = 0;
}
}
}
// If it shall go less brighter
else if (vitTop4Dir == 0){
vitTop4VarFractions -= 10;
if (vitTop4VarFractions <= 0){
vitTop4VarFractions = 10;
vitTop4Var -= 1;
if (vitTop4Var <= 0){
vitTop4Var = 0;
vitTop4Dir = 1;
}
}
}
// ********** vitTop5 ************************************
// If it shall go brighter
if (vitTop5Dir == 1){
vitTop5VarFractions += 10;
if (vitTop5VarFractions >= 20){
vitTop5VarFractions = 10;
vitTop5Var += 1;
if (vitTop5Var >= 255){
vitTop5Var = 255;
vitTop5Dir = 0;
}
}
}
// If it shall go less brighter
else if (vitTop5Dir == 0){
vitTop5VarFractions -= 10;
if (vitTop5VarFractions <= 0){
vitTop5VarFractions = 10;
vitTop5Var -= 1;
if (vitTop5Var <= 0){
vitTop5Var = 0;
vitTop5Dir = 1;
}
}
}
// ********** vit1 ************************************
// If it shall go brighter
if (vit1Dir == 1){
vit1VarFractions += 10;
if (vit1VarFractions >= 20){
vit1VarFractions = 10;
vit1Var += 1;
if (vit1Var >= 255){
vit1Var = 255;
vit1Dir = 0;
}
}
}
// If it shall go less brighter
else if (vit1Dir == 0){
vit1VarFractions -= 10;
if (vit1VarFractions <= 0){
vit1VarFractions = 10;
vit1Var -= 1;
if (vit1Var <= 0){
vit1Var = 0;
vit1Dir = 1;
}
}
}
// ********** vit2 ************************************
// If it shall go brighter
if (vit2Dir == 1){
vit2VarFractions += 10;
if (vit2VarFractions >= 20){
vit2VarFractions = 10;
vit2Var += 1;
if (vit2Var >= 255){
vit2Var = 255;
vit2Dir = 0;
}
}
}
// If it shall go less brighter
else if (vit2Dir == 0){
vit2VarFractions -= 10;
if (vit2VarFractions <= 0){
vit2VarFractions = 10;
vit2Var -= 1;
if (vit2Var <= 0){
vit2Var = 0;
vit2Dir = 1;
}
}
}
// ********** vit3 ************************************
// If it shall go brighter
if (vit3Dir == 1){
vit3VarFractions += 10;
if (vit3VarFractions >= 20){
vit3VarFractions = 10;
vit3Var += 1;
if (vit3Var >= 255){
vit3Var = 255;
vit3Dir = 0;
}
}
}
// If it shall go less brighter
else if (vit3Dir == 0){
vit3VarFractions -= 10;
if (vit3VarFractions <= 0){
vit3VarFractions = 10;
vit3Var -= 1;
if (vit3Var <= 0){
vit3Var = 0;
vit3Dir = 1;
}
}
}
// ********** vit4 ************************************
// If it shall go brighter
if (vit4Dir == 1){
vit4VarFractions += 10;
if (vit4VarFractions >= 20){
vit4VarFractions = 10;
vit4Var += 1;
if (vit4Var >= 255){
vit4Var = 255;
vit4Dir = 0;
}
}
}
// If it shall go less brighter
else if (vit4Dir == 0){
vit4VarFractions -= 10;
if (vit4VarFractions <= 0){
vit4VarFractions = 10;
vit4Var -= 1;
if (vit4Var <= 0){
vit4Var = 0;
vit4Dir = 1;
}
}
}
// ********** gron1 ************************************
// If it shall go brighter
if (gron1Dir == 1){
gron1VarFractions += 10;
if (gron1VarFractions >= 20){
gron1VarFractions = 10;
gron1Var += 1;
if (gron1Var >= 255){
gron1Var = 255;
gron1Dir = 0;
}
}
}
// If it shall go less brighter
else if (gron1Dir == 0){
gron1VarFractions -= 10;
if (gron1VarFractions <= 0){
gron1VarFractions = 10;
gron1Var -= 1;
if (gron1Var <= 0){
gron1Var = 0;
gron1Dir = 1;
}
}
}
// ********** gron2 ************************************
// If it shall go brighter
if (gron2Dir == 1){
gron2VarFractions += 10;
if (gron2VarFractions >= 20){
gron2VarFractions = 10;
gron2Var += 1;
if (gron2Var >= 255){
gron2Var = 255;
gron2Dir = 0;
}
}
}
// If it shall go less brighter
else if (gron2Dir == 0){
gron2VarFractions -= 10;
if (gron2VarFractions <= 0){
gron2VarFractions = 10;
gron2Var -= 1;
if (gron2Var <= 0){
gron2Var = 0;
gron2Dir = 1;
}
}
}
// ********** gron3 ************************************
// If it shall go brighter
if (gron3Dir == 1){
gron3VarFractions += 10;
if (gron3VarFractions >= 20){
gron3VarFractions = 10;
gron3Var += 1;
if (gron3Var >= 255){
gron3Var = 255;
gron3Dir = 0;
}
}
}
// If it shall go less brighter
else if (gron3Dir == 0){
gron3VarFractions -= 10;
if (gron3VarFractions <= 0){
gron3VarFractions = 10;
gron3Var -= 1;
if (gron3Var <= 0){
gron3Var = 0;
gron3Dir = 1;
}
}
}
// ********** gron4 ************************************
// If it shall go brighter
if (gron4Dir == 1){
gron4VarFractions += 10;
if (gron4VarFractions >= 20){
gron4VarFractions = 10;
gron4Var += 1;
if (gron4Var >= 255){
gron4Var = 255;
gron4Dir = 0;
}
}
}
// If it shall go less brighter
else if (gron4Dir == 0){
gron4VarFractions -= 10;
if (gron4VarFractions <= 0){
gron4VarFractions = 10;
gron4Var -= 1;
if (gron4Var <= 0){
gron4Var = 0;
gron4Dir = 1;
}
}
}
}Mvh. Daniel Andersson(1268) fixup overflow storing 0x* in * bytes at * (Linker)
Fixup is the process conducted by the linker of replacing symbolic references to variables etc, in an
assembler instruction with an absolute value. This takes place after positioning the psects (program
sections or blocks) into the available memory on the target device. Fixup overflow is when the
value determined for a symbol is too large to fit within the allocated space within the assembler
instruction. For example, if an assembler instruction has an 8-bit field to hold an address and the
linker determines that the symbol that has been used to represent this address has the value 0x110,
then clearly this value cannot be inserted into the instruction.
Edit: Ändrade "funktion" till "loop"
.
