compilare .c in .hex

[marius2006]

Salut, am urmatoarea problema. Nu am mai compilat pana acum un cod sursa .c in cod .hex Am instalat urmatoarele programe: WinAvr si Avrstudio si nu reusesc sa compilez acest cod. Codul l-am atasat sa vedeti. Eu am nevoie sa compilez codul scris in c in cod hex sa-l pot scrie apoi in Attiny85. Cum rezolv problema pentru ca la compilare cu avrstudio am niste erori... Multumesc!

[DarkAngel_Bv]

vezi ca nu e bun codul:

root@ionut:/home/ionut# avr-gcc -g -Os -Wall -mcall-prologues -mmcu=attiny85 -c -o PowerMonitor.o PowerMonitor.c PowerMonitor.c:1:2: error: expected identifier or ‘(’ before ‘/’ tokenPowerMonitor.c:14:39: error: expected ‘=’, ‘,’, ‘;’, ‘asm’ or ‘__attribute__’ before ‘Even’PowerMonitor.c:37:4: error: invalid suffix "mhz" on integer constantPowerMonitor.c:46:21: fatal error: Stdlib.h: No such file or directorycompilation terminated.

[marius2006]

aceleasi erori le am si eu. Sigur codul asta nu e bun?

[DarkAngel_Bv]

Da. Am modificat numele fisierelor incorecte si comment-urile puse aiurea, dar tot da erori. Altele, legate de cod.Ce anume vrei sa faca programul? poate ti-l scriu eu in basic daca nu e ceva complicat.

[godFather89]

Ai folosit ceva program de editare pe fisierul ala? E alterat rau de tot... Pe langa faptul ca e scris codul ca din c*r.

 

Uite ceva compilabil facut rapid:

 

/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Super Awesome Not So Tiny Power Meter * Using Attiny85 * By Bill Porter * Www.billporter.info*** * This Program Is Free Software : You Can Redistribute It And / Or Modify It * Under The Terms Of The Gnu General Public License As Published By The Free * Software Foundation , Either Version 3 Of The License , Or(at Your Option) * Any Later Version. * This Program Is Distributed In The Hope That It Will Be Useful, * But Without Any Warranty ; Without Even The Implied Warranty Of * Merchantability Or Fitness For A Particular Purpose. See The * Gnu General Public License For More Details. * < Http : / / Www.gnu.org / Licenses / >*** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /*Attiny Has One Port , Portb5 Usable PinsPin UsagePb0 Serial TxPb1Pb2 / Adc1 Amp 1Pb3 / Adc3 Amp 2Pb4 / Adc2 VoltsThe Plan Is To Track Time With Timer0 At 1 / 8 ScaleAnd Expanded To 16 Bit In SoftwareAt 1mhz , I Timer Tick Is .000001 Seconds18000 Ticks Is Over A Full Period *///Includes#include <stdlib.h>#include <stdio.h>#include <avr/io.h>#include <inttypes.h>#define F_CPU 8000000UL //8mhz#include <util/delay.h>#include <avr/interrupt.h>#include <avr/wdt.h>// Macros#define Bitread(value , Bit)(((value) >>(bit)) & 0x01)#define Bitset(value , Bit)((value) | =(1ul <<(bit)))#define Bitclear(value , Bit)((value) & = ~(1ul <<(bit)))#define Bitwrite(value , Bit , Bitvalue)(bitvalue Print Bitset(value , Bit) : Bitclear(value , Bit))#define Rms(val)(float)val * .707// Reads Hybrid Timer , Returns Value#define Readtimer()(Timerhighbyte << 8) | TCNT0// Sets Adc Mux To Pin#define Setanalogpin(pin) ADMUX = pin & 0b00000011#ifndef Cbi#define Cbi(sfr , bit)(sfr &= ~(1 << (bit)))#endif#ifndef Sbi#define Sbi(sfr , bit)(sfr |= (1 << (bit)))#endif// Some Settings#define Baud 4800#define Bit_delay 1000000 / Baud#define High 0x1#define Low 0x0#define Txpin 0#define Amps1 1#define Amps2 3#define Volts 2// I Like Bytetypedef uint8_t Byte;// Global Variablevolatile Byte Timerhighbyte;// Function Protosvoid Loop();int Analogread();void Digitalwrite(Byte , Byte);void Serialwrite(Byte);long Map(long , long , long , long , long);int main(){//Setup TimerSbi(TCCR0B , CS01) ;//Prescale At 1 / 8Sbi(TIMSK , TOIE0) ;//Enable Overflow Vector , Used To Extend Timer To 16 Bit//Enable Interuptssei();//Set Pin DirectionsDDRB = 0b00000001;//Clear PullupsPORTB = 0b00000001;//Enable Watchdog Timer , 500ms Delay Before Resetwdt_enable(5);for( ; ; ){ wdt_reset() ;//Reset Watchdog Loop(); _delay_ms(200); }}//The Main Loopvoid Loop(){ //Setup Some Variables unsigned int Max_volts = 0; unsigned int Max_amps1 = 0; unsigned int Max_amps2 = 0; unsigned int Timing_max = 0; unsigned int Volts1 = 0; unsigned int Volts2 = 0; unsigned int Amps1_peak = 0; unsigned int Amps2_peak = 0; unsigned int Freq = 0; unsigned int Amps1_pf = 0; unsigned int Amps2_pf = 0; unsigned int temp = 0; //int Check = 0; char String[50]; Byte String_len = 0; Byte Cs = 0; //Configure Adc //Set Adc Clock At 125khz Sbi(ADCSRA, ADPS2); Sbi(ADCSRA, ADPS1); Cbi(ADCSRA, ADPS0); //Enable A2d Conversions Sbi(ADCSRA, ADEN); //300 Samples Of Each Adc Pin Will Capture Just Over 2 Period       's worth //Of Waveform Data. I                                     'm just looking for the max value. //I Came By 300 By Testing Code Executioin Speed On 8 Mhz Attiny Setanalogpin(Volts); for(int I = 0 ; I <= 300 ; I++ )  if(temp = Analogread() , temp > Max_volts) Max_volts = temp; Setanalogpin(Amps1); for(int I = 0 ; I <= 300 ; I++ )  if(temp = Analogread() , temp > Max_amps1) Max_amps1 = temp; Setanalogpin(Amps2); for(int I = 0 ; I <= 300 ; I++ )  if(temp = Analogread() , temp > Max_amps2) Max_amps2 = temp; //Now Time To Capture Some Timming Data. //First We Are Going To Reconfigure Adc for Faster Reads , At The Cost Of Accuracy //Though We Are Only Looking for When It Peaks , So Who Cares About Accuracy. //Disable A2d Conversions Cbi(ADCSRA, ADEN); //Set Adc Clock At 250khz Sbi(ADCSRA, ADPS2); Cbi(ADCSRA, ADPS1); Sbi(ADCSRA, ADPS0); //Enable Adc Sbi(ADCSRA, ADEN); Setanalogpin(Volts); while(Analogread() != 0) {}//Wait for A Valley while(Analogread() == 0) {}//Wait for The Start for(int I = 0 ; I < 200 ; I++ ){  if(temp = Analogread() , temp > Timing_max) {    Timing_max = temp;    Volts1 = Readtimer();  } } Timing_max = 0; while(Analogread() != 0) {}//Wait for A Valley while(Analogread() == 0) {}//Wait for The Start for(int I = 0 ; I < 200 ; I++ ){  if(temp = Analogread() , temp > Timing_max) {    Timing_max = temp;    Volts2 = Readtimer();  } } //Record Period Time Freq = Volts2 - Volts1;  //Fix The Delays In Reading Adc. Found Experimentally Comparing To A Proper O -scope. Freq -=(Freq / 34); //Lets Do This Again for Pf if(Max_amps1 != 0) {  Timing_max = 0;  while(Analogread() != 0) {}//Wait for A Valley  while(Analogread() == 0) {}//Wait for The Start  for(int I = 0 ; I < 200 ; I++ ){   if(temp = Analogread() , temp > Timing_max) {     Timing_max = temp;     Volts1 = Readtimer();   }  }  Setanalogpin(Amps1);  Timing_max = 0;  while(Analogread() != 0) {}//Wait for A Valley  while(Analogread() == 0) {}//Wait for The Start  for(int I = 0 ; I < 200 ; I++ ){   if(temp = Analogread() , temp > Timing_max) {     Timing_max = temp;     Amps1_peak = Readtimer();   }  }  //Store The Difference In Time  Amps1_peak -= Volts1;  //Fix The Delays In Reading Adc. Found Experimentally Comparing To A Proper O -scope.  Amps1_peak -=(Amps1_peak / 34);  //If The Difference Is Larger Then One Cycle , Divide By # Of Cycles It       's bigger  //To Reduce The Sampel To < 1 Cycle  Amps1_peak -=((Amps1_peak / Freq) * Freq);  temp = Freq / 2;  //Get Within 1 / 2 Cycle If Larger  if(Amps1_peak > temp) Amps1_peak -= temp;  //1 / 4 Cycle Is The Time When Pf = 0  temp /= 2;  if(Amps1_peak < temp)//Handles Different Mapping for Leading / Trailing Pf   Amps1_pf = Map(Amps1_peak , temp , 0 , 0 , 100) ;//Scale Length Of Time To Pf  else   Amps1_pf = Map(Amps1_peak , Freq / 2 , temp , 100 , 0) ;//Scale Length Of Time To Pf } //Rinse And Repeat if(Max_amps2 != 0) {  Timing_max = 0;  Setanalogpin(Volts);  while(Analogread() != 0) {}//Wait for A Valley  while(Analogread() == 0) {}//Wait for The Start  for(int I = 0 ; I < 200 ; I++ ){   if(temp = Analogread() , temp > Timing_max) {     Timing_max = temp;     Volts1 = Readtimer();   }  }  Setanalogpin(Amps2);  Timing_max = 0;  while(Analogread() != 0) {}//Wait for A Valley  while(Analogread() == 0) {}//Wait for The Start  for(int I = 0 ; I < 200 ; I++ ){   if(temp = Analogread() , temp > Timing_max) {     Timing_max = temp;     Amps2_peak = Readtimer();   }  }  //Store The Difference In Time  Amps2_peak -= Volts1;  //Fix The Delays In Reading Adc. Found Experimentally Comparing To A Proper O -scope.  Amps2_peak -=(Amps2_peak / 34);  //If The Difference Is Larger Then One Cycle , Divide By # Of Cycles It       's bigger  //To Reduce The Sampel To < 1 Cycle  Amps2_peak -=((Amps2_peak / Freq) * Freq);  temp = Freq / 2;  //Get Within 1 / 2 Cycle If Larger  if(Amps2_peak > temp) Amps2_peak -= temp;  //1 / 4 Cycle Is The Time When Pf = 0  temp /= 2;  if(Amps2_peak < temp)//Handles Different Mapping for Leading / Trailing Pf   Amps2_pf = Map(Amps2_peak , temp , 0 , 0 , 100) ;//Scale Length Of Time To Pf  else   Amps2_pf = Map(Amps2_peak , Freq / 2 , temp , 100 , 0) ;//Scale Length Of Time To Pf } //Measurments Done. We Have Everything We Need. To To Start Some Conversions //Disable A2d Conversions Cbi(ADCSRA, ADEN); //Remap Adc Values To Actual Voltages , In Millivolts. 5 Volts = 5000 Millivolts. //We Do That To Avoid Floating Point , And Make It Easy To Print Later. Max_volts = Map(Max_volts , 0 , 1023 , 0 , 4960); Max_amps1 = Map(Max_amps1 , 0 , 1023 , 0 , 4960); Max_amps2 = Map(Max_amps2 , 0 , 1023 , 0 , 4960); //Upscale Voltage To Account for Divider And Xformer Max_volts =((float)Max_volts * 42) / 100; /// / Convert Peak To Rms Max_volts = Rms(Max_volts); Max_amps1 = Rms(Max_amps1); Max_amps2 = Rms(Max_amps2); //Measured Transfer Function , Each One Is Different for The Slight Differences In Opamp Gain if(Max_amps1 != 0) Max_amps1 =(float)Max_amps1 * .508 - 39; if(Max_amps2 != 0) Max_amps2 =(float)Max_amps2 * .518 - 36; //Time To Send The Data. Split Into Two Runs Or else It Explodes. //First We                                                'll send a long header to get the RX's attention. for(int I = 0 ; I < 20 ; I++ )  Serialwrite(                                                'X'); Serialwrite(                                                 '$'); String_len = sprintf(String , "POWER,%u.%u,%lu.%lu,%u.%u," , Max_volts / 10 , Max_volts%10 ,(10000000 / Freq) / 10 ,(10000000 / Freq)%10 , Max_amps1 / 10 , Max_amps1%10); for(int I = 0 ; I < String_len ; I++ ){  Serialwrite(String[I]);  Cs^= String[I];  } String_len = sprintf(String , "%u.%u,.%02u,.%02u" , Max_amps2 / 10 , Max_amps2%10 , Amps1_pf , Amps2_pf); //String_len = Sprintf(String , "Samples: %u \n" , Check); for(int I = 0 ; I < String_len ; I++ ){  Serialwrite(String[I]);  Cs^= String[I];  } Serialwrite(                                                 '*'); sprintf(String , "%X" , Cs); for(int I = 0 ; I < 2 ; I++ )  Serialwrite(String[I]); Serialwrite(                                                 '\n');}//Timer 0 OverflowISR(TIM0_OVF_vect){//Extend Timer To 16 Bit Here. Timerhighbyte ++;}int Analogread() { uint8_t low , high; //Start The Conversion Sbi(ADCSRA, ADSC); //Adsc Is Cleared When The Conversion Finishes while (bit_is_set(ADCSRA, ADSC)); //We Have To Read Adcl First ; Doing So Locks Both Adcl //And Adch Until Adch Is Read. Reading Adcl Second Would //Cause The Results Of Each Conversion To Be Discarded, //As Adcl And Adch Would Be Locked When It Completed. low = ADCL; high = ADCH; //Combine The Two Bytes return (high << 8) | low;}//Write Out A Byte As Software Emulated Uartvoid Serialwrite(Byte Bite){Digitalwrite(Txpin , Low) ;//Signal Start Bit_delay_us(Bit_delay);  for(Byte Mask = 0x01 ; Mask ; Mask <<= 1) {     if(Bite & Mask){//Choose Bit       Digitalwrite(Txpin , High) ;//Send 1     }     else{       Digitalwrite(Txpin , Low) ;//Send 0     }     _delay_us(Bit_delay);   } Digitalwrite(Txpin , High) ;//Signal End Bit _delay_us(Bit_delay);}void Digitalwrite(Byte Pin , Byte Val){ Byte Bit = (1 << Pin); if(Val == Low) PORTB &= ~Bit; else PORTB |= Bit;}long Map(long X , long In_min , long In_max , long Out_min , long Out_max){  return(X - In_min) *(Out_max - Out_min) /(In_max - In_min) + Out_min;}

[marius2006]

codul il folosesc la masurarea factorului de putere si transmitea wireless catre un display. Cine l-a scris nu a postat si hexul ci doar codul c. Programatorul stk200 l-am facut deja si functioneaza pe avr-ul asta dar a mai ramas de compilat si de scris codul in cip. Proiectul este chiar aici http://www.billporter.info/not-so-tiny-power-meter/

[DarkAngel_Bv]

Si cu codul asta tot da eroare la compilarea din .c in .o

 

root@dabv:/avr# avr-gcc -g -Os -mmcu=attiny85 -c test.ctest.c: In function 'Loop':test.c:173: error: 'for' loop initial declaration used outside C99 modetest.c:177: error: redefinition of 'I'test.c:173: error: previous definition of 'I' was heretest.c:177: error: 'for' loop initial declaration used outside C99 modetest.c:181: error: redefinition of 'I'test.c:177: error: previous definition of 'I' was heretest.c:181: error: 'for' loop initial declaration used outside C99 modetest.c:204: error: redefinition of 'I'test.c:181: error: previous definition of 'I' was heretest.c:204: error: 'for' loop initial declaration used outside C99 modetest.c:216: error: redefinition of 'I'test.c:204: error: previous definition of 'I' was heretest.c:216: error: 'for' loop initial declaration used outside C99 modetest.c:237: error: 'for' loop initial declaration used outside C99 modetest.c:250: error: redefinition of 'I'test.c:237: error: previous definition of 'I' was heretest.c:250: error: 'for' loop initial declaration used outside C99 modetest.c:291: error: 'for' loop initial declaration used outside C99 modetest.c:304: error: redefinition of 'I'test.c:291: error: previous definition of 'I' was heretest.c:304: error: 'for' loop initial declaration used outside C99 modetest.c:366: error: redefinition of 'I'test.c:216: error: previous definition of 'I' was heretest.c:366: error: 'for' loop initial declaration used outside C99 modetest.c:373: error: redefinition of 'I'test.c:366: error: previous definition of 'I' was heretest.c:373: error: 'for' loop initial declaration used outside C99 modetest.c:381: error: redefinition of 'I'test.c:373: error: previous definition of 'I' was heretest.c:381: error: 'for' loop initial declaration used outside C99 modetest.c:390: error: redefinition of 'I'test.c:381: error: previous definition of 'I' was heretest.c:390: error: 'for' loop initial declaration used outside C99 modetest.c: In function 'Serialwrite':test.c:437: error: 'for' loop initial declaration used outside C99 mode

[marius2006]

cum facem sa nu mai dea eroare la compilare?

[godFather89]

'for' loop initial declaration used outside C99 mode

Dupa cum scrie, trebuie folosit alt standard de limbaj pentru a delcara variabile in for.Foloseste "-std=gnu99" ca parametru la compilator.

avr-gcc -g -Os -std=gnu99 -mmcu=attiny85 -c test.c

[marius2006]

man, nu le am cu programarea, daca poate cineva sa repare codul si sa-mi genereze fisierul hex contra cost. Multumesc!

[godFather89]

Uie aici https://www.dropbox.com/sh/npp58csokf54j3q/Jl9z2MqTSd/tiny_compiled.zip hex+elf.

Dai o bere daca merge icon_jook

[marius2006]

treaba buna man, de mers nu stiu daca merge, eu l-am scris in cip, inca nu am facut placa si cu restul pieselor dar o sa il simulez in isis daca e posibil. De unde esti ca sa stiu cum dau berea ? sau da-mi un nr. de cont si zi-mi cat face ca sa rezolvam o treaba asa cum trebuie.

[godFather89]

Stai linistit ca nu face nimic.

[marius2006]

multumesc mult, dar oricum raman dator, mai am inca o chestie simpla(simpla pentru tine ) de facut daca ai putea sa m-a ajuti. Am realizat si eu proiectul de la viewtopic.php?f=35&t=29786&start=810 si as dori sa mai adaug doua relee pe oricare pini liberi de la atmega8 sa-i comand cu aceasi telecomanda IR, primul releu sa aibe retinere deci odata apasat pe buton de ex. butonul 1 sa faca "clant" apoi iar apasat sa declanseze, iar al doilea releu fara retinere(doar pe perioada apasarii butonului 2 sa imi mentina releul. Butoanele up down vol left si right si pwr on/off sunt deja definite in cod. Acolo dupa cum se vede mai este un releu dar acela porneste doar la comutarea montajului din modul stand-by pentru comanda un amplificator, o sursa o priza, orice... Montajul pot spune ca este foarte bun si ii multumesc lui danzup pentru efort. Postez aici intr-o arhiva tot ce trebuie ,daca ai timp sa modifici codul iar cand vi la mare la Cta (nu mai e mult pana la vara) fac cinste asa cum meriti ! Daca poti posta hex-ul dar si codul cu modificarea ta ar fi super...

[godFather89]

Imi pare rau, dar este scris in asamblare. Nu prea mai am rabdare cu asamblarea (consider ca nu merita) si nu vad rostul scrierii unui program in asamblare. Mai ales ca nu poate fi vorba de timing-uri atomice.Recomand sa vorbesti cu autorul.