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|
// Strings.c v0.12.0
#include "common.h"
#define NL "\n"
char *STR_ID[DIM];
char *strings_it[DIM];
char *strings_en[DIM];
int strfind(const char* langid,const char* langfile){
FILE* f=fopen(langfile,"r");
char line[4096],*id,*string,*p;
char temp[32];
int i=0;
// printf("file %s f=%d\n",langfile, f); fflush(stdout);
if(f){
temp[0]=0;
for(;fgets(line,sizeof(line),f);){
if(sscanf(line,"[%[^]]",temp)&&!strncmp(langid,temp,sizeof(temp))){
strings=malloc(DIM*sizeof(char*));
for(i=0;i<DIM;i++) strings[i]=0;
for(;fgets(line,sizeof(line),f);){
if(strlen(line)>0&&line[0]=='[') break; //start of new table
id=strtok(line," \t");
string=strtok(0,"\n");
for(i=0;string&&i<DIM;i++){
if(!strcmp(id,STR_ID[i])){
for(;string&&string[0]&&string[0]=='\t';string++);
for(;(p=strstr(string,"\\n"));){
for(p[0]='\n';p[1];p++) p[1]=p[2];
}
for(;(p=strstr(string,"\\r"));){
for(p[0]='\r';p[1];p++) p[1]=p[2];
}
strings[i]=malloc(strlen(string)+1);
strcpy(strings[i],string);
i=DIM;
}
}
}
for(i=0;i<DIM;i++){
if(strings[i]==0){
strings[i]=malloc(strlen(strings_en[i])+1);
strcpy(strings[i],strings_en[i]);
}
}
}
}
fclose(f);
}
return i; //i=0 if language table was not found
}
void GenerateLangFile(const char* langid,const char* langfile){
FILE* f=fopen(langfile,"a");
int i,j;
if(f){
fprintf(f,"\n\n[%s]\n",langid?langid:"x");
for(i=1;i<DIM;i++){
fprintf(f,"%s\t\t",STR_ID[i]);
for(j=0;strings_en[i][j];j++){
if(strings_en[i][j]=='\n') fprintf(f,"%s","\\n");
else if(strings_en[i][j]=='\r') fprintf(f,"%s","\\r");
else fprintf(f,"%c",strings_en[i][j]);
}
fprintf(f,"\n");
}
fclose(f);
}
}
void strinit()
{
STR_ID[S_NL]=(char*) "S_NL";
STR_ID[S_noprog]=(char*) "S_noprog";
STR_ID[S_prog]="S_prog";
STR_ID[S_progDev]="S_progDev";
STR_ID[S_DevPermission]="S_DevPermission";
STR_ID[S_nodev_r]="S_nodev_r";
STR_ID[S_nodev_w]="S_nodev_w";
STR_ID[S_nodev]="S_nodev";
STR_ID[S_DevMismatch]="S_DevMismatch";
STR_ID[S_noV33reg]="S_noV33reg";
STR_ID[S_progver]="S_progver";
STR_ID[S_progid]="S_progid";
STR_ID[S_FWver2old]="S_FWver2old";
STR_ID[S_lowUsbV]="S_lowUsbV";
STR_ID[S_HiVPP]="S_HiVPP";
STR_ID[S_LowVPP]="S_LowVPP";
STR_ID[S_reg]="S_reg";
STR_ID[S_dev_det]="S_dev_det";
STR_ID[S_file]="S_file";
STR_ID[S_file2]="S_file2";
STR_ID[S_fileEEP]="S_fileEEP";
STR_ID[S_noDLL]="S_noDLL";
STR_ID[S_openEEfile]="S_openEEfile";
STR_ID[S_saveEEfile]="S_saveEEfile";
STR_ID[S_IhexShort]="S_IhexShort";
STR_ID[S_IhexChecksum]="S_IhexChecksum";
STR_ID[S_InvHandle]="S_InvHandle";
STR_ID[S_LogFile]="S_LogFile";
STR_ID[S_FileSaved]="S_FileSaved";
STR_ID[S_HVICSP]="S_HVICSP";
STR_ID[S_StartRead]="S_StartRead";
STR_ID[S_Read]="S_Read";
STR_ID[S_CodeReading]="S_CodeReading";
STR_ID[S_CodeReading1]="S_CodeReading1";
STR_ID[S_CodeReading2]="S_CodeReading2";
STR_ID[S_ReadEnd]="S_ReadEnd";
STR_ID[S_ReadID_CONFIG]="S_ReadID_CONFIG";
STR_ID[S_Read_CONFIG_A]="S_Read_CONFIG_A";
STR_ID[S_Read_EXE_A]="S_Read_EXE_A";
STR_ID[S_ReadEE]="S_ReadEE";
STR_ID[S_StartErase]="S_StartErase";
STR_ID[S_Writing]="S_Writing";
STR_ID[S_StartCodeProg]="S_StartCodeProg";
STR_ID[S_CodeWriting]="S_CodeWriting";
STR_ID[S_CodeWriting2]="S_CodeWriting2";
STR_ID[S_IDW]="S_IDW";
STR_ID[S_ConfigW]="S_ConfigW";
STR_ID[S_ConfigAreaW]="S_ConfigAreaW";
STR_ID[S_EEAreaW]="S_EEAreaW";
STR_ID[S_FuseAreaW]="S_FuseAreaW";
STR_ID[S_CodeV]="S_CodeV";
STR_ID[S_CodeV2]="S_CodeV2";
STR_ID[S_IDV]="S_IDV";
STR_ID[S_ConfigV]="S_ConfigV";
STR_ID[S_EEV]="S_EEV";
STR_ID[S_IntW]="S_IntW";
STR_ID[S_TotErr]="S_TotErr";
STR_ID[S_ComplErr]="S_ComplErr";
STR_ID[S_Compl]="S_Compl";
STR_ID[S_Ready]="S_Ready";
STR_ID[S_End]="S_End";
STR_ID[S_EndErr]="S_EndErr";
STR_ID[S_ProtErase]="S_ProtErase";
STR_ID[S_Inohex]="S_Inohex";
STR_ID[S_ReadErr]="S_ReadErr";
STR_ID[S_ReadCodeErr]="S_ReadCodeErr";
STR_ID[S_ReadCodeErr2]="S_ReadCodeErr2";
STR_ID[S_ReadEEErr]="S_ReadEEErr";
STR_ID[S_ConfigErr]="S_ConfigErr";
STR_ID[S_ReadConfigErr]="S_ReadConfigErr";
STR_ID[S_ErrOsccal]="S_ErrOsccal";
STR_ID[S_CodeWError]="S_CodeWError";
STR_ID[S_CodeWError2]="S_CodeWError2";
STR_ID[S_CodeWError3]="S_CodeWError3";
STR_ID[S_CodeWError4]="S_CodeWError4";
STR_ID[S_ConfigWErr]="S_ConfigWErr";
STR_ID[S_ConfigWErr2]="S_ConfigWErr2";
STR_ID[S_ConfigWErr3]="S_ConfigWErr3";
STR_ID[S_WErr1]="S_WErr1";
STR_ID[S_WErr2]="S_WErr2";
STR_ID[S_IDErr]="S_IDErr";
STR_ID[S_ICDErr]="S_ICDErr";
STR_ID[S_Calib1Err]="S_Calib1Err";
STR_ID[S_Calib2Err]="S_Calib2Err";
STR_ID[S_CodeVError]="S_CodeVError";
STR_ID[S_CodeVError2]="S_CodeVError2";
STR_ID[S_CodeVError3]="S_CodeVError3";
STR_ID[S_ErrSing]="S_ErrSing";
STR_ID[S_ErrPlur]="S_ErrPlur";
STR_ID[S_MaxErr]="S_MaxErr";
STR_ID[S_I2CInitErr]="S_I2CInitErr";
STR_ID[S_I2CAckErr]="S_I2CAckErr";
STR_ID[S_ComErr]="S_ComErr";
STR_ID[S_InsErr]="S_InsErr";
STR_ID[S_SyncErr]="S_SyncErr";
STR_ID[S_HVregErr]="S_HVregErr";
STR_ID[S_Log1]="S_Log1";
STR_ID[S_Log2]="S_Log2";
STR_ID[S_Log3]="S_Log3";
STR_ID[S_Log4]="S_Log4";
STR_ID[S_Log5]="S_Log5";
STR_ID[S_Log6]="S_Log6";
STR_ID[S_Log7]="S_Log7";
STR_ID[S_Log8]="S_Log8";
STR_ID[S_Log9]="S_Log9";
STR_ID[S_comTimeout]="S_comTimeout";
STR_ID[S_EraseTimeout]="S_EraseTimeout";
STR_ID[S_ConfigTimeout]="S_ConfigTimeout";
STR_ID[S_ConfigTimeout2]="S_ConfigTimeout2";
STR_ID[S_CodeTimeout]="S_CodeTimeout";
STR_ID[S_CodeTimeout2]="S_CodeTimeout2";
STR_ID[S_OsccalTimeout]="S_OsccalTimeout";
STR_ID[S_EETimeout]="S_EETimeout";
STR_ID[S_ConfigWTimeout]="S_ConfigWTimeout";
STR_ID[S_CodeWTimeout]="S_CodeWTimeout";
STR_ID[S_ConfigWTimeout2]="S_ConfigWTimeout2";
STR_ID[S_EEWTimeout]="S_EEWTimeout";
STR_ID[S_IDWTimeout]="S_IDWTimeout";
STR_ID[S_ConfigNWTimeout]="S_ConfigNWTimeout";
STR_ID[S_CodeVTimeout]="S_CodeVTimeout";
STR_ID[S_ConfigVTimeout]="S_ConfigVTimeout";
STR_ID[S_ProgModeTimeout]="S_ProgModeTimeout";
STR_ID[S_ProgModeXTimeout]="S_ProgModeXTimeout";
STR_ID[S_LogTimeout]="S_LogTimeout";
STR_ID[S_CodeMem]="S_CodeMem";
STR_ID[S_EEMem]="S_EEMem";
STR_ID[S_IDMem]="S_IDMem";
STR_ID[S_ConfigMem]="S_ConfigMem";
STR_ID[S_ConfigResMem]="S_ConfigResMem";
STR_ID[S_CodeMem2]="S_CodeMem2";
STR_ID[S_ExeMem]="S_ExeMem";
STR_ID[S_LPOsc]="S_LPOsc";
STR_ID[S_XTOsc]="S_XTOsc";
STR_ID[S_IntOsc]="S_IntOsc";
STR_ID[S_RCOsc]="S_RCOsc";
STR_ID[S_WDTON]="S_WDTON";
STR_ID[S_WDTOFF]="S_WDTOFF";
STR_ID[S_CPOFF]="S_CPOFF";
STR_ID[S_CPON]="S_CPON";
STR_ID[S_MCLRON]="S_MCLRON";
STR_ID[S_MCLROFF]="S_MCLROFF";
STR_ID[S_ChipID]="S_ChipID";
STR_ID[S_ChipID2]="S_ChipID2";
STR_ID[S_BKOsccal]="S_BKOsccal";
STR_ID[S_Osccal]="S_Osccal";
STR_ID[S_DevID]="S_DevID";
STR_ID[S_DevID2]="S_DevID2";
STR_ID[S_DevREV]="S_DevREV";
STR_ID[S_ConfigWord]="S_ConfigWord";
STR_ID[S_ConfigWord2]="S_ConfigWord2";
STR_ID[S_ConfigWordX]="S_ConfigWordX";
STR_ID[S_ConfigWordH]="S_ConfigWordH";
STR_ID[S_ConfigWordL]="S_ConfigWordL";
STR_ID[S_Config2Cal1]="S_Config2Cal1";
STR_ID[S_CalibWord1]="S_CalibWord1";
STR_ID[S_Calib1_2]="S_Calib1_2";
STR_ID[S_CalibWord2]="S_CalibWord2";
STR_ID[S_CalibWordX]="S_CalibWordX";
STR_ID[S_Protected]="S_Protected";
STR_ID[S_CodeLim]="S_CodeLim";
STR_ID[S_EELim]="S_EELim";
STR_ID[S_ConfigLim]="S_ConfigLim";
STR_ID[S_WbufLim]="S_WbufLim";
STR_ID[S_MaxRetry]="S_MaxRetry";
STR_ID[S_NoCode]="S_NoCode";
STR_ID[S_NoCode2]="S_NoCode2";
STR_ID[S_NoCalibW]="S_NoCalibW";
STR_ID[S_NoEEMem]="S_NoEEMem";
STR_ID[S_NoConfigW]="S_NoConfigW";
STR_ID[S_NoConfigW2]="S_NoConfigW2";
STR_ID[S_NoConfigW3]="S_NoConfigW3";
STR_ID[S_NoConfigW4]="S_NoConfigW4";
STR_ID[S_NoConfigW5]="S_NoConfigW5";
STR_ID[S_NoConfigW6]="S_NoConfigW6";
STR_ID[S_Empty]="S_Empty";
STR_ID[S_NextIns]="S_NextIns";
STR_ID[S_ForceConfigW]="S_ForceConfigW";
STR_ID[S_ForceConfigWx]="S_ForceConfigWx";
STR_ID[S_WarnFlashSize]="S_WarnFlashSize";
STR_ID[I_Fopen]="I_Fopen";
STR_ID[I_Fsave]="I_Fsave";
STR_ID[I_DevR]="I_DevR";
STR_ID[I_DevW]="I_DevW";
STR_ID[I_Info]="I_Info";
STR_ID[I_Data]="I_Data";
STR_ID[I_Opt]="I_Opt";
STR_ID[I_Dev]="I_Dev";
STR_ID[I_Type]="I_Type";
STR_ID[I_Speed]="I_Speed";
STR_ID[I_ReadRes]="I_ReadRes";
STR_ID[I_ID_BKo_W]="I_ID_BKo_W";
STR_ID[I_EE]="I_EE";
STR_ID[I_CalW]="I_CalW";
STR_ID[I_OSCW]="I_OSCW";
STR_ID[I_OSC]="I_OSC";
STR_ID[I_BKOSC]="I_BKOSC";
STR_ID[I_OSCF]="I_OSCF";
STR_ID[I_CONN]="I_CONN";
STR_ID[I_QUIT]="I_QUIT";
STR_ID[I_LOG]="I_LOG";
STR_ID[I_CK_V33]="I_CK_V33";
STR_ID[I_LANG]="I_LANG";
STR_ID[I_MAXERR]="I_MAXERR";
STR_ID[I_ADDR]="I_ADDR";
STR_ID[I_USBD]="I_USBD";
STR_ID[I_I2CDATAOUT]="I_I2CDATAOUT";
STR_ID[I_I2CDATATR]="I_I2CDATATR";
STR_ID[I_I2C_NB]="I_I2C_NB";
STR_ID[I_I2CMode]="I_I2CMode";
STR_ID[I_I2CSend]="I_I2CSend";
STR_ID[I_I2CReceive]="I_I2CReceive";
STR_ID[I_TestHW]="I_TestHW";
STR_ID[I_TestHWB]="I_TestHWB";
STR_ID[I_TestMSG]="I_TestMSG";
STR_ID[I_IO_Enable]="I_IO_Enable";
STR_ID[I_IO_Commands]="I_IO_Commands";
STR_ID[I_SPIMEM]="I_SPIMEM";
STR_ID[I_I2CMEM]="I_I2CMEM";
STR_ID[I_UWMEM]="I_UWMEM";
STR_ID[I_OWMEM]="I_OWMEM";
STR_ID[I_OWDEV]="I_OWDEV";
STR_ID[I_UNIOMEM]="I_UNIOMEM";
STR_ID[I_3V3REQUIRED]="I_3V3REQUIRED";
STR_ID[I_PIC_FORCECW]="I_PIC_FORCECW";
STR_ID[I_AT_FUSE]="I_AT_FUSE";
STR_ID[I_AT_FUSEH]="I_AT_FUSEH";
STR_ID[I_AT_FUSEX]="I_AT_FUSEX";
STR_ID[I_AT_LOCK]="I_AT_LOCK";
STR_ID[I_W_LANGFILE]="I_W_LANGFILE";
STR_ID[I_AT_FUSELF]="I_AT_FUSELF";
STR_ID[I_AT_COMM]="I_AT_COMM";
STR_ID[I_WAITS1]="I_WAITS1";
STR_ID[I_PRESSS1]="I_PRESSS1";
STR_ID[S_WaitS1W]="S_WaitS1W";
STR_ID[S_WaitS1R]="S_WaitS1R";
STR_ID[I_ICD_ENABLE]="I_ICD_ENABLE";
STR_ID[I_ICD_ADDRESS]="I_ICD_ADDRESS";
STR_ID[I_LOAD_COFF]="I_LOAD_COFF";
STR_ID[I_SHOW_PC]="I_SHOW_PC";
STR_ID[I_SHOW_STATUS]="I_SHOW_STATUS";
STR_ID[I_SHOW_BANK0]="I_SHOW_BANK0";
STR_ID[I_SHOW_BANK1]="I_SHOW_BANK1";
STR_ID[I_SHOW_BANK2]="I_SHOW_BANK2";
STR_ID[I_SHOW_BANK3]="I_SHOW_BANK3";
STR_ID[I_SHOW_EE]="I_SHOW_EE";
STR_ID[I_STOP]="I_STOP";
STR_ID[I_ICD_RUN]="I_ICD_RUN";
STR_ID[I_ICD_HALT]="I_ICD_HALT";
STR_ID[I_ICD_STEP]="I_ICD_STEP";
STR_ID[I_ICD_STEPOVER]="I_ICD_STEPOVER";
STR_ID[I_ICD_STOP]="I_ICD_STOP";
STR_ID[I_ICD_REFRESH]="I_ICD_REFRESH";
STR_ID[I_ICD_CMD]="I_ICD_CMD";
STR_ID[I_ICD_HELP]="I_ICD_HELP";
STR_ID[I_ICD_SOURCE]="I_ICD_SOURCE";
STR_ID[I_ICD_STATUS]="I_ICD_STATUS";
STR_ID[I_ICD_HELP_TXT]="I_ICD_HELP_TXT";
STR_ID[I_GUI_CMD_HELP]="I_GUI_CMD_HELP";
STR_ID[L_HELP]="L_HELP";
STR_ID[L_OPTERR]="L_OPTERR";
STR_ID[L_INFO1]="L_INFO1";
STR_ID[L_INFO2]="L_INFO2";
STR_ID[L_UNKNOWN]="L_UNKNOWN";
STR_ID[L_NAME]="L_NAME";
STR_ID[L_DEV_RO]="L_DEV_RO";
STR_ID[L_DEV_RW]="L_DEV_RW";
strings_it[S_NL]=NL;
strings_it[S_noprog]="Programmatore non rilevato" NL;
strings_it[S_prog]="Programmatore rilevato" NL;
strings_it[S_progDev]="Programmatore rilevato su %s" NL;
strings_it[S_DevPermission]="Impossibile aprire %s, assicurati di avere i diritti di lettura" NL;
strings_it[S_nodev_r]="Dispositivo non supportato in lettura" NL;
strings_it[S_nodev_w]="Dispositivo non supportato in scrittura" NL;
strings_it[S_nodev]="Dispositivo sconosciuto" NL;
strings_it[S_DevMismatch]="Attenzione: il dispositivo è diverso da quello specificato nei dati" NL;
strings_it[S_noV33reg]="Regolatore a 3,3V non rilevato" NL;
strings_it[S_progver]="Versione firmware %d.%d.%d" NL;
strings_it[S_progid]="ID Hardware: %d.%d.%d";
strings_it[S_FWver2old]="Questo firmware è troppo vecchio. E' richiesta la versione %s" NL;
strings_it[S_lowUsbV]="Tensione USB troppo bassa (VUSB<4.5V)" NL;
strings_it[S_HiVPP]="Attenzione: tensione regolatore troppo alta" NL NL;
strings_it[S_LowVPP]="Attenzione: tensione regolatore troppo bassa" NL NL;
strings_it[S_reg]="Regolatore avviato e funzionante dopo %dms VPP=%.1fV" NL NL;
strings_it[S_dev_det]="Dispositivo rilevato: vid=0x%04X pid=0x%04X" NL "Percorso: %s" NL;
strings_it[S_file]="File Hex8 (*.hex)|*.hex|Tutti i file (*.*)|*.*||";
strings_it[S_file2]="File Hex8 (*.hex)|*.hex|File binari (*.bin)|*.bin|Tutti i file (*.*)|*.*||";
strings_it[S_fileEEP]="File Hex8 (*.hex *.eep)|*.hex;*.eep|Tutti i file (*.*)|*.*||";
strings_it[S_noDLL]="Impossibile aprire hid.dll";
strings_it[S_openEEfile]="Apri file EEPROM";
strings_it[S_saveEEfile]="Salva file EEPROM";
strings_it[S_IhexShort]="Linea Ihex8 troppo corta:" NL "%s" NL;
strings_it[S_IhexChecksum]="Errore di checksum nella linea Ihex8:" NL "%s" NL;
strings_it[S_InvHandle]="Handle invalido" NL;
strings_it[S_LogFile]="Registro.txt";
strings_it[S_FileSaved]="Salvato %s" NL;
//
strings_it[S_HVICSP]="ICSP ad alta tensione" NL;
strings_it[S_StartRead]="Inizio lettura..." NL;
strings_it[S_Read]="Lettura ... ";
strings_it[S_CodeReading1]="Lettura codice ... ";
strings_it[S_CodeReading]="Lettura: %3d%%, ind. %03X";
strings_it[S_CodeReading2]="Lettura: %3d%%, ind. %05X";
strings_it[S_ReadEnd]="Lettura completata: %d word" NL;
strings_it[S_ReadID_CONFIG]="Lettura ID e CONFIG";
strings_it[S_Read_CONFIG_A]="Lettura area CONFIG ... ";
strings_it[S_Read_EXE_A]="Lettura area Executive ... ";
strings_it[S_ReadEE]="Lettura area EEPROM ... ";
strings_it[S_StartErase]="Cancellazione ... ";
strings_it[S_Writing]="Inizio scrittura..." NL;
strings_it[S_StartCodeProg]="Scrittura codice ... ";
strings_it[S_CodeWriting]="Scrittura: %3d%%, ind. %03X";
strings_it[S_CodeWriting2]="Scrittura: %3d%%, ind. %04X";
strings_it[S_IDW]="Scrittura ID ... ";
strings_it[S_ConfigW]="Scrittura CONFIG ... ";
strings_it[S_ConfigAreaW]="Scrittura area CONFIG ... ";
strings_it[S_EEAreaW]="Scrittura area EEPROM ... ";
strings_it[S_FuseAreaW]="Scrittura area FUSE ... ";
strings_it[S_CodeV]="Verifica codice ... ";
strings_it[S_CodeV2]="Verifica: %d%%, ind. %04X";
strings_it[S_IDV]="Verifica ID ... ";
strings_it[S_ConfigV]="Verifica CONFIG ... ";
strings_it[S_EEV]="Verifica EEPROM ... ";
strings_it[S_IntW]="Scrittura interrotta" NL;
strings_it[S_TotErr]="completata, %d errori totali" NL;
strings_it[S_ComplErr]="completata, %d errori" NL;
strings_it[S_Compl]="completata" NL;
strings_it[S_Ready]="pronto";
strings_it[S_End]= NL "Fine (%.2f s)" NL NL;
strings_it[S_EndErr]= NL "Fine (%.2f s) %d %s" NL NL;
strings_it[S_ProtErase]="Il dispositivo è protetto, sovrascrivo la protezione." NL;
strings_it[S_Inohex]="Errore: '%.4s' non sembra molto esadecimale, vero?" NL;
strings_it[S_ReadErr]="Errore in lettura: word richieste=%d, lette=%d" NL;
strings_it[S_ReadCodeErr]="Errore in lettura area programma, richieste %d word, lette %d" NL;
strings_it[S_ReadCodeErr2]="Errore in lettura area programma, richiesti %d byte, letti %d" NL;
strings_it[S_ReadEEErr]="Errore in lettura area EEPROM, richiesti %d byte, letti %d" NL;
strings_it[S_ConfigErr]="Errore in lettura area configurazione, richieste %d word, lette %d" NL;
strings_it[S_ReadConfigErr]="Errore in lettura area configurazione, richiesti %d byte, letti %d" NL;
strings_it[S_ErrOsccal]="Errore in lettura OSCCAL e BKOSCCAL";
strings_it[S_CodeWError]="Errore in scrittura all'indirizzo %3X: scritto %03X, letto %03X" NL;
strings_it[S_CodeWError2]="Errore in scrittura all'indirizzo %3X: scritto %04X, letto %04X" NL;
strings_it[S_CodeWError3]="Errore in scrittura all'indirizzo %4X: scritto %02X, letto %02X" NL;
strings_it[S_CodeWError4]="Errore in scrittura area programma, richiesti %d byte, scritti %d" NL;
strings_it[S_ConfigWErr]="Errore in scrittura config: scritto %03X, letto %03X" NL;
strings_it[S_ConfigWErr2]="Errore in scrittura CONFIG";
strings_it[S_ConfigWErr3]="Errore in scrittura config: scritto %04X, letto %04X" NL;
strings_it[S_WErr1]="Errore in scrittura %s: scritto %02X, letto %02X" NL;
strings_it[S_WErr2]="Errore in scrittura %s: scritto %04X, letto %04X" NL;
strings_it[S_IDErr]="Errore in scrittura ID%d: scritto %04X, letto %04X" NL;
strings_it[S_ICDErr]="Errore in scrittura ICD (0x%X): scritto %04X, letto %04X" NL;
strings_it[S_Calib1Err]="Errore in scrittura Calib1: scritto %04X, letto %04X" NL;
strings_it[S_Calib2Err]="Errore in scrittura Calib2: scritto %04X, letto %04X" NL;
strings_it[S_CodeVError]="Errore in verifica, indirizzo %04X (%d), scritto %02X, letto %02X" NL;
strings_it[S_CodeVError2]="Errore in verifica area programma, richiesti %d byte, letti %d" NL;
strings_it[S_CodeVError3]="Errore in verifica area programma, richieste %d word, lette %d" NL;
strings_it[S_ErrSing]="errore";
strings_it[S_ErrPlur]="errori";
strings_it[S_MaxErr]="Superato il massimo numero di errori (%d), scrittura interrotta" NL;
strings_it[S_I2CInitErr]="Errore di inizializzazione bus I2C" NL;
strings_it[S_I2CAckErr]="Errore di acknowledge I2C" NL;
strings_it[S_ComErr]="Errore di comunicazione" NL;
strings_it[S_InsErr]="Istruzione sconosciuta" NL;
strings_it[S_SyncErr]="Errore di sincronizzazione" NL;
strings_it[S_HVregErr]="Errore sul regolatore HV" NL;
strings_it[S_WarnFlashSize]="Attenzione, la dimensione della flash non corrisponde a quella del dispositivo scelto" NL;
//
strings_it[S_Log1]="i=%d(0x%X), k=%d(0x%X) NumberOfBytesRead=%d" NL;
strings_it[S_Log2]="i=%d, k=%d, errori=%d, NumberOfBytesRead=%d" NL NL;
strings_it[S_Log3]="i=%d, k2=%d NumberOfBytesRead=%d" NL;
strings_it[S_Log4]="Area config. errori=%d NumberOfBytesRead=%d" NL;
strings_it[S_Log5]="dim=%d(0x%X), dimx=%d(0x%X), dimx/wbuf=%d " NL NL;
strings_it[S_Log6]="i=%d(0x%X), NumberOfBytesRead=%d" NL NL;
strings_it[S_Log7]="i=%d(0x%X), k=%d(0x%X)" NL;
strings_it[S_Log8]="i=%d(0x%X), k=%d(0x%X), errori=%d" NL;
strings_it[S_Log9]="Area config. errori=%d" NL;
//
strings_it[S_comTimeout]="Timeout comunicazione" NL;
strings_it[S_EraseTimeout]="Timeout in cancellazione" NL;
strings_it[S_ConfigTimeout]="Timeout in lettura config" NL;
strings_it[S_ConfigTimeout2]="Timeout in lettura area config" NL;
strings_it[S_CodeTimeout]="Timeout in lettura, indirizzo %02X (%d)" NL;
strings_it[S_CodeTimeout2]="Timeout in lettura, indirizzo %04X (%d)" NL;
strings_it[S_OsccalTimeout]="Timeout in lettura osccal" NL;
strings_it[S_EETimeout]="Timeout in lettura EEPROM, indirizzo %02X (%d)" NL;
strings_it[S_ConfigWTimeout]="Timeout in verifica config" NL;
strings_it[S_CodeWTimeout]="Timeout in scrittura, indirizzo %02X (%d)" NL;
strings_it[S_ConfigWTimeout2]="Timeout in scrittura area config" NL;
strings_it[S_EEWTimeout]="Timeout in scrittura EEPROM, indirizzo %03X (%d)" NL;
strings_it[S_IDWTimeout]="Timeout in scrittura ID" NL;
strings_it[S_ConfigNWTimeout]="Timeout in scrittura CONFIG%d" NL;
strings_it[S_CodeVTimeout]="Timeout in verifica, indirizzo %04X (%d)" NL;
strings_it[S_ConfigVTimeout]="Timeout in verifica area config" NL;
strings_it[S_ProgModeTimeout]="Timeout in entrata program mode" NL;
strings_it[S_ProgModeXTimeout]="Timeout in uscita programmazione" NL;
strings_it[S_LogTimeout]="Timeout" NL;
//
strings_it[S_CodeMem]= NL "memoria CODICE:" NL;
strings_it[S_EEMem]= NL "memoria EEPROM:" NL;
strings_it[S_IDMem]= NL "memoria ID:" NL;
strings_it[S_ConfigMem]= NL "memoria CONFIG:" NL;
strings_it[S_ConfigResMem]= NL "Memoria configurazione e riservata:" NL;
strings_it[S_CodeMem2]= NL "Memoria programma:" NL;
strings_it[S_ExeMem]= NL "memoria Executive:" NL;
//
strings_it[S_LPOsc]="LP oscillator" NL;
strings_it[S_XTOsc]="XT oscillator" NL;
strings_it[S_IntOsc]="Internal osc." NL;
strings_it[S_RCOsc]="RC oscillator" NL;
strings_it[S_WDTON]="WDT ON" NL;
strings_it[S_WDTOFF]="WDT OFF" NL;
strings_it[S_CPOFF]="Code protection OFF" NL;
strings_it[S_CPON]="Code protection ON" NL;
strings_it[S_MCLRON]="Master clear ON" NL;
strings_it[S_MCLROFF]="Master clear OFF" NL;
strings_it[S_ChipID]="ID%d: 0x%03X ID%d: 0x%03X" NL;
strings_it[S_ChipID2]="ID%d: 0x%02X ID%d: 0x%02X" NL;
strings_it[S_BKOsccal]="Backup OSCCAL: 0x%03X" NL;
strings_it[S_Osccal]="OSCCAL: 0x%03X" NL;
strings_it[S_DevID]="DevID: 0x%04X" NL;
strings_it[S_DevID2]="DevID: 0x%02X%02X" NL;
strings_it[S_DevREV]="DevREV: 0x%04X" NL;
strings_it[S_ConfigWord]="Configuration word: 0x%03X" NL;
strings_it[S_Config2Cal1]="Configuration word2 o calibration word 1: 0x%03X" NL;
strings_it[S_ConfigWord2]="Configuration word2: 0x%04X" NL;
strings_it[S_ConfigWordX]="Configuration word %d: 0x%04X" NL;
strings_it[S_ConfigWordH]="CONFIG%dH: 0x%02X\t";
strings_it[S_ConfigWordL]="CONFIG%dL: 0x%02X" NL;
strings_it[S_CalibWord1]="Calibration word1: 0x%04X" NL;
strings_it[S_Calib1_2]="Calibration word 1 or 2: 0x%04X" NL;
strings_it[S_CalibWord2]="Calibration word2: 0x%04X" NL;
strings_it[S_CalibWordX]="Calibration word %d: 0x%04X" NL;
strings_it[S_Protected]="Dispositivo protetto";
//
strings_it[S_CodeLim]="Dimensione programma oltre i limiti" NL;
strings_it[S_EELim]="Dimensione eeprom oltre i limiti" NL;
strings_it[S_ConfigLim]="Dimensione area config oltre i limiti" NL;
strings_it[S_WbufLim]="Dimensione buffer scrittura oltre i limiti" NL;
strings_it[S_MaxRetry]="Max tentativi di scrittura: %d" NL;
//
strings_it[S_NoCode]="Area dati vuota" NL;
strings_it[S_NoCode2]="Niente da scrivere" NL;
strings_it[S_NoCalibW]="Impossibile trovare i dati di calibrazione" NL;
strings_it[S_NoEEMem]="Impossibile trovare i dati EEPROM" NL;
strings_it[S_NoConfigW]="Impossibile leggere la config word" NL;
strings_it[S_NoConfigW2]="Impossibile trovare la locazione CONFIG (0xFFF)" NL;
strings_it[S_NoConfigW3]="Impossibile trovare la locazione CONFIG (0x2007)" NL "Fine" NL;
strings_it[S_NoConfigW4]="Impossibile trovare la locazione CONFIG (0x2008)" NL "Fine" NL;
strings_it[S_NoConfigW5]="Impossibile trovare la locazione CONFIG (0x8007-0x8008)" NL "Fine" NL;
strings_it[S_NoConfigW6]="Impossibile trovare la locazione CONFIG (0x8007-0x800B)" NL "Fine" NL;
strings_it[S_Empty]="(vuoto)" NL;
strings_it[S_NextIns]="Prossima istruzione";
strings_it[S_ForceConfigW]="Forzo config word" NL;
strings_it[S_ForceConfigWx]="Forzo config word%d [0x%04X]=0x%04X" NL;
//
strings_it[I_CANCEL]="A_nnulla";
strings_it[I_OPEN]="_Apri";
strings_it[I_SAVE]="_Salva";
strings_it[I_Fopen]="Apri file";
strings_it[I_Fsave]="Salva file";
strings_it[I_DevR]="Leggi dispositivo";
strings_it[I_DevW]="Scrivi dispositivo";
strings_it[I_Info]="Informazioni";
strings_it[I_Data]="Dati";
strings_it[I_Opt]="Opzioni";
strings_it[I_Dev]="Dispositivo";
strings_it[I_Type]="Filtra per tipo";
strings_it[I_Speed]="Velocità ";
strings_it[I_ReadRes]="Leggi area riservata";
strings_it[I_ID_BKo_W]="Programma ID e BKosccal";
strings_it[I_EE]="Leggi e programma EEPROM";
strings_it[I_CalW]="Programma Calib1 e 2";
strings_it[I_OSCW]="Scrivi OSCCal";
strings_it[I_OSC]="OSCCal";
strings_it[I_BKOSC]="Backup OSCCal";
strings_it[I_OSCF]="Da File";
strings_it[I_CONN]="Riconnetti";
strings_it[I_QUIT]="Quit";
strings_it[I_LOG]="Registra eventi su file";
strings_it[I_CK_V33]="Salta controllo regolatore a 3,3V";
strings_it[I_LANG]="Lingua";
strings_it[I_MAXERR]="Max errori in scrittura";
strings_it[I_ADDR]="Indirizzo";
strings_it[I_USBD]="Ritardo minimo USB (ms)";
strings_it[I_I2CDATAOUT]="Dati da scrivere";
strings_it[I_I2CDATATR]="Dati trasferiti";
strings_it[I_I2C_NB]="Byte da scrivere/leggere";
strings_it[I_I2CMode]="Modalità ";
strings_it[I_I2CSend]="Invia";
strings_it[I_I2CReceive]="Ricevi";
strings_it[I_TestHW]="Test hardware: rimuovere eventuali dispositivi dal programmatore";
strings_it[I_TestHWB]="Test hardware";
strings_it[I_TestMSG]="Verifica sul programmatore il valore delle seguenti tensioni:";
strings_it[I_IO_Enable]="Abilita IO";
strings_it[I_IO_Commands]="Comandi manuali";
strings_it[I_SPIMEM]="Memoria SPI";
strings_it[I_I2CMEM]="Memoria I2C";
strings_it[I_UWMEM]="Memoria Microwire";
strings_it[I_OWMEM]="Memoria OneWire";
strings_it[I_OWDEV]="Dispositivo OneWire";
strings_it[I_UNIOMEM]="Memoria UNI/O";
strings_it[I_3V3REQUIRED]="adattatore 3,3V";
strings_it[I_PIC_FORCECW]="Forza config word";
strings_it[I_AT_FUSE]="Scrivi Fuse Low";
strings_it[I_AT_FUSEH]="Scrivi Fuse High";
strings_it[I_AT_FUSEX]="Scrivi Extended Fuse";
strings_it[I_AT_LOCK]="Scrivi Lock";
strings_it[I_AT_FUSELF]="Scrivi Fuse Low @3kHz";
strings_it[I_AT_COMM]="Comunicazione @ %.0f kbps" NL;
strings_it[I_W_LANGFILE]="Scrivi file linguaggio";
strings_it[I_WAITS1]="Inizia a scrivere/leggere con S1";
strings_it[I_PRESSS1]="Premi S1 per iniziare" NL;
strings_it[S_WaitS1W]="Premi S1 per programmare, un tasto per uscire" NL;
strings_it[S_WaitS1R]="Premi S1 per leggere, un tasto per uscire" NL;
strings_it[I_ICD_ENABLE]="Abilita ICD";
strings_it[I_ICD_ADDRESS]="Indirizzo routine ICD";
strings_it[I_LOAD_COFF]="Carica file COFF ...";
strings_it[I_SHOW_PC]="Mostra Program Counter";
strings_it[I_SHOW_STATUS]="Mostra Status";
strings_it[I_SHOW_BANK0]="Mostra banco memoria 0";
strings_it[I_SHOW_BANK1]="Mostra banco memoria 1";
strings_it[I_SHOW_BANK2]="Mostra banco memoria 2";
strings_it[I_SHOW_BANK3]="Mostra banco memoria 3";
strings_it[I_SHOW_EE]="Mostra EEPROM";
strings_it[I_STOP]="Fermato" NL;
strings_it[I_ICD_RUN]="Vai/continua";
strings_it[I_ICD_HALT]="Ferma";
strings_it[I_ICD_STEP]="Passo";
strings_it[I_ICD_STEPOVER]="Passo sopra";
strings_it[I_ICD_STOP]="Arresta";
strings_it[I_ICD_REFRESH]="Rinfresca";
strings_it[I_ICD_CMD]="linea di comando";
strings_it[I_ICD_HELP]="Aiuto";
strings_it[I_ICD_SOURCE]="Sorgente";
strings_it[I_ICD_STATUS]="Status";
strings_it[I_ICD_HELP_TXT]=
"Guida ICD" NL NL
"Doppio click sul nome di una variabile per" NL
"aggiungerla alla lista di osservazione;" NL
"doppio click nuovamente per rimuoverla." NL
"Scorciatoie:" NL
" F1 guida" NL
" F5 ferma" NL
" F7 passo" NL
" F8 passo sopra" NL
" F9 vai" NL
"Guida comandi:" NL
" variabile=x imposta variabile a x" NL
" [var ind.]=x imposta a x la variabile all'indirizzo ind." NL
" help guida comandi" NL
" break <ind> imposta breakpoint all'indirizzo <ind>" NL
" freeze [on,off] freeze periferiche" NL
" h[alt] ferma esecuzione" NL
" list <ind> mostra codice a partire da <ind>" NL
" p[rint] 0x<ind> osserva variabile all'indirizzo <ind>" NL
" p[rint] <var> osserva variabile <var>" NL
" p[rint] bank <b> osserva i registri nel banco <b>" NL
" p[rint] p <ind> osserva la memoria programma all'indirizzo <ind>" NL
" p[rint] ee <ind> osserva la memoria eeprom all'indirizzo <ind>" NL
" p[rint] ee osserva tutta la memoria eeprom" NL
" r[un] vai" NL
" s[tep] [n] passo singolo [n volte]" NL
" step over / ss [n] passo sopra le chiamate [n volte]" NL
" version leggi versione debugger" NL
" w[atch] variabile aggiungi/rimuovi variabile alla lista di osservazione" NL
" w[atch] 0x<ind> aggiungi/rimuovi variabile all'indirizzo <ind> alla lista di osservazione" NL;
strings_it[I_GUI_CMD_HELP]=
"Opzioni da linea di comando:" NL
" ?,h,help guida comandi" NL
" command <messaggio> invia <messaggio> al programmatore ed esci." NL
" Il messaggio è composto da byte esadecimali separati da uno spazio," NL
" fino a un massimo di 64; quelli non specificati vengono posti a 0" NL
" lang <lingua> carica <lingua>" NL
" langfile scrivi tutte le stringhe su file" NL;
strings_it[L_HELP]=
"op [opzioni]" NL NL
"-BKosccal carica BKosccal da file" NL
"-calib carica calibration da file" NL
"-command <messaggio> invia <messaggio> al programmatore ed esci." NL
" Il messaggio è composto da byte esadecimali separati da uno spazio," NL
" fino a un massimo di 64; quelli non specificati vengono posti a 0" NL
"-cwX <cw> forza config word X [1-7]" NL
"-d, device <disp.> dispositivo" NL
"-ee usa eeprom" NL
"-err <max> imposta massimo errori in scrittura" NL
"-fuse <val> scrive il byte fuse low (solo Atmel)" NL
"-fuseh <val> scrive il byte fuse high (solo Atmel)" NL
"-fusex <val> scrive il byte extended fuse (solo Atmel)" NL
"-fuse3k <val> scrive il byte fuse low a 3kHz (solo Atmel)" NL
"-h, help guida" NL
"-HWtest test hardware" NL
"-i, info informazioni programmatore" NL
"-icd <val> abilita ICD (goto indirizzo)" NL
"-i2c_r <N Ctr Ind> leggi N byte dal bus I2C" NL
"-i2c_r2 <N Ctr Ind(2)> leggi N byte dal bus I2C (indirizzi 16b)" NL
"-i2c_w <N Ctr Ind Dati> scrivi N byte sul bus I2C" NL
"-i2c_w2 <N Ctr Ind(2) Dati> scrivi N byte sul bus I2C (indirizzi 16b)" NL
"-i2cspeed <s> cambia velocità I2C: 0=100k,1=200k,2=500k,3=800k" NL
"-id usa ID" NL
"-l, log [=file] salva registro" NL
"-lang <lingua> carica <lingua>" NL
"-langfile scrivi tutte le stringhe su file" NL
"-lock <val> scrive il byte lock (solo Atmel)" NL
"-mode <mode> SPI mode: 00,01,10,11" NL
"-nolvcheck salta controllo regolatore a 3,3V" NL
"-osccal carica osccal da file invece che dal valore salvato prima della cancellazione" NL
"-p, path <percorso> percorso programmatore [/dev/usb/hiddev0]" NL
"-pid <pid> pid programmatore [0x100]" NL
"-r, reserved leggi area riservata" NL
"-rep <n> dimensione report [64]" NL
"-s1, S1 Programmazione multipla comandata da S1" NL
"-s, save <file> salva su file Ihex" NL
"-se, saveEE <file> salva EEPROM su file Ihex (solo ATxxxx)" NL
"-spi_r <N> leggi N byte dal bus SPI" NL
"-spi_w <N Dati> scrivi N byte sul bus SPI" NL
"-spispeed <s> cambia velocità SPI: 0=100k,1=200k,2=300k,3=500k" NL
"-support dispositivi supportati" NL
"-use_BKosccal copia BKosccal su osccal" NL
"-v, version versione" NL
"-vid <vid> vid programmatore [0x4D8]" NL
"-w, write <file> scrivi file Ihex" NL
"-we, writeEE <file> scrivi EEPROM file Ihex (solo ATxxxx)" NL
"" NL
"es. op -d 12F683 -s prova.hex" NL;
strings_it[L_OPTERR]="Errore nelle opzioni" NL;
strings_it[L_INFO1]="vid 0x%04hx pid 0x%04hx versione 0x%04hx ";
strings_it[L_INFO2]= NL "bus: %d devnum: %d ifnum: %d" NL;
strings_it[L_UNKNOWN]="sconosciuto";
strings_it[L_NAME]="Il dispositivo su %s si chiama %s" NL;
strings_it[L_DEV_RO]="Dispositivi supportati in sola lettura:";
strings_it[L_DEV_RW]="Dispositivi supportati in lettura e scrittura:";
// ENGLISH strings
strings_en[S_NL]=NL;
strings_en[S_noprog]="Programmer not detected" NL;
strings_en[S_prog]="Programmer detected" NL;
strings_en[S_progDev]="Programmer detected on %s" NL;
strings_en[S_DevPermission]="Cannot open %s, make sure you have read permission on it" NL;
strings_en[S_nodev_r]="Device not supported for reading" NL;
strings_en[S_nodev_w]="Device not supported for writing" NL;
strings_en[S_nodev]="Unknown device" NL;
strings_en[S_DevMismatch]="Warning: the device is different from what specified in source data" NL;
strings_en[S_noV33reg]="3.3V Regulator not detected" NL;
strings_en[S_progver]="Firmware version %d.%d.%d" NL;
strings_en[S_progid]="Hardware ID: %d.%d.%d";
strings_en[S_FWver2old]="This firmware is too old. Version %s is required" NL;
strings_en[S_lowUsbV]="USB voltage too low (VUSB<4.5V)" NL;
strings_en[S_HiVPP]="Warning: regulator voltage too high" NL NL;
strings_en[S_LowVPP]="Warning: regulator voltage too low" NL NL;
strings_en[S_reg]="Regulator up and running after %dms VPP=%.1fV" NL NL;
strings_en[S_dev_det]="Device detected: vid=0x%04X pid=0x%04X" NL "Path: %s" NL;
strings_en[S_file]="Hex8 files (*.hex)|*.hex|All files (*.*)|*.*||";
strings_en[S_file2]="Hex8 files (*.hex)|*.hex|Binary files (*.bin)|*.bin|All files (*.*)|*.*||";
strings_en[S_fileEEP]="Hex8 files (*.hex *.eep)|*.hex;*.eep|All files (*.*)|*.*||";
strings_en[S_noDLL]="Error opening hid.dll";
strings_en[S_openEEfile]="Open EEPROM file";
strings_en[S_saveEEfile]="Save EEPROM file";
//
strings_en[S_IhexShort]="Intel hex8 line too short:" NL "%s" NL;
strings_en[S_IhexChecksum]="Intel hex8 checksum error in line:" NL "%s" NL;
strings_en[S_InvHandle]="Invalid handle" NL;
strings_en[S_LogFile]="Log.txt";
strings_en[S_FileSaved]="Saved file %s" NL;
//
strings_en[S_HVICSP]="High Voltage ICSP" NL;
strings_en[S_StartRead]="Reading ..." NL;
strings_en[S_Read]="Reading ... ";
strings_en[S_CodeReading1]="Reading code ... ";
strings_en[S_CodeReading]="Reading: %3d%%, add. %03X";
strings_en[S_CodeReading2]="Reading: %3d%%, add. %05X";
strings_en[S_ReadEnd]="Reading completed: %d words" NL;
strings_en[S_ReadID_CONFIG]="Reading ID and CONFIG";
strings_en[S_Read_CONFIG_A]="Reading CONFIG area ... ";
strings_en[S_Read_EXE_A]="Reading Executive area ... ";
strings_en[S_ReadEE]="Reading EEPROM ... ";
strings_en[S_StartErase]="Erasing ... ";
strings_en[S_Writing]="Writing ..." NL;
strings_en[S_StartCodeProg]="Writing code ... ";
strings_en[S_CodeWriting]="Writing: %3d%%, add. %03X";
strings_en[S_CodeWriting2]="Writing: %3d%%, add. %04X";
strings_en[S_IDW]="Writing ID ... ";
strings_en[S_ConfigW]="Writing CONFIG ... ";
strings_en[S_ConfigAreaW]="Writing CONFIG area ... ";
strings_en[S_EEAreaW]="Writing EEPROM ... ";
strings_en[S_FuseAreaW]="Writing FUSE area ... ";
strings_en[S_CodeV]="Verifying code ... ";
strings_en[S_CodeV2]="Verifying: %d%%, add. %04X";
strings_en[S_IDV]="Verifying ID ... ";
strings_en[S_ConfigV]="Verifying CONFIG ... ";
strings_en[S_EEV]="Verifying EEPROM ... ";
strings_en[S_IntW]="Write interrupted" NL;
strings_en[S_TotErr]="completed, %d total errors" NL;
strings_en[S_ComplErr]="completed, %d errors" NL;
strings_en[S_Compl]="completed" NL;
strings_en[S_Ready]="ready";
strings_en[S_End]= NL "End (%.2f s)" NL NL;
strings_en[S_EndErr]= NL "End (%.2f s) %d %s" NL NL;
strings_en[S_ProtErase]="Device protected, overriding protection." NL;
//
strings_en[S_Inohex]="Error: '%.4s' doesn't look very hexadecimal, right?" NL;
strings_en[S_ReadErr]="Read error: requested words=%d, read=%d" NL;
strings_en[S_ReadCodeErr]="Error reading code area, requested %d words, read %d" NL;
strings_en[S_ReadCodeErr2]="Error reading code area, requested %d bytes, read %d" NL;
strings_en[S_ReadEEErr]="Error reading EEPROM area, requested %d bytes, read %d" NL;
strings_en[S_ConfigErr]="Error reading configuration area, requested %d words, read %d" NL;
strings_en[S_ReadConfigErr]="Error reading configuration area, requested %d bytes, read %d" NL;
strings_en[S_ErrOsccal]="Error reading OSCCAL and BKOSCCAL";
strings_en[S_CodeWError]="Error writing address %3X: written %03X, read %03X" NL;
strings_en[S_CodeWError2]="Error writing address %3X: written %04X, read %04X" NL;
strings_en[S_CodeWError3]="Error writing address %4X: written %02X, read %02X" NL;
strings_en[S_CodeWError4]="Error writing code area, requested %d bytes, written %d" NL;
strings_en[S_ConfigWErr]="Error writing config area: written %03X, read %03X" NL;
strings_en[S_ConfigWErr2]="Error writing CONFIG";
strings_en[S_ConfigWErr3]="Error writing config area: written %04X, read %04X" NL;
strings_en[S_WErr1]="Error writing %s: written %02X, read %02X" NL;
strings_en[S_WErr2]="Error writing %s: written %04X, read %04X" NL;
strings_en[S_IDErr]="Error writing ID%d: written %04X, read %04X" NL;
strings_en[S_ICDErr]="Error writing ICD (0x%X): written %04X, read %04X" NL;
strings_en[S_Calib1Err]="Error writing Calib1: written %04X, read %04X" NL;
strings_en[S_Calib2Err]="Error writing Calib2: written %04X, read %04X" NL;
strings_en[S_CodeVError]="Error verifying address %04X (%d), written %02X, read %02X" NL;
strings_en[S_CodeVError2]="Error verifying code area, requested %d bytes, read %d" NL;
strings_en[S_CodeVError3]="Error verifying code area, requested %d words, read %d" NL;
strings_en[S_ErrSing]="error";
strings_en[S_ErrPlur]="errors";
strings_en[S_MaxErr]="Exceeded maximum number of errors (%d), write interrupted" NL;
strings_en[S_I2CInitErr]="Error initializing I2C bus" NL;
strings_en[S_I2CAckErr]="I2C acknowledge error" NL;
strings_en[S_ComErr]="Communication error" NL;
strings_en[S_InsErr]="Unknown instruction" NL;
strings_en[S_SyncErr]="Synchronization error" NL;
strings_en[S_HVregErr]="HV regulator error" NL;
//
strings_en[S_Log1]="i=%d(0x%X), k=%d(0x%X) NumberOfBytesRead=%d" NL;
strings_en[S_Log2]="i=%d, k=%d, errors=%d, NumberOfBytesRead=%d" NL NL;
strings_en[S_Log3]="i=%d, k2=%d NumberOfBytesRead=%d" NL;
strings_en[S_Log4]="Config area. errors=%d NumberOfBytesRead=%d" NL;
strings_en[S_Log5]="dim=%d(0x%X), dimx=%d(0x%X), dimx/wbuf=%d " NL NL;
strings_en[S_Log6]="i=%d(0x%X), NumberOfBytesRead=%d" NL NL;
strings_en[S_Log7]="i=%d(0x%X), k=%d(0x%X)" NL;
strings_en[S_Log8]="i=%d(0x%X), k=%d(0x%X), errors=%d" NL;
strings_en[S_Log9]="Config area. errors=%d" NL;
//
strings_en[S_comTimeout]="Communication timeout" NL;
strings_en[S_EraseTimeout]="Timeout during erase" NL;
strings_en[S_ConfigTimeout]="Timeout reading CONFIG" NL;
strings_en[S_ConfigTimeout2]="Timeout reading config area" NL;
strings_en[S_CodeTimeout]="Timeout reading address %02X (%d)" NL;
strings_en[S_CodeTimeout2]="Timeout reading address %04X (%d)" NL;
strings_en[S_OsccalTimeout]="Timeout reading osccal" NL;
strings_en[S_EETimeout]="Timeout reading EEPROM, address %02X (%d)" NL;
strings_en[S_ConfigWTimeout]="Timeout verifying config" NL;
strings_en[S_CodeWTimeout]="Timeout writing address %02X (%d)" NL;
strings_en[S_ConfigWTimeout2]="Timeout writing config area" NL;
strings_en[S_EEWTimeout]="Timeout writing EEPROM, address %03X (%d)" NL;
strings_en[S_IDWTimeout]="Timeout writing ID" NL;
strings_en[S_ConfigNWTimeout]="Timeout writing CONFIG%d" NL;
strings_en[S_CodeVTimeout]="Timeout verifying address %04X (%d)" NL;
strings_en[S_ConfigVTimeout]="Timeout verifying config area" NL;
strings_en[S_ProgModeTimeout]="Timeout entering program mode" NL;
strings_en[S_ProgModeXTimeout]="Timeout exiting program mode" NL;
strings_en[S_LogTimeout]="Timeout" NL;
//
strings_en[S_CodeMem]= NL "Code memory:" NL;
strings_en[S_EEMem]= NL "EEPROM memory:" NL;
strings_en[S_IDMem]= NL "ID:" NL;
strings_en[S_ConfigMem]= NL "CONFIG:" NL;
strings_en[S_ConfigResMem]= NL "Configuration and reserved memory:" NL;
strings_en[S_CodeMem2]= NL "Code memory:" NL;
strings_en[S_ExeMem]= NL "Executive memory:" NL;
//
strings_en[S_LPOsc]="LP oscillator" NL;
strings_en[S_XTOsc]="XT oscillator" NL;
strings_en[S_IntOsc]="Internal osc." NL;
strings_en[S_RCOsc]="RC oscillator" NL;
strings_en[S_WDTON]="WDT ON" NL;
strings_en[S_WDTOFF]="WDT OFF" NL;
strings_en[S_CPOFF]="Code protection OFF" NL;
strings_en[S_CPON]="Code protection ON" NL;
strings_en[S_MCLRON]="Master clear ON" NL;
strings_en[S_MCLROFF]="Master clear OFF" NL;
strings_en[S_ChipID]="ID%d: 0x%03X ID%d: 0x%03X" NL;
strings_en[S_ChipID2]="ID%d: 0x%02X ID%d: 0x%02X" NL;
strings_en[S_BKOsccal]="Backup OSCCAL: 0x%03X" NL;
strings_en[S_Osccal]="OSCCAL: 0x%03X" NL;
strings_en[S_DevID]="DevID: 0x%04X" NL;
strings_en[S_DevID2]="DevID: 0x%02X%02X" NL;
strings_en[S_DevREV]="DevREV: 0x%04X" NL;
strings_en[S_ConfigWord]="Configuration word: 0x%03X" NL;
strings_en[S_Config2Cal1]="Configuration word2 or calibration word 1: 0x%03X" NL;
strings_en[S_ConfigWord2]="Configuration word2: 0x%04X" NL;
strings_en[S_ConfigWordX]="Configuration word %d: 0x%04X" NL;
strings_en[S_ConfigWordH]="CONFIG%dH: 0x%02X\t";
strings_en[S_ConfigWordL]="CONFIG%dL: 0x%02X" NL;
strings_en[S_CalibWord1]="Calibration word1: 0x%04X" NL;
strings_en[S_Calib1_2]="Calibration word 1 or 2: 0x%04X" NL;
strings_en[S_CalibWord2]="Calibration word2: 0x%04X" NL;
strings_en[S_CalibWordX]="Calibration word %d: 0x%04X" NL;
strings_en[S_Protected]="protected device";
//
strings_en[S_CodeLim]="Code size exceeds limits" NL;
strings_en[S_EELim]="Eeprom size exceeds limits" NL;
strings_en[S_ConfigLim]="Config area size exceeds limits" NL;
strings_en[S_WbufLim]="Write buffer size exceeds limits" NL;
strings_en[S_MaxRetry]="Max retries in writing: %d" NL;
//
strings_en[S_NoCode]="Data area is empty" NL;
strings_en[S_NoCode2]="Nothing to write" NL;
strings_en[S_NoCalibW]="Can't find calibration data" NL;
strings_en[S_NoEEMem]="Can't find EEPROM data" NL;
strings_en[S_NoConfigW]="Impossibile leggere la config word" NL;
strings_en[S_NoConfigW2]="Can't find CONFIG location (0xFFF)" NL;
strings_en[S_NoConfigW3]="Can't find CONFIG location (0x2007)" NL "End" NL;
strings_en[S_NoConfigW4]="Can't find CONFIG location (0x2008)" NL "End" NL;
strings_en[S_NoConfigW5]="Can't find CONFIG location (0x8007-0x8008)" NL "End" NL;
strings_en[S_NoConfigW6]="Can't find CONFIG location (0x8007-0x800B)" NL "End" NL;
strings_en[S_Empty]="(empty)" NL;
strings_en[S_NextIns]="Next instruction";
strings_en[S_ForceConfigW]="Forcing config words" NL;
strings_en[S_ForceConfigWx]="Forcing config word%d [0x%04X]=0x%04X" NL;
strings_en[S_WarnFlashSize]="Warning, flash size is different from the expected value" NL;
//
strings_en[I_CANCEL]="_Cancel";
strings_en[I_OPEN]="_Open";
strings_en[I_SAVE]="_Save";
strings_en[I_Fopen]="Open file";
strings_en[I_Fsave]="Save file";
strings_en[I_DevR]="Read device";
strings_en[I_DevW]="Write device";
strings_en[I_Info]="Info";
strings_en[I_Data]="Data";
strings_en[I_Opt]="Options";
strings_en[I_Dev]="Device";
strings_en[I_Type]="Filter by type";
strings_en[I_Speed]="Speed";
strings_en[I_ReadRes]="Read reserved area";
strings_en[I_ID_BKo_W]="Write ID and BKosccal";
strings_en[I_EE]="Read and write EEPROM";
strings_en[I_CalW]="Write Calib1 e 2";
strings_en[I_OSCW]="Write OSCCal";
strings_en[I_OSC]="OSCCal";
strings_en[I_BKOSC]="Backup OSCCal";
strings_en[I_OSCF]="From File";
strings_en[I_CONN]="Reconnect";
strings_en[I_QUIT]="Quit";
strings_en[I_LOG]="Log activity";
strings_en[I_CK_V33]="Skip 3.3V regulator check";
strings_en[I_LANG]="Language";
strings_en[I_MAXERR]="Max errors during write";
strings_en[I_ADDR]="Address";
strings_en[I_USBD]="Min USB delay (ms)";
strings_en[I_I2CDATAOUT]="Data to send";
strings_en[I_I2CDATATR]="Data transferred";
strings_en[I_I2C_NB]="Bytes to read/write";
strings_en[I_I2CMode]="Mode";
strings_en[I_I2CSend]="Send";
strings_en[I_I2CReceive]="Receive";
strings_en[I_TestHW]="Hardware test: remove any device from programmer";
strings_en[I_TestHWB]="Hardware test";
strings_en[I_TestMSG]="Verify on the programmer the value of the following voltages:";
strings_en[I_IO_Enable]="Enable IO";
strings_en[I_IO_Commands]="Manual commands";
strings_en[I_SPIMEM]="SPI Memory";
strings_en[I_I2CMEM]="I2C Memory";
strings_en[I_UWMEM]="Microwire Memory";
strings_en[I_OWMEM]="OneWire Memory";
strings_en[I_OWDEV]="OneWire Device";
strings_en[I_UNIOMEM]="UNI/O Memory";
strings_en[I_3V3REQUIRED]="3.3V adapter";
strings_en[I_PIC_FORCECW]="Force config word";
strings_en[I_AT_FUSE]="Write Fuse Low";
strings_en[I_AT_FUSEH]="Write Fuse High";
strings_en[I_AT_FUSEX]="Write Extended Fuse";
strings_en[I_AT_LOCK]="Write Lock";
strings_en[I_AT_FUSELF]="Write Fuse Low @3kHz";
strings_en[I_AT_COMM]="Communicating @ %.0f kbps" NL;
strings_en[I_W_LANGFILE]="Write language file";
strings_en[I_WAITS1]="Wait for S1 before read/write";
strings_en[I_PRESSS1]="Press S1 to start" NL;
strings_en[S_WaitS1W]="Press S1 to program, any key to exit";
strings_en[S_WaitS1R]="Press S1 to read, any key to exit";
strings_en[I_ICD_ENABLE]="Enable ICD";
strings_en[I_ICD_ADDRESS]="ICD routine address";
strings_en[I_LOAD_COFF]="Load COFF file ...";
strings_en[I_SHOW_PC]="Show Program Counter";
strings_en[I_SHOW_STATUS]="Show status registers";
strings_en[I_SHOW_BANK0]="Show memory bank 0";
strings_en[I_SHOW_BANK1]="Show memory bank 1";
strings_en[I_SHOW_BANK2]="Show memory bank 2";
strings_en[I_SHOW_BANK3]="Show memory bank 3";
strings_en[I_SHOW_EE]="show EEPROM";
strings_en[I_STOP]="Stopped" NL;
strings_en[I_ICD_RUN]="Run/Continue";
strings_en[I_ICD_HALT]="Halt";
strings_en[I_ICD_STEP]="Step";
strings_en[I_ICD_STEPOVER]="Step over";
strings_en[I_ICD_STOP]="Stop";
strings_en[I_ICD_REFRESH]="Refresh";
strings_en[I_ICD_CMD]="Command line";
strings_en[I_ICD_HELP]="Help";
strings_en[I_ICD_SOURCE]="Source";
strings_en[I_ICD_STATUS]="Status";
strings_en[I_ICD_HELP_TXT]=
"ICD help" NL NL
"Double click variable name to add to watch list;" NL
"double click again to remove it." NL
"Key shortcuts:" NL
" F1 help" NL
" F5 halt" NL
" F7 step" NL
" F8 step over" NL
" F9 run" NL
"Command-line help:" NL
" variable=x set variable to x" NL
" [var addr]=x set variable at addr to x" NL
" help command help" NL
" break <addr> set breakpoint at address <addr>" NL
" freeze [on,off] freeze peripherals" NL
" h[alt] halt execution" NL
" list <addr> show code starting from <addr>" NL
" p[rint] 0x<addr> print variable at address <addr>" NL
" p[rint] <var> print variable <var>" NL
" p[rint] bank <b> print registers in bank <b>" NL
" p[rint] p <addr> print program memory at address <addr>" NL
" p[rint] ee <addr> print eeprom memory at address <addr>" NL
" p[rint] ee print all eeprom memory" NL
" r[un] run" NL
" s[tep] [n] single step [n times]" NL
" step over / ss [n] step over calls [n times]" NL
" version read debugger version" NL
" w[atch] variable add/remove watch for variable" NL
" w[atch] 0x<addr> add/remove watch at address <addr>" NL;
strings_en[I_GUI_CMD_HELP]=
"Command line options:" NL
" ?,h,help this help" NL
" command <message> send <message> to the programmer and exit." NL
" The message is composed of up to 64 hexadecimal bytes separated by a space;" NL
" those not specified are 0" NL
" lang <language> load <language> strings" NL
" langfile write all strings to file" NL;
strings_en[L_HELP]="op [options]" NL
"-BKosccal load BKosccal from file" NL
"-calib load calibration from file" NL
"-command <message> send <message> to the programmer and exit." NL
" The message is composed of up to 64 hexadecimal bytes separated by a space;" NL
" those not specified are 0" NL
"-cwX <cw> force config word X [1-7]" NL
"-d, device <dev.> device" NL
"-ee use eeprom" NL
"-err <max> max errors during writing" NL
"-fuse <val> write fuse low byte (Atmel only)" NL
"-fuseh <val> write fuse high byte (Atmel only)" NL
"-fusex <val> write extended fuse byte (Atmel only)" NL
"-fuse3k <val> write fuse low byte at 3 kHz (Atmel only)" NL
"-h, help help" NL
"-HWtest hardware test" NL
"-i, info informations about programmer" NL
"-i2c_r <N Ctr Addr> read N bytes from I2C bus" NL
"-i2c_r2 <N Ctr Addr(2)> read N bytes from I2C bus (16b address)" NL
"-i2c_w <N Ctr Addr Data> write N bytes to I2C bus" NL
"-i2c_w2 <N Ctr Addr(2) D.> write N bytes to I2C bus (16b address)" NL
"-i2cspeed <s> set I2C speed: 0=100k,1=200k,2=500k,3=800k" NL
"-id use ID" NL
"-icd <val> enable ICD (goto address)" NL
"-l, log [=file] save log" NL
"-lang <language> load <language> strings" NL
"-langfile write all strings to file" NL
"-lock <val> write lock byte (Atmel only)" NL
"-mode <mode> SPI mode: 00,01,10,11" NL
"-nolvcheck skip 3.3V regulator check" NL
"-osccal loads osccal from file instead of using the value saved before erase" NL
"-p, path <path> programmer path [/dev/usb/hiddev0]" NL
"-pid <pid> programmer pid [0x100]" NL
"-r, reserved read reserved area" NL
"-rep <n> report size [64]" NL
"-s1, S1 Multiple programming triggered by S1" NL
"-s, save <file> save Ihex file" NL
"-se, saveEE <file> save EEPROM on Ihex file (ATxxxx only)" NL
"-spi_r <N> read N bytes from SPI bus" NL
"-spi_w <N Data> write N bytes to SPI bus" NL
"-spispeed <s> set SPI speed: 0=100k,1=200k,2=500k,3=800k" NL
"-support supported devices" NL
"-use_BKosccal copy BKosccal to osccal" NL
"-v, version version" NL
"-vid <vid> programmer vid [0x4D8]" NL
"-w, write <file> write Ihex file" NL
"-we, writeEE <file> write EEPROM on Ihex file (ATxxxx only)" NL
"" NL
"ex. op -d 12F683 -s test.hex" NL;
strings_en[L_OPTERR]="Error in command-line options" NL;
strings_en[L_INFO1]="vid 0x%04hx pid 0x%04hx version 0x%04hx ";
strings_en[L_INFO2]= NL "bus: %d devnum: %d ifnum: %d" NL;
strings_en[L_UNKNOWN]="Unknown";
strings_en[L_NAME]="The device on %s says its name is %s" NL;
strings_en[L_DEV_RO]="Devices supported for reading only:";
strings_en[L_DEV_RW]="Devices supported for reading and writing:";
}
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