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slangwrapper.cpp
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///////////////////////////////////////////////////////////////////////
//HardwareExpert. Wrapper for S-Lang engine.
//Copyright (C) 2011 Stanislav (f0ma) Ivanov
//
//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.
//
//You should have received a copy of the GNU General Public License
//along with this program. If not, see <http://www.gnu.org/licenses/>.
///////////////////////////////////////////////////////////////////////
#include "slangwrapper.h"
#include "Timer.h"
#include "qextserialport.h"
namespace SLangWrapperIFaces //указатели на внешние интерфейсы
{
ComPortInterface * comPort;
LptPortInterface * lptPort;
I2cPortInterface * i2cPort;
UsbPortInterface * usbPort;
DirectIOInterface * dioPort;
ConsoleInterface * console;
MemoryPagerInterface * memtab;
QVector<ConsoleInterface::optionDialogEntry> optList;
QString scriptPath;
Timer hiResTimer;
QSettings * settingsForScript = NULL;
}
using namespace SLangWrapperIFaces;
namespace SLangWrapperConst //константы, используемые в интерпретаторе
{
// константы
int iFALSE = 0;
int iTRUE = 1;
// константы COM порта
int iBAUD9600 = (int)BAUD9600;
int iBAUD19200 = (int)BAUD19200;
int iBAUD115200 = (int)BAUD115200;
int iDATA_5 = (int)DATA_5;
int iDATA_6 = (int)DATA_6;
int iDATA_7 = (int)DATA_7;
int iDATA_8 = (int)DATA_8;
int iPAR_NONE = (int)PAR_NONE;
int iPAR_ODD = (int)PAR_ODD;
int iPAR_EVEN = (int)PAR_EVEN;
int iSTOP_1 = (int)STOP_1;
int iSTOP_2 = (int)STOP_2;
// константы DIO порта
int iDIO_OUT = 0;
int iDIO_IN = 1;
// константы функции print
char * mod_hex = (char *) "%HEX";
char * mod_dec = (char *) "%DEC";
char * mod_bin = (char *) "%BIN";
char * mod_endl = (char *) "%ENDL";
// константы опций
int iOPT_CHK = (int)ConsoleInterface::OPT_CHK;
int iOPT_DEC = (int)ConsoleInterface::OPT_DEC;
int iOPT_HEX = (int)ConsoleInterface::OPT_HEX;
int iOPT_LIST = (int)ConsoleInterface::OPT_LIST;
int iOPT_STR = (int)ConsoleInterface::OPT_STR;
}
//Макросы проверки числа аргументов.
#define checkByteArray(ba) if(ba->data_type!=SLANG_UCHAR_TYPE && ba->data_type!=SLANG_INT_TYPE) { SLang_set_error(SL_Data_Error); console->print("Error: Array elements type missmach.\n"); SLang_set_error(SL_InvalidParm_Error); return;}
#define checkByteArray0(ba) if(ba->data_type!=SLANG_UCHAR_TYPE && ba->data_type!=SLANG_INT_TYPE) { SLang_set_error(SL_Data_Error); console->print("Error: Array elements type missmach.\n"); SLang_set_error(SL_InvalidParm_Error); return 0;}
#define checkArgCount(x) if(SLang_Num_Function_Args!=x) {SLang_set_error(SL_NumArgs_Error); return;}
#define checkArgCount0(x) if(SLang_Num_Function_Args!=x) {SLang_set_error(SL_NumArgs_Error); return 0;}
void SLangWrapper::setScriptPath(QString path)
{
SLangWrapperIFaces::scriptPath = path;
}
QMap <QString,QString> SLangWrapper::getApi()
{
return api;
}
void SLangWrapper::run(QString script)
{
//Препроцессор языка
script.insert(0," ");
script.replace("\nvar ","\nvariable ");
script.replace(QRegExp("(\\s|;)var ")," variable ");
script.replace("\ndef ","\ndefine ");
script.replace(QRegExp("(\\s|;)def ")," define ");
script.replace(QRegExp("=\\s*ByteArray\\s*\\["),"= UChar_Type [");
//Регистрация обратных вызовов
api.clear();
QRegExp rx("defapi\\s+(\\w+)\\s*\\(\\s*\\)\\s*:\\s*\"(.*)\"");
rx.setMinimal(true);
int pos = 0;
while ((pos = rx.indexIn(script, pos)) != -1)
{
api[rx.cap(1)] = rx.cap(2);
pos += rx.matchedLength();
}
script.replace(rx,"define \\1 ()");
script.replace("defapi","define");
//Linux support bin
QRegExp binrx("0b([01]+)");
pos = 0;
while ((pos = binrx.indexIn(script, pos)) != -1)
{
QString bs,ds;
bs = binrx.cap(1);
ds.setNum(bs.toInt(NULL,2),10);
script.replace(pos,binrx.matchedLength(),ds);
pos += binrx.matchedLength();
}
script.replace(rx,"define \\1 ()");
//Конец работы препроцессора
currentScript = script;
if(!checkIFacePointers()) return;
if(sltr!=NULL && sltr->isFinished()) finalize();
else stop();
optList.clear();
sltr = new SLangThread();
connect(sltr,SIGNAL(finished()),this,SIGNAL(executionEnded()));
SLang_restart(1);
SLang_set_error(0);
sltr->setScript(script);
emit executionStarted();
sltr->start(QThread::LowPriority);
}
bool SLangWrapper::checkIFacePointers()
{
if(comPort==NULL)
{
console->print("Invalid configuration COM Port!\n");
return false;
}
if(lptPort==NULL)
{
console->print("Invalid configuration LPT Port!\n");
return false;
}
if(i2cPort==NULL)
{
console->print("Invalid configuration I2C Port!\n");
return false;
}
if(usbPort==NULL)
{
// console->print("Invalid configuration USB Port!\n");
// return false;
}
if(dioPort==NULL)
{
// console->print("Invalid configuration DirectIO Port!\n");
// return false;
}
return true;
}
void SLangWrapper::execute(QString function)
{
if(sltr!=NULL && sltr->isFinished()) finalize();
else stop();
if(!checkIFacePointers()) return;
sltr = new SLangThread();
connect(sltr,SIGNAL(finished()),this,SIGNAL(executionEnded()));
SLang_restart(1);
SLang_set_error(0);
sltr->setFunction(function);
emit executionStarted();
sltr->start(QThread::LowPriority);
}
void SLangWrapper::stop()
{
if(sltr==NULL)return;
if(sltr->isFinished())
{
finalize();
return;
}
SLang_set_error(SL_UserBreak_Error); //установка ошибки UserBreak
sltr->wait(2000); //ожидание завершения потока
SLang_restart(1);
finalize();
emit executionEnded();
}
void SLangWrapper::finalize()
{
delete sltr;
sltr=NULL;
}
SLangWrapper::SLangWrapper()
{
//Инициализация интерпретатора
SLang_init_slang ();
SLutf8_enable (1);
SLinterp_utf8_enable (1);
SLang_restart (1);
SLang_set_error (0);
SLang_Exit_Error_Hook = slang_error_hook;
SLang_Error_Hook = slang_error_hook;
SLang_Dump_Routine = slang_error_hook;
//Регистрация и функций констант
SLadd_intrinsic_variable ((char *) "TRUE",& SLangWrapperConst::iTRUE, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "FALSE",& SLangWrapperConst::iFALSE, SLANG_INT_TYPE, 1);
SLadd_intrinsic_function ((char *) "setBit", (FVOID_STAR) instr_setbit, SLANG_INT_TYPE,3,SLANG_INT_TYPE,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "getBit", (FVOID_STAR) instr_getbit, SLANG_INT_TYPE,2,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "wait", (FVOID_STAR) instr_wait, SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "clear", (FVOID_STAR) instr_clear,SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "cr", (FVOID_STAR) instr_rmline,SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "print", (FVOID_STAR) instr_print,SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "progValue", (FVOID_STAR) instr_progress,SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "progMax", (FVOID_STAR) instr_progmax,SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "progWait", (FVOID_STAR) instr_progwait,SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "progClear", (FVOID_STAR) instr_progclear,SLANG_VOID_TYPE,0);
SLadd_intrinsic_variable ((char *) "OPT_CHK",& SLangWrapperConst::iOPT_CHK, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "OPT_DEC",& SLangWrapperConst::iOPT_DEC, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "OPT_HEX",& SLangWrapperConst::iOPT_HEX, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "OPT_LIST",& SLangWrapperConst::iOPT_LIST, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "OPT_STR",& SLangWrapperConst::iOPT_STR, SLANG_INT_TYPE, 1);
SLadd_intrinsic_function ((char *) "optClear", (FVOID_STAR) instr_optionclear,SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "optOption", (FVOID_STAR) instr_option,SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "optDialog", (FVOID_STAR) instr_optiondialog,SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "ask", (FVOID_STAR) instr_question,SLANG_INT_TYPE,2,SLANG_STRING_TYPE,SLANG_STRING_TYPE);
SLadd_intrinsic_function ((char *) "fromInt", (FVOID_STAR) instr_arrayFromInt, SLANG_VOID_TYPE,2,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "fromHex", (FVOID_STAR) instr_arrayFromHex, SLANG_VOID_TYPE,1,SLANG_STRING_TYPE);
SLadd_intrinsic_function ((char *) "fromAscii", (FVOID_STAR) instr_arrayFromAscii, SLANG_VOID_TYPE,1,SLANG_STRING_TYPE);
SLadd_intrinsic_function ((char *) "concat", (FVOID_STAR) instr_concat, SLANG_VOID_TYPE,2,SLANG_ARRAY_TYPE,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "subArray", (FVOID_STAR) instr_subArray, SLANG_VOID_TYPE,3,SLANG_ARRAY_TYPE,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "toString", (FVOID_STAR) instr_arrayAsString, SLANG_STRING_TYPE,1,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "copy", (FVOID_STAR) instr_copyArray, SLANG_VOID_TYPE,1,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "fill", (FVOID_STAR) instr_fill, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "load", (FVOID_STAR) instr_load, SLANG_VOID_TYPE,1,SLANG_STRING_TYPE);
SLadd_intrinsic_function ((char *) "pageLoad", (FVOID_STAR) instr_loadPage, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "pageOverwrite", (FVOID_STAR) instr_overwritePage, SLANG_VOID_TYPE,1,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "pageStore", (FVOID_STAR) instr_storePage,SLANG_VOID_TYPE,2,SLANG_ARRAY_TYPE,SLANG_STRING_TYPE);
SLadd_intrinsic_function ((char *) "pageDelete", (FVOID_STAR) instr_deletePage, SLANG_VOID_TYPE,0);
SLadd_intrinsic_variable ((char *) "HEX",&SLangWrapperConst::mod_hex, SLANG_STRING_TYPE, 1);
SLadd_intrinsic_variable ((char *) "DEC",&SLangWrapperConst::mod_dec, SLANG_STRING_TYPE, 1);
SLadd_intrinsic_variable ((char *) "BIN",&SLangWrapperConst::mod_bin, SLANG_STRING_TYPE, 1);
SLadd_intrinsic_variable ((char *) "BAUD_9600",& SLangWrapperConst::iBAUD9600, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "BAUD_19200",& SLangWrapperConst::iBAUD19200, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "BAUD_115200",& SLangWrapperConst::iBAUD115200, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "DATA_5",& SLangWrapperConst::iDATA_5, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "DATA_6",& SLangWrapperConst::iDATA_6, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "DATA_7",& SLangWrapperConst::iDATA_7, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "DATA_8",& SLangWrapperConst::iDATA_8, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "PAR_NONE",& SLangWrapperConst::iPAR_NONE, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "PAR_ODD",& SLangWrapperConst::iPAR_ODD, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "PAR_EVEN",& SLangWrapperConst::iPAR_EVEN, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "STOP_1",& SLangWrapperConst::iSTOP_1, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "STOP_2",& SLangWrapperConst::iSTOP_2, SLANG_INT_TYPE, 1);
SLadd_intrinsic_function ((char *) "comOpen", (FVOID_STAR) instr_ComOpen, SLANG_INT_TYPE,4, SLANG_INT_TYPE, SLANG_INT_TYPE, SLANG_INT_TYPE, SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "comClose", (FVOID_STAR) instr_ComClose, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "comWrite", (FVOID_STAR) instr_ComWrite, SLANG_VOID_TYPE,1,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "comRead", (FVOID_STAR) instr_ComRead, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "comRecived", (FVOID_STAR) instr_ComBytesAvailable, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "comSetDtr", (FVOID_STAR) instr_ComSetDTR, SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "comSetRts", (FVOID_STAR) instr_ComSetRTS, SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "comSetTimeout", (FVOID_STAR) instr_SetTimeout, SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "lptOpen", (FVOID_STAR) instr_LptOpen, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "lptSetData", (FVOID_STAR) instr_LptSetData, SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "lptGetData", (FVOID_STAR) instr_LptGetData, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "lptSetCtrl", (FVOID_STAR) instr_LptSetCtrl, SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "lptGetStat", (FVOID_STAR) instr_LptGetStat, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "lptSetMode", (FVOID_STAR) instr_LptSetDataMode, SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "lptClose", (FVOID_STAR) instr_LptClose, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "i2cOpen", (FVOID_STAR) instr_I2COpen, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "i2cAddWrite", (FVOID_STAR) instr_I2CWrite, SLANG_VOID_TYPE,2,SLANG_INT_TYPE,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "i2cAddRead", (FVOID_STAR) instr_I2CRead, SLANG_VOID_TYPE,2,SLANG_INT_TYPE,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "i2cAddStop", (FVOID_STAR) instr_I2CStop, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "i2cAddWait", (FVOID_STAR) instr_I2CWrite, SLANG_INT_TYPE,1,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "i2cWrite", (FVOID_STAR) instr_I2CDirectWrite, SLANG_VOID_TYPE,2,SLANG_INT_TYPE,SLANG_ARRAY_TYPE);
SLadd_intrinsic_function ((char *) "i2cRead", (FVOID_STAR) instr_I2CDirectRead, SLANG_VOID_TYPE,2,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "i2cWriteRead", (FVOID_STAR) instr_I2CDirectWriteRead, SLANG_VOID_TYPE,3,SLANG_INT_TYPE,SLANG_ARRAY_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "i2cAskCheck", (FVOID_STAR) instr_I2CsetAskCheck, SLANG_VOID_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "i2cIsOk", (FVOID_STAR) instr_I2CisOk, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "i2cGetBuffer", (FVOID_STAR) instr_I2CGetBuffer, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "i2cGetBufferLength", (FVOID_STAR) instr_I2CGetBufferLength, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "i2cPreform", (FVOID_STAR) instr_I2CPreform, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "i2cClose", (FVOID_STAR) instr_I2CClose, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "dioOpen", (FVOID_STAR) instr_DIOOpen, SLANG_INT_TYPE,0);
SLadd_intrinsic_function ((char *) "dioSetPort", (FVOID_STAR) instr_DIOSetPort, SLANG_VOID_TYPE,2,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "dioGetPort", (FVOID_STAR) instr_DIOGetPort, SLANG_INT_TYPE,1,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "dioSetPinMode", (FVOID_STAR) instr_DIOSetPinMode, SLANG_VOID_TYPE,3,SLANG_INT_TYPE,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "dioSetPortMode", (FVOID_STAR) instr_DIOSetPortMode, SLANG_VOID_TYPE,2,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "dioClose", (FVOID_STAR) instr_DIOClose, SLANG_VOID_TYPE,0);
SLadd_intrinsic_variable ((char *) "OUT",& SLangWrapperConst::iDIO_OUT, SLANG_INT_TYPE, 1);
SLadd_intrinsic_variable ((char *) "IN",& SLangWrapperConst::iDIO_IN, SLANG_INT_TYPE, 1);
SLadd_intrinsic_function ((char *) "usbOpen", (FVOID_STAR) instr_USBOpen, SLANG_INT_TYPE,2,SLANG_INT_TYPE,SLANG_INT_TYPE);
SLadd_intrinsic_function ((char *) "usbClose", (FVOID_STAR) instr_USBClose, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "usbReset", (FVOID_STAR) instr_USBReset, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "usbBulkRead", (FVOID_STAR) instr_USBBulkRead, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "usbBulkWrite", (FVOID_STAR) instr_USBBulkWrite, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "usbControlMsg", (FVOID_STAR) instr_USBControlMsg, SLANG_VOID_TYPE,0);
SLadd_intrinsic_function ((char *) "configLoad", (FVOID_STAR) instr_configLoad, SLANG_VOID_TYPE,1,SLANG_STRING_TYPE);
SLadd_intrinsic_function ((char *) "configValue", (FVOID_STAR) instr_configValue, SLANG_STRING_TYPE,2,SLANG_STRING_TYPE,SLANG_STRING_TYPE);
//Обнуление
sltr=NULL;
comPort=NULL;
lptPort=NULL;
i2cPort=NULL;
usbPort=NULL;
dioPort=NULL;
}
void SLangWrapper::setConsoleInterface(ConsoleInterface * con)
{
console=con;
}
void SLangWrapper::setI2cPortInterface(I2cPortInterface * port)
{
i2cPort=port;
}
void SLangWrapper::setComPortInterface(ComPortInterface * port)
{
comPort=port;
}
void SLangWrapper::setLptPortInterface(LptPortInterface * port)
{
lptPort=port;
}
void SLangWrapper::setDirectIoPortInterface(DirectIOInterface * port)
{
dioPort=port;
}
void SLangWrapper::setUsbPortInterface(UsbPortInterface * port)
{
usbPort=port;
}
void SLangWrapper::setMemoryInterface(MemoryPagerInterface * m)
{
memtab=m;
}
int SLangWrapper::instr_setbit(int * m,int * bit,int * val)
{
checkArgCount0(3);
int r =*m;
if ((*val)==0)
{
r=r & (0xFFFFFFFF - ((int)1<<(*bit)));
}
else
{
r=r | ((int)1<<(*bit));
}
return r;
}
int SLangWrapper::instr_getbit(int * m,int * num)
{
checkArgCount0(2);
return (*m & (1<<(*num))) >> (*num);
}
void SLangWrapper::slang_error_hook (char *fmt, va_list ap)
{
char buffer[256];
vsprintf (buffer,fmt, ap);
slang_error_hook (buffer);
};
void SLangWrapper::slang_error_hook (char *txt)
{
QString a(txt);
if(a=="block context stack underflow")return;
if(a.startsWith("***string***"))
{
QStringList el = a.split(":");
if (el[2]=="<top-level>")el[2]="";
console->print(QObject::tr("\n Error at line: ")+el[1]+" : " + el[2] + " " + el[3]);
return;
}
console->print("\n"+a);
};
void SLangWrapper::instr_fill (void)
{
int st,len,num = SLang_Num_Function_Args;
char val;
SLang_Array_Type * at;
QByteArray rs;
if(num!=2 && num!=3 && num!=4)
{
SLang_set_error(SL_NumArgs_Error);
return;
}
if(num==2)
{
if (SLang_pop_char(&val)) return;
if (SLang_pop_array(&at,false)) return;
checkByteArray(at);
rs = byteArrayFromArray(at);
rs.fill(val);
SLang_push_array(arrayFromByteArray(rs),true);
}
if(num==3)
{
if (SLang_pop_int(&len)) return;
if (SLang_pop_char(&val)) return;
if (SLang_pop_array(&at,false)) return;
checkByteArray(at);
if((unsigned int)len>at->num_elements)len=at->num_elements;
rs = byteArrayFromArray(at);
for(unsigned int i=0; i<(unsigned int)len; i++)rs[i]=val;
SLang_push_array(arrayFromByteArray(rs),true);
return;
}
if(num==4)
{
if (SLang_pop_int(&len)) return;
if (SLang_pop_int(&st)) return;
if (SLang_pop_char(&val)) return;
if (SLang_pop_array(&at,false)) return;
checkByteArray(at);
if((unsigned int)st>at->num_elements)return;
unsigned int end=len+st;
rs = byteArrayFromArray(at);
if(end>at->num_elements)end=at->num_elements;
for(unsigned int i=st; i<end; i++)rs[i]=val;
SLang_push_array(arrayFromByteArray(rs),true);
return;
}
}
struct argum //структура описывает элемент вывода функции print
{
enum {STR,NUM} type;
QString str;
int num;
};
void SLangWrapper::instr_print (void)
{
char *strptr;
int val;
unsigned char d;
SLang_Array_Type * at;
unsigned int num = SLang_Num_Function_Args;
argum arg;
QList<argum> arl;
for(; num>0; num--)
{
if (SLANG_ARRAY_TYPE == SLang_peek_at_stack ())
{
if (SLang_pop_array(&at,0)==-1) return;
arg.type=argum::STR;
QString ns;
QByteArray sr = byteArrayFromArray(at);
ns.setNum(sr.count());
arg.str="["+sr.toHex().toUpper()+"|"+ns+"]";
arl.prepend(arg);
continue;
}
if (SLANG_STRING_TYPE == SLang_peek_at_stack ())
{
if (SLang_pop_slstring(&strptr)==-1) return;
arg.type=argum::STR;
arg.str=arg.str.fromUtf8(strptr);
arl.prepend(arg);
continue;
}
if (SLANG_INT_TYPE == SLang_peek_at_stack ())
{
if (SLang_pop_integer(&val)) return;
arg.type=argum::NUM;
arg.num=val;
arl.prepend(arg);
continue;
}
if (SLANG_UCHAR_TYPE == SLang_peek_at_stack ())
{
if (SLang_pop_uchar(&d)) return;
arg.type=argum::NUM;
arg.num=(unsigned char)d;
arl.prepend(arg);
continue;
}
}
enum {HEX,DEC,BIN,ARR} print_as;
print_as=HEX;
for(int i=0; i<arl.size(); i++)
{
if(arl.at(i).type==argum::STR)
{
if(arl.at(i).str=="%HEX")
{
print_as=HEX;
continue;
}
if(arl.at(i).str=="%DEC")
{
print_as=DEC;
continue;
}
if(arl.at(i).str=="%BIN")
{
print_as=BIN;
continue;
}
console->print(arl.at(i).str);
}
if(arl.at(i).type==argum::NUM)
{
QString s;
if(print_as==HEX)
{
s.setNum(arl.at(i).num,16);
if(abs(arl.at(i).num)<0x10) s="0"+s.right(1);
if(abs(arl.at(i).num)<0x100) s=s.right(2);
if(s.size()%2==1)s="0"+s;
if(abs(arl.at(i).num)>arl.at(i).num)s="-"+s;
console->print(s.toUpper());
}
if(print_as==DEC)
{
s.setNum(arl.at(i).num,10);
console->print(s);
print_as=HEX;
}
if(print_as==BIN)
{
s.setNum(arl.at(i).num,2);
while(s.length()%8 != 0)s.prepend("0");
console->print(s);
print_as=HEX;
}
}
}
}
void SLangWrapper::instr_rmline ()
{
checkArgCount(0);
console->rmline();
}
void SLangWrapper::instr_clear ()
{
checkArgCount(0);
console->clear();
}
void SLangWrapper::instr_wait(int * time)
{
checkArgCount(1);
hiResTimer.start();
while(hiResTimer.getElapsedTimeInMicroSec()<*time && SLang_get_error() == 0){}
hiResTimer.stop();
}
void SLangWrapper::instr_progress (int * i)
{
checkArgCount(1);
console->setProgressValue(*i);
}
void SLangWrapper::instr_progmax (int * i)
{
checkArgCount(1);
console->setProgressMax(*i);
}
void SLangWrapper::instr_progwait ()
{
checkArgCount(0);
console->setProgressWait();
}
void SLangWrapper::instr_progclear ()
{
checkArgCount(0);
console->clearProgress();
}
int SLangWrapper::instr_ComOpen (int* baudrate, int* partity,int* dataBits, int* stopBits)
{
checkArgCount0(4);
if(!comPort->open(*baudrate,FLOW_OFF,*partity,*dataBits,*stopBits))
{
console->print(QObject::tr("Can't open COM port\n"));
return -1;
}
return 0;
}
void SLangWrapper::instr_ComClose ()
{
checkArgCount(0);
comPort->close();
}
void SLangWrapper::instr_ComWrite (SLang_Array_Type * ba)
{
checkArgCount(1);
comPort->write(byteArrayFromArray(ba));
}
void SLangWrapper::instr_ComRead ()
{
checkArgCount(0);
SLang_push_array(arrayFromByteArray(comPort->read()),true);
}
int SLangWrapper::instr_ComBytesAvailable ()
{
checkArgCount0(0);
return comPort->bytesAvailable();
}
void SLangWrapper::instr_ComSetDTR (int * e)
{
checkArgCount(1);
return comPort->setDTR(*e);
}
void SLangWrapper::instr_ComSetRTS (int * e)
{
checkArgCount(1);
return comPort->setRTS(*e);
}
SLang_Array_Type * SLangWrapper::arrayFromByteArray(QByteArray a)
{
int novl=a.size();
char * arr = (char *)SLmalloc(novl);
memcpy(arr,a.data(),a.size());
SLang_Array_Type *r =SLang_create_array (SLANG_UCHAR_TYPE, novl, arr, (SLindex_Type*)(&novl), 1);
r->flags=SLARR_DERIVED_FROM_SCALAR;
return r;
}
QByteArray SLangWrapper::byteArrayFromArray(SLang_Array_Type * ba)
{
checkByteArray0(ba);
QByteArray r;
if(ba->data_type==SLANG_INT_TYPE)
{
int* arr = (int*)ba->data;
r.fill(0,ba->num_elements);
for(unsigned int i=0;i<ba->num_elements;i++)
r[i]=arr[i];
}
if(ba->data_type==SLANG_UCHAR_TYPE)
{
r.append((char*)ba->data,ba->num_elements);
}
return r;
}
void SLangWrapper::instr_copyArray(SLang_Array_Type * ba)
{
checkArgCount(1);
int novl=ba->num_elements;
int msize=novl;
char * arr = (char *)SLmalloc(msize);
SLang_Array_Type *r =SLang_create_array (SLANG_UCHAR_TYPE, msize, arr, (SLindex_Type*)(&novl), 1);
for(unsigned int i=0; i<ba->num_elements; i++)
{
arr[i]= ((char*)ba->data)[i];
}
SLang_push_array(r,true);
}
void SLangWrapper::instr_concat(SLang_Array_Type * ba1,SLang_Array_Type * ba2)
{
checkArgCount(2);
int novl=(ba1->num_elements+ba2->num_elements);
int msize=novl;
char * arr = (char *)SLmalloc(msize);
SLang_Array_Type *r =SLang_create_array (SLANG_UCHAR_TYPE, msize, arr, (SLindex_Type*)(&novl), 1);
for(unsigned int i=0; i<ba1->num_elements; i++)
{
arr[i]= ((char*)ba1->data)[i];
}
for(unsigned int i=ba1->num_elements; i<ba2->num_elements+ba1->num_elements; i++)
{
arr[i]= ((char*)ba2->data)[i-ba1->num_elements];
}
SLang_push_array(r,true);
}
void SLangWrapper::instr_loadPage()
{
checkArgCount(0);
QByteArray n;
n.append(memtab->getCurrentPage());
if(n.size()==0)
{
console->print(QObject::tr("Warning: current page empty or not exist.\n"));
SLang_set_error(SL_Data_Error);
return;
}
SLang_push_array(arrayFromByteArray(n),true);
}
void SLangWrapper::instr_overwritePage(SLang_Array_Type * ba)
{
checkArgCount(1);
QByteArray * a = new QByteArray();
*a = byteArrayFromArray(ba);
memtab->setCurrentPage(a);
}
void SLangWrapper::instr_storePage(SLang_Array_Type * ba, char * name)
{
checkArgCount(2);
memtab->addPage(byteArrayFromArray(ba),name);
}
void SLangWrapper::instr_deletePage()
{
checkArgCount(0);
memtab->deleteCurrentPage();
}
int SLangWrapper::instr_LptOpen()
{
checkArgCount0(0);
if(lptPort->open())return 0;
return -1;
}
void SLangWrapper::instr_LptSetData(int * d)
{
checkArgCount(1);
lptPort->setDataPins((unsigned char)(*d));
}
int SLangWrapper::instr_LptGetData()
{
checkArgCount0(0);
return lptPort->getDataPins();
}
void SLangWrapper::instr_LptSetCtrl(int * d)
{
checkArgCount(1);
lptPort->setCtrlPins((unsigned char)(*d));
}
int SLangWrapper::instr_LptGetStat()
{
checkArgCount0(0);
return lptPort->getStatPins();
}
void SLangWrapper::instr_LptSetDataMode(int * mode)
{
checkArgCount(1);
if(SLangWrapperConst::iDIO_IN==(*mode))lptPort->setDataModeIn(true);
if(SLangWrapperConst::iDIO_OUT==(*mode))lptPort->setDataModeIn(false);
}
void SLangWrapper::instr_LptClose()
{
checkArgCount(0);
lptPort->close();
}
int SLangWrapper::instr_I2COpen()
{
checkArgCount0(0);
return i2cPort->open();
}
void SLangWrapper::instr_I2CWrite(int * adr,SLang_Array_Type * ba)
{
checkArgCount(2);
i2cPort->addWrite(*adr,byteArrayFromArray(ba));
}
void SLangWrapper::instr_I2CRead(int * adr,int * size)
{
checkArgCount(2);
i2cPort->addRead(*adr,*size);
}
int SLangWrapper::instr_I2CPreform()
{
checkArgCount0(0);
return i2cPort->preform();
}
void SLangWrapper::instr_I2CStop()
{
checkArgCount(0);
i2cPort->addStop();
}
void SLangWrapper::instr_I2CClose()
{
checkArgCount(0);
i2cPort->close();
}
int SLangWrapper::instr_I2CGetBufferLength()
{
checkArgCount0(0);
return (int) i2cPort->getBufferLength();
}
void SLangWrapper::instr_I2CGetBuffer()
{
checkArgCount(0);
SLang_push_array(arrayFromByteArray(i2cPort->getBuffer()),true);
}
void SLangWrapper::instr_I2CWait(int * time)
{
checkArgCount(1);
i2cPort->addWait(*time);
}
void SLangWrapper::instr_I2CDirectWrite(int * adr,SLang_Array_Type * ba)
{