Component Test's Software to work with "Universal Controller Box" - Software is an interpreter or "compiler" for programs to be done with a .txt file and read off of the SD Card
Dependencies: BridgeDriver FrontPanelButtons MCP23017 SDFileSystem TextLCD mbed
Devices/CAN_Device.cpp
- Committer:
- mehatfie
- Date:
- 2014-10-01
- Revision:
- 11:bc9cd2869f95
- Child:
- 15:c944ee3c8a5b
File content as of revision 11:bc9cd2869f95:
//#include "CAN_Device.hpp" // ////Constructor //CAN_Device::CAN_Device(LineData lineData){ // // //Order of Line: Command, Local_Name, CAN_DEVICE, selectedCAN(1,2), freq // //Since we can't return from a constructor, instead we'll flip a flag, and check it after we've added the device in interpretCommand // if (lineData.numWords != 5) // this->errorFlag = 1; // // string channelstr = lineData.word[3], freqstr = lineData.word[4]; //Parameters are numbers // int tempChannel = -1, tempFreq = -1; // int numValuesFound = sscanf(channelstr.c_str(), "%d", &tempChannel); // if (numValuesFound < 1) // this->errorFlag = 1; // // numValuesFound = sscanf(freqstr.c_str(), "%d", &tempFreq); // if (numValuesFound < 1) // this->errorFlag = 1; // // //channel must be either CAN1 or CAN2 // if (tempChannel == 1 || tempChannel == 2){ // this->selectedCAN = tempChannel; // else // this->errorFlag = 1; // // //should have a frequency greater than 0 // if (tempFreq > 0) // this->freq = tempFreq; // else // this->errorFlag = 1; //} // // //int CAN_Device::getSelectedCAN(){ // return this->selectedCAN; //} // //int CAN_Device::getFreq(){ // return this->freq; //} // ////A line consists of [ __(Local_Name)__ __(function)__ __(parameter1)__ __(parameter2)__ __(parameter3)__ ... and so on] //int CAN_Device::CAN_Device(LineData &lineData){ // // //Order of Line: Local_Name, Function_Name, Param1, Param2, Param3,....... // string func = lineData.word[1]; // // /******************************************************************************/ // /*** <Func: enableBrake> ***/ // /******************************************************************************/ // if (func.compare("write") == 0){ // //line looks like: Local_Name, write, ID_val, byte // if (lineData.numWords > 5){ // ErrorOut("Incorrect number of parameters", lineData.lineNumber); // return -1; // } // // //Initialize and Convert Parameters // string enable = lineData.word[2]; // int enableValue = 0; // // int numValuesFound = sscanf(enable.c_str(), "%d", &enableValue); // if (numValuesFound < 1){ // ErrorOut("Parameter Unknown, enableBrake value can't be converted", lineData.lineNumber); // return -1; // } // // //All syntax checking done by this point, if Dummy then return success in order to check the code, no need to perform functionality // if (DummyMode) // return 0; //Function operated successfully but doesn't return a value // // bridges.enableBraking(getMotor(), enableValue); // } // // /******************************************************************************/ // /*** <Func: forceBrake> ***/ // /******************************************************************************/ // else if (func.compare("forceBrake") == 0){ // // if (lineData.numWords != 2){ // ErrorOut("Incorrect number of parameters", lineData.lineNumber); // return -1; // } // // //All syntax checking done by this point, if Dummy then return success in order to check the code, no need to perform functionality // if (DummyMode) // return 0; //Function operated successfully but doesn't return a value // // bridges.forceBrake(getMotor()); // } // // // /******************************************************************************/ // /*** <Func: drive> ***/ // /******************************************************************************/ // else if (func.compare("drive") == 0){ // // if (lineData.numWords != 4){ // ErrorOut("Incorrect number of parameters", lineData.lineNumber); // return -1; // } // // //Initialize Parameters // string speed = lineData.word[2]; // string dir = lineData.word[3]; // // //Initialize Convertion Variables if needed // float speedValue; // int dirValue = 0; // // //Convert string to usable values // int numValuesFound = sscanf(speed.c_str(), "%f", &speedValue); // if (numValuesFound < 1){ // ErrorOut("Parameter Unknown, speed value can't be converted", lineData.lineNumber); // return -1; // } // // //Speed is given as a percentage of 100, so convert it to the value needed for the bridge.drive function // speedValue = speedValue / 100; // // // if (speedValue <= 0 && speedValue > 1.0){ // ErrorOut("Speed Value must be between 0 - 100", lineData.lineNumber); // return -1; // } // // if (dir.compare("CC") == 0 || dir.compare("cc") == 0) // dirValue = -1; //Turn Clockwise // else if (dir.compare("C") == 0 || dir.compare("c") == 0) // dirValue = 1; //Turn CounterClockwise // // else{ // ErrorOut("Direction Value must be C or CC", lineData.lineNumber); // return -1; // } // // //All syntax checking done by this point, if Dummy then return success in order to check the code, no need to perform functionality // if (DummyMode) // return 0; //Function operated successfully but doesn't return a value // // bridges.drive(getMotor(), dirValue, speedValue); //Turn on the Motor // } // // // /******************************************************************************/ // /**** <Func: off> ****/ // /******************************************************************************/ // else if (func.compare("off") == 0){ // // if (lineData.numWords != 2){ // ErrorOut("Incorrect number of parameters", lineData.lineNumber); // return -1; // } // // //All syntax checking done by this point, if Dummy then return success in order to check the code, no need to perform functionality // if (DummyMode) // return 0; //Function operated successfully but doesn't return a value // // off(); // } // // else { // ErrorOut("Unknown Command for Motor Class", lineData.lineNumber); // return -1; // } // // return 0; //Return success as 0 since no condition had to be met //} // // // ////For stopping the entire system if an error occurs, can be called from main //int CAN_Device::off(void){ // bridges.drive(getMotor(), 0, 0); //Turn off the Motor // return 0; //}