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Command all jmCLIG modules from serial port
jmStepperAxis.c
- Committer:
- jm
- Date:
- 2011-02-12
- Revision:
- 0:9112e09912db
File content as of revision 0:9112e09912db:
/************************************************************************* * @file jmStepperAxis.c * @brief Command Line Interface StepperAxis Module * * @version 1.0 * @date Feb 12, 2011 */ #include "jmMessages.h" #include "jmStepperAxis.h" #include "LPC17xx.h" #include "main.h" #include "jmCommands.h" #include "jmMessages.h" #include "jmRingBuffer.h" #include "stdio.h" #include "jmSwitch.h" #include "jmStepper.h" #ifndef nonStop #define nonStop 65535 #endif #define NotInit 0 #define Initialized 1 #define CW 1 #define CCW 0 #define Open 1 #define Close 0 #define bothLimitSwitchActivated 4 #define LimitCWReached 3 #define LimitCCWReached 2 #define LogicOK 1 #define true 1 #define false 0 // static structures creation struct StructStepperAxis sStepperAxis[stepperAxisQty]; /** Module Data Structure Initialization * @brief All State Machines put to sleep. * @param[in] none * @returns none */ void StepperAxisInit(void){ int i; for(i=0;i<stepperAxisQty;i++){ sStepperAxis[i].active = false; } } /** @brief stepperAxis Command Line Interface. * Set up a stepper axis from one stepper and two limit switch modules * Command Line Format: stepperAxis id stepperID limitCWid limitCCWid * @param[in] Extracted from command line id stepperID limitCWid limitCCWid * @returns Message: GPPSTA id stepperID limitCWid limitCCWid status */ void cli_StepperAxis(void){ unsigned int id, stepperID, limitCWid, limitCCWid; if(ExtractUInteger(pLine,&id,0,stepperAxisQty-1)){ // extract stepper axis id if(ExtractUInteger(pLine,&stepperID,0,stepperQty-1)){ // extract stepper id if(ExtractUInteger(pLine,&limitCWid,0,switchQty-1)){ // extract Limit Switch CW id if(ExtractUInteger(pLine,&limitCCWid,0,switchQty-1)){ // extract Limit Switch CCW id sStepperAxis[id].active=true; sStepperAxis[id].stepperID=stepperID; sStepperAxis[id].limitCW=limitCWid; sStepperAxis[id].limitCCW=limitCCWid; // chip report to GUI rGPPSTA(id); if(Feedback)printf("StepperAxis %d StepperID %d limitCCWid %d limitCWid %d\n",id,stepperID,limitCCWid,limitCWid); return; }// CCW }// CW }// stepper }// axis if(Help)printf("stepperAxis (Stepper id)0..3 (limit switch CCW id)0..7 (limit switch CW id)0..7\n"); // Ignore pending command line NextCommand(nl,pLine); } /** @brief * @param[in] none * @returns */ void StepperAxisSM(void) { int i; for(i=0;i<stepperAxisQty;i++) { if(sStepperAxis[i].active==true) { uint8_t oldStatus = sStepperAxis[i].status; // Limits Reached // two limits switches activated ? if(sSwitch[sStepperAxis[i].limitCW].state == Close && sSwitch[sStepperAxis[i].limitCCW].state==Close){ sStepper[sStepperAxis[i].stepperID].nSteps=0; // stop stepper sStepperAxis[i].status = bothLimitSwitchActivated; if(oldStatus != bothLimitSwitchActivated)rGPPSTA(i); // report change continue; } // Limit Switch CW activated and step direction CW if(sSwitch[sStepperAxis[i].limitCW].state == Close && sStepper[sStepperAxis[i].stepperID].cw ==CW){ sStepper[sStepperAxis[i].stepperID].nSteps=0; // stop stepper sStepperAxis[i].status = LimitCWReached; if(oldStatus != LimitCWReached)rGPPSTA(i); // report change continue; } // Limit Switch CCW activated and step direction CCW if(sSwitch[sStepperAxis[i].limitCCW].state == Close && sStepper[sStepperAxis[i].stepperID].cw ==CCW){ sStepper[sStepperAxis[i].stepperID].nSteps=0; // stop stepper sStepperAxis[i].status = LimitCCWReached; if(oldStatus != LimitCCWReached)rGPPSTA(i); // report change continue; } // safe operating area // no limit switch activated if(sSwitch[sStepperAxis[i].limitCW].state == Open && sSwitch[sStepperAxis[i].limitCCW].state == Open){ sStepperAxis[i].status = LogicOK; if(oldStatus != LogicOK)rGPPSTA(i); // report change continue; } // Limit Switch CW activated and step direction CCW if(sSwitch[sStepperAxis[i].limitCW].state == Close && sStepper[sStepperAxis[i].stepperID].cw ==CCW){ sStepperAxis[i].status = LogicOK; if(oldStatus != LogicOK)rGPPSTA(i); // report change continue; } // Limit Switch CCW activated and step direction CW if(sSwitch[sStepperAxis[i].limitCCW].state == Close && sStepper[sStepperAxis[i].stepperID].cw ==CW){ sStepperAxis[i].status = LogicOK; if(oldStatus != LogicOK)rGPPSTA(i); // report change continue; } } } } /** Module Get Module Process Properties Command Line Interface * @brief Command Line Interface to Get Module Public Process Properties * @param[in] id Extracted from command line id Process identification * @returns none */ void cli_GPPSTA(void) { unsigned int id; if(ExtractUInteger(pLine,&id,0,stepperAxisQty-1)){ // extract id rGPPSTA(id); return; } if(Help)printf("GPPSTA (StepperAxis id)0..%d\n",stepperAxisQty-1); // Ignore pending command line NextCommand(nl,pLine); } /** Public Properties Message * @brief Send Process Properties to update GUI * @param[in] id Process identification * @returns Message: GPPSTA id stepperID limitCWid limitCCWid status */ void rGPPSTA(unsigned int id ){ int status; if(sStepperAxis[id].active==false)status=0; else status = sStepperAxis[id].status; printf("GPPSTA %d %d %d %d %d\n",id,sStepperAxis[id].stepperID,sStepperAxis[id].limitCCW,sStepperAxis[id].limitCW ,status); }