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Fixed the global error level check, started working on device class.

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[ Kristjan Komloši HomePC ]
2016-12-25 17:24:31 +01:00
parent afff7bb849
commit 66a7a0b61b
1 changed files with 44 additions and 41 deletions
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tinio/main.cpp
+44 -41
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@@ -1,77 +1,80 @@
//Tinio - A tool to connect to Tinio USB IO controllers. // Tinio - A tool to connect to Tinio USB IO controllers.
#include "CyUSBCommon.h" #include "CyUSBCommon.h"
#include <iostream> #include <iostream>
#include <string> #include <string>
#include <cstdlib>
using namespace std; using namespace std;
namespace errorEngine {
namespace errorEngine enum errorLevel_t { debug = 0, warning, error, crash };
{
enum errorLevel_t {debug = 0,warning,error,crash};
errorLevel_t globalErrLvl = error; errorLevel_t globalErrLvl = error;
struct errorEngineCreds
{ struct errorEngineCreds {
string errorLocation; string errorLocation;
string errorName; string errorName;
int8_t errorValue; int8_t errorValue;
errorLevel_t errorLevel; errorLevel_t errorLevel;
bool isCyErrVal; bool isCyErrVal;
}; };
void handleErrors(errorEngineCreds eecToEval)
{ void handleErrors(errorEngineCreds eecToEval) {
switch(eecToEval.errorLevel) switch (eecToEval.errorLevel) {
{
case debug: case debug:
if (globalErrLvl == debug) if (globalErrLvl <= debug) {
{ cerr << "Debug: " << eecToEval.errorLocation << ": "
cerr << "Debug: " << eecToEval.errorLocation << ": " << eecToEval.errorName << endl; << eecToEval.errorName << endl;
} }
case warning: case warning:
if (globalErrLvl == warning) if (globalErrLvl <= warning) {
{ cerr << "Warning: " << eecToEval.errorLocation << ": "
cerr << "Warning: " << eecToEval.errorLocation << ": " << eecToEval.errorName << endl; << eecToEval.errorName << endl;
} }
case error: case error:
if (globalErrLvl == error) if (globalErrLvl <= error) {
{ cerr << "ERROR: " << eecToEval.errorLocation << ": "
cerr << "ERROR: " << eecToEval.errorLocation << ": " << eecToEval.errorName << endl; << eecToEval.errorName << endl;
} }
case crash: case crash:
if (globalErrLvl == crash) if (globalErrLvl <= crash) {
{ cerr << "FATAL ERROR: " << eecToEval.errorLocation << ": "
cerr << "FATAL ERROR: " << eecToEval.errorLocation << ": " << eecToEval.errorName << endl; << eecToEval.errorName << endl;
cerr << "REQUESTING CRASH!" <<endl; cerr << "REQUESTING CRASH!" << endl;
} }
} }
} }
void controlledCrash() {
cerr << "Triggering a controlled crash..." << endl;
int i = 3 / 0; // triggers a floating point error
return;
}
} }
struct accessNums_t {
uint8_t deviceNumber = 0;
uint8_t deviceInterfaceNumber = 0;
struct accessNums_t
{
uint8_t deviceNumber=0;
uint8_t deviceInterfaceNumber=0;
}; };
class Device class Device {
{
private: private:
errorEngine::errorEngineCreds localErrorCreds{"Device handler class", "", 0, }; errorEngine::errorEngineCreds localErrorCreds {
"Device handler class", "", 0, errorEngine::errorLevel_t::debug, false
};
CY_HANDLE localDeviceHandle; CY_HANDLE localDeviceHandle;
accessNums_t localAccessNums; accessNums_t localAccessNums;
public: public:
Device(CY_HANDLE deviceHandle, accessNums_t accessNums) Device(CY_HANDLE deviceHandle, accessNums_t accessNums) {
{
localDeviceHandle = deviceHandle; localDeviceHandle = deviceHandle;
localAccessNums = accessNums; localAccessNums = accessNums;
} }
Device(void); Device(void);
void deviceSet() void deviceSet(accessNums_t deviceAccessNums) {
{ CyOpen(deviceAccessNums.deviceNumber, deviceAccessNums.deviceInterfaceNumber, &localDeviceHandle);
} }
void deviceDestroy(); void deviceDestroy();
}; };