CyCustErr VerifySampleRate(ICyDRCProviderArgs_v1 drcQuery, string sRateErr)
{
if (sRateErr.Equals(Resource.TrueText))
{
return(new CyCustErr(Resource.VerifysRateErrMsg));
}
return(CyCustErr.OK);
}
public IEnumerable <CyDRCInfo_v1> GetDRCs(ICyDRCProviderArgs_v1 args)
{
CyCustErr err = VerifyNumberOfDatabits(args.InstQueryV1);
if (err.IsOk == false)
{
yield return(new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, err.Message));
}
}
public IEnumerable<CyDRCInfo_v1> GetDRCs(ICyDRCProviderArgs_v1 args)
{
CyParameters parameters = new CyParameters(args.InstQueryV1);
if (parameters.CompareAppType() == false)
{
yield return new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error,
Properties.Resources.AppTypeCompareError);
}
}
public IEnumerable <CyDRCInfo_v1> GetDRCs(ICyDRCProviderArgs_v1 args)
{
CyParameters parameters = new CyParameters(args.InstQueryV1);
if (parameters.CompareAppType() == false)
{
yield return(new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error,
Properties.Resources.AppTypeCompareError));
}
}
CyCustErr VerifyConfigNames(ICyDRCProviderArgs_v1 drcQuery, string ADC_Config1_Name, string ADC_Config2_Name,
string ADC_Config3_Name, string ADC_Config4_Name)
{
if ((ADC_Config1_Name == ADC_Config2_Name) || (ADC_Config1_Name == ADC_Config3_Name) ||
(ADC_Config1_Name == ADC_Config4_Name) || (ADC_Config2_Name == ADC_Config3_Name) ||
(ADC_Config2_Name == ADC_Config4_Name) || (ADC_Config3_Name == ADC_Config4_Name))
{
return(new CyCustErr(VerifyConfigNamesErrMsg));
}
return(CyCustErr.OK);
}
CyCustErr VerifynVrefSelection(ICyDRCProviderArgs_v1 drcQuery, string ADC_nVrefValue)
{
if (drcQuery.DeviceQueryV1.ArchFamilyMember == PSOC5A && drcQuery.DeviceQueryV1.IsPSoC5 == true)
{
if (ADC_nVrefValue.Equals(Resource.TrueText))
{
return(new CyCustErr(Resource.VerifynVrefSelectionErrorMsg));
}
}
return(CyCustErr.OK);
}
CyCustErr VerifynVrefSelection(ICyDRCProviderArgs_v1 drcQuery, string ADC_nVrefValue)
{
if (((drcQuery.DeviceQueryV1.SiliconRevision < PSOC3_ES3 && drcQuery.DeviceQueryV1.IsPSoC3 == true) ||
(drcQuery.DeviceQueryV1.SiliconRevision < PSOC5_ES2 && drcQuery.DeviceQueryV1.IsPSoC5 == true)))
{
if (ADC_nVrefValue.Equals("true"))
{
return(new CyCustErr(VerifynVrefSelectionErrorMsg));
}
}
return(CyCustErr.OK);
}
CyCustErr VerifyReferenceSelection(ICyDRCProviderArgs_v1 drcQuery, ICyVoltageQuery_v1 voltage,
string ADC_Reference, string ADC_Reference_Config2,
string ADC_Reference_Config3, string ADC_Reference_Config4,
string ADC_InputRange, string ADC_InputRange_Config2,
string ADC_InputRange_Config3, string ADC_InputRange_Config4)
{
double vdda = Convert.ToDouble(voltage.VDDA);
if (((drcQuery.DeviceQueryV1.SiliconRevision < PSOC3_ES3 && drcQuery.DeviceQueryV1.IsPSoC3 == true) ||
(drcQuery.DeviceQueryV1.SiliconRevision < PSOC5_ES2 && drcQuery.DeviceQueryV1.IsPSoC5 == true)))
{
bool isADCRerence_Vdda3 =
(((ADC_Reference.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA))) ||
((ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA))) ||
((ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA))) ||
((ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA))));
if (isADCRerence_Vdda3)
{
return(new CyCustErr(VerifySelectedReferenceErrorMsg));
}
if ((vdda < MAX_VDDA3_VALUE) &&
(ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA)))
{
return(new CyCustErr(VerifyVssaToVddaSelectedReference));
}
}
return(CyCustErr.OK);
}
CyCustErr VerifyBufferGain(ICyDRCProviderArgs_v1 drcQuery, string ADC_InputRange1, string ADC_InputRange2,
string ADC_InputRange3, string ADC_InputRange4, string ADC_BufferGain1,
string ADC_BufferGain2, string ADC_BufferGain3, string ADC_BufferGain4)
{
int bufferGain1 = Convert.ToInt32(ADC_BufferGain1);
int bufferGain2 = Convert.ToInt32(ADC_BufferGain2);
int bufferGain3 = Convert.ToInt32(ADC_BufferGain3);
int bufferGain4 = Convert.ToInt32(ADC_BufferGain4);
if (((ADC_InputRange1.Equals(ADC_IR_VSSA_TO_2VREF) || ADC_InputRange1.Equals(ADC_IR_VSSA_TO_VDDA)) &&
(bufferGain1 > ADC_BUFFER_GAIN)) ||
((ADC_InputRange2.Equals(ADC_IR_VSSA_TO_2VREF) || ADC_InputRange2.Equals(ADC_IR_VSSA_TO_VDDA)) &&
(bufferGain2 > ADC_BUFFER_GAIN)) ||
((ADC_InputRange3.Equals(ADC_IR_VSSA_TO_2VREF) || ADC_InputRange3.Equals(ADC_IR_VSSA_TO_VDDA)) &&
(bufferGain3 > ADC_BUFFER_GAIN)) ||
((ADC_InputRange4.Equals(ADC_IR_VSSA_TO_2VREF) || ADC_InputRange4.Equals(ADC_IR_VSSA_TO_VDDA)) &&
(bufferGain4 > ADC_BUFFER_GAIN)))
{
return(new CyCustErr(Resource.VerifyBufferGainErrMsg));
}
return(CyCustErr.OK);
}
public IEnumerable <CyDRCInfo_v1> GetDRCs(ICyDRCProviderArgs_v1 args)
{
string ADC_nVrefValue = args.InstQueryV1.GetCommittedParam(CyADC_DelSigParameters.ADC_nVref).Value;
string ADC_Reference = args.InstQueryV1.GetCommittedParam(CyADC_DelSigParameters.ADC_REFERENCE).Value;
string ADC_Reference_Config2 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.ADC_REFERENCE_CONFIG2).Value;
string ADC_Reference_Config3 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.ADC_REFERENCE_CONFIG3).Value;
string ADC_Reference_Config4 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.ADC_REFERENCE_CONFIG4).Value;
string ADC_InputRange = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_RANGE).Value;
string ADC_InputRange_Config2 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_RANGE_CONFIG2).Value;
string ADC_InputRange_Config3 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_RANGE_CONFIG3).Value;
string ADC_InputRange_Config4 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_RANGE_CONFIG4).Value;
string ADC_RefVoltage = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.REF_VOLTAGE).Value;
string ADC_RefVoltage_Config2 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.REF_VOLTAGE_CONFIG2).Value;
string ADC_RefVoltage_Config3 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.REF_VOLTAGE_CONFIG3).Value;
string ADC_RefVoltage_Config4 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.REF_VOLTAGE_CONFIG4).Value;
string ADC_Config1_Name = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.CONFIG1_NAME).Value;
string ADC_Config2_Name = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.CONFIG2_NAME).Value;
string ADC_Config3_Name = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.CONFIG3_NAME).Value;
string ADC_Config4_Name = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.CONFIG4_NAME).Value;
CyCustErr err1 = VerifyReferenceSelection(args, args.InstQueryV1.VoltageQuery, ADC_Reference,
ADC_Reference_Config2, ADC_Reference_Config3,
ADC_Reference_Config4, ADC_InputRange, ADC_InputRange_Config2,
ADC_InputRange_Config3, ADC_InputRange_Config4);
CyCustErr err = VerifyVrefValue(args, args.InstQueryV1.VoltageQuery, ADC_Reference, ADC_Reference_Config2,
ADC_Reference_Config3, ADC_Reference_Config4, ADC_InputRange,
ADC_InputRange_Config2, ADC_InputRange_Config3, ADC_InputRange_Config4,
ADC_RefVoltage, ADC_RefVoltage_Config2, ADC_RefVoltage_Config3,
ADC_RefVoltage_Config4);
CyCustErr err2 = VerifynVrefSelection(args, ADC_nVrefValue);
CyCustErr configErr = VerifyConfigNames(args, ADC_Config1_Name, ADC_Config2_Name, ADC_Config3_Name,
ADC_Config4_Name);
if (err.IsOk == false)
{
yield return(new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, err.Message));
}
if (err1.IsOk == false)
{
yield return(new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, err1.Message));
}
if (err2.IsOk == false)
{
yield return(new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, err2.Message));
}
if (configErr.IsOk == false)
{
yield return(new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, configErr.Message));
}
}
CyCustErr VerifyVrefValue(ICyDRCProviderArgs_v1 drcQuery, ICyVoltageQuery_v1 voltage, string ADC_Reference,
string ADC_Reference_Config2, string ADC_Reference_Config3,
string ADC_Reference_Config4, string ADC_InputRange, string ADC_InputRange_Config2,
string ADC_InputRange_Config3, string ADC_InputRange_Config4, string ADC_RefVoltage,
string ADC_RefVoltage_Config2, string ADC_RefVoltage_Config3,
string ADC_RefVoltage_Config4)
{
double vdda = Convert.ToDouble(voltage.VDDA);
double Vref = Convert.ToDouble(ADC_RefVoltage);
double Vref_Config2 = Convert.ToDouble(ADC_RefVoltage_Config2);
double Vref_Config3 = Convert.ToDouble(ADC_RefVoltage_Config3);
double Vref_Config4 = Convert.ToDouble(ADC_RefVoltage_Config4);
bool isADCRerence_Vdda3 = (((ADC_Reference.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA)))));
bool isADCReference_Vdda4 = (((ADC_Reference.Equals(ADC_VDDA_4_REFERENCE) ||
ADC_Reference.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P03) ||
ADC_Reference.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config2.Equals(ADC_VDDA_4_REFERENCE) ||
ADC_Reference_Config2.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config2.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config3.Equals(ADC_VDDA_4_REFERENCE) ||
ADC_Reference_Config3.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config3.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config4.Equals(ADC_VDDA_4_REFERENCE) ||
ADC_Reference_Config4.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config4.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA)))));
bool isADCInputRage_Vssa_to_Vdda = (ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA));
bool isVrefforExterna_Ref = (((((VDDA3_LOWERLIMIT / 3) > Vref) || (Vref > (VDDA3_UPPERLIMIT / 3))) &&
((ADC_Reference.Equals(EXTERNAL_VREF_P03)) ||
(ADC_Reference.Equals(EXTERNAL_VREF_P32)))) ||
((((VDDA3_LOWERLIMIT / 3) > Vref_Config2) ||
(Vref_Config2 > (VDDA3_UPPERLIMIT / 3))) &&
((ADC_Reference_Config2.Equals(EXTERNAL_VREF_P03)) ||
(ADC_Reference_Config2.Equals(EXTERNAL_VREF_P32)))) ||
((((VDDA3_LOWERLIMIT / 3) > Vref_Config3) ||
(Vref_Config3 > (VDDA3_UPPERLIMIT / 3))) &&
((ADC_Reference_Config3.Equals(EXTERNAL_VREF_P03)) ||
(ADC_Reference_Config3.Equals(EXTERNAL_VREF_P32)))) ||
((((VDDA3_LOWERLIMIT / 3) > Vref_Config4) ||
(Vref_Config4 > (VDDA3_UPPERLIMIT / 3))) &&
((ADC_Reference_Config4.Equals(EXTERNAL_VREF_P03)) ||
(ADC_Reference_Config4.Equals(EXTERNAL_VREF_P32)))));
if ((isADCRerence_Vdda3 && ((VDDA3_LOWERLIMIT > vdda) || (vdda > VDDA3_UPPERLIMIT))) ||
(isADCReference_Vdda4 && ((VDDA4_LOWERLIMIT > vdda) || (vdda > VDDA4_UPPERLIMIT))))
{
return(new CyCustErr(ReferenceVrefValueError));
}
if ((isADCInputRage_Vssa_to_Vdda && ((VDDA3_LOWERLIMIT > vdda) || (vdda > VDDA4_UPPERLIMIT))))
{
return(new CyCustErr(InputRangeVrefValueError));
}
if (isVrefforExterna_Ref)
{
return(new CyCustErr(ExtRefVrefValueError));
}
return(CyCustErr.OK);
}
CyCustErr VerifyConfigNames(ICyDRCProviderArgs_v1 drcQuery, string ADC_Config1_Name, string ADC_Config2_Name,
string ADC_Config3_Name, string ADC_Config4_Name)
{
if ((ADC_Config1_Name == ADC_Config2_Name) || (ADC_Config1_Name == ADC_Config3_Name) ||
(ADC_Config1_Name == ADC_Config4_Name) || (ADC_Config2_Name == ADC_Config3_Name) ||
(ADC_Config2_Name == ADC_Config4_Name) || (ADC_Config3_Name == ADC_Config4_Name))
{
return new CyCustErr(Resource.VerifyConfigNamesErrMsg);
}
return CyCustErr.OK;
}
public IEnumerable<CyDRCInfo_v1> GetDRCs(ICyDRCProviderArgs_v1 args)
{
string ADC_nVrefValue = args.InstQueryV1.GetCommittedParam(CyADC_DelSigParameters.ADC_nVref).Value;
string ADC_Reference = args.InstQueryV1.GetCommittedParam(CyADC_DelSigParameters.ADC_REFERENCE).Value;
string ADC_Reference_Config2 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.ADC_REFERENCE_CONFIG2).Value;
string ADC_Reference_Config3 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.ADC_REFERENCE_CONFIG3).Value;
string ADC_Reference_Config4 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.ADC_REFERENCE_CONFIG4).Value;
string ADC_InputRange = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_RANGE).Value;
string ADC_InputRange_Config2 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_RANGE_CONFIG2).Value;
string ADC_InputRange_Config3 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_RANGE_CONFIG3).Value;
string ADC_InputRange_Config4 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_RANGE_CONFIG4).Value;
string ADC_RefVoltage = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.REF_VOLTAGE).Value;
string ADC_RefVoltage_Config2 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.REF_VOLTAGE_CONFIG2).Value;
string ADC_RefVoltage_Config3 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.REF_VOLTAGE_CONFIG3).Value;
string ADC_RefVoltage_Config4 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.REF_VOLTAGE_CONFIG4).Value;
string ADC_Config1_Name = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.CONFIG1_NAME).Value;
string ADC_Config2_Name = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.CONFIG2_NAME).Value;
string ADC_Config3_Name = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.CONFIG3_NAME).Value;
string ADC_Config4_Name = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.CONFIG4_NAME).Value;
string sRate_Err = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.SRATE_ERR).Value;
string ADC_Buffer_Gain1 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_BUFFER_GAIN).Value;
string ADC_Buffer_Gain2 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_BUFFER_GAIN_CONFIG2).Value;
string ADC_Buffer_Gain3 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_BUFFER_GAIN_CONFIG3).Value;
string ADC_Buffer_Gain4 = args.InstQueryV1.GetCommittedParam
(CyADC_DelSigParameters.INPUT_BUFFER_GAIN_CONFIG4).Value;
CyCustErr err1 = VerifyReferenceSelection(args, args.InstQueryV1.VoltageQuery, ADC_Reference,
ADC_Reference_Config2, ADC_Reference_Config3,
ADC_Reference_Config4, ADC_InputRange, ADC_InputRange_Config2,
ADC_InputRange_Config3, ADC_InputRange_Config4);
CyCustErr err = VerifyVrefValue(args, args.InstQueryV1.VoltageQuery, ADC_Reference, ADC_Reference_Config2,
ADC_Reference_Config3, ADC_Reference_Config4, ADC_InputRange,
ADC_InputRange_Config2, ADC_InputRange_Config3, ADC_InputRange_Config4,
ADC_RefVoltage, ADC_RefVoltage_Config2, ADC_RefVoltage_Config3,
ADC_RefVoltage_Config4);
CyCustErr err2 = VerifynVrefSelection(args, ADC_nVrefValue);
CyCustErr configErr = VerifyConfigNames(args, ADC_Config1_Name, ADC_Config2_Name, ADC_Config3_Name,
ADC_Config4_Name);
CyCustErr sRateErr = VerifySampleRate(args, sRate_Err);
CyCustErr bufferGainErr = VerifyBufferGain(args, ADC_InputRange, ADC_InputRange_Config2,
ADC_InputRange_Config3, ADC_InputRange_Config4,
ADC_Buffer_Gain1, ADC_Buffer_Gain2,
ADC_Buffer_Gain3, ADC_Buffer_Gain4);
if (err.IsOk == false)
yield return new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, err.Message);
if (err1.IsOk == false)
yield return new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, err1.Message);
if (err2.IsOk == false)
yield return new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, err2.Message);
if (configErr.IsOk == false)
yield return new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, configErr.Message);
if (sRateErr.IsOk == false)
yield return new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Error, sRateErr.Message);
if (bufferGainErr.IsOk == false)
yield return new CyDRCInfo_v1(CyDRCInfo_v1.CyDRCType_v1.Warning, bufferGainErr.Message);
}
CyCustErr VerifyVrefValue(ICyDRCProviderArgs_v1 drcQuery, ICyVoltageQuery_v1 voltage, string ADC_Reference,
string ADC_Reference_Config2, string ADC_Reference_Config3,
string ADC_Reference_Config4, string ADC_InputRange, string ADC_InputRange_Config2,
string ADC_InputRange_Config3, string ADC_InputRange_Config4, string ADC_RefVoltage,
string ADC_RefVoltage_Config2, string ADC_RefVoltage_Config3,
string ADC_RefVoltage_Config4)
{
double vdda = Convert.ToDouble(voltage.VDDA);
double Vref = Convert.ToDouble (ADC_RefVoltage);
double Vref_Config2 = Convert.ToDouble (ADC_RefVoltage_Config2);
double Vref_Config3 = Convert.ToDouble (ADC_RefVoltage_Config3);
double Vref_Config4 = Convert.ToDouble (ADC_RefVoltage_Config4);
bool isADCRerence_Vdda3 = (((ADC_Reference.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA)))));
bool isADCReference_Vdda4 = (((ADC_Reference.Equals(ADC_VDDA_4_REFERENCE) ||
ADC_Reference.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P03) ||
ADC_Reference.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config2.Equals(ADC_VDDA_4_REFERENCE) ||
ADC_Reference_Config2.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config2.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P32))&&
(!(ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config3.Equals(ADC_VDDA_4_REFERENCE) ||
ADC_Reference_Config3.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config3.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA)))) ||
((ADC_Reference_Config4.Equals(ADC_VDDA_4_REFERENCE) ||
ADC_Reference_Config4.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config4.Equals(ADC_VDDA_4_REFERENCE_BYPASSED_P32)) &&
(!(ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA)))));
bool isADCInputRage_Vssa_to_Vdda = (ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA));
bool isVrefforExterna_Ref = (((((VDDA3_LOWERLIMIT / 3) > Vref) || (Vref > (VDDA3_UPPERLIMIT / 3))) &&
((ADC_Reference.Equals(EXTERNAL_VREF_P03)) ||
(ADC_Reference.Equals(EXTERNAL_VREF_P32)))) ||
((((VDDA3_LOWERLIMIT / 3) > Vref_Config2) ||
(Vref_Config2 > (VDDA3_UPPERLIMIT / 3))) &&
((ADC_Reference_Config2.Equals(EXTERNAL_VREF_P03)) ||
(ADC_Reference_Config2.Equals(EXTERNAL_VREF_P32)))) ||
((((VDDA3_LOWERLIMIT / 3) > Vref_Config3) ||
(Vref_Config3 > (VDDA3_UPPERLIMIT / 3))) &&
((ADC_Reference_Config3.Equals(EXTERNAL_VREF_P03)) ||
(ADC_Reference_Config3.Equals(EXTERNAL_VREF_P32)))) ||
((((VDDA3_LOWERLIMIT / 3) > Vref_Config4) ||
(Vref_Config4 > (VDDA3_UPPERLIMIT / 3))) &&
((ADC_Reference_Config4.Equals(EXTERNAL_VREF_P03)) ||
(ADC_Reference_Config4.Equals(EXTERNAL_VREF_P32)))));
if ((isADCRerence_Vdda3 && ((VDDA3_LOWERLIMIT > vdda) || (vdda > VDDA3_UPPERLIMIT))) ||
(isADCReference_Vdda4 && ((VDDA4_LOWERLIMIT > vdda) || (vdda > VDDA4_UPPERLIMIT))))
{
return new CyCustErr(Resource.ReferenceVrefValueError);
}
if ((isADCInputRage_Vssa_to_Vdda && ((VDDA3_LOWERLIMIT > vdda) || (vdda > VDDA4_UPPERLIMIT))))
{
return new CyCustErr(Resource.InputRangeVrefValueError);
}
if (isVrefforExterna_Ref)
{
return new CyCustErr(Resource.ExtRefVrefValueError);
}
return CyCustErr.OK;
}
CyCustErr VerifySampleRate(ICyDRCProviderArgs_v1 drcQuery, string sRateErr)
{
if (sRateErr.Equals(Resource.TrueText))
{
return new CyCustErr(Resource.VerifysRateErrMsg);
}
return CyCustErr.OK;
}
CyCustErr VerifyReferenceSelection(ICyDRCProviderArgs_v1 drcQuery, ICyVoltageQuery_v1 voltage,
string ADC_Reference, string ADC_Reference_Config2,
string ADC_Reference_Config3, string ADC_Reference_Config4,
string ADC_InputRange, string ADC_InputRange_Config2,
string ADC_InputRange_Config3, string ADC_InputRange_Config4)
{
double vdda = Convert.ToDouble(voltage.VDDA);
if (drcQuery.DeviceQueryV1.ArchFamilyMember == PSOC5A && drcQuery.DeviceQueryV1.IsPSoC5 == true)
{
bool isADCRerence_Vdda3 =
(((ADC_Reference.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA))) ||
((ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config2.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA))) ||
((ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config3.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA))) ||
((ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE) ||
ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P03) ||
ADC_Reference_Config4.Equals(ADC_VDDA_3_REFERENCE_BYPASSED_P32)) &&
(!ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA))));
if (isADCRerence_Vdda3)
{
return new CyCustErr(Resource.VerifySelectedReferenceErrorMsg);
}
if ((vdda < MAX_VDDA3_VALUE) &&
(ADC_InputRange.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config2.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config3.Equals(ADC_IR_VSSA_TO_VDDA) ||
ADC_InputRange_Config4.Equals(ADC_IR_VSSA_TO_VDDA)))
{
return new CyCustErr(Resource.VerifyVssaToVddaSelectedReference);
}
}
return CyCustErr.OK;
}
CyCustErr VerifynVrefSelection(ICyDRCProviderArgs_v1 drcQuery, string ADC_nVrefValue)
{
if (drcQuery.DeviceQueryV1.ArchFamilyMember == PSOC5A && drcQuery.DeviceQueryV1.IsPSoC5 == true)
{
if (ADC_nVrefValue.Equals(Resource.TrueText))
{
return new CyCustErr(Resource.VerifynVrefSelectionErrorMsg);
}
}
return CyCustErr.OK;
}
CyCustErr VerifynVrefSelection(ICyDRCProviderArgs_v1 drcQuery, string ADC_nVrefValue)
{
if (((drcQuery.DeviceQueryV1.SiliconRevision < PSOC3_ES3 && drcQuery.DeviceQueryV1.IsPSoC3 == true) ||
(drcQuery.DeviceQueryV1.SiliconRevision < PSOC5_ES2 && drcQuery.DeviceQueryV1.IsPSoC5 == true)))
{
if (ADC_nVrefValue.Equals("true"))
{
return new CyCustErr(VerifynVrefSelectionErrorMsg);
}
}
return CyCustErr.OK;
}
CyCustErr VerifyBufferGain(ICyDRCProviderArgs_v1 drcQuery, string ADC_InputRange1, string ADC_InputRange2,
string ADC_InputRange3, string ADC_InputRange4, string ADC_BufferGain1,
string ADC_BufferGain2, string ADC_BufferGain3, string ADC_BufferGain4)
{
int bufferGain1 = Convert.ToInt32(ADC_BufferGain1);
int bufferGain2 = Convert.ToInt32(ADC_BufferGain2);
int bufferGain3 = Convert.ToInt32(ADC_BufferGain3);
int bufferGain4 = Convert.ToInt32(ADC_BufferGain4);
if (((ADC_InputRange1.Equals(ADC_IR_VSSA_TO_2VREF) || ADC_InputRange1.Equals(ADC_IR_VSSA_TO_VDDA)) &&
(bufferGain1 > ADC_BUFFER_GAIN)) ||
((ADC_InputRange2.Equals(ADC_IR_VSSA_TO_2VREF) || ADC_InputRange2.Equals(ADC_IR_VSSA_TO_VDDA)) &&
(bufferGain2 > ADC_BUFFER_GAIN)) ||
((ADC_InputRange3.Equals(ADC_IR_VSSA_TO_2VREF) || ADC_InputRange3.Equals(ADC_IR_VSSA_TO_VDDA)) &&
(bufferGain3 > ADC_BUFFER_GAIN)) ||
((ADC_InputRange4.Equals(ADC_IR_VSSA_TO_2VREF) || ADC_InputRange4.Equals(ADC_IR_VSSA_TO_VDDA)) &&
(bufferGain4 > ADC_BUFFER_GAIN)))
{
return new CyCustErr(Resource.VerifyBufferGainErrMsg);
}
return CyCustErr.OK;
}
