#include <IccCmmConfig.h>

Public Member Functions
	CIccCfgDataApply ()

virtual	~CIccCfgDataApply ()

int	fromArgs (const char **args, int nArg, bool bReset=false)

bool	fromJson (json obj, bool bReset=false)

void	reset ()

void	toJson (json &obj) const

Data Fields
bool	m_debugCalc

icUInt8Number	m_dstDigits

icFloatColorEncoding	m_dstEncoding

std::string	m_dstFile

icUInt8Number	m_dstPrecision

icCfgDataType	m_dstType

std::string	m_srcFile

icColorSpaceSignature	m_srcSpace

icCfgDataType	m_srcType

Detailed Description

Constructor & Destructor Documentation

◆ CIccCfgDataApply()

CIccCfgDataApply::CIccCfgDataApply ( )

{
  reset();
}

References reset().

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◆ ~CIccCfgDataApply()

virtual CIccCfgDataApply::~CIccCfgDataApply ( )

inlinevirtual

22{}

Member Function Documentation

◆ fromArgs()

int CIccCfgDataApply::fromArgs	(	const char **	args,
		int	nArg,
		bool	bReset = `false`
	)

{
  if (nArg < 2) {
    return 0;
  }
 
  if (bReset)
    reset();
 
  m_srcType = icCfgLegacy;
  m_srcFile = args[0];
 
  m_dstType = icCfgLegacy;
  m_dstFile.clear();
 
  //Setup destination encoding
  m_dstEncoding = (icFloatColorEncoding)atoi(args[1]);
 
  const char *colon = strchr(args[1], ':');
  if (colon) {
    colon++;
    m_dstPrecision = (icUInt8Number)atoi(colon);
    m_dstDigits = 5 + m_dstPrecision;
    colon = strchr(colon, ':');
    if (colon) {
      m_dstDigits = atoi(colon);
    }
  }
  
  return 2;
}

References icCfgLegacy, m_dstDigits, m_dstEncoding, m_dstFile, m_dstPrecision, m_dstType, m_srcFile, m_srcType, and reset().

Referenced by main().

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◆ fromJson()

bool CIccCfgDataApply::fromJson	(	json	obj,
		bool	bReset = `false`
	)

{
  if (!j.is_object())
    return false;
 
  if (bReset)
    reset();
 
  jsonToValue(j["debugCalc"], m_debugCalc);
 
  jsonToValue(j["srcType"], m_srcType);
  if (j.find("srcSpace")!=j.end())
    jsonToColorSpace(j["srcSpace"], m_srcSpace);
  jsonToValue(j["srcFile"], m_srcFile);
 
  jsonToValue(j["dstType"], m_dstType);
  jsonToValue(j["dstFile"], m_dstFile);
  jsonToValue(j["dstEncoding"], m_dstEncoding);
 
  jsonToValue(j["dstDigits"], m_dstDigits);
  jsonToValue(j["dstPrecision"], m_dstPrecision);
 
  return true;
}

References jsonToColorSpace(), jsonToValue(), jsonToValue(), jsonToValue(), m_debugCalc, m_dstDigits, m_dstEncoding, m_dstFile, m_dstPrecision, m_dstType, m_srcFile, m_srcSpace, m_srcType, and reset().

Referenced by main().

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◆ reset()

void CIccCfgDataApply::reset ( )

{
  m_debugCalc = false;
  m_srcType = icCfgColorData;
  m_srcSpace = icSigUnknownData;
  m_srcFile.clear();
  m_dstType = icCfgColorData;
  m_dstFile.clear();
  m_dstEncoding = icEncodeValue;
  m_dstDigits = 9;
  m_dstPrecision = 4;
}

References icCfgColorData, m_debugCalc, m_dstDigits, m_dstEncoding, m_dstFile, m_dstPrecision, m_dstType, m_srcFile, m_srcSpace, and m_srcType.

Referenced by CIccCfgDataApply(), fromArgs(), and fromJson().

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◆ toJson()

void CIccCfgDataApply::toJson ( json & obj ) const

{
  char buf[30];
 
  if (m_debugCalc)
    j["debugCalc"] = m_debugCalc;
 
  jsonSetValue(j, "srcType", m_srcType);
  if (m_srcSpace != icSigUnknownData)
    j["srcSpace"] = icGetColorSigStr(buf, m_srcSpace);
 
  if (m_srcFile.size())
    j["srcFile"] = m_srcFile;
 
  jsonSetValue(j, "dstType", m_dstType);
  if (m_dstFile.size())
    j["dstFile"] = m_dstFile;
 
  if (m_dstEncoding != icEncodeValue)
    j["dstEncoding"] = icGetJsonColorEncoding(m_dstEncoding);
 
  if (m_dstDigits != 9)
    j["dstDigits]"] = m_dstDigits;
 
  if (m_dstPrecision != 4)
    j["dstPrecision"] = m_dstPrecision;
}