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// =================================================================================================
// ADOBE SYSTEMS INCORPORATED
// Copyright 2014 Adobe Systems Incorporated
// All Rights Reserved
//
// NOTICE: Adobe permits you to use, modify, and distribute this file in accordance with the terms
// of the Adobe license agreement accompanying it.
// =================================================================================================
#include "XMPCommon/Interfaces/BaseInterfaces/IConfigurable_I.h"
#include "XMPCommon/Utilities/TWrapperFunctions_I.h"
namespace XMP_COMPONENT_INT_NAMESPACE {
void APICALL IConfigurable_I::SetParameter( const uint64 & key, bool value ) {
CombinedDataValue uValue;
uValue.boolValue = value;
SetParameter( key, kDTBool, uValue );
}
void APICALL IConfigurable_I::SetParameter( const uint64 & key, uint64 value ) {
CombinedDataValue uValue;
uValue.uint64Value = value;
SetParameter( key, kDTUint64, uValue );
}
void APICALL IConfigurable_I::SetParameter( const uint64 & key, int64 value ) {
CombinedDataValue uValue;
uValue.int64Value = value;
SetParameter( key, kDTInt64, uValue );
}
void APICALL IConfigurable_I::SetParameter( const uint64 & key, double value ) {
CombinedDataValue uValue;
uValue.doubleValue = value;
SetParameter( key, kDTDouble, uValue );
}
void APICALL IConfigurable_I::SetParameter( const uint64 & key, char value ) {
CombinedDataValue uValue;
uValue.charValue = value;
SetParameter( key, kDTChar, uValue );
}
void APICALL IConfigurable_I::SetParameter( const uint64 & key, const char * value ) {
CombinedDataValue uValue;
uValue.constCharPtrValue = value;
SetParameter( key, kDTConstCharBuffer, uValue );
}
void APICALL IConfigurable_I::SetParameter( const uint64 & key, const void * value ) {
CombinedDataValue uValue;
uValue.constVoidPtrValue = value;
SetParameter( key, kDTConstVoidPtr, uValue );
}
void APICALL IConfigurable_I::setParameter( const uint64 & key, uint32 dataType, const CombinedDataValue & dataValue, pcIError_base & error ) __NOTHROW__ {
if ( dataType == IConfigurable::kDTBool ) {
CombinedDataValue & temp = const_cast< CombinedDataValue & >( dataValue );
temp.boolValue = dataValue.uint32Value != 0 ? true : false;
}
CallUnSafeFunctionReturningVoid< IConfigurable_I, const uint64 &, eDataType, const CombinedDataValue & >(
error, this, &IConfigurable_I::SetParameter, __FILE__, __LINE__, key, static_cast< eDataType >( dataType ), dataValue );
}
bool APICALL IConfigurable_I::GetParameter( const uint64 & key, bool & value ) const {
CombinedDataValue uValue;
auto a = GetParameter( key, kDTBool, uValue );
value = uValue.boolValue;
return a;
}
bool APICALL IConfigurable_I::GetParameter( const uint64 & key, uint64 & value ) const {
CombinedDataValue uValue;
auto a = GetParameter( key, kDTUint64, uValue );
value = uValue.uint64Value;
return a;
}
bool APICALL IConfigurable_I::GetParameter( const uint64 & key, int64 & value ) const {
CombinedDataValue uValue;
auto a = GetParameter( key, kDTInt64, uValue );
value = uValue.int64Value;
return a;
}
bool APICALL IConfigurable_I::GetParameter( const uint64 & key, double & value ) const {
CombinedDataValue uValue;
auto a = GetParameter( key, kDTDouble, uValue );
value = uValue.doubleValue;
return a;
}
bool APICALL IConfigurable_I::GetParameter( const uint64 & key, char & value ) const {
CombinedDataValue uValue;
auto a = GetParameter( key, kDTChar, uValue );
value = uValue.charValue;
return a;
}
bool APICALL IConfigurable_I::GetParameter( const uint64 & key, const char * & value ) const {
CombinedDataValue uValue;
auto a = GetParameter( key, kDTConstCharBuffer, uValue );
value = uValue.constCharPtrValue;
return a;
}
bool APICALL IConfigurable_I::GetParameter( const uint64 & key, const void * & value ) const {
CombinedDataValue uValue;
auto a = GetParameter( key, kDTConstVoidPtr, uValue );
value = uValue.constVoidPtrValue;
return a;
}
uint32 APICALL IConfigurable_I::getParameter( const uint64 & key, uint32 dataType, CombinedDataValue & value, pcIError_base & error ) const __NOTHROW__ {
uint32 retValue = CallConstUnSafeFunction< IConfigurable_I, uint32, bool, const uint64 &, eDataType, CombinedDataValue & >(
error, this, false, &IConfigurable_I::GetParameter, __FILE__, __LINE__, key, static_cast< eDataType >( dataType ), value );
if ( dataType == kDTBool )
value.boolValue = value.uint32Value != 0;
return retValue;
}
uint32 APICALL IConfigurable_I::removeParameter( const uint64 & key, pcIError_base & error ) __NOTHROW__ {
return CallUnSafeFunction< IConfigurable, uint32, bool, const uint64 & >(
error, this, false, &IConfigurable::RemoveParameter, __FILE__, __LINE__, key );
}
void APICALL IConfigurable_I::getAllParameters( uint64 * array, sizet count ) const __NOTHROW__ {
sizet innerCount = Size();
std::vector< uint64 > vec = GetAllParameters();
for ( sizet i = 0; i < innerCount; i++ ) {
array[i] = vec[i];
}
}
uint32 APICALL IConfigurable_I::getDataType( const uint64 & key, pcIError_base & error ) const __NOTHROW__ {
return CallConstUnSafeFunction< IConfigurable, uint32, eDataType, const uint64 & >(
error, this, kDTNone, &IConfigurable::GetDataType, __FILE__, __LINE__, key );
}
}
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