generate-enums-with-same-base-name.json-TestReplayInputs.cpp [plain text]
#include "config.h"
#include "generate-enums-with-same-base-name.json-TestReplayInputs.h"
#if ENABLE(WEB_REPLAY)
#include "InternalNamespaceImplIncludeDummy.h"
#include <platform/ExternalNamespaceImplIncludeDummy.h>
namespace Test {
FormCombo::FormCombo(PlatformEvent1::Type eventType1, PlatformEvent2::Type eventType2, FormData1::Type formType1, FormData2::Type formType2)
: NondeterministicInput<FormCombo>()
, m_eventType1(eventType1)
, m_eventType2(eventType2)
, m_formType1(formType1)
, m_formType2(formType2)
{
}
FormCombo::~FormCombo()
{
}
}
namespace JSC {
const String& InputTraits<Test::FormCombo>::type()
{
static NeverDestroyed<const String> type(ASCIILiteral("FormCombo"));
return type;
}
void InputTraits<Test::FormCombo>::encode(EncodedValue& encodedValue, const Test::FormCombo& input)
{
encodedValue.put<PlatformEvent1::Type>(ASCIILiteral("eventType1"), input.eventType1());
encodedValue.put<PlatformEvent2::Type>(ASCIILiteral("eventType2"), input.eventType2());
encodedValue.put<Test::FormData1::Type>(ASCIILiteral("formType1"), input.formType1());
encodedValue.put<Test::FormData2::Type>(ASCIILiteral("formType2"), input.formType2());
}
bool InputTraits<Test::FormCombo>::decode(EncodedValue& encodedValue, std::unique_ptr<Test::FormCombo>& input)
{
PlatformEvent1::Type eventType1;
if (!encodedValue.get<PlatformEvent1::Type>(ASCIILiteral("eventType1"), eventType1))
return false;
PlatformEvent2::Type eventType2;
if (!encodedValue.get<PlatformEvent2::Type>(ASCIILiteral("eventType2"), eventType2))
return false;
Test::FormData1::Type formType1;
if (!encodedValue.get<Test::FormData1::Type>(ASCIILiteral("formType1"), formType1))
return false;
Test::FormData2::Type formType2;
if (!encodedValue.get<Test::FormData2::Type>(ASCIILiteral("formType2"), formType2))
return false;
input = std::make_unique<Test::FormCombo>(eventType1, eventType2, formType1, formType2);
return true;
}
EncodedValue EncodingTraits<Test::FormData1::Type>::encodeValue(const Test::FormData1::Type& enumValue)
{
EncodedValue encodedValue = EncodedValue::createArray();
if (enumValue & Test::FormData1::Text) {
encodedValue.append<String>(ASCIILiteral("Text"));
if (enumValue == Test::FormData1::Text)
return encodedValue;
}
if (enumValue & Test::FormData1::Blob) {
encodedValue.append<String>(ASCIILiteral("Blob"));
if (enumValue == Test::FormData1::Blob)
return encodedValue;
}
return encodedValue;
}
bool EncodingTraits<Test::FormData1::Type>::decodeValue(EncodedValue& encodedValue, Test::FormData1::Type& enumValue)
{
Vector<String> enumStrings;
if (!EncodingTraits<Vector<String>>::decodeValue(encodedValue, enumStrings))
return false;
for (const String& enumString : enumStrings) {
if (enumString == "Text")
enumValue = static_cast<Test::FormData1::Type>(enumValue | Test::FormData1::Text);
else if (enumString == "Blob")
enumValue = static_cast<Test::FormData1::Type>(enumValue | Test::FormData1::Blob);
}
return true;
}
EncodedValue EncodingTraits<Test::FormData2::Type>::encodeValue(const Test::FormData2::Type& enumValue)
{
switch (enumValue) {
case Test::FormData2::Type::Text: return EncodedValue::createString("Text");
case Test::FormData2::Type::Blob: return EncodedValue::createString("Blob");
default: ASSERT_NOT_REACHED(); return EncodedValue::createString("Error!");
}
}
bool EncodingTraits<Test::FormData2::Type>::decodeValue(EncodedValue& encodedValue, Test::FormData2::Type& enumValue)
{
String enumString = encodedValue.convertTo<String>();
if (enumString == "Text") {
enumValue = Test::FormData2::Type::Text;
return true;
}
if (enumString == "Blob") {
enumValue = Test::FormData2::Type::Blob;
return true;
}
return false;
}
}
#endif // ENABLE(WEB_REPLAY)