private HumanRepresentation ReadValue()
{
var typeMapping = new Dictionary <Type, Func <Object> >
{
{ typeof(byte), () => code.CodeBytes[indexInCode] },
{ typeof(Int16), () => byteConverter.ToInt16(code.CodeBytes, indexInCode) },
{ typeof(Int32), () => byteConverter.ToInt32(code.CodeBytes, indexInCode) },
{ typeof(UInt16), () => byteConverter.ToUInt16(code.CodeBytes, indexInCode) },
{ typeof(UInt32), () => byteConverter.ToUInt32(code.CodeBytes, indexInCode) },
{ typeof(Address), () => {
byte[] addressBytes = new byte[4];
addressBytes[0] = 0;
addressBytes[1] = (byte)(code.CodeBytes[indexInCode + 1] & 0x0f);
addressBytes[2] = code.CodeBytes[indexInCode + 2];
addressBytes[3] = code.CodeBytes[indexInCode + 3];
return(new Address {
value = byteConverter.ToUInt32(addressBytes, 0)
});
} }
};
InternalRepresentation value = default(InternalRepresentation);
value = (InternalRepresentation)Convert.ChangeType(typeMapping[typeof(InternalRepresentation)](), typeof(InternalRepresentation));
return(converter.ConvertFromInternal(value));
}
private Address ReadValue()
{
if (!valueRead)
{
int foundIndex;
Address foundValue = this.searchParameterLocator.Locate <Address>(parameterType, out foundIndex);
indexInEcu = foundIndex;
byteConverter.CopyBytesGeneric(foundValue, code.CodeBytes, indexInCode);
foreach (int branchIndex in branchIndexesInCode)
{
int calculatedAddress = (foundIndex + Constants.BRANCH_INSTRUCTION_SIZE) - (Constants.INJECT_CODE_ADDRESS + branchIndex);
Address branchAddress = new Address();
branchAddress.value = (UInt32)calculatedAddress;
byteConverter.CopyBytesGeneric(branchAddress, code.CodeBytes, branchIndex);
}
valueRead = true;
}
var typeMapping = new Dictionary <Type, Func <Object> >
{
{ typeof(byte), () => code.CodeBytes[indexInCode] },
{ typeof(Int16), () => byteConverter.ToInt16(code.CodeBytes, indexInCode) },
{ typeof(Int32), () => byteConverter.ToInt32(code.CodeBytes, indexInCode) },
{ typeof(UInt16), () => byteConverter.ToUInt16(code.CodeBytes, indexInCode) },
{ typeof(UInt32), () => byteConverter.ToUInt32(code.CodeBytes, indexInCode) },
{ typeof(Address), () => {
byte[] addressBytes = new byte[4];
addressBytes[0] = 0;
addressBytes[1] = (byte)(code.CodeBytes[indexInCode + 1] & 0x0f);
addressBytes[2] = code.CodeBytes[indexInCode + 2];
addressBytes[3] = code.CodeBytes[indexInCode + 3];
return(new Address {
value = byteConverter.ToUInt32(addressBytes, 0)
});
} }
};
Address value = default(Address);
value = (Address)Convert.ChangeType(typeMapping[typeof(Address)](), typeof(Address));
return(converter.ConvertFromInternal(value));
}
private HumanRepresentation ReadValue()
{
if (!valueRead)
{
InternalRepresentation foundValue = this.searchParameterLocator.Locate <InternalRepresentation>(parameterType);
//Do we need transformation?
if (transformFoundValue != null)
{
foundValue = transformFoundValue(foundValue);
}
byteConverter.CopyBytesGeneric(foundValue, code.CodeBytes, indexInCode);
valueRead = true;
}
var typeMapping = new Dictionary <Type, Func <Object> >
{
{ typeof(byte), () => code.CodeBytes[indexInCode] },
{ typeof(Int16), () => byteConverter.ToInt16(code.CodeBytes, indexInCode) },
{ typeof(Int32), () => byteConverter.ToInt32(code.CodeBytes, indexInCode) },
{ typeof(UInt16), () => byteConverter.ToUInt16(code.CodeBytes, indexInCode) },
{ typeof(UInt32), () => byteConverter.ToUInt32(code.CodeBytes, indexInCode) },
{ typeof(Address), () => {
byte[] addressBytes = new byte[4];
addressBytes[0] = 0;
addressBytes[1] = (byte)(code.CodeBytes[indexInCode + 1] & 0x0f);
addressBytes[2] = code.CodeBytes[indexInCode + 2];
addressBytes[3] = code.CodeBytes[indexInCode + 3];
return(new Address {
value = byteConverter.ToUInt32(addressBytes, 0)
});
} }
};
InternalRepresentation value = default(InternalRepresentation);
value = (InternalRepresentation)Convert.ChangeType(typeMapping[typeof(InternalRepresentation)](), typeof(InternalRepresentation));
return(converter.ConvertFromInternal(value));
}