public void WriteTo(STMMemoryWriter __out)
{
if (NameAddr != 0)
{
__out.Write(NameAddr, Name);
}
}
public void WriteHeader(STMMemoryWriter __out)
{
/* 0 */
__out.Write(NameAddr);
/* 4 */
__out.Write(CodeAddr);
/* 8 */
__out.Write(isMenu ? (ushort)0 : PPMChannels);
/* 10 */
__out.Write(PPMMin);
/* 12 */
__out.Write(PPMCenter);
/* 14 */
__out.Write(PPMMax);
/* 16 */
__out.Write((ushort)Modes.Length);
/* 18 */
__out.Write((ushort)ModeVariable);
/* 20 */
__out.Write(ModesAddr);
/* 24 */
__out.Write(Index);
/* 26 */
__out.Write((ushort)0);
/* 28 */
}
public void WriteTo(STMMemoryWriter __out)
{
if (NameAddr != 0)
{
__out.Write(NameAddr, Name);
}
if (LinksAddr != 0)
{
__out.Position = LinksAddr;
foreach (var link in Links)
{
link.WriteHeader(__out);
}
foreach (var link in Links)
{
link.WriteTo(__out);
}
}
if (VarsAddr != 0)
{
__out.Position = VarsAddr;
foreach (var variable in Variables)
{
__out.Write(variable.Addr);
}
}
}
public void WriteTo(STMMemoryWriter __out)
{
__out.Write(CommandCode);
foreach (var argument in CommandArguments)
{
__out.Write(argument);
}
}
public void WriteHeader(STMMemoryWriter __out)
{
__out.Write(NameAddr);
__out.Write(LinksAddr);
__out.Write(VarsAddr);
__out.Write(ModelIndex);
__out.Write((ushort)(Links != null ? Links.Length : 0));
__out.Write((ushort)(Variables != null ? Variables.Length : 0));
__out.Write((ushort)0);
}
public void WriteTo(STMMemoryWriter __out)
{
__out.Position = BlockStart;
foreach (var cmd in Commands)
{
cmd.WriteTo(__out);
}
__out.Write((ushort)0);
}
public void WriteTo(STMMemoryWriter __out)
{
__out.Position = ArrayAddr;
foreach (var model in Models)
{
model.WriteHeader(__out);
}
foreach (var model in Models)
{
model.WriteTo(__out);
}
}
public void WriteTo(STMMemoryWriter __out)
{
__out.Position = ArrayAddr;
foreach (var block in Blocks)
{
block.WriteHeader(__out);
}
foreach (var block in Blocks)
{
block.WriteTo(__out);
}
}
public void WriteTo(STMMemoryWriter __out)
{
__out.Write(CommandCode);
foreach (var argument in CommandArguments)
{
if (argument is ushort)
{
__out.Write((ushort)argument);
}
else
{
__out.Write(argument.ToInt16(CultureInfo.InvariantCulture));
}
}
}
public byte[] Compile()
{
uint pointer = MEMORYBASE;
Map(ref pointer);
Align32Bits(ref pointer);
var writer = new STMMemoryWriter(MEMORYBASE, pointer - MEMORYBASE + 4);
writer.Write(MEMORYBASE, 0xCA);
writer.Write(MEMORYBASE + 1, JoyReportLength);
writer.Write(MEMORYBASE + 2, PPMLength);
writer.Write(MEMORYBASE + 3, (byte)Settins);
writer.Write(MEMORYBASE + 4, LCD_I2C_Addr);
writer.Write(MEMORYBASE + 5, EEPROM_I2C_ADDR);
writer.Write(MEMORYBASE + 6, (byte)EEP_ADDR_STYLE);
// __out.WriteByte(0); // 7
writer.Write(MEMORYBASE + 8, DataMapLength);
writer.Write(MEMORYBASE + 10, (ushort)StringConstants.List.Count + 1);
writer.Write(MEMORYBASE + 12, (ushort)Models.Models.Count);
writer.Write(MEMORYBASE + 14, (ushort)Variables.Variables.Count);
writer.Write(MEMORYBASE + 16, (ushort)Blocks.Blocks.Count);
writer.Write(MEMORYBASE + 18, (ushort)0);
writer.Write(MEMORYBASE + 20, StringConstants.ArrayAddr);
writer.Write(MEMORYBASE + 24, Models.ArrayAddr);
writer.Write(MEMORYBASE + 28, Variables.ArrayAddr);
writer.Write(MEMORYBASE + 32, Blocks.ArrayAddr);
writer.Write(MEMORYBASE + 36, CommonCode.BlockStart);
writer.Write(MEMORYBASE + 40, StartupCode.BlockStart);
writer.Write(MEMORYBASE + 44, MenuCode.BlockStart);
StringConstants.WriteTo(writer);
Models.WriteTo(writer);
Variables.WriteTo(writer);
Blocks.WriteTo(writer);
CommonCode.WriteTo(writer);
StartupCode.WriteTo(writer);
MenuCode.WriteTo(writer);
return(writer.Buffer);
}
public void WriteTo(STMMemoryWriter __out)
{
ModelCode.WriteTo(__out);
if (NameAddr != 0)
{
__out.Write(NameAddr, Name);
}
if (ModesAddr != 0)
{
__out.Position = ModesAddr;
foreach (var mode in Modes)
{
mode.WriteHeader(__out);
}
foreach (var mode in Modes)
{
mode.WriteTo(__out);
}
}
}
public void WriteHeader(STMMemoryWriter __out)
{
__out.Write(NameAddr);
}
public void WriteHeader(STMMemoryWriter __out)
{
__out.Write(NameAddr);
__out.Write(DataIndex);
__out.Write(Bits);
}