public Sir0 ToSir0()
{
var sir0 = new Sir0Builder(8);
void align(int length)
{
var paddingLength = length - (sir0.Length % length);
if (paddingLength != length)
{
sir0.WritePadding(sir0.Length, paddingLength);
}
}
// Write the records
foreach (var record in Records)
{
record.Pointer = sir0.Length;
sir0.Write(sir0.Length, record.ToByteArray());
}
// Write the content header
align(16);
sir0.SubHeaderOffset = sir0.Length;
sir0.WriteInt64(sir0.Length, Records.Length);
foreach (var record in Records)
{
sir0.WritePointer(sir0.Length, record.Pointer);
}
return(sir0.Build());
}
public Sir0 ToSir0()
{
var sir0 = new Sir0Builder(8);
void align(int length)
{
var paddingLength = length - (sir0.Length % length);
if (paddingLength != length)
{
sir0.WritePadding(sir0.Length, paddingLength);
}
}
var entriesSectionStart = sir0.Length;
// Write the entries
foreach (var entry in Entries)
{
align(8);
sir0.Write(sir0.Length, entry.ToByteArray());
}
// Write the content header
sir0.SubHeaderOffset = sir0.Length;
sir0.WriteString(sir0.Length, Encoding.ASCII, "PFDB");
align(8);
sir0.WritePointer(sir0.Length, entriesSectionStart);
sir0.WriteInt64(sir0.Length, Entries.Count);
return(sir0.Build());
}
public Sir0 ToSir0()
{
var sir0 = new Sir0Builder(8);
void align(int length)
{
var paddingLength = length - (sir0.Length % length);
if (paddingLength != length)
{
sir0.WritePadding(sir0.Length, paddingLength);
}
}
var pointers = new List <int>();
var entriesSectionStart = sir0.Length;
// Write the strings
foreach (var entry in Entries)
{
pointers.Add(sir0.Length);
sir0.WriteNullTerminatedString(sir0.Length, encoding, entry);
}
// Write the pointers
align(8);
sir0.SubHeaderOffset = sir0.Length;
sir0.WriteInt64(sir0.Length, Entries.Count);
foreach (int pointer in pointers)
{
sir0.WritePointer(sir0.Length, pointer);
}
return(sir0.Build());
}
public Sir0 ToSir0()
{
var sir0 = new Sir0Builder(8);
void align(int length)
{
var paddingLength = length - (sir0.Length % length);
if (paddingLength != length)
{
sir0.WritePadding(sir0.Length, paddingLength);
}
}
var floorInfoPointer = sir0.Length;
foreach (var floor in FloorInfos)
{
sir0.Write(sir0.Length, floor.ToByteArray());
}
align(16);
var wildPokemonPointer = sir0.Length;
if (WildPokemon != null)
{
sir0.Write(sir0.Length, WildPokemon.ToSir0().Data.ReadArray());
}
align(16);
var data3Pointer = sir0.Length;
if (Data3 != null)
{
sir0.Write(sir0.Length, Data3.ToSir0().Data.ReadArray());
}
align(16);
var data4Pointer = sir0.Length;
if (Data4 != null)
{
sir0.Write(sir0.Length, Data4.ToSir0().Data.ReadArray());
}
// Write the content header
align(16);
sir0.SubHeaderOffset = sir0.Length;
sir0.WritePointer(sir0.Length, floorInfoPointer);
sir0.WritePointer(sir0.Length, wildPokemonPointer);
sir0.WritePointer(sir0.Length, data3Pointer);
sir0.WritePointer(sir0.Length, data4Pointer);
return(sir0.Build());
}
public Sir0 ToSir0()
{
var sir0 = new Sir0Builder(8);
void align(int length)
{
var paddingLength = length - (sir0.Length % length);
if (paddingLength != length)
{
sir0.WritePadding(sir0.Length, paddingLength);
}
}
// Write the stats
foreach (var stats in Stats)
{
stats.Pointer = sir0.Length;
sir0.Write(sir0.Length, stats.ToByteArray());
}
// Write the stats pointers
var statsPointer = sir0.Length;
foreach (var stats in Stats)
{
sir0.WritePointer(sir0.Length, stats.Pointer);
}
// Write the floor infos
foreach (var floor in Floors)
{
floor.Pointer = sir0.Length;
foreach (var floorEntry in floor.Entries)
{
sir0.Write(sir0.Length, floorEntry.ToByteArray());
}
sir0.WritePadding(sir0.Length, 16, 0xFF);
}
// Write the content header
align(16);
sir0.SubHeaderOffset = sir0.Length;
sir0.WriteInt64(sir0.Length, Stats.Length);
sir0.WritePointer(sir0.Length, statsPointer);
sir0.WriteInt64(sir0.Length, Floors.Length);
foreach (var floor in Floors)
{
sir0.WritePointer(sir0.Length, floor.Pointer);
}
return(sir0.Build());
}
public void CanBuildSir0()
{
// Arrange
var builder = new Sir0Builder(8);
var testData = new int[] { 1, 2, 3, 7, 11, 13 };
// Act
var pointers = new List <long>();
foreach (var value in testData)
{
pointers.Add(builder.Length);
builder.WriteInt32(builder.Length, value);
}
builder.SubHeaderOffset = builder.Length;
builder.WriteInt32(builder.Length, pointers.Count);
foreach (var pointer in pointers)
{
builder.WritePointer(builder.Length, pointer);
}
var sir0 = builder.Build();
// Assert
sir0.Data.Length.Should().BeGreaterThan(
0x20 // Header
+ (testData.Length * 4) // The integers from testData
+ (testData.Length * 8) // Pointers to each integer
+ (testData.Length)); // Minimum footer size. Testing the size of the footer is outside the scope of this test, but is covered by checking each pointer later
sir0.PointerOffsets[0].Should().Be(8); // Index of the subheader pointer
sir0.PointerOffsets[1].Should().Be(16); // Index of the footer pointer
var entryCount = sir0.SubHeader.ReadInt32(0);
entryCount.Should().Be(testData.Length);
for (int i = 0; i < entryCount; i++)
{
var entryPointerOffset = sir0.SubHeaderOffset + 4 + i * 8;
sir0.PointerOffsets[i + 2].Should().Be(entryPointerOffset);
var entryPointer = sir0.SubHeader.ReadInt64(4 + i * 8);
var entryPointerFromAbsolute = sir0.Data.ReadInt64(sir0.SubHeaderOffset + 4 + i * 8);
entryPointerFromAbsolute.Should().Be(entryPointer);
var entry = sir0.Data.ReadInt32(entryPointer);
entry.Should().Be(testData[i]);
}
}
public Sir0 ToSir0()
{
var sir0 = new Sir0Builder(8);
void align(int length)
{
var paddingLength = length - (sir0.Length % length);
if (paddingLength != length)
{
sir0.WritePadding(sir0.Length, paddingLength);
}
}
var allStringValues = Strings.Values.SelectMany(strList => strList).ToArray();
// Ensure that the order in the generated message.bin matches the original if possible
var orderedStrings = allStringValues.OrderBy(str => str.Hash).ToArray();
foreach (var entry in orderedStrings)
{
entry.StringOffset = sir0.Length;
sir0.WriteNullTerminatedString(sir0.Length, Encoding.Unicode, entry.Value);
}
align(8);
int entriesOffset = sir0.Length;
foreach (var entry in allStringValues)
{
sir0.MarkPointer(sir0.Length);
sir0.WriteInt64(sir0.Length, entry.StringOffset);
sir0.WriteInt32(sir0.Length, entry.Hash);
sir0.WriteInt32(sir0.Length, entry.Unknown);
}
sir0.SubHeaderOffset = sir0.Length;
sir0.WriteInt32(sir0.Length, Strings.Count);
sir0.WriteInt32(sir0.Length, Strings.Count);
sir0.MarkPointer(sir0.Length);
sir0.WriteInt64(sir0.Length, entriesOffset);
return(sir0.Build());
}
public Sir0 Build()
{
var builder = new Sir0Builder(8, 0x20 + Entries.Count * EntrySize + (Entries.Count + 1) * 8 + Entries.Count + 0x20);
var pointers = new List <long>();
foreach (var entry in Entries)
{
pointers.Add(builder.Length);
builder.Write(builder.Length, entry.ToByteArray());
}
builder.SubHeaderOffset = builder.Length;
builder.WriteInt64(builder.Length, Entries.Count);
foreach (var pointer in pointers)
{
builder.WritePointer(builder.Length, pointer);
}
return(builder.Build());
}
public Sir0 ToSir0()
{
var sir0 = new Sir0Builder(8);
void align(int length)
{
var paddingLength = length - (sir0.Length % length);
if (paddingLength != length)
{
sir0.WritePadding(sir0.Length, paddingLength);
}
}
// Write the strings
foreach (var entry in Entries)
{
align(8);
entry.ModelNamePointer = sir0.Length;
sir0.WriteNullTerminatedString(sir0.Length, Encoding.Unicode, entry.ModelName);
align(8);
entry.AnimationNamePointer = sir0.Length;
sir0.WriteNullTerminatedString(sir0.Length, Encoding.Unicode, entry.AnimationName);
align(8);
entry.BaseFormModelNamePointer = sir0.Length;
sir0.WriteNullTerminatedString(sir0.Length, Encoding.Unicode, entry.BaseFormModelName);
align(8);
entry.PortraitSheetNamePointer = sir0.Length;
sir0.WriteNullTerminatedString(sir0.Length, Encoding.Unicode, entry.PortraitSheetName);
align(8);
entry.RescueCampSheetNamePointer = sir0.Length;
sir0.WriteNullTerminatedString(sir0.Length, Encoding.Unicode, entry.RescueCampSheetName);
align(8);
entry.RescueCampSheetReverseNamePointer = sir0.Length;
sir0.WriteNullTerminatedString(sir0.Length, Encoding.Unicode, entry.RescueCampSheetReverseName);
}
// Write the data
align(8);
var entriesSectionStart = sir0.Length;
foreach (var entry in Entries)
{
var entryOffset = sir0.Length;
sir0.Write(sir0.Length, entry.ToByteArray());
sir0.MarkPointer(entryOffset + 0);
sir0.MarkPointer(entryOffset + 8);
sir0.MarkPointer(entryOffset + 16);
sir0.MarkPointer(entryOffset + 24);
sir0.MarkPointer(entryOffset + 32);
sir0.MarkPointer(entryOffset + 40);
}
// Write the content header
sir0.SubHeaderOffset = sir0.Length;
sir0.WriteString(sir0.Length, Encoding.ASCII, "PGDB");
align(8);
sir0.WritePointer(sir0.Length, entriesSectionStart);
sir0.WriteInt64(sir0.Length, Entries.Count);
return(sir0.Build());
}
