/// <summary>
/// Deserialize
/// </summary>
internal static ModulePip InternalDeserialize(PipReader reader)
{
return(new ModulePip(
module: reader.ReadModuleId(),
identity: reader.ReadStringId(),
version: reader.ReadStringId(),
location: LocationData.Deserialize(reader),
resolverKind: reader.ReadStringId(),
resolverName: reader.ReadStringId()
));
}
/// <nodoc />
internal static IpcClientInfo Deserialize(PipReader reader)
{
var moniker = reader.ReadStringId();
var config = ClientConfig.Deserialize(reader);
return(new IpcClientInfo(moniker, config));
}
internal static ProcessSemaphoreInfo Deserialize(PipReader reader)
{
Contract.Requires(reader != null);
StringId name = reader.ReadStringId();
int value = reader.ReadInt32Compact();
int limit = reader.ReadInt32Compact();
return(new ProcessSemaphoreInfo(name, value, limit));
}
internal static Process InternalDeserialize(PipReader reader)
{
return(new Process(
executable: reader.ReadFileArtifact(),
workingDirectory: reader.ReadAbsolutePath(),
arguments: reader.ReadPipData(),
responseFile: reader.ReadFileArtifact(),
responseFileData: reader.ReadPipData(),
environmentVariables: reader.ReadReadOnlyArray(reader1 => ((PipReader)reader1).ReadEnvironmentVariable()),
standardInput: StandardInput.InternalDeserialize(reader),
standardOutput: reader.ReadFileArtifact(),
standardError: reader.ReadFileArtifact(),
standardDirectory: reader.ReadAbsolutePath(),
warningTimeout: reader.ReadNullableStruct(reader1 => reader1.ReadTimeSpan()),
timeout: reader.ReadNullableStruct(reader1 => reader1.ReadTimeSpan()),
dependencies: reader.ReadReadOnlyArray(reader1 => reader1.ReadFileArtifact()),
outputs: reader.ReadReadOnlyArray(reader1 => reader1.ReadFileArtifactWithAttributes()),
directoryDependencies: reader.ReadReadOnlyArray(reader1 => reader1.ReadDirectoryArtifact()),
directoryOutputs: reader.ReadReadOnlyArray(reader1 => reader1.ReadDirectoryArtifact()),
orderDependencies: reader.ReadReadOnlyArray(reader1 => ((PipReader)reader1).ReadPipId()),
untrackedPaths: reader.ReadReadOnlyArray(reader1 => reader1.ReadAbsolutePath()),
untrackedScopes: reader.ReadReadOnlyArray(reader1 => reader1.ReadAbsolutePath()),
tags: reader.ReadReadOnlyArray(reader1 => reader1.ReadStringId()),
successExitCodes: reader.ReadReadOnlyArray(reader1 => reader1.ReadInt32()),
semaphores: reader.ReadReadOnlyArray(reader1 => ((PipReader)reader1).ReadProcessSemaphoreInfo()),
provenance: reader.ReadPipProvenance(),
toolDescription: reader.ReadStringId(),
additionalTempDirectories: reader.ReadReadOnlyArray(reader1 => reader1.ReadAbsolutePath()),
warningRegex: reader.ReadRegexDescriptor(),
errorRegex: reader.ReadRegexDescriptor(),
enableMultiLineErrorScanning: reader.ReadBoolean(),
uniqueOutputDirectory: reader.ReadAbsolutePath(),
uniqueRedirectedDirectoryRoot: reader.ReadAbsolutePath(),
tempDirectory: reader.ReadAbsolutePath(),
options: (Options)reader.ReadInt32(),
serviceInfo: reader.ReadNullable(reader1 => ServiceInfo.InternalDeserialize(reader1)),
retryExitCodes: reader.ReadReadOnlyArray(r => r.ReadInt32()),
allowedSurvivingChildProcessNames: reader.ReadReadOnlyArray(reader1 => reader1.ReadPathAtom()),
nestedProcessTerminationTimeout: reader.ReadNullableStruct(reader1 => reader1.ReadTimeSpan()),
absentPathProbeMode: (AbsentPathProbeInUndeclaredOpaquesMode)reader.ReadByte(),
doubleWritePolicy: (DoubleWritePolicy)reader.ReadByte(),
containerIsolationLevel: (ContainerIsolationLevel)reader.ReadByte(),
weight: reader.ReadInt32Compact(),
priority: reader.ReadInt32Compact(),
preserveOutputWhitelist: reader.ReadReadOnlyArray(r => r.ReadAbsolutePath()),
changeAffectedInputListWrittenFile: reader.ReadFileArtifact(),
preserveOutputsTrustLevel: reader.ReadInt32(),
childProcessesToBreakawayFromSandbox: reader.ReadReadOnlyArray(reader1 => reader1.ReadPathAtom())
));
}
/// <nodoc />
internal static EnvironmentVariable Deserialize(PipReader reader)
{
Contract.Requires(reader != null);
StringId name = reader.ReadStringId();
if (name.IsValid)
{
PipData value = reader.ReadPipData();
bool isPassThrough = reader.ReadBoolean();
Contract.Assume(value.IsValid ^ isPassThrough);
return(new EnvironmentVariable(name, value, isPassThrough));
}
else
{
return(default(EnvironmentVariable));
}
}
internal static PipProvenance Deserialize(PipReader reader)
{
Contract.Requires(reader != null);
long semiStableHash = reader.ReadInt64();
ModuleId moduleId = reader.ReadModuleId();
StringId moduleName = reader.ReadStringId();
FullSymbol outputValueName = reader.ReadFullSymbol();
LocationData token = reader.ReadLocationData();
QualifierId qualifierId = new QualifierId(reader.ReadInt32Compact());
PipData usage = reader.ReadPipData();
return(new PipProvenance(
semiStableHash,
moduleId,
moduleName,
outputValueName,
token,
qualifierId,
usage));
}
internal static PipData Deserialize(PipReader reader)
{
Contract.Requires(reader != null);
var entriesStringId = reader.ReadStringId();
PipDataEntry headerEntry;
PipDataEntryList entries;
if (entriesStringId.IsValid)
{
headerEntry = PipDataEntry.Deserialize(reader);
// Use the string table to get the raw bytes to back the entries
entries = new PipDataEntryList(reader.Store.StringTable.GetBytes(entriesStringId));
}
else
{
var count = reader.ReadInt32Compact();
if (count == 0)
{
return(Invalid);
}
headerEntry = PipDataEntry.Deserialize(reader);
var entriesArray = new PipDataEntry[count];
for (int i = 0; i < count; i++)
{
entriesArray[i] = PipDataEntry.Deserialize(reader);
}
entries = PipDataEntryList.FromEntries(entriesArray);
}
Contract.Assume(headerEntry.EntryType == PipDataEntryType.NestedDataHeader);
Contract.Assume(headerEntry.Escaping != PipDataFragmentEscaping.Invalid);
return(new PipData(headerEntry, entries, entriesStringId));
}