PackageInfo PackageManager::GetPackageManifest(const Cfg& cfg, const string& packageId, const std::string& texmfPrefix)
{
auto key = cfg.GetKey(packageId);
if (key == nullptr)
{
MIKTEX_UNEXPECTED();
}
PackageInfo packageInfo;
packageInfo.id = packageId;
for (auto val : *key)
{
if (val->GetName() == "displayName")
{
packageInfo.displayName = val->AsString();
}
else if (val->GetName() == "creator")
{
packageInfo.creator = val->AsString();
}
else if (val->GetName() == "title")
{
packageInfo.title = val->AsString();
}
else if (val->GetName() == "version")
{
packageInfo.version = val->AsString();
}
else if (val->GetName() == "targetSystem")
{
packageInfo.targetSystem = val->AsString();
}
else if (val->GetName() == "description[]")
{
packageInfo.description = std::for_each(val->begin(), val->end(), Flattener('\n')).result;
}
else if (val->GetName() == "require[]")
{
packageInfo.requiredPackages = val->AsStringVector();
}
else if (val->GetName() == "runSize")
{
packageInfo.sizeRunFiles = Utils::ToSizeT(val->AsString());
}
else if (val->GetName() == "run[]")
{
for (const string& s : *val)
{
PathName path(s);
#if defined(MIKTEX_UNIX)
path.ConvertToUnix();
#endif
if (texmfPrefix.empty() || (PathName::Compare(texmfPrefix, path, texmfPrefix.length()) == 0))
{
packageInfo.runFiles.push_back(path.ToString());
}
}
}
else if (val->GetName() == "docSize")
{
packageInfo.sizeDocFiles = Utils::ToSizeT(val->AsString());
}
else if (val->GetName() == "doc[]")
{
for (const string& s : *val)
{
PathName path(s);
#if defined(MIKTEX_UNIX)
path.ConvertToUnix();
#endif
if (texmfPrefix.empty() || (PathName::Compare(texmfPrefix, path, texmfPrefix.length()) == 0))
{
packageInfo.docFiles.push_back(path.ToString());
}
}
}
else if (val->GetName() == "sourceSize")
{
packageInfo.sizeSourceFiles = Utils::ToSizeT(val->AsString());
}
else if (val->GetName() == "source[]")
{
for (const string& s : *val)
{
PathName path(s);
#if defined(MIKTEX_UNIX)
path.ConvertToUnix();
#endif
if (texmfPrefix.empty() || (PathName::Compare(texmfPrefix, path, texmfPrefix.length()) == 0))
{
packageInfo.sourceFiles.push_back(path.ToString());
}
}
}
else if (val->GetName() == "timePackaged")
{
packageInfo.timePackaged = Utils::ToTimeT(val->AsString());
}
else if (val->GetName() == "digest")
{
packageInfo.digest = MD5::Parse(val->AsString());
}
else if (val->GetName() == "ctanPath")
{
packageInfo.ctanPath = val->AsString();
}
else if (val->GetName() == "copyrightOwner")
{
packageInfo.copyrightOwner = val->AsString();
}
else if (val->GetName() == "copyrightYear")
{
packageInfo.copyrightYear = val->AsString();
}
else if (val->GetName() == "licenseType")
{
packageInfo.licenseType = val->AsString();
}
}
return packageInfo;
}
void PackageManager::PutPackageManifest(Cfg& cfg, const PackageInfo& packageInfo, time_t timePackaged)
{
if (cfg.GetKey(packageInfo.id) != nullptr)
{
cfg.DeleteKey(packageInfo.id);
}
if (!packageInfo.displayName.empty())
{
cfg.PutValue(packageInfo.id, "displayName", packageInfo.displayName);
}
cfg.PutValue(packageInfo.id, "creator", "mpc");
if (!packageInfo.title.empty())
{
cfg.PutValue(packageInfo.id, "title", packageInfo.title);
}
if (!packageInfo.version.empty())
{
cfg.PutValue(packageInfo.id, "version", packageInfo.version);
}
if (!packageInfo.targetSystem.empty())
{
cfg.PutValue(packageInfo.id, "targetSystem", packageInfo.targetSystem);
}
if (!packageInfo.description.empty())
{
for (const string& line : StringUtil::Split(packageInfo.description, '\n'))
{
cfg.PutValue(packageInfo.id, "description[]", line);
}
}
if (!packageInfo.requiredPackages.empty())
{
for (const string& pkg : packageInfo.requiredPackages)
{
cfg.PutValue(packageInfo.id, "require[]", pkg);
}
}
if (!packageInfo.runFiles.empty())
{
cfg.PutValue(packageInfo.id, "runSize", std::to_string(packageInfo.sizeRunFiles));
for (const string& file : packageInfo.runFiles)
{
cfg.PutValue(packageInfo.id, "run[]", PathName(file).ToUnix().ToString());
}
}
if (!packageInfo.docFiles.empty())
{
cfg.PutValue(packageInfo.id, "docSize", std::to_string(packageInfo.sizeDocFiles));
for (const string& file : packageInfo.docFiles)
{
cfg.PutValue(packageInfo.id, "doc[]", PathName(file).ToUnix().ToString());
}
}
if (!packageInfo.sourceFiles.empty())
{
cfg.PutValue(packageInfo.id, "sourceSize", std::to_string(packageInfo.sizeSourceFiles));
for (const string& file : packageInfo.sourceFiles)
{
cfg.PutValue(packageInfo.id, "source[]", PathName(file).ToUnix().ToString());
}
}
if (IsValidTimeT(timePackaged))
{
cfg.PutValue(packageInfo.id, "timePackaged", std::to_string(timePackaged));
}
cfg.PutValue(packageInfo.id, "digest", packageInfo.digest.ToString());
if (!packageInfo.ctanPath.empty())
{
cfg.PutValue(packageInfo.id, "ctanPath", packageInfo.ctanPath);
}
if (!packageInfo.copyrightOwner.empty())
{
cfg.PutValue(packageInfo.id, "copyrightOwner", packageInfo.copyrightOwner);
}
if (!packageInfo.copyrightYear.empty())
{
cfg.PutValue(packageInfo.id, "copyrightYear", packageInfo.copyrightYear);
}
if (!packageInfo.licenseType.empty())
{
cfg.PutValue(packageInfo.id, "licenseType", packageInfo.licenseType);
}
}
