public async Task UpdateArtifactDependency(string buildConfigId, DependencyDefinition artifactDependency)
{
Log.TraceFormat("API BuildConfig.UpdateArtifactDependency for: {0}, artifactDependency: {{{1}}}", buildConfigId, artifactDependency);
var url = string.Format("/app/rest/buildTypes/id:{0}/artifact-dependencies/{1}", buildConfigId, artifactDependency.Id);
await _http.PutJson(url, Json.Serialize(artifactDependency));
}
public CompareResult CompareVersions(Upset package, DependencyDefinition dependencyDefinition)
{
VersionStruct packageVersion = ParseVersion(package);
VersionStruct dependencyVersion = ParseVersion(dependencyDefinition);
return(CompareVersions(packageVersion, dependencyVersion));
}
public void Snapshot()
{
var client = CreateBuildConfigClient();
var summaries = client.GetAll().Result;
//var buildConfig = client.GetByConfigurationId("FooCore_Master").Result;
var buildConfig = summaries.First(x => x.Id == "FooCore_Master");
var dependencyDefinition = new DependencyDefinition
{
Id = buildConfig.Id,
Type = "snapshot_dependency",
Properties = new Properties
{
Property = new PropertyList
{
new Property()
{
Name = "run-build-if-dependency-failed", Value = BuildContinuationMode.MakeFailedToStart.ToString()
},
new Property()
{
Name = "take-successful-builds-only", Value = "true"
},
//new Property() { Name = "run-build-on-the-same-agent", Value = "true" },
//new Property() { Name = "take-started-build-with-same-revisions", Value = "true" },
}
},
SourceBuildConfig = buildConfig
};
client.CreateDependency("foo_service_Master", dependencyDefinition).Wait();
}
private void DependencyStateBlock(
DependencyDefinition definition,
PackageRepo bestMatch,
PackageRepo latest,
InstalledPackage installed
)
{
EditorGUILayout.LabelField(definition.Name + ":", EditorStyles.boldLabel);
EditorGUILayout.LabelField("Requirement: " + definition.Requirement.ToString());
if (installed != null)
{
EditorGUILayout.LabelField("Installed version: " + installed.Version);
if (VersionParser.GreaterThan(bestMatch.Package.PackageVersion, installed.Version))
{
EditorGUILayout.HelpBox(
string.Format(
"Package is outdated. You can update it to {0} (from {1})",
bestMatch.Package.PackageVersion,
bestMatch.Repository.ToString()
),
MessageType.Info
);
if (GUILayout.Button("Update to version " + bestMatch.Package.PackageVersion))
{
UpliftManager.Instance().UpdatePackage(bestMatch, updateLockfile: true);
Init();
Repaint();
}
}
else
{
EditorGUILayout.HelpBox("Package is up to date!", MessageType.Info);
}
if (!definition.Requirement.IsMetBy(installed.Version))
{
EditorGUILayout.HelpBox(
"The version of the package currently installed does not match the requirements of your project!",
installed.Version != bestMatch.Package.PackageVersion ? MessageType.Warning : MessageType.Error
);
}
}
else
{
EditorGUILayout.LabelField("Not yet installed");
}
if (latest.Package.PackageVersion != bestMatch.Package.PackageVersion)
{
EditorGUILayout.HelpBox(
string.Format(
"Note: there is a more recent version of the package ({0} from {1}), but it doesn't match your requirement",
latest.Package.PackageVersion,
bestMatch.Repository.ToString()
),
MessageType.Info
);
}
}
private void UpdatePackage(Upset package, TemporaryDirectory td)
{
NukePackage(package.PackageName);
DependencyDefinition definition = Upfile.Instance().Dependencies.First(dep => dep.Name == package.PackageName);
InstallPackage(package, td, definition, true);
}
public void InstallPackages(PackageRepo[] targets, bool updateLockfile = true)
{
Debug.Log("Install Packages");
using (LogAggregator LA = LogAggregator.InUnity(
"Successfully installed dependencies ({0} actions were done)",
"Successfully installed dependencies ({0} actions were done) but warnings were raised",
"Some errors occured while installing dependencies",
targets.Length
))
{
// Remove installed dependencies that are no longer in the dependency tree
foreach (InstalledPackage ip in Upbring.Instance().InstalledPackage)
{
if (targets.Any(tar => tar.Package.PackageName == ip.Name))
{
continue;
}
UnityEngine.Debug.Log("Removing unused dependency on " + ip.Name);
NukePackage(ip.Name);
}
foreach (PackageRepo pr in targets)
{
if (pr.Repository != null)
{
if (Upbring.Instance().InstalledPackage.Any(ip => ip.Name == pr.Package.PackageName))
{
Debug.Log("update " + pr.Package.PackageName);
UpdatePackage(pr, updateDependencies: false, updateLockfile: updateLockfile);
}
else
{
DependencyDefinition def = upfile.Dependencies.Any(d => d.Name == pr.Package.PackageName) ?
upfile.Dependencies.First(d => d.Name == pr.Package.PackageName) :
new DependencyDefinition()
{
Name = pr.Package.PackageName, Version = pr.Package.PackageVersion
};
using (TemporaryDirectory td = pr.Repository.DownloadPackage(pr.Package))
{
Debug.Log("install " + pr.Package.PackageName);
InstallPackage(pr.Package, td, def, updateLockfile);
}
}
}
else
{
UnityEngine.Debug.LogError("No repository for package " + pr.Package.PackageName);
}
}
}
UnityHacks.BuildSettingsEnforcer.EnforceAssetSave();
}
public async Task CreateDependency(string targetBuildConfigId, DependencyDefinition dependencyDefinition)
{
var xml = CreateDependencyXml(dependencyDefinition);
Log.TraceFormat("API BuildConfig.CreateDependency for: {0}, dependency: {1}", targetBuildConfigId, xml);
var url = string.Format("/app/rest/buildTypes/{0}/{1}-dependencies", targetBuildConfigId, dependencyDefinition.Type.Split('_')[0]);
await _http.PostXml(url, xml);
}
public DependencyNode(DependencyDefinition definition) : this(
definition.Name,
definition.Version,
definition.Repository,
definition.SkipInstall,
definition.OverrideDestination,
null
)
{
}
private DependencyDefinition DependencyField(DependencyDefinition def)
{
DependencyDefinition temp = def;
EditorGUILayout.BeginVertical();
EditorGUILayout.BeginHorizontal();
temp.Name = EditorGUILayout.TextField("Package Name:", temp.Name);
temp.Version = EditorGUILayout.TextField("Package Version:", temp.Version);
EditorGUILayout.EndHorizontal();
OverrideDestinationSpec defaultODS = new OverrideDestinationSpec {
Type = InstallSpecType.Base, Location = "Enter a location"
};
SkipInstallSpec defaultSIS = new SkipInstallSpec {
Type = InstallSpecType.Docs
};
if (temp.OverrideDestination != null)
{
temp.OverrideDestination = ArrayField <OverrideDestinationSpec>(
temp.OverrideDestination,
"Do not override this",
"Override another type",
defaultODS,
ods => OverrideDestinationField(ods)
);
}
else
{
if (GUILayout.Button("Declare some installation overrides"))
{
temp.OverrideDestination = new OverrideDestinationSpec[] { defaultODS };
}
}
if (temp.SkipInstall != null)
{
temp.SkipInstall = ArrayField <SkipInstallSpec>(
temp.SkipInstall,
"Do not skip this",
"Skip another type",
defaultSIS,
sis => SkipInstallField(sis)
);
}
else
{
if (GUILayout.Button("Declare some installation skips"))
{
temp.SkipInstall = new SkipInstallSpec[] { defaultSIS };
}
}
EditorGUILayout.Separator();
EditorGUILayout.EndVertical();
return(temp);
}
private bool ContainsItem(List <ProfilingTypeFacade> sortedItems, DependencyDefinition dependency)
{
foreach (ProfilingTypeFacade item in sortedItems)
{
if (item.Definition.Uid == dependency.Uid)
{
return(true);
}
}
return(false);
}
public void UpdatePackage(Upset package, TemporaryDirectory td)
{
Upbring upbring = Upbring.Instance();
// Nuking previous version
InstalledPackage installedPackage = upbring.GetInstalledPackage(package.PackageName);
installedPackage.Nuke();
DependencyDefinition definition = Upfile.Instance().Dependencies.First(dep => dep.Name == package.PackageName);
InstallPackage(package, td, definition);
}
internal PackageRepo[] FindCandidatesForDefinition(DependencyDefinition packageDefinition)
{
return((
// From All the available packages
from packageRepo in GetAllPackages()
// Select the ones that match the definition name
where packageRepo.Package.PackageName == packageDefinition.Name
// And the version definition
where versionParser.GreaterThan(packageRepo.Package, packageDefinition)
// And use found package
select packageRepo
// As an array
).ToArray());
}
private string RecursivelyListDependencies(DependencyDefinition def, string indent = "")
{
string result = indent + def.Name + " " + def.Requirement + " " + def.Version + "\n";
PackageRepo pr = PackageList.Instance().FindPackageAndRepository(def);
if (pr.Package != null && pr.Package.Dependencies != null)
{
foreach (DependencyDefinition packageDefinition in pr.Package.Dependencies)
{
result += RecursivelyListDependencies(packageDefinition, indent + " ");
}
}
return(result);
}
private static List <ArtifactRule> GetArtifactRules(DependencyDefinition dependency)
{
Property artifactRulesProperty =
dependency.Properties.Property.FirstOrDefault(
x => x.Name.Equals("pathRules", StringComparison.InvariantCultureIgnoreCase));
if (artifactRulesProperty == null || string.IsNullOrWhiteSpace(artifactRulesProperty.Value))
{
throw new Exception(string.Format("Missing or invalid Artifact dependency. ProjectId: {0}", dependency.SourceBuildConfig.ProjectId));
}
List <ArtifactRule> artifactRules = ArtifactRule.Parse(artifactRulesProperty.Value);
return(artifactRules);
}
private async Task ResolveDependency(DependencyDefinition dependency, EscrowElement escrowElement)
{
Log.Debug("Trying to fetch dependency: {0}", dependency.SourceBuildConfig.Id);
if (_builds.ContainsKey(dependency.SourceBuildConfig.Id))
{
Log.Info("Dependency already fetched. Skipping: {0}", dependency.SourceBuildConfig.Id);
return;
}
EscrowArtifactDependency escrowArtifact =
escrowElement.ArtifactDependencies.FirstOrDefault(x => x.BuildTypeId == dependency.SourceBuildConfig.Id);
if (escrowArtifact == null)
{
Log.Info("Cannot find dependency defined in escrow docucment: {0}", dependency.SourceBuildConfig.Id);
return;
}
Build build = await _client.Builds.ById(escrowArtifact.Id);
lock (_builds)
{
_builds.Add(build.BuildTypeId, BuildInfo.FromBuild(build));
}
Log.Debug("Downloading artifacts from: {0}-{1}", build.BuildTypeId, build.Number);
List <ArtifactRule> artifactRules = GetArtifactRules(dependency);
string basePath = _fileSystem.GetWorkingDirectory();
if (string.IsNullOrWhiteSpace(basePath))
{
basePath = ".";
}
List <PathFilePair> files = new List <PathFilePair>();
foreach (ArtifactRule artifactRule in artifactRules)
{
files.AddRange(await FetchFileListForArtifactRule(artifactRule, build, basePath));
}
DownloadFiles(files);
Log.Debug("Done fetching dependency for: {0}", dependency.SourceBuildConfig.Id);
}
private static string CreateDependencyXml(DependencyDefinition definition)
{
var element = new XElement(definition.Type.Replace('_', '-'),
new XAttribute("id", definition.Id),
new XAttribute("type", definition.Type),
new XElement("properties", definition.Properties.Property.Select(x => new XElement("property", new XAttribute("name", x.Name), new XAttribute("value", x.Value))).ToArray()),
new XElement("source-buildType", new XAttribute("id", definition.SourceBuildConfig.Id),
new XAttribute("name", definition.SourceBuildConfig.Name),
new XAttribute("href", definition.SourceBuildConfig.Href),
new XAttribute("projectName", definition.SourceBuildConfig.ProjectName),
new XAttribute("projectId", definition.SourceBuildConfig.ProjectId),
new XAttribute("webUrl", definition.SourceBuildConfig.WebUrl))
);
return(element.ToString());
}
private void UpdatePackage(Upset package, TemporaryDirectory td, bool updateLockfile)
{
NukePackage(package.PackageName);
// First or default returns the first DependencyDefinition which satistfies dep.Name == package.PackageName
// If no elements meets this condition a Default value for DependencyDefinition is returned which, for our implementation, is null.
DependencyDefinition definition = Upfile.Instance().Dependencies.FirstOrDefault(dep => dep.Name == package.PackageName);
if (definition == null)
{
definition = new DependencyDefinition()
{
Name = package.PackageName, Version = package.PackageVersion
};
}
InstallPackage(package, td, definition, updateLockfile);
}
private DependencyDefinition[] GetDependencyDefinitions(DependencyGraph graph)
{
DependencyDefinition[] result = new DependencyDefinition[graph.nodeList.Count];
DependencyNode current;
for (int i = 0; i < graph.nodeList.Count; i++)
{
current = graph.nodeList[i];
result[i] = new DependencyDefinition()
{
Name = current.Name,
Version = current.Version,
Repository = current.Repository
};
}
return(result);
}
internal PackageRepo FindPackageAndRepository(DependencyDefinition packageDefinition)
{
PackageRepo blankResult = new PackageRepo();
PackageRepo[] candidates = FindCandidatesForDefinition(packageDefinition);
candidates = SelectCandidates(candidates, new LatestSelectionStrategy());
if (candidates.Length > 0)
{
return(candidates[0]);
}
else
{
Debug.LogWarning("Package: " + packageDefinition.Name + " not found");
return(blankResult);
}
}
private static BuildConfig ConfigureDependency(ITeamCityClient client, DependencyDefinition dependencyDefinition, IFixture fixture)
{
Build build = fixture.Build <Build>()
.With(x => x.BuildTypeId, dependencyDefinition.SourceBuildConfig.Id)
.Create();
BuildConfig buildConfig = fixture.Build <BuildConfig>()
.WithId(dependencyDefinition.SourceBuildConfig.Id)
.WithNoDependencies()
.Create();
client.BuildConfigs.GetByConfigurationId(dependencyDefinition.SourceBuildConfig.Id)
.Returns(Task.FromResult(buildConfig));
client.Builds.LastSuccessfulBuildFromConfig(dependencyDefinition.SourceBuildConfig.Id)
.Returns(Task.FromResult(build));
return(buildConfig);
}
public async Task CreateSnapshotDependency(CreateSnapshotDependency dependency)
{
Log.DebugFormat("API BuildConfig.CreateSnapshotDependency for: {0}, to: {0}", dependency.TargetBuildConfigId, dependency.DependencyBuildConfigId);
string requestUri = string.Format("/app/rest/buildTypes/id:{0}", dependency.DependencyBuildConfigId);
BuildConfigSummary buildConfig = await _http.Get <BuildConfigSummary>(requestUri);
var dependencyDefinition = new DependencyDefinition
{
Id = buildConfig.Id,
Type = "snapshot_dependency",
Properties = new Properties
{
Property = new PropertyList
{
new Property()
{
Name = "run-build-if-dependency-failed", Value = dependency.RunBuildIfDependencyFailed.ToString()
},
new Property()
{
Name = "run-build-if-dependency-failed-to-start", Value = dependency.RunBuildIfDependencyFailed.ToString()
},
new Property()
{
Name = "take-successful-builds-only", Value = dependency.TakeSuccessFulBuildsOnly.ToString()
},
new Property()
{
Name = "run-build-on-the-same-agent", Value = dependency.RunBuildOnTheSameAgent.ToString()
},
new Property()
{
Name = "take-started-build-with-same-revisions", Value = dependency.TakeStartedBuildWithSameRevisions.ToString()
},
}
},
SourceBuildConfig = buildConfig
};
await CreateDependency(dependency.TargetBuildConfigId, dependencyDefinition);
}
private async Task ResolveDependency(DependencyDefinition dependency, string tag)
{
Log.Debug("Trying to fetch dependency: {0}", dependency.SourceBuildConfig.Id);
if (_builds.ContainsKey(dependency.SourceBuildConfig.Id))
{
Log.Info("Dependency already fetched. Skipping: {0}", dependency.SourceBuildConfig.Id);
return;
}
Build build;
if (dependency.Properties.Property["revisionName"].Value == "buildNumber")
{
build = await _client.Builds.ByNumber(dependency.Properties.Property["revisionValue"].Value, dependency.SourceBuildConfig.Id);
}
else
{
build = await _client.Builds.LastSuccessfulBuildFromConfig(dependency.SourceBuildConfig.Id, tag);
}
lock (_builds)
{
_builds.Add(build.BuildTypeId, BuildInfo.FromBuild(build));
}
Log.Debug("Downloading artifacts from: {0}-{1}", build.BuildTypeId, build.Number);
List <ArtifactRule> artifactRules = GetArtifactRules(dependency);
//create fake files with the reference to the TC resources in order to download.
List <PathFilePair> files = artifactRules.Select(x => new PathFilePair
{
File = x.CreateTeamCityFileReference(build.Href + "/artifacts/content/"),
Path = Path.Combine(".", x.Dest)
}).ToList();
DownloadFiles(files);
Log.Debug("Done fetching dependency for: {0}", dependency.SourceBuildConfig.Id);
}
private DependencyDefinition[] GetDependencyDefinitions(DependencyGraph graph)
{
DependencyDefinition[] result = new DependencyDefinition[graph.nodeList.Count];
DependencyNode current;
for (int i = 0; i < graph.nodeList.Count; i++)
{
current = graph.nodeList[i];
result[i] = new DependencyDefinition()
{
Name = current.Name,
Version = current.Requirement.ToString(),
Repository = current.Repository,
SkipInstall = current.skips,
OverrideDestination = current.overrides
};
}
return(result);
}
public async Task CreateArtifactDependency(CreateArtifactDependency dependency)
{
Log.DebugFormat("API BuildConfig.CreateArtifactDependency for: {0}, to: {1}", dependency.TargetBuildConfigId, dependency.DependencyBuildConfigId);
string requestUri = string.Format("/app/rest/buildTypes/id:{0}", dependency.DependencyBuildConfigId);
BuildConfigSummary buildConfig = await _http.Get <BuildConfigSummary>(requestUri);
var dependencyDefinition = new DependencyDefinition
{
Id = "0",
Type = "artifact_dependency",
Properties = new Properties
{
Property = new PropertyList
{
new Property()
{
Name = "cleanDestinationDirectory", Value = dependency.CleanDestinationDirectory.ToString()
},
new Property()
{
Name = "pathRules", Value = dependency.PathRules
},
new Property()
{
Name = "revisionName", Value = dependency.RevisionName
},
new Property()
{
Name = "revisionValue", Value = dependency.RevisionValue
},
}
},
SourceBuildConfig = buildConfig
};
await CreateDependency(dependency.TargetBuildConfigId, dependencyDefinition);
}
public void LoadDependencies(DependencyDefinition dependency, PackageList packageList, DependencyHelper.ConflictChecker checkConflict, out DependencyNode node)
{
node = new DependencyNode(dependency);
if (Contains(dependency.Name))
{
DependencyNode existing = FindByName(dependency.Name);
checkConflict(ref existing, node);
}
else
{
nodeList.Add(node);
Upset package = packageList.FindPackageAndRepository(dependency).Package;
if (package == null)
{
throw new MissingDependencyException(string.Format(" depends on {0} ({1}) but it is not present in any of your specified repository", dependency.Name, dependency.Requirement));
}
if (package.Dependencies != null)
{
DependencyNode child;
foreach (DependencyDefinition packageDependency in package.Dependencies)
{
child = null;
try
{
LoadDependencies(packageDependency, packageList, checkConflict, out child);
AddDependency(node, child);
}
catch (MissingDependencyException e)
{
throw new MissingDependencyException(dependency.Name + e.Message);
}
}
}
}
}
private void AppendDependencyState(
ref List <DependencyState> dependenciesState,
DependencyDefinition definition,
PackageRepo[] targets,
bool anyInstalled,
bool transitive = false
)
{
Upbring upbring = Upbring.Instance();
DependencyState state = new DependencyState
{
definition = definition,
latest = PackageList.Instance().GetLatestPackage(definition.Name)
};
state.bestMatch = targets.First(pr => pr.Package.PackageName == definition.Name);
if (anyInstalled && upbring.InstalledPackage.Any(ip => ip.Name == definition.Name))
{
state.installed = upbring.InstalledPackage.First(ip => ip.Name == definition.Name);
}
state.transitive = transitive;
dependenciesState.Add(state);
if (state.bestMatch.Package.Dependencies != null)
{
foreach (DependencyDefinition dependency in state.bestMatch.Package.Dependencies)
{
AppendDependencyState(
ref dependenciesState,
dependency,
targets,
anyInstalled,
true
);
}
}
}
public DependencyDefinition[] ListDependenciesRecursively(DependencyDefinition packageDefinition)
{
DependencyDefinition[] dependencies = new DependencyDefinition[0];
PackageRepo pr = FindPackageAndRepository(packageDefinition);
if (pr.Package != null && pr.Package.Dependencies != null)
{
dependencies = pr.Package.Dependencies;
foreach (DependencyDefinition def in pr.Package.Dependencies)
{
// Aggregate results
DependencyDefinition[] packageDependencies = ListDependenciesRecursively(def);
int newLength = packageDependencies.Length + dependencies.Length;
DependencyDefinition[] newDeps = new DependencyDefinition[newLength];
Array.Copy(dependencies, newDeps, dependencies.Length);
Array.Copy(packageDependencies, 0, newDeps, dependencies.Length, packageDependencies.Length);
dependencies = newDeps;
}
}
return(dependencies);
}
internal PackageRepo FindPackageAndRepository(DependencyDefinition packageDefinition)
{
PackageRepo blankResult = new PackageRepo();
PackageRepo[] candidates = FindCandidatesForDefinition(packageDefinition);
var strategies = new CandidateSelectionStrategy[] {
new OnlyMatchingUnityVersionStrategy(Application.unityVersion),
new FindBestPackageForUnityVersion(Application.unityVersion),
new LatestSelectionStrategy()
};
candidates = SelectCandidates(candidates, strategies);
if (candidates.Length > 0)
{
return(candidates[0]);
}
else
{
Debug.LogWarning("No package " + packageDefinition.Name + " matching requirements was found");
return(blankResult);
}
}
//FIXME: This is super unsafe right now, as we can copy down into the FS.
// This should be contained using kinds of destinations.
private void InstallPackage(Upset package, TemporaryDirectory td, DependencyDefinition dependencyDefinition, bool updateLockfile = false)
{
GitIgnorer VCSHandler = new GitIgnorer();
using (LogAggregator LA = LogAggregator.InUnity(
"Package {0} was successfully installed",
"Package {0} was successfully installed but raised warnings",
"An error occured while installing package {0}",
package.PackageName
))
{
Upbring upbring = Upbring.Instance();
// Note: Full package is ALWAYS copied to the upackages directory right now
string localPackagePath = GetRepositoryInstallPath(package);
upbring.AddPackage(package);
if (!Directory.Exists(localPackagePath))
{
Directory.CreateDirectory(localPackagePath);
}
Uplift.Common.FileSystemUtil.CopyDirectory(td.Path, localPackagePath);
upbring.AddLocation(package, InstallSpecType.Root, localPackagePath);
VCSHandler.HandleDirectory(upfile.GetPackagesRootPath());
InstallSpecPath[] specArray;
if (package.Configuration == null)
{
// If there is no Configuration present we assume
// that the whole package is wrapped in "InstallSpecType.Base"
InstallSpecPath wrapSpec = new InstallSpecPath
{
Path = "",
Type = InstallSpecType.Base
};
specArray = new[] { wrapSpec };
}
else
{
specArray = package.Configuration;
}
foreach (InstallSpecPath spec in specArray)
{
if (dependencyDefinition.SkipInstall != null && dependencyDefinition.SkipInstall.Any(skip => skip.Type == spec.Type))
{
continue;
}
var sourcePath = Uplift.Common.FileSystemUtil.JoinPaths(td.Path, spec.Path);
PathConfiguration PH = upfile.GetDestinationFor(spec);
if (dependencyDefinition.OverrideDestination != null && dependencyDefinition.OverrideDestination.Any(over => over.Type == spec.Type))
{
PH.Location = Uplift.Common.FileSystemUtil.MakePathOSFriendly(dependencyDefinition.OverrideDestination.First(over => over.Type == spec.Type).Location);
}
var packageStructurePrefix =
PH.SkipPackageStructure ? "" : GetPackageDirectory(package);
var destination = Path.Combine(PH.Location, packageStructurePrefix);
// Working with single file
if (File.Exists(sourcePath))
{
// Working with singular file
if (!Directory.Exists(destination))
{
Directory.CreateDirectory(destination);
VCSHandler.HandleFile(destination);
}
if (Directory.Exists(destination))
{ // we are copying a file into a directory
destination = System.IO.Path.Combine(destination, System.IO.Path.GetFileName(sourcePath));
}
File.Copy(sourcePath, destination);
Uplift.Common.FileSystemUtil.TryCopyMeta(sourcePath, destination);
if (destination.StartsWith("Assets"))
{
TryUpringAddGUID(upbring, sourcePath, package, spec.Type, destination);
}
else
{
upbring.AddLocation(package, spec.Type, destination);
}
}
// Working with directory
if (Directory.Exists(sourcePath))
{
// Working with directory
Uplift.Common.FileSystemUtil.CopyDirectoryWithMeta(sourcePath, destination);
if (!PH.SkipPackageStructure)
{
VCSHandler.HandleDirectory(destination);
}
bool useGuid = destination.StartsWith("Assets");
foreach (var file in Uplift.Common.FileSystemUtil.RecursivelyListFiles(sourcePath, true))
{
if (useGuid)
{
TryUpringAddGUID(upbring, file, package, spec.Type, destination);
}
else
{
upbring.AddLocation(package, spec.Type, Path.Combine(destination, file));
}
if (PH.SkipPackageStructure)
{
VCSHandler.HandleFile(Path.Combine(destination, file));
}
}
}
}
upbring.SaveFile();
if (updateLockfile)
{
LockfileSnapshot snapshot = LoadLockfile();
int index;
bool found = false;
for (index = 0; index < snapshot.installableDependencies.Length; index++)
{
if (snapshot.installableDependencies[index].Package.PackageName == package.PackageName)
{
found = true;
break;
}
}
if (found)
{
snapshot.installableDependencies[index].Package = package;
}
else
{
Array.Resize <PackageRepo>(ref snapshot.installableDependencies, snapshot.installableDependencies.Length + 1);
snapshot.installableDependencies[snapshot.installableDependencies.Length] = new PackageRepo {
Package = package
};
}
GenerateLockfile(snapshot);
}
td.Dispose();
UnityHacks.BuildSettingsEnforcer.EnforceAssetSave();
}
}
private LockfileSnapshot LoadLockfile()
{
string pattern = @"([\w\.\-]+)\s\(([\w\.\+!\*]+)\)";
LockfileSnapshot result = new LockfileSnapshot();
using (StreamReader file = new StreamReader(lockfilePath))
{
string line = file.ReadLine();
if (line == null || line != "# UPFILE DEPENDENCIES")
{
throw new FileLoadException("Cannot load Upfile.lock, it is missing the \'UPFILE DEPENDENCIES\' header");
}
List <DependencyDefinition> upfileDependencyList = new List <DependencyDefinition>();
Match match;
while (!string.IsNullOrEmpty(line = file.ReadLine()))
{
match = Regex.Match(line, pattern);
if (!match.Success || match.Groups.Count < 3)
{
throw new FileLoadException("Cannot load Upfile.lock, the line " + line + " does not match \'package_name (version_requirement)\'");
}
DependencyDefinition temp = new DependencyDefinition
{
Name = match.Groups[1].Value,
Version = match.Groups[2].Value
};
upfileDependencyList.Add(temp);
}
result.upfileDependencies = upfileDependencyList.ToArray();
if (line == null)
{
throw new FileLoadException("Cannot load Upfile.lock, it is incomplete");
}
line = file.ReadLine();
if (line == null || line != "# SOLVED DEPENDENCIES")
{
throw new FileLoadException("Cannot load Upfile.lock, it is missing the \'SOLVED DEPENDENCIES\' header");
}
List <PackageRepo> installableList = new List <PackageRepo>();
line = file.ReadLine();
PackageList packageList = PackageList.Instance();
while (!string.IsNullOrEmpty(line))
{
match = Regex.Match(line, pattern);
if (!match.Success || match.Groups.Count < 3)
{
throw new FileLoadException("Cannot load Upfile.lock, the line " + line + " does not match \'package_name (installed_version)\'");
}
PackageRepo temp = packageList.FindPackageAndRepository(new DependencyDefinition
{
Name = match.Groups[1].Value,
Version = match.Groups[2].Value + "!" // Check for exact version
});
if (temp.Package != null && temp.Repository != null)
{
installableList.Add(temp);
}
else
{
installableList.Add(new PackageRepo
{
Package = new Upset
{
PackageName = match.Groups[1].Value,
PackageVersion = match.Groups[2].Value
}
});
}
// Read the dependencies
while ((line = file.ReadLine()) != null && line.StartsWith("\t"))
{
match = Regex.Match(line, pattern);
if (!match.Success || match.Groups.Count < 3)
{
throw new FileLoadException("Cannot load Upfile.lock, the line " + line + " does not match \'package_name (version_requirement)\'");
}
}
}
result.installableDependencies = installableList.ToArray();
}
return(result);
}
