ListAvailableCommands()
{
foreach (PyRevitClone clone in PyRevitClones.GetRegisteredClones())
{
PyRevitCLIAppCmds.PrintHeader($"Commands in Clone \"{clone.Name}\"");
foreach (PyRevitExtension ext in clone.GetExtensions())
{
if (ext.Type == PyRevitExtensionTypes.UIExtension)
{
foreach (PyRevitRunnerCommand cmd in ext.GetCommands())
{
Console.WriteLine(cmd);
}
}
}
}
foreach (PyRevitExtension ext in PyRevitExtensions.GetInstalledExtensions())
{
if (ext.Type == PyRevitExtensionTypes.UIExtension)
{
PyRevitCLIAppCmds.PrintHeader($"Commands in Extension \"{ext.Name}\"");
foreach (PyRevitRunnerCommand cmd in ext.GetCommands())
{
Console.WriteLine(cmd);
}
}
}
}
GetSetCloneOrigin(string cloneName, string originUrl, bool reset)
{
if (cloneName != null)
{
var clone = PyRevitClones.GetRegisteredClone(cloneName);
if (clone.IsRepoDeploy)
{
if (originUrl != null || reset)
{
string newUrl =
reset ? PyRevitLabsConsts.OriginalRepoGitPath : originUrl;
clone.SetOrigin(newUrl);
}
else
{
Console.WriteLine(string.Format("Clone \"{0}\" origin is at \"{1}\"",
clone.Name, clone.Origin));
}
}
else
{
PyRevitCLIAppCmds.ReportCloneAsNoGit(clone);
}
}
}
GetSetCloneBranch(string cloneName, string branchName)
{
if (cloneName != null)
{
var clone = PyRevitClones.GetRegisteredClone(cloneName);
if (clone != null)
{
if (clone.IsRepoDeploy)
{
if (branchName != null)
{
clone.SetBranch(branchName);
}
else
{
Console.WriteLine(string.Format("Clone \"{0}\" is on branch \"{1}\"",
clone.Name, clone.Branch));
}
}
else
{
PyRevitCLIAppCmds.ReportCloneAsNoGit(clone);
}
}
}
}
private static void PrintBuildInfo()
{
PyRevitCLIAppCmds.PrintHeader("Supported Revits");
foreach (var revit in RevitProduct.ListSupportedProducts().OrderByDescending(x => x.Version))
{
Console.WriteLine(string.Format("{0} | Version: {1} | Build: {2}({3})", revit.Name, revit.Version, revit.BuildNumber, revit.BuildTarget));
}
}
PrintExtensionDefinitions(string searchPattern, string headerPrefix = "Registered")
{
PyRevitCLIAppCmds.PrintHeader(string.Format("{0} Extensions", headerPrefix));
foreach (PyRevitExtensionDefinition ext in PyRevitExtensions.LookupRegisteredExtensions(searchPattern))
{
Console.WriteLine(ext);
}
}
UpdateClone(bool allClones, string cloneName, GitInstallerCredentials credentials)
{
// TODO: ask for closing running Revits
// prepare a list of clones to be updated
var targetClones = new List <PyRevitClone>();
// separate the clone that this process might be running from
// this is used to update this clone from outside since the dlls will be locked
PyRevitClone myClone = null;
// all clones
if (allClones)
{
foreach (var clone in PyRevitClones.GetRegisteredClones())
{
if (PyRevitCLIAppCmds.IsRunningInsideClone(clone))
{
myClone = clone;
}
else
{
targetClones.Add(clone);
}
}
}
// or single clone
else
{
if (cloneName != null)
{
var clone = PyRevitClones.GetRegisteredClone(cloneName);
if (PyRevitCLIAppCmds.IsRunningInsideClone(clone))
{
myClone = clone;
}
else
{
targetClones.Add(clone);
}
}
}
// update clones that do not include this process
foreach (var clone in targetClones)
{
logger.Debug("Updating clone \"{0}\"", clone.Name);
PyRevitClones.Update(clone, credentials);
}
// now update myClone if any, as last step
if (myClone != null)
{
throw new PyRevitException("Can not update clone that contains this command line utility. "
+ "Use installer to update.");
}
}
PrintExtensionSearchPaths()
{
PyRevitCLIAppCmds.PrintHeader("Default Extension Search Path");
Console.WriteLine(PyRevitConsts.DefaultExtensionsPath);
PyRevitCLIAppCmds.PrintHeader("Extension Search Paths");
foreach (var searchPath in PyRevitExtensions.GetRegisteredExtensionSearchPaths())
{
Console.WriteLine(searchPath);
}
}
PrintExtensionLookupSources()
{
PyRevitCLIAppCmds.PrintHeader("Extension Sources - Default");
Console.WriteLine(PyRevitExtensions.GetDefaultExtensionLookupSource());
PyRevitCLIAppCmds.PrintHeader("Extension Sources - Additional");
foreach (var extLookupSrc in PyRevitExtensions.GetRegisteredExtensionLookupSources())
{
Console.WriteLine(extLookupSrc);
}
}
PrintCloneEngines(string cloneName)
{
if (cloneName != null)
{
var clone = PyRevitClones.GetRegisteredClone(cloneName);
PyRevitCLIAppCmds.PrintHeader(string.Format("Deployments for \"{0}\"", clone.Name));
foreach (var engine in clone.GetConfiguredEngines())
{
Console.WriteLine(engine);
}
}
}
PrintExtensions(IEnumerable <PyRevitExtension> extList = null, string headerPrefix = "Installed")
{
if (extList is null)
{
extList = PyRevitExtensions.GetInstalledExtensions();
}
PyRevitCLIAppCmds.PrintHeader(string.Format("{0} Extensions", headerPrefix));
foreach (PyRevitExtension ext in extList.OrderBy(x => x.Name))
{
Console.WriteLine(ext);
}
}
PrintAttachments(int revitYear = 0)
{
PyRevitCLIAppCmds.PrintHeader("Attachments");
foreach (var attachment in PyRevitAttachments.GetAttachments().OrderByDescending(x => x.Product.Version))
{
if (revitYear == 0)
{
Console.WriteLine(attachment);
}
else if (revitYear == attachment.Product.ProductYear)
{
Console.WriteLine(attachment);
}
}
}
PrintClones()
{
PyRevitCLIAppCmds.PrintHeader("Registered Clones (full git repos)");
var clones = PyRevitClones.GetRegisteredClones().OrderBy(x => x.Name);
foreach (var clone in clones.Where(c => c.IsRepoDeploy))
{
Console.WriteLine(clone);
}
PyRevitCLIAppCmds.PrintHeader("Registered Clones (deployed from archive/image)");
foreach (var clone in clones.Where(c => !c.IsRepoDeploy))
{
Console.WriteLine(clone);
}
}
PrintCloneDeployments(string cloneName)
{
if (cloneName != null)
{
var clone = PyRevitClones.GetRegisteredClone(cloneName);
PyRevitCLIAppCmds.PrintHeader(string.Format("Deployments for \"{0}\"", clone.Name));
foreach (var dep in clone.GetConfiguredDeployments())
{
Console.WriteLine(string.Format("\"{0}\" deploys:", dep.Name));
foreach (var path in dep.Paths)
{
Console.WriteLine(" " + path);
}
Console.WriteLine();
}
}
}
PrintLocalRevits(bool running = false)
{
if (running)
{
PyRevitCLIAppCmds.PrintHeader("Running Revit Instances");
foreach (var revit in RevitController.ListRunningRevits().OrderByDescending(x => x.RevitProduct.Version))
{
Console.WriteLine(revit);
}
}
else
{
PyRevitCLIAppCmds.PrintHeader("Installed Revits");
foreach (var revit in RevitProduct.ListInstalledProducts().OrderByDescending(x => x.Version))
{
Console.WriteLine(revit);
}
}
}
PrintReleases(string searchPattern, bool latest = false, bool printReleaseNotes = false, bool listPreReleases = false)
{
PyRevitCLIAppCmds.PrintHeader("Releases");
List <PyRevitRelease> releasesToList = new List <PyRevitRelease>();
// determine latest release
if (latest)
{
var latestRelease = PyRevitReleases.GetLatestRelease(includePreRelease: listPreReleases);
if (latestRelease is null)
{
throw new PyRevitException("Can not determine latest release.");
}
releasesToList.Add(latestRelease);
}
else
{
if (searchPattern != null)
{
releasesToList = PyRevitReleases.FindReleases(searchPattern, includePreRelease: listPreReleases);
}
else
{
releasesToList = PyRevitReleases.GetReleases().Where(r => r.IsPyRevitRelease).ToList();
}
}
foreach (var prelease in releasesToList)
{
Console.WriteLine(prelease);
if (printReleaseNotes)
{
Console.WriteLine(prelease.ReleaseNotes.Indent(1));
}
}
}
GetSetCloneCommit(string cloneName, string commitHash)
{
if (cloneName != null)
{
var clone = PyRevitClones.GetRegisteredClone(cloneName);
if (clone.IsRepoDeploy)
{
if (commitHash != null)
{
clone.SetCommit(commitHash);
}
else
{
Console.WriteLine(string.Format("Clone \"{0}\" is on commit \"{1}\"",
clone.Name, clone.Commit));
}
}
else
{
PyRevitCLIAppCmds.ReportCloneAsNoGit(clone);
}
}
}
RunExtensionCommand(string commandName, string targetFile, string revitYear, PyRevitRunnerOptions runOptions, bool targetIsFileList = false)
{
// verify command
if (commandName is null || commandName == string.Empty)
{
throw new Exception("Command name must be provided.");
}
// try target revit year
int revitYearNumber = 0;
int.TryParse(revitYear, out revitYearNumber);
// setup a list of models
var modelFiles = new List <string>();
// if target file is a list of model paths
if (targetIsFileList)
{
// attempt at reading the list file and grab the model files only
foreach (var modelPath in File.ReadAllLines(targetFile))
{
modelFiles.Add(modelPath);
}
}
// otherwise just work on this model
else
{
modelFiles.Add(targetFile);
}
// verify all models are accessible
foreach (string modelFile in modelFiles)
{
if (!CommonUtils.VerifyFile(modelFile))
{
throw new Exception($"Model does not exist at \"{modelFile}\"");
}
}
// determine which Revit version to launch
if (revitYearNumber != 0)
{
foreach (string modelFile in modelFiles)
{
var modelInfo = new RevitModelFile(modelFile);
// if specific revit version is provided, make sure model is not newer
if (modelInfo.RevitProduct != null)
{
if (modelInfo.RevitProduct.ProductYear > revitYearNumber)
{
throw new Exception($"Model at \"{modelFile}\" is newer than the specified version: {revitYearNumber}");
}
}
else
{
throw new Exception($"Can not detect the Revit version of model at \"{modelFile}\". Model might be newer than specified version {revitYearNumber}.");
}
}
}
else
{
// determine revit model version from given files
foreach (string modelFile in modelFiles)
{
var modelInfo = new RevitModelFile(modelFile);
if (modelInfo.RevitProduct != null)
{
if (revitYearNumber == 0)
{
revitYearNumber = modelInfo.RevitProduct.ProductYear;
}
else if (modelInfo.RevitProduct.ProductYear > revitYearNumber)
{
revitYearNumber = modelInfo.RevitProduct.ProductYear;
}
}
}
// if could not determine revit version from given files,
// use latest version
if (revitYearNumber == 0)
{
revitYearNumber = RevitProduct.ListInstalledProducts().Max(r => r.ProductYear);
}
}
// now run
if (revitYearNumber != 0)
{
// determine attached clone
var attachment = PyRevitAttachments.GetAttached(revitYearNumber);
if (attachment is null)
{
logger.Error($"pyRevit is not attached to Revit \"{revitYearNumber}\". " +
"Runner needs to use the attached clone and engine to execute the script.");
}
else
{
// determine script to run
string commandScriptPath = null;
if (!CommonUtils.VerifyPythonScript(commandName))
{
logger.Debug("Input is not a script file \"{0}\"", commandName);
logger.Debug("Attempting to find run command matching \"{0}\"", commandName);
// try to find run command in attached clone being used for execution
// if not found, try to get run command from all other installed extensions
var targetExtensions = new List <PyRevitExtension>();
if (attachment.Clone != null)
{
targetExtensions.AddRange(attachment.Clone.GetExtensions());
}
targetExtensions.AddRange(PyRevitExtensions.GetInstalledExtensions());
foreach (PyRevitExtension ext in targetExtensions)
{
logger.Debug("Searching for run command in: \"{0}\"", ext.ToString());
if (ext.Type == PyRevitExtensionTypes.UIExtension)
{
try {
var cmdScript = ext.GetCommand(commandName);
if (cmdScript != null)
{
logger.Debug("Run command matching \"{0}\" found: \"{1}\"",
commandName, cmdScript);
commandScriptPath = cmdScript.Path;
break;
}
}
catch {
// does not include command
continue;
}
}
}
}
else
{
commandScriptPath = commandName;
}
// if command is not found, stop
if (commandScriptPath is null)
{
throw new PyRevitException(
string.Format("Run command not found: \"{0}\"", commandName)
);
}
// RUN!
var execEnv = PyRevitRunner.Run(
attachment,
commandScriptPath,
modelFiles,
runOptions
);
// print results (exec env)
PyRevitCLIAppCmds.PrintHeader("Execution Environment");
Console.WriteLine(string.Format("Execution Id: \"{0}\"", execEnv.ExecutionId));
Console.WriteLine(string.Format("Product: {0}", execEnv.Revit));
Console.WriteLine(string.Format("Clone: {0}", execEnv.Clone));
Console.WriteLine(string.Format("Engine: {0}", execEnv.Engine));
Console.WriteLine(string.Format("Script: \"{0}\"", execEnv.Script));
Console.WriteLine(string.Format("Working Directory: \"{0}\"", execEnv.WorkingDirectory));
Console.WriteLine(string.Format("Journal File: \"{0}\"", execEnv.JournalFile));
Console.WriteLine(string.Format("Manifest File: \"{0}\"", execEnv.PyRevitRunnerManifestFile));
Console.WriteLine(string.Format("Log File: \"{0}\"", execEnv.LogFile));
// report whether the env was purge or not
if (execEnv.Purged)
{
Console.WriteLine("Execution env is successfully purged.");
}
// print target models
if (execEnv.ModelPaths.Count() > 0)
{
PyRevitCLIAppCmds.PrintHeader("Target Models");
foreach (var modelPath in execEnv.ModelPaths)
{
Console.WriteLine(modelPath);
}
}
// print log file contents if exists
if (File.Exists(execEnv.LogFile))
{
PyRevitCLIAppCmds.PrintHeader("Execution Log");
Console.WriteLine(File.ReadAllText(execEnv.LogFile));
}
}
}
}
// cli argument processor
private static void ProcessArguments()
{
if (IsHelpUsagePatternMode)
{
Console.WriteLine(UsagePatterns.Replace("\t", " "));
}
else if (IsVersionMode)
{
PyRevitCLIAppCmds.PrintVersion(checkUpdates: true);
}
else if (all("wiki"))
{
CommonUtils.OpenUrl(PyRevitLabsConsts.WikiUrl);
}
else if (all("blog"))
{
CommonUtils.OpenUrl(PyRevitLabsConsts.BlogsUrl);
}
else if (all("docs"))
{
CommonUtils.OpenUrl(PyRevitLabsConsts.DocsUrl);
}
else if (all("source"))
{
CommonUtils.OpenUrl(PyRevitLabsConsts.SourceRepoUrl);
}
else if (all("youtube"))
{
CommonUtils.OpenUrl(PyRevitLabsConsts.YoutubeUrl);
}
else if (all("support"))
{
CommonUtils.OpenUrl(PyRevitLabsConsts.SupportUrl);
}
else if (all("env"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Env);
}
else
{
PyRevitCLIAppCmds.MakeEnvReport(json: arguments["--json"].IsTrue);
}
}
else if (all("update") && !any("clones", "extensions"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Update);
}
else
{
PyRevitCLIAppCmds.UpdateRemoteDataSources();
}
}
else if (all("clone"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Clone);
}
else
{
PyRevitCLICloneCmds.CreateClone(
cloneName: TryGetValue("<clone_name>"),
deployName: TryGetValue("<deployment_name>"),
branchName: TryGetValue("--branch"),
repoUrl: TryGetValue("--source"),
imagePath: TryGetValue("--image"),
destPath: TryGetValue("--dest"),
credentials: TryGetCredentials()
);
}
}
else if (all("clones"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Clones);
}
else if (all("info"))
{
PyRevitCLICloneCmds.PrintCloneInfo(TryGetValue("<clone_name>"));
}
else if (all("open"))
{
PyRevitCLICloneCmds.OpenClone(TryGetValue("<clone_name>"));
}
else if (all("add"))
{
if (all("this"))
{
PyRevitCLICloneCmds.RegisterClone(
TryGetValue("<clone_name>"),
Path.GetDirectoryName(CLIPath),
force: arguments["--force"].IsTrue
);
}
else
{
PyRevitCLICloneCmds.RegisterClone(
TryGetValue("<clone_name>"),
TryGetValue("<clone_path>"),
force: arguments["--force"].IsTrue
);
}
}
else if (all("forget"))
{
PyRevitCLICloneCmds.ForgetClone(
allClones: arguments["--all"].IsTrue,
cloneName: TryGetValue("<clone_name>")
);
}
else if (all("rename"))
{
PyRevitCLICloneCmds.RenameClone(
cloneName: TryGetValue("<clone_name>"),
cloneNewName: TryGetValue("<clone_new_name>")
);
}
else if (all("delete"))
{
PyRevitCLICloneCmds.DeleteClone(
allClones: arguments["--all"].IsTrue,
cloneName: TryGetValue("<clone_name>"),
clearConfigs: arguments["--clearconfigs"].IsTrue
);
}
else if (all("branch"))
{
PyRevitCLICloneCmds.GetSetCloneBranch(
cloneName: TryGetValue("<clone_name>"),
branchName: TryGetValue("<branch_name>")
);
}
else if (all("version"))
{
PyRevitCLICloneCmds.GetSetCloneTag(
cloneName: TryGetValue("<clone_name>"),
tagName: TryGetValue("<tag_name>")
);
}
else if (all("commit"))
{
PyRevitCLICloneCmds.GetSetCloneCommit(
cloneName: TryGetValue("<clone_name>"),
commitHash: TryGetValue("<commit_hash>")
);
}
else if (all("origin"))
{
PyRevitCLICloneCmds.GetSetCloneOrigin(
cloneName: TryGetValue("<clone_name>"),
originUrl: TryGetValue("<origin_url>"),
reset: arguments["--reset"].IsTrue
);
}
else if (all("deployments"))
{
PyRevitCLICloneCmds.PrintCloneDeployments(TryGetValue("<clone_name>"));
}
else if (all("engines"))
{
PyRevitCLICloneCmds.PrintCloneEngines(TryGetValue("<clone_name>"));
}
else if (all("update"))
{
PyRevitCLICloneCmds.UpdateClone(
allClones: arguments["--all"].IsTrue,
cloneName: TryGetValue("<clone_name>"),
credentials: TryGetCredentials()
);
}
else
{
PyRevitCLICloneCmds.PrintClones();
}
}
else if (all("attach"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Attach);
}
else
{
// get clone
var clone = PyRevitClones.GetRegisteredClone(TryGetValue("<clone_name>"));
// determine version
var engStrVer = TryGetValue("<engine_version>");
PyRevitEngineVersion engineVersion = null;
if (arguments["default"].IsTrue)
{
engineVersion = PyRevitEngineVersion.Default;
}
else
{
// try parse the engine version as an integer e.g. 277 for 2.7.7
if (int.TryParse(engStrVer, out var engIntVer))
{
engineVersion = (PyRevitEngineVersion)engIntVer;
}
}
if (engineVersion is null)
{
// then engine must be an engine id
PyRevitCLICloneCmds.AttachClone(
clone: clone,
engineId: engStrVer,
revitYear: TryGetValue("<revit_year>"),
installed: arguments["--installed"].IsTrue,
attached: arguments["--attached"].IsTrue,
allUsers: arguments["--allusers"].IsTrue
);
}
else
{
PyRevitCLICloneCmds.AttachClone(
clone: clone,
engineVersion: engineVersion,
revitYear: TryGetValue("<revit_year>"),
installed: arguments["--installed"].IsTrue,
attached: arguments["--attached"].IsTrue,
allUsers: arguments["--allusers"].IsTrue
);
}
}
}
else if (all("detach"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Detach);
}
else
{
PyRevitCLICloneCmds.DetachClone(
revitYear: TryGetValue("<revit_year>"),
all: arguments["--all"].IsTrue,
currentAndAllUsers: true
);
}
}
else if (all("attached"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Attached);
}
else
{
PyRevitCLICloneCmds.ListAttachments(revitYear: TryGetValue("<revit_year>"));
}
}
else if (all("switch"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Switch);
}
else
{
PyRevitCLICloneCmds.SwitchAttachment(
cloneName: TryGetValue("<clone_name>"),
revitYear: TryGetValue("<revit_year>")
);
}
}
else if (all("extend"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Extend);
}
else if (any("ui", "lib"))
{
PyRevitCLIExtensionCmds.Extend(
ui: arguments["ui"].IsTrue,
lib: arguments["lib"].IsTrue,
extName: TryGetValue("<extension_name>"),
destPath: TryGetValue("--dest"),
repoUrl: TryGetValue("<repo_url>"),
branchName: TryGetValue("--branch"),
credentials: TryGetCredentials()
);
}
else
{
PyRevitCLIExtensionCmds.Extend(
extName: TryGetValue("<extension_name>"),
destPath: TryGetValue("--dest"),
branchName: TryGetValue("--branch")
);
}
}
else if (all("extensions"))
{
if (all("search"))
{
PyRevitCLIExtensionCmds.PrintExtensionDefinitions(
searchPattern: TryGetValue("<search_pattern>"),
headerPrefix: "Matched"
);
}
else if (any("info", "help"))
{
PyRevitCLIExtensionCmds.ProcessExtensionInfoCommands(
extName: TryGetValue("<extension_name>"),
info: arguments["info"].IsTrue,
help: arguments["help"].IsTrue
);
}
else if (all("open"))
{
PyRevitCLIExtensionCmds.ProcessExtensionOpenCommand(
cloneName: TryGetValue("<clone_name>"),
extName: TryGetValue("<extension_name>")
);
}
else if (all("delete"))
{
PyRevitCLIExtensionCmds.DeleteExtension(TryGetValue("<extension_name>"));
}
else if (all("origin"))
{
PyRevitCLIExtensionCmds.GetSetExtensionOrigin(
extName: TryGetValue("<extension_name>"),
originUrl: TryGetValue("<origin_url>"),
reset: arguments["--reset"].IsTrue
);
}
else if (all("paths"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.ExtensionsPaths);
}
else if (all("add"))
{
PyRevitCLIExtensionCmds.AddExtensionPath(
searchPath: TryGetValue("<extensions_path>")
);
}
else if (all("forget"))
{
PyRevitCLIExtensionCmds.ForgetAllExtensionPaths(
all: arguments["--all"].IsTrue,
searchPath: TryGetValue("<extensions_path>")
);
}
else
{
PyRevitCLIExtensionCmds.PrintExtensionSearchPaths();
}
}
else if (any("enable", "disable"))
{
PyRevitCLIExtensionCmds.ToggleExtension(
enable: arguments["enable"].IsTrue,
cloneName: TryGetValue("<clone_name>"),
extName: TryGetValue("<extension_name>")
);
}
else if (all("sources"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.ExtensionsSources);
}
else if (all("add"))
{
PyRevitCLIExtensionCmds.AddExtensionLookupSource(
lookupPath: TryGetValue("<source_json_or_url>")
);
}
else if (all("forget"))
{
PyRevitCLIExtensionCmds.ForgetExtensionLookupSources(
all: arguments["--all"].IsTrue,
lookupPath: TryGetValue("<source_json_or_url>")
);
}
else
{
PyRevitCLIExtensionCmds.PrintExtensionLookupSources();
}
}
else if (all("update"))
{
PyRevitCLIExtensionCmds.UpdateExtension(
all: arguments["--all"].IsTrue,
extName: TryGetValue("<extension_name>"),
credentials: TryGetCredentials()
);
}
else if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Extensions);
}
else
{
PyRevitCLIExtensionCmds.PrintExtensions();
}
}
else if (all("releases"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Releases);
}
else if (all("open"))
{
PyRevitCLIReleaseCmds.OpenReleasePage(
searchPattern: TryGetValue("<search_pattern>"),
latest: arguments["latest"].IsTrue,
listPreReleases: arguments["--pre"].IsTrue
);
}
else if (all("download"))
{
PyRevitCLIReleaseCmds.DownloadReleaseAsset(
arguments["archive"].IsTrue ? GithubReleaseAssetType.Archive : GithubReleaseAssetType.Installer,
destPath: TryGetValue("--dest"),
searchPattern: TryGetValue("<search_pattern>"),
latest: arguments["latest"].IsTrue,
listPreReleases: arguments["--pre"].IsTrue
);
}
else
{
PyRevitCLIReleaseCmds.PrintReleases(
searchPattern: TryGetValue("<search_pattern>"),
latest: arguments["latest"].IsTrue,
printReleaseNotes: arguments["--notes"].IsTrue,
listPreReleases: arguments["--pre"].IsTrue
);
}
}
else if (all("revits"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Revits);
}
else if (all("killall"))
{
PyRevitCLIRevitCmds.KillAllRevits(
revitYear: TryGetValue("<revit_year>")
);
}
else if (all("fileinfo"))
{
PyRevitCLIRevitCmds.ProcessFileInfo(
targetPath: TryGetValue("<file_or_dir_path>"),
outputCSV: TryGetValue("--csv"),
IncludeRVT: arguments["--rvt"].IsTrue,
includeRTE: arguments["--rte"].IsTrue,
includeRFA: arguments["--rfa"].IsTrue,
includeRFT: arguments["--rft"].IsTrue
);
}
else if (arguments["--supported"].IsTrue)
{
PyRevitCLIRevitCmds.ProcessBuildInfo(
outputCSV: TryGetValue("--csv")
);
}
else
{
PyRevitCLIRevitCmds.PrintLocalRevits(running: arguments["--installed"].IsFalse);
}
}
else if (all("run"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Run);
}
else if (all("commands"))
{
PyRevitCLIRevitCmds.ListAvailableCommands();
}
else
{
var modelList = TryGetValue("--models");
if (modelList != null)
{
PyRevitCLIRevitCmds.RunExtensionCommand(
commandName: TryGetValue("<script_or_command_name>"),
targetFile: modelList,
revitYear: TryGetValue("--revit"),
runOptions: new PyRevitRunnerOptions()
{
PurgeTempFiles = arguments["--purge"].IsTrue,
ImportPath = TryGetValue("--import", null)
},
targetIsFileList: true
);
}
else
{
PyRevitCLIRevitCmds.RunExtensionCommand(
commandName: TryGetValue("<script_or_command_name>"),
targetFile: TryGetValue("<model_file>"),
revitYear: TryGetValue("--revit"),
runOptions: new PyRevitRunnerOptions()
{
PurgeTempFiles = arguments["--purge"].IsTrue,
ImportPath = TryGetValue("--import", null)
}
);
}
}
}
else if (all("caches"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Caches);
}
else if (all("bim360", "clear"))
{
PyRevitCLIAppCmds.ClearCaches(
allCaches: arguments["--all"].IsTrue,
revitYear: TryGetValue("<revit_year>"),
cachetype: TargetCacheType.BIM360Cache
);
}
else if (all("clear"))
{
PyRevitCLIAppCmds.ClearCaches(
allCaches: arguments["--all"].IsTrue,
revitYear: TryGetValue("<revit_year>"),
cachetype: TargetCacheType.PyRevitCache
);
}
}
else if (all("config"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Config);
}
else
{
PyRevitCLIConfigCmds.SeedConfigs(
templateConfigFilePath: TryGetValue("--from")
);
}
}
else if (all("configs"))
{
if (IsHelpMode)
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Configs);
}
else if (all("bincache"))
{
if (any("enable", "disable"))
{
PyRevitConfigs.SetBinaryCaches(arguments["enable"].IsTrue);
}
else
{
Console.WriteLine(string.Format("Binary cache is {0}",
PyRevitConfigs.GetBinaryCaches() ? "Enabled" : "Disabled"));
}
}
else if (all("checkupdates"))
{
if (any("enable", "disable"))
{
PyRevitConfigs.SetCheckUpdates(arguments["enable"].IsTrue);
}
else
{
Console.WriteLine(string.Format("Check Updates is {0}",
PyRevitConfigs.GetCheckUpdates() ? "Enabled" : "Disabled"));
}
}
else if (all("autoupdate"))
{
if (any("enable", "disable"))
{
PyRevitConfigs.SetAutoUpdate(arguments["enable"].IsTrue);
}
else
{
Console.WriteLine(string.Format("Auto Update is {0}",
PyRevitConfigs.GetAutoUpdate() ? "Enabled" : "Disabled"));
}
}
else if (all("rocketmode"))
{
if (any("enable", "disable"))
{
PyRevitConfigs.SetRocketMode(arguments["enable"].IsTrue);
}
else
{
Console.WriteLine(string.Format("Rocket Mode is {0}",
PyRevitConfigs.GetRocketMode() ? "Enabled" : "Disabled"));
}
}
else if (all("logs"))
{
if (all("none"))
{
PyRevitConfigs.SetLoggingLevel(PyRevitLogLevels.Quiet);
}
else if (all("verbose"))
{
PyRevitConfigs.SetLoggingLevel(PyRevitLogLevels.Verbose);
}
else if (all("debug"))
{
PyRevitConfigs.SetLoggingLevel(PyRevitLogLevels.Debug);
}
else
{
Console.WriteLine(string.Format("Logging Level is {0}", PyRevitConfigs.GetLoggingLevel().ToString()));
}
}
else if (all("filelogging"))
{
if (any("enable", "disable"))
{
PyRevitConfigs.SetFileLogging(arguments["enable"].IsTrue);
}
else
{
Console.WriteLine(string.Format("File Logging is {0}",
PyRevitConfigs.GetFileLogging() ? "Enabled" : "Disabled"));
}
}
else if (all("startuptimeout"))
{
if (arguments["<timeout>"] is null)
{
Console.WriteLine(string.Format("Startup log timeout is set to: {0}",
PyRevitConfigs.GetStartupLogTimeout()));
}
else
{
PyRevitConfigs.SetStartupLogTimeout(int.Parse(TryGetValue("<timeout>")));
}
}
else if (all("loadbeta"))
{
if (any("enable", "disable"))
{
PyRevitConfigs.SetLoadBetaTools(arguments["enable"].IsTrue);
}
else
{
Console.WriteLine(string.Format("Load Beta is {0}",
PyRevitConfigs.GetLoadBetaTools() ? "Enabled" : "Disabled"));
}
}
else if (all("cpyversion"))
{
if (arguments["<cpy_version>"] is null)
{
Console.WriteLine(string.Format("CPython version is set to: {0}",
PyRevitConfigs.GetCpythonEngineVersion()));
}
else
{
PyRevitConfigs.SetCpythonEngineVersion(int.Parse(TryGetValue("<cpy_version>")));
}
}
else if (all("usercanupdate"))
{
if (any("yes", "no"))
{
PyRevitConfigs.SetUserCanUpdate(arguments["yes"].IsTrue);
}
else
{
Console.WriteLine(string.Format("User {0} update",
PyRevitConfigs.GetUserCanUpdate() ? "CAN" : "CAN NOT"));
}
}
else if (all("usercanextend"))
{
if (any("yes", "no"))
{
PyRevitConfigs.SetUserCanExtend(arguments["yes"].IsTrue);
}
else
{
Console.WriteLine(string.Format("User {0} extend",
PyRevitConfigs.GetUserCanExtend() ? "CAN" : "CAN NOT"));
}
}
else if (all("usercanconfig"))
{
if (any("yes", "no"))
{
PyRevitConfigs.SetUserCanConfig(arguments["yes"].IsTrue);
}
else
{
Console.WriteLine(string.Format("User {0} config",
PyRevitConfigs.GetUserCanConfig() ? "CAN" : "CAN NOT"));
}
}
else if (all("colordocs"))
{
if (any("enable", "disable"))
{
PyRevitConfigs.SetColorizeDocs(arguments["enable"].IsTrue);
}
else
{
Console.WriteLine(string.Format("Doc Colorizer is {0}",
PyRevitConfigs.GetColorizeDocs() ? "Enabled" : "Disabled"));
}
}
else if (all("tooltipdebuginfo"))
{
if (any("enable", "disable"))
{
PyRevitConfigs.SetAppendTooltipEx(arguments["enable"].IsTrue);
}
else
{
Console.WriteLine(string.Format("Doc Colorizer is {0}",
PyRevitConfigs.GetAppendTooltipEx() ? "Enabled" : "Disabled"));
}
}
else if (all("routes"))
{
if (all("port"))
{
var portNumber = TryGetValue("<port_number>");
if (portNumber is null)
{
Console.WriteLine(string.Format("Routes Port: {0}", PyRevitConfigs.GetRoutesServerPort()));
}
else
{
PyRevitConfigs.SetRoutesServerPort(int.Parse(portNumber));
}
}
else if (all("coreapi"))
{
if (all("enable"))
{
PyRevitConfigs.SetRoutesLoadCoreAPIStatus(true);
}
else if (all("disable"))
{
PyRevitConfigs.SetRoutesLoadCoreAPIStatus(false);
}
else
{
Console.WriteLine(string.Format("Routes Core API is {0}",
PyRevitConfigs.GetRoutesLoadCoreAPIStatus() ? "Enabled" : "Disabled"));
}
}
else if (all("enable"))
{
PyRevitConfigs.EnableRoutesServer();
}
else if (all("disable"))
{
PyRevitConfigs.DisableRoutesServer();
}
else
{
Console.WriteLine(string.Format("Routes Server is {0}",
PyRevitConfigs.GetRoutesServerStatus() ? "Enabled" : "Disabled"));
}
}
else if (all("telemetry"))
{
if (all("utc"))
{
if (any("yes", "no"))
{
PyRevitConfigs.SetUTCStamps(arguments["yes"].IsTrue);
}
else
{
Console.WriteLine(PyRevitConfigs.GetUTCStamps() ? "Using UTC timestamps" : "Using Local timestamps");
}
}
else if (all("file"))
{
var destPath = TryGetValue("<dest_path>");
if (destPath is null)
{
Console.WriteLine(string.Format("Telemetry File Path: {0}", PyRevitConfigs.GetAppTelemetryFlags()));
}
else
{
PyRevitConfigs.EnableTelemetry(telemetryFileDir: destPath);
}
}
else if (all("server"))
{
var serverUrl = TryGetValue("<dest_path>");
if (serverUrl is null)
{
Console.WriteLine(string.Format("Telemetry Server Url: {0}", PyRevitConfigs.GetAppTelemetryFlags()));
}
else
{
PyRevitConfigs.EnableTelemetry(telemetryServerUrl: serverUrl);
}
}
else if (all("hooks"))
{
if (any("yes", "no"))
{
PyRevitConfigs.SetTelemetryIncludeHooks(arguments["yes"].IsTrue);
}
else
{
Console.WriteLine(PyRevitConfigs.GetTelemetryIncludeHooks() ? "Sending telemetry for hooks" : "Not sending telemetry for hooks");
}
}
else if (all("enable"))
{
PyRevitConfigs.EnableTelemetry();
}
else if (all("disable"))
{
PyRevitConfigs.DisableTelemetry();
}
else
{
Console.WriteLine(string.Format("Telemetry is {0}",
PyRevitConfigs.GetTelemetryStatus() ? "Enabled" : "Disabled"));
Console.WriteLine(string.Format("File Path: {0}", PyRevitConfigs.GetTelemetryFilePath()));
Console.WriteLine(string.Format("Server Url: {0}", PyRevitConfigs.GetTelemetryServerUrl()));
}
}
else if (all("apptelemetry"))
{
if (all("flags"))
{
var flagsValue = TryGetValue("<flags>");
if (flagsValue is null)
{
Console.WriteLine(string.Format("App Telemetry Flags: {0}", PyRevitConfigs.GetAppTelemetryFlags()));
}
else
{
PyRevitConfigs.SetAppTelemetryFlags(flags: flagsValue);
}
}
else if (all("server"))
{
var serverPath = TryGetValue("<server_path>");
if (serverPath is null)
{
Console.WriteLine(string.Format("App Telemetry Server: {0}", PyRevitConfigs.GetAppTelemetryServerUrl()));
}
else
{
PyRevitConfigs.EnableAppTelemetry(apptelemetryServerUrl: serverPath);
}
}
else if (all("enable"))
{
PyRevitConfigs.EnableAppTelemetry();
}
else if (all("disable"))
{
PyRevitConfigs.DisableAppTelemetry();
}
else
{
Console.WriteLine(string.Format("App Telemetry is {0}",
PyRevitConfigs.GetAppTelemetryStatus() ? "Enabled" : "Disabled"));
Console.WriteLine(string.Format("Server Url: {0}", PyRevitConfigs.GetAppTelemetryServerUrl()));
Console.WriteLine(string.Format("App Telemetry flag is {0}",
PyRevitConfigs.GetAppTelemetryFlags()));
}
}
else if (all("outputcss"))
{
if (arguments["<css_path>"] is null)
{
Console.WriteLine(string.Format("Output Style Sheet is set to: {0}",
PyRevitConfigs.GetOutputStyleSheet()));
}
else
{
PyRevitConfigs.SetOutputStyleSheet(TryGetValue("<css_path>"));
}
}
else if (all("seed"))
{
PyRevitConfigs.SeedConfig(makeCurrentUserAsOwner: arguments["--lock"].IsTrue);
}
else if (any("enable", "disable"))
{
if (arguments["<option_path>"] != null)
{
// extract section and option names
string orignalOptionValue = TryGetValue("<option_path>");
if (orignalOptionValue.Split(':').Count() == 2)
{
string configSection = orignalOptionValue.Split(':')[0];
string configOption = orignalOptionValue.Split(':')[1];
var cfg = PyRevitConfigs.GetConfigFile();
cfg.SetValue(configSection, configOption, arguments["enable"].IsTrue);
}
else
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Main);
}
}
}
else
{
if (arguments["<option_path>"] != null)
{
// extract section and option names
string orignalOptionValue = TryGetValue("<option_path>");
if (orignalOptionValue.Split(':').Count() == 2)
{
string configSection = orignalOptionValue.Split(':')[0];
string configOption = orignalOptionValue.Split(':')[1];
var cfg = PyRevitConfigs.GetConfigFile();
// if no value provided, read the value
var optValue = TryGetValue("<option_value>");
if (optValue != null)
{
cfg.SetValue(configSection, configOption, optValue);
}
else if (optValue is null)
{
var existingVal = cfg.GetValue(configSection, configOption);
if (existingVal != null)
{
Console.WriteLine(string.Format("{0} = {1}", configOption, existingVal));
}
else
{
Console.WriteLine(string.Format("Configuration key \"{0}\" is not set", configOption));
}
}
}
else
{
PyRevitCLIAppHelps.PrintHelp(PyRevitCLICommandType.Main);
}
}
}
}
else if (all("doctor"))
{
if (IsHelpMode)
{
PyRevitCLIAppCmds.RunDoctor("--wrappedhelp");
}
else if (TryGetValue("<doctor_command>") is var doctorCommand && doctorCommand != null)
{
PyRevitCLIAppCmds.RunDoctor(doctorCommand, dryRun: arguments["--dryrun"].IsTrue);
}
else if (all("doctor", "--list"))
{
PyRevitCLIAppCmds.RunDoctor("--list");
}
else
{
PyRevitCLIAppCmds.RunDoctor("");
}
}
PrintCloneInfo(string cloneName)
{
PyRevitCLIAppCmds.PrintHeader("Clone info");
Console.WriteLine(PyRevitClones.GetRegisteredClone(cloneName));
}
RunPythonCommand(string inputCommand, string targetFile, string revitYear, PyRevitRunnerOptions runOptions)
{
// determine if script or command
var modelFiles = new List <string>();
// make sure file exists
if (targetFile != null)
{
CommonUtils.VerifyFile(targetFile);
}
if (inputCommand != null)
{
// determine target revit year
int revitYearNumber = 0;
// if revit year is not specified try to get from model file
if (revitYear is null)
{
if (targetFile != null)
{
try {
revitYearNumber = new RevitModelFile(targetFile).RevitProduct.ProductYear;
// collect model names also
modelFiles.Add(targetFile);
}
catch (Exception ex) {
logger.Error(
"Revit version must be explicitly specifies if using a model list file. | {0}",
ex.Message
);
}
}
// if no revit year and no model, run with latest revit
else
{
revitYearNumber = RevitProduct.ListInstalledProducts().Max(r => r.ProductYear);
}
}
// otherwise, grab the year from argument
else
{
revitYearNumber = int.Parse(revitYear);
// prepare model list of provided
if (targetFile != null)
{
try {
var modelVer = new RevitModelFile(targetFile).RevitProduct.ProductYear;
if (revitYearNumber < modelVer)
{
logger.Warn("Model is newer than the target Revit version.");
}
else
{
modelFiles.Add(targetFile);
}
}
catch {
// attempt at reading the list file and grab the model files only
foreach (var modelPath in File.ReadAllLines(targetFile))
{
if (CommonUtils.VerifyFile(modelPath))
{
try {
var modelVer = new RevitModelFile(modelPath).RevitProduct.ProductYear;
if (revitYearNumber < modelVer)
{
logger.Warn("Model is newer than the target Revit version.");
}
else
{
modelFiles.Add(modelPath);
}
}
catch {
logger.Error("File is not a valid Revit file: \"{0}\"", modelPath);
}
}
else
{
logger.Error("File does not exist: \"{0}\"", modelPath);
}
}
}
}
}
// now run
if (revitYearNumber != 0)
{
// determine attached clone
var attachment = PyRevitAttachments.GetAttached(revitYearNumber);
if (attachment is null)
{
logger.Error("pyRevit is not attached to Revit \"{0}\". " +
"Runner needs to use the attached clone and engine to execute the script.",
revitYear);
}
else
{
// determine script to run
string commandScriptPath = null;
if (!CommonUtils.VerifyPythonScript(inputCommand))
{
logger.Debug("Input is not a script file \"{0}\"", inputCommand);
logger.Debug("Attempting to find run command matching \"{0}\"", inputCommand);
// try to find run command in attached clone being used for execution
// if not found, try to get run command from all other installed extensions
var targetExtensions = new List <PyRevitExtension>();
if (attachment.Clone != null)
{
targetExtensions.AddRange(attachment.Clone.GetExtensions());
}
targetExtensions.AddRange(PyRevitExtensions.GetInstalledExtensions());
foreach (PyRevitExtension ext in targetExtensions)
{
logger.Debug("Searching for run command in: \"{0}\"", ext.ToString());
if (ext.Type == PyRevitExtensionTypes.RunnerExtension)
{
try {
var cmdScript = ext.GetRunCommand(inputCommand);
if (cmdScript != null)
{
logger.Debug("Run command matching \"{0}\" found: \"{1}\"",
inputCommand, cmdScript);
commandScriptPath = cmdScript;
break;
}
}
catch {
// does not include command
continue;
}
}
}
}
else
{
commandScriptPath = inputCommand;
}
// if command is not found, stop
if (commandScriptPath is null)
{
throw new PyRevitException(
string.Format("Run command not found: \"{0}\"", inputCommand)
);
}
// RUN!
var execEnv = PyRevitRunner.Run(
attachment,
commandScriptPath,
modelFiles,
runOptions
);
// print results (exec env)
PyRevitCLIAppCmds.PrintHeader("Execution Environment");
Console.WriteLine(string.Format("Execution Id: \"{0}\"", execEnv.ExecutionId));
Console.WriteLine(string.Format("Product: {0}", execEnv.Revit));
Console.WriteLine(string.Format("Clone: {0}", execEnv.Clone));
Console.WriteLine(string.Format("Engine: {0}", execEnv.Engine));
Console.WriteLine(string.Format("Script: \"{0}\"", execEnv.Script));
Console.WriteLine(string.Format("Working Directory: \"{0}\"", execEnv.WorkingDirectory));
Console.WriteLine(string.Format("Journal File: \"{0}\"", execEnv.JournalFile));
Console.WriteLine(string.Format("Manifest File: \"{0}\"", execEnv.PyRevitRunnerManifestFile));
Console.WriteLine(string.Format("Log File: \"{0}\"", execEnv.LogFile));
// report whether the env was purge or not
if (execEnv.Purged)
{
Console.WriteLine("Execution env is successfully purged.");
}
// print target models
if (execEnv.ModelPaths.Count() > 0)
{
PyRevitCLIAppCmds.PrintHeader("Target Models");
foreach (var modelPath in execEnv.ModelPaths)
{
Console.WriteLine(modelPath);
}
}
// print log file contents if exists
if (File.Exists(execEnv.LogFile))
{
PyRevitCLIAppCmds.PrintHeader("Execution Log");
Console.WriteLine(File.ReadAllText(execEnv.LogFile));
}
}
}
}
}