/**
* Construct a {@link SubProcessHeavy SubProcessHeavy} instance which when executed will fulfill
* the given action agenda.
*
* <p>
*
* @param agenda The agenda to be accomplished by the action.
* @param outFile The file to which all STDOUT output is redirected.
* @param errFile The file to which all STDERR output is redirected.
* @return The SubProcess which will fulfill the agenda.
* @throws PipelineException If unable to prepare a SubProcess due to illegal, missing or
* imcompatable information in the action agenda or a general failure of the prep method code.
*/
public SubProcessHeavy prep(ActionAgenda agenda, File outFile, File errFile)
throws PipelineException {
/* create the process to run the action */
try {
ArrayList<String> args = new ArrayList<String>();
for (File file : agenda.getPrimaryTarget().getFiles()) args.add(file.toString());
for (FileSeq fseq : agenda.getSecondaryTargets()) {
for (File file : fseq.getFiles()) args.add(file.toString());
}
return new SubProcessHeavy(
agenda.getNodeID().getAuthor(),
getName() + "-" + agenda.getJobID(),
"touch",
args,
agenda.getEnvironment(),
agenda.getWorkingDir(),
outFile,
errFile);
} catch (Exception ex) {
throw new PipelineException(
"Unable to generate the SubProcess to perform this Action!\n" + ex.getMessage());
}
}
@Override
public void initPhase() throws PipelineException {
/* initialize builder parameters from source images node information */
setParamValue(new ParamMapping(DeliverNamer.aDeliverable), pSourcePrefix);
setParamValue(new ParamMapping(aNotes), pSourceVersion.getMessage());
setParamValue(new ParamMapping(aClientVersion), pSourceVersion.getVersionID().toString());
setParamValue(new ParamMapping(aClientShotName), pSourcePrefix);
/* replace placeholder parameters with the names of the available
slate script, format script and codec settings nodes */
{
Path path = pProjectNamer.getSlateNukeScriptsParentPath();
ArrayList<String> pnames = findChildNodeNames(path);
if ((pnames == null) || pnames.isEmpty())
throw new PipelineException(
"Unable to find any slate creation Nuke script nodes in (" + path + ")!");
UtilityParam param =
new EnumUtilityParam(
aSlateScript,
"Select the master slate creation Nuke script to use.",
pnames.get(0),
pnames);
replaceParam(param);
}
{
Path path = pProjectNamer.getFormatNukeScriptsParentPath();
ArrayList<String> pnames = findChildNodeNames(path);
if ((pnames == null) || pnames.isEmpty())
throw new PipelineException(
"Unable to find any image formatting Nuke script nodes in (" + path + ")!");
UtilityParam param =
new EnumUtilityParam(
aFormatScript,
"Select final image formatting Nuke script to use.",
pnames.get(0),
pnames);
replaceParam(param);
}
{
Path path = pProjectNamer.getQtCodecSettingsParentPath();
ArrayList<String> pnames = findChildNodeNames(path);
if ((pnames == null) || pnames.isEmpty())
throw new PipelineException(
"Unable to find any QuickTime codec settings nodes in (" + path + ")!");
UtilityParam param =
new EnumUtilityParam(
aCodecSettings,
"Select the QuickTime codec settings to encode the final movie.",
pnames.get(0),
pnames);
replaceParam(param);
}
}
/**
* Construct a {@link SubProcessLight} instance which when executed will launch an editor program
* to view the given file sequence as arguments.
*
* <p>The default implementation executes the editor program obtained with {@link #getProgram
* getProgram} method under the given environment. Subclasses should override this method if more
* specialized behavior or different command line arguments are needed in order to launch the
* editor for the given file sequence.
*
* <p>
*
* @param author The name of the user owning the files.
* @param fseq The file sequence to edit.
* @param env The environment under which the editor is run.
* @param dir The working directory where the editor is run.
* @return The controlling <CODE>SubProcessLight</CODE> instance.
* @throws PipelineException If unable to launch the editor.
* @see SubProcessLight
*/
public SubProcessLight prep(String author, FileSeq fseq, Map<String, String> env, File dir)
throws PipelineException {
if (!fseq.isSingle())
throw new PipelineException(
"The " + getName() + " Editor can only edit a single file at a time!");
ArrayList<String> args = new ArrayList<String>();
args.add("-eol.mode=LF");
args.add(fseq.getPath(0).toOsString());
return new SubProcessLight(author, getName(), getProgram(), args, env, dir);
}
/**
* Launch GIMP with a script which will compare the given two images using layers.
*
* <p>
*
* @param fileA The absolute path to the first file.
* @param fileB The absolute path to the second file.
* @param env The environment under which the comparator is run.
* @param dir The working directory where the comparator is run.
* @return The controlling <CODE>SubProcessLight</CODE> instance.
* @throws PipelineException If unable to launch the comparator.
* @see SubProcessLight
*/
public SubProcessLight launch(File fileA, File fileB, Map<String, String> env, File dir)
throws PipelineException {
ArrayList<String> args = new ArrayList<String>();
args.add(fileA.toString());
args.add("-compare");
args.add(fileB.toString());
SubProcessLight proc = new SubProcessLight(getName(), getProgram(), args, env, dir);
proc.start();
return proc;
}
/**
* Construct a {@link SubProcessHeavy SubProcessHeavy} instance which when executed will fulfill
* the given action agenda.
*
* <p>
*
* @param agenda The agenda to be accomplished by the action.
* @param outFile The file to which all STDOUT output is redirected.
* @param errFile The file to which all STDERR output is redirected.
* @return The SubProcess which will fulfill the agenda.
* @throws PipelineException If unable to prepare a SubProcess due to illegal, missing or
* imcompatable information in the action agenda or a general failure of the prep method code.
*/
public SubProcessHeavy prep(ActionAgenda agenda, File outFile, File errFile)
throws PipelineException {
NodeID nodeID = agenda.getNodeID();
/* sanity checks */
Path fromPath = null;
FileSeq fromSeq = null;
FileSeq toSeq = null;
{
ArrayList<String> formats = new ArrayList<String>();
formats.add("xml");
String sname = (String) getSingleParamValue("XmlSource");
if (sname == null) throw new PipelineException("The Image Source was not set!");
String xmlpath = null;
if (sname != null) {
FileSeq fxml = agenda.getPrimarySource(sname);
xmlpath = fxml.toString();
}
NodeID snodeID = new NodeID(nodeID, sname);
ArrayList<String> suffixes = new ArrayList<String>();
suffixes.add("html");
suffixes.add("htm");
Path targetPath = getPrimaryTargetPath(agenda, suffixes, "Html fil");
// ********************************************************************
// Build the mencoder command
// ********************************************************************
ArrayList<String> args = new ArrayList<String>();
args.add("/intranet/jpt/phpCliPrograms/Edit2pipe.php");
args.add("none");
args.add(xmlpath);
args.add(xmlpath);
args.add(targetPath.toOsString());
// Create sub process
return createSubProcess(
agenda,
"php5",
args,
agenda.getEnvironment(),
agenda.getTargetPath().toFile(),
outFile,
errFile);
}
}
/** Get an initial set of action parameters associated with an upstream node. */
public TreeMap<String, ActionParam> getInitialSourceParams() {
TreeMap<String, ActionParam> params = new TreeMap<String, ActionParam>();
{
ActionParam param = new IntegerActionParam("AnotherInteger", "An integer parameter.", 123);
params.put(param.getName(), param);
}
{
ActionParam param = new DoubleActionParam("AnotherDouble", "An double parameter.", 123.456);
params.put(param.getName(), param);
}
{
ArrayList<String> colors = new ArrayList<String>();
colors.add("Red");
colors.add("Yello");
colors.add("Green");
colors.add("Cyan");
colors.add("Blue");
colors.add("Purple");
ActionParam param = new EnumActionParam("AnotherEnum", "An enum parameter.", "Cyan", colors);
params.put(param.getName(), param);
}
{
ActionParam param = new IntegerActionParam("SecondInteger", "A second integer parameter.", 2);
params.put(param.getName(), param);
}
{
ActionParam param = new BooleanActionParam("AnotherBoolean", "A boolean parameter.", true);
params.put(param.getName(), param);
}
{
ActionParam param = new LinkActionParam("AnotherLink", "An upstream link parameter.", null);
params.put(param.getName(), param);
}
return params;
}
/** Get an initial set of action parameters associated with an upstream node. */
public TreeMap<String, ActionParam> getInitialSourceParams() {
TreeMap<String, ActionParam> params = new TreeMap<String, ActionParam>();
{
ArrayList<String> choices = new ArrayList<String>();
choices.add(aModel);
choices.add(aAnimation);
ActionParam param =
new EnumActionParam(
aSceneType, "Is this a model scene or an animation scene.", aModel, choices);
params.put(param.getName(), param);
}
addOldBuildTypeSourceParam(params);
addNamespaceSourceParam(params);
addPrefixNameSourceParam(params);
return params;
}
/**
* Returns a list of Actions required by this Builder, indexed by the toolset that needs to
* contain them.
*
* <p>Builders should override this method to provide their own requirements. This validation gets
* performed after all the Setup Passes have been run but before any Construct Passes are run.
*/
@SuppressWarnings("unchecked")
@Override
public MappedArrayList<String, PluginContext> getNeededActions() {
ArrayList<PluginContext> plugins = new ArrayList<PluginContext>();
plugins.add(new PluginContext("Touch"));
plugins.add(new PluginContext("NukeRead"));
plugins.add(
new PluginContext(
"NukeSubstComp", "Temerity", new Range<VersionID>(new VersionID("2.4.3"), null)));
plugins.add(new PluginContext("DjvUnixQt"));
plugins.add(
new PluginContext(
"SlateSubst", "ICVFX", new Range<VersionID>(new VersionID("1.5.0"), null)));
MappedArrayList<String, PluginContext> toReturn = new MappedArrayList<String, PluginContext>();
toReturn.put(getToolset(), plugins);
return toReturn;
}
public TestAction() {
super(
"Test",
new VersionID("1.1.0"),
"Temerity",
"A test action with at lease one of each type of parameter.");
{
ActionParam param = new DoubleActionParam("SomeDouble", "An double parameter.", 123.456);
addSingleParam(param);
}
{
ActionParam param = new BooleanActionParam("SomeBoolean", "An boolean parameter.", false);
addSingleParam(param);
}
{
ActionParam param = new StringActionParam("SomeString", "A short string parameter.", "test");
addSingleParam(param);
}
{
ActionParam param =
new StringActionParam("ExtraString", "An extra short string parameter.", "extra");
addSingleParam(param);
}
{
ArrayList<String> colors = new ArrayList<String>();
colors.add("Red");
colors.add("Yellow");
colors.add("Green");
colors.add("Cyan");
colors.add("Blue");
colors.add("Purple");
ActionParam param = new EnumActionParam("SomeEnum", "An enum parameter.", "Purple", colors);
addSingleParam(param);
}
}
/**
* Updates the asset references for a shot within Maya and then in pipeline.
*
* @param shotName The name of the shot being processed.
* @param pRemoveRef The list of assets being dereferenced from the shot.
* @param pReplaceRef The list of assets being referenced into the shot.
* @param nameMap
*/
private void editShotReferences(
String shotName,
NodeMod targetMod,
TreeSet<String> pRemoveRef,
TreeSet<String> pReplaceRef,
TreeMap<String, String> nameMap)
throws PipelineException {
logLine("Editing shot: " + shotName);
boolean anim = !shotName.matches(lgtPattern);
/* writing the mel script */
if (anim) {
File script = null;
try {
script = File.createTempFile("UpdateAssetGUI.", ".mel", PackageInfo.sTempPath.toFile());
FileCleaner.add(script);
} // end try
catch (IOException ex) {
throw new PipelineException(
"Unable to create the temporary MEL script used to collect "
+ "texture information from the Maya scene!");
} // end catch
try {
PrintWriter out = new PrintWriter(new BufferedWriter(new FileWriter(script)));
for (String asset : pReplaceRef) {
String nameSpace;
if (asset.endsWith(lr))
nameSpace = nameMap.get(getShortName(asset.substring(0, asset.length() - 3)));
else {
System.err.println("This should not be happening, a hi res asset in a lo-res node.");
continue;
// nameSpace = nameMap.get(getShortName(asset));
}
out.println("print (\"referencing file: $WORKING" + asset + ".ma\");");
out.println(
"file -reference -namespace \"" + nameSpace + "\" \"$WORKING" + asset + ".ma\";");
} // end for
for (String asset : pRemoveRef) {
out.println("print (\"dereferencing file: $WORKING" + asset + ".ma\");");
out.println("file -rr \"$WORKING" + asset + ".ma\";");
} // end for
out.println("// SAVE");
out.println("file -save;");
out.close();
} // end try
catch (IOException ex) {
throw new PipelineException(
"Unable to write the temporary MEL script(" + script + ") used add the references!");
} // end catch
NodeID targetID = new NodeID(w.user, w.view, shotName);
// NodeStatus targetStat = mclient.status(targetID);
/* run Maya to collect the information */
try {
Path targetPath = getNodePath(shotName);
ArrayList<String> args = new ArrayList<String>();
args.add("-batch");
args.add("-script");
args.add(script.getPath());
args.add("-file");
args.add(targetPath.toOsString());
Path wdir = new Path(PackageInfo.sProdPath.toOsString() + targetID.getWorkingParent());
TreeMap<String, String> env =
mclient.getToolsetEnvironment(
w.user, w.view, targetMod.getToolset(), PackageInfo.sOsType);
Map<String, String> nenv = env;
String midefs = env.get("PIPELINE_MI_SHADER_PATH");
if (midefs != null) {
nenv = new TreeMap<String, String>(env);
Path dpath = new Path(new Path(wdir, midefs));
nenv.put("MI_CUSTOM_SHADER_PATH", dpath.toOsString());
}
String command = "maya";
if (PackageInfo.sOsType.equals(OsType.Windows)) command += ".exe";
SubProcessLight proc =
new SubProcessLight("UpdateAssetGUI", command, args, env, wdir.toFile());
try {
proc.start();
proc.join();
if (!proc.wasSuccessful()) {
throw new PipelineException(
"Did not correctly edit the reference due to a maya error.!\n\n"
+ proc.getStdOut()
+ "\n\n"
+ proc.getStdErr());
} // end if
} // end try
catch (InterruptedException ex) {
throw new PipelineException(ex);
} // end catch
} // end try
catch (Exception ex) {
throw new PipelineException(ex);
} // end catch
}
/*-edit the references in pipeline once they are done in the file-*/
BaseAction targetAction = targetMod.getAction();
for (String asset : pReplaceRef) {
mclient.link(
w.user, w.view, shotName, asset, LinkPolicy.Reference, LinkRelationship.All, null);
if (anim) {
/*Set the namespaces*/
String nameSpace = nameMap.get(getShortName(asset.substring(0, asset.length() - 3)));
System.err.println(nameSpace);
targetAction.initSourceParams(asset);
targetAction.setSourceParamValue(asset, "PrefixName", nameSpace);
targetMod.setAction(targetAction);
}
}
w.mclient.modifyProperties(w.user, w.view, targetMod);
for (String asset : pRemoveRef) mclient.unlink(w.user, w.view, shotName, asset);
if (!anim) {
System.err.println("Queuing the switchLgt node " + shotName);
mclient.submitJobs(w.user, w.view, shotName, null);
}
} // end editShotReferences
/**
* Required constructor for to launch the builder.
*
* @param mclient The master manager connection.
* @param qclient The queue manager connection.
* @param builderInfo Information that is shared among all builders in a given invocation.
*/
public QtDeliverBuilder(
MasterMgrClient mclient, QueueMgrClient qclient, BuilderInformation builderInfo)
throws PipelineException {
super(
"QtDeliver",
"A builder for constructing the nodes required to prepare an image sequence "
+ "for delivery to the client or for internal review.",
mclient,
qclient,
builderInfo,
new StudioDefinitions(
mclient,
qclient,
UtilContext.getDefaultUtilContext(mclient),
builderInfo.getLoggerName()),
null,
null,
null);
/* setup builder parameters */
{
/* hide and set parameters which shouldn't be visible to the user */
{
disableParam(new ParamMapping(BaseUtil.aUtilContext, UtilContextUtilityParam.aAuthor));
disableParam(new ParamMapping(BaseUtil.aUtilContext, UtilContextUtilityParam.aView));
// disableParam(new ParamMapping(aCheckinWhenDone));
setParamValue(new ParamMapping(aCheckinWhenDone), true);
disableParam(new ParamMapping(aReleaseOnError));
setParamValue(new ParamMapping(aReleaseOnError), true);
}
/* the source images being delivered */
{
UtilityParam param =
new NodePathUtilityParam(
aSourceNode,
"The fully resolved name of the node containing the images to be delivered.",
new Path("/"));
addParam(param);
}
{
UtilityParam param =
new StringUtilityParam(
aSourceVersion,
"The revision number of the source images node being delivered.",
null);
addParam(param);
}
/* deliverable info */
{
ArrayList<String> choices = new ArrayList<String>();
choices.add("Test");
choices.add("Temp");
choices.add("For Approval");
choices.add("For Preview");
choices.add("Final");
UtilityParam param =
new EnumUtilityParam(
aDeliveryType, "The reason the deliverable was created.", "For Approval", choices);
addParam(param);
}
{
UtilityParam param =
new StringUtilityParam(
DeliverNamer.aDeliverable,
"The name for the content of the images being delivered to the client. "
+ "Typically this will be based on a combination of the shot (or asset) and "
+ "Pipeline task which generated the images such as: \"ri120-blot\" or "
+ "\"rorschach-model\".",
null);
addParam(param);
}
{
UtilityParam param =
new StringUtilityParam(
aClientVersion,
"The client revision number. This revision number is unrelated to Pipeline's "
+ "revision number for the source images and is purely for external client use.",
null);
addParam(param);
}
{
UtilityParam param =
new StringUtilityParam(
aClientShotName, "The filename of the sequence delivered to the client.", null);
addParam(param);
}
{
UtilityParam param =
new StringUtilityParam(
aNotes,
"A short description of the Deliverable to be included in the image slates. "
+ "If not specified the check-in message associated with the source images node "
+ "will be used instead.",
null);
addParam(param);
}
/* Nuke components */
{
UtilityParam param =
new PlaceholderUtilityParam(
aSlateScript, "Select the master slate creation Nuke script to use.");
addParam(param);
}
{
UtilityParam param =
new IntegerUtilityParam(
aSlateHold,
"The number of frames to hold the constant slate image before the images being "
+ "reviewed begin animating.",
1);
addParam(param);
}
{
UtilityParam param =
new PlaceholderUtilityParam(
aFormatScript, "Select the final image formatting Nuke script to use.");
addParam(param);
}
{
UtilityParam param =
new PlaceholderUtilityParam(
aCodecSettings, "Select the QuickTime codec settings to encode the final movie.");
addParam(param);
}
}
/* create the setup passes */
{
addSetupPass(new QuickTimeEssentials());
addSetupPass(new SetupDeliveryParams());
addSetupPass(new GetPrerequisites());
}
/* setup the default editors */
setCommonDefaultEditors();
/* create the construct passes */
{
ConstructPass build = new BuildNodesPass();
addConstructPass(build);
}
/* specify the layout of the parameters for each pass in the UI */
{
PassLayoutGroup layout = new PassLayoutGroup("Root", "Root Layout");
{
AdvancedLayoutGroup sub = new AdvancedLayoutGroup("QuickTimeEssentials", true);
sub.addEntry(1, aUtilContext);
sub.addEntry(1, null);
sub.addEntry(1, aCheckinWhenDone);
sub.addEntry(1, aActionOnExistence);
sub.addEntry(1, aReleaseOnError);
sub.addEntry(1, null);
sub.addEntry(1, aSourceNode);
sub.addEntry(1, aSourceVersion);
layout.addPass(sub.getName(), sub);
}
{
AdvancedLayoutGroup sub = new AdvancedLayoutGroup("None", true);
layout.addPass(sub.getName(), sub);
}
{
AdvancedLayoutGroup sub = new AdvancedLayoutGroup("DeliveryDetails", true);
sub.addEntry(1, aDeliveryType);
sub.addEntry(1, DeliverNamer.aDeliverable);
sub.addEntry(1, aClientVersion);
sub.addEntry(1, aClientShotName);
sub.addEntry(1, aNotes);
sub.addEntry(1, null);
sub.addEntry(1, aSlateScript);
sub.addEntry(1, aSlateHold);
sub.addEntry(1, null);
sub.addEntry(1, aFormatScript);
sub.addEntry(1, aCodecSettings);
layout.addPass(sub.getName(), sub);
}
setLayout(layout);
}
disableParam(new ParamMapping(aActionOnExistence));
setParamValue(new ParamMapping(aActionOnExistence), ActionOnExistence.Conform.toString());
}
/**
* Construct a {@link SubProcessHeavy SubProcessHeavy} instance which when executed will fulfill
* the given action agenda.
*
* <p>
*
* @param agenda The agenda to be accomplished by the action.
* @param outFile The file to which all STDOUT output is redirected.
* @param errFile The file to which all STDERR output is redirected.
* @return The SubProcess which will fulfill the agenda.
* @throws PipelineException If unable to prepare a SubProcess due to illegal, missing or
* imcompatable information in the action agenda or a general failure of the prep method code.
*/
public SubProcessHeavy prep(ActionAgenda agenda, File outFile, File errFile)
throws PipelineException {
NodeID nodeID = agenda.getNodeID();
/* sanity checks */
Path loadScene = null;
Path saveScene = null;
boolean isAscii = false;
TreeMap<Integer, LinkedList<Path>> mel = new TreeMap<Integer, LinkedList<Path>>();
{
/* generate the filename of the Maya scene to load */
{
String sname = (String) getSingleParamValue("MayaScene");
if (sname != null) {
FileSeq fseq = agenda.getPrimarySource(sname);
if (fseq == null)
throw new PipelineException(
"Somehow the Maya Scene node ("
+ sname
+ ") was not one of the source "
+ "nodes!");
String suffix = fseq.getFilePattern().getSuffix();
if (!fseq.isSingle() || (suffix == null) || !(suffix.equals("ma") || suffix.equals("mb")))
throw new PipelineException(
"The MayaMEL Action requires that the source node specified by the Maya "
+ "Scene parameter ("
+ sname
+ ") must have a single Maya scene file as "
+ "its primary file sequence!");
NodeID snodeID = new NodeID(nodeID, sname);
loadScene =
new Path(PackageInfo.sProdPath, snodeID.getWorkingParent() + "/" + fseq.getPath(0));
}
}
/* generate the name of the Maya scene to save */
{
Boolean save = (Boolean) getSingleParamValue("SaveResult");
if ((save != null) && save) {
FileSeq fseq = agenda.getPrimaryTarget();
String suffix = fseq.getFilePattern().getSuffix();
if (!fseq.isSingle() || (suffix == null) || !(suffix.equals("ma") || suffix.equals("mb")))
throw new PipelineException(
"The MayaMEL Action requires that the primary target file sequence must "
+ "be a single Maya scene file if the Save Result parameter is set!");
isAscii = suffix.equals("ma");
saveScene =
new Path(PackageInfo.sProdPath, nodeID.getWorkingParent() + "/" + fseq.getPath(0));
}
}
/* generate the table of MEL script files to evaluate */
for (String sname : getSourceNames()) {
Integer order = (Integer) getSourceParamValue(sname, "Order");
FileSeq fseq = agenda.getPrimarySource(sname);
if (fseq == null)
throw new PipelineException(
"Somehow an per-source Order parameter exists for a node ("
+ sname
+ ") "
+ "which was not one of the source nodes!");
String suffix = fseq.getFilePattern().getSuffix();
if (!fseq.isSingle() || (suffix == null) || !suffix.equals("mel"))
throw new PipelineException(
"The MayaMEL Action requires that the source node ("
+ sname
+ ") with "
+ "per-source Order parameter must have a single MEL script file as its "
+ "primary file sequence!");
NodeID snodeID = new NodeID(nodeID, sname);
Path script =
new Path(PackageInfo.sProdPath, snodeID.getWorkingParent() + "/" + fseq.getPath(0));
LinkedList<Path> scripts = mel.get(order);
if (scripts == null) {
scripts = new LinkedList<Path>();
mel.put(order, scripts);
}
scripts.add(script);
}
}
/* create a temporary MEL script file */
File script = createTemp(agenda, 0755, "mel");
try {
FileWriter out = new FileWriter(script);
/* a workaround needed in "maya -batch" mode */
out.write("// WORK AROUNDS:\n" + "lightlink -q;\n\n");
/* rename the current scene as the output scene */
if (saveScene != null) {
out.write(
"// SCENE SETUP\n"
+ "file -rename \""
+ saveScene
+ "\";\n"
+ "file -type \""
+ (isAscii ? "mayaAscii" : "mayaBinary")
+ "\";\n\n");
}
/* evaluate the MEL scripts */
if (!mel.isEmpty()) {
out.write("// MEL SCRIPTS \n");
for (LinkedList<Path> scripts : mel.values()) {
for (Path spath : scripts) out.write("source \"" + spath + "\";\n");
}
out.write("\n");
}
/* save the file */
if (saveScene != null) out.write("// SAVE\n" + "file -save;\n");
out.close();
} catch (IOException ex) {
throw new PipelineException(
"Unable to write temporary MEL script file ("
+ script
+ ") for Job "
+ "("
+ agenda.getJobID()
+ ")!\n"
+ ex.getMessage());
}
/* create the process to run the action */
try {
ArrayList<String> args = new ArrayList<String>();
args.add("-batch");
args.add("-script");
args.add(script.getPath());
if (loadScene != null) {
args.add("-file");
args.add(loadScene.toOsString());
}
String program = "maya";
if (PackageInfo.sOsType == OsType.Windows) program = (program + ".exe");
return new SubProcessHeavy(
agenda.getNodeID().getAuthor(),
getName() + "-" + agenda.getJobID(),
program,
args,
agenda.getEnvironment(),
agenda.getWorkingDir(),
outFile,
errFile);
} catch (Exception ex) {
throw new PipelineException(
"Unable to generate the SubProcess to perform this Action!\n" + ex.getMessage());
}
}
/** Add the UI components for the given file sequence to the panel. */
private void addFileSeqPanel(FileSeq fseq) {
boolean isPresentInWorking = false;
if ((pStatus != null) && pStatus.hasLightDetails()) {
NodeDetailsLight details = pStatus.getLightDetails();
NodeMod mod = details.getWorkingVersion();
if (mod != null) {
if (mod.getPrimarySequence().equals(fseq)) isPresentInWorking = true;
else {
for (FileSeq sfseq : mod.getSecondarySequences()) {
if (sfseq.equals(fseq)) {
isPresentInWorking = true;
break;
}
}
}
}
}
/* collate the row information */
ArrayList<VersionID> vids = new ArrayList<VersionID>();
ArrayList<FileSeq> singles = new ArrayList<FileSeq>();
TreeSet<FileSeq> enabled = new TreeSet<FileSeq>();
TreeMap<FileSeq, FileState> fstates = new TreeMap<FileSeq, FileState>();
TreeMap<FileSeq, NativeFileInfo> finfos = new TreeMap<FileSeq, NativeFileInfo>();
TreeMap<FileSeq, QueueState> qstates = new TreeMap<FileSeq, QueueState>();
TreeMap<FileSeq, Boolean[]> novel = new TreeMap<FileSeq, Boolean[]>();
{
TreeMap<FileSeq, Integer> wsingles = new TreeMap<FileSeq, Integer>();
if ((pStatus != null) && pStatus.hasLightDetails()) {
if (isPresentInWorking) {
if (pStatus.hasHeavyDetails()) {
NodeDetailsHeavy details = pStatus.getHeavyDetails();
FileState[] fs = details.getFileStates(fseq);
QueueState[] qs = details.getQueueStates();
NativeFileInfo[] infos = details.getFileInfos(fseq);
if ((fs != null) && (qs != null) && (infos != null)) {
int wk;
for (wk = 0; wk < fs.length; wk++) {
FileSeq sfseq = new FileSeq(fseq, wk);
wsingles.put(sfseq, wk);
fstates.put(sfseq, fs[wk]);
finfos.put(sfseq, infos[wk]);
qstates.put(sfseq, qs[wk]);
if (fs[wk] != FileState.CheckedIn) enabled.add(sfseq);
}
}
} else {
NodeDetailsLight details = pStatus.getLightDetails();
int wk;
for (wk = 0; wk < fseq.numFrames(); wk++) {
FileSeq sfseq = new FileSeq(fseq, wk);
wsingles.put(sfseq, wk);
if (details.getVersionState() == VersionState.CheckedIn) {
fstates.put(sfseq, FileState.CheckedIn);
qstates.put(sfseq, QueueState.Undefined);
} else {
enabled.add(sfseq);
}
}
}
}
{
vids.addAll(pNovelty.keySet());
Collections.reverse(vids);
int idx = 0;
for (VersionID vid : vids) {
TreeMap<FileSeq, boolean[]> table = pNovelty.get(vid);
for (FileSeq nfseq : table.keySet()) {
if (fseq.similarTo(nfseq)) {
boolean[] flags = table.get(nfseq);
int wk;
for (wk = 0; wk < flags.length; wk++) {
FileSeq sfseq = new FileSeq(nfseq, wk);
if (!wsingles.containsKey(sfseq)) wsingles.put(sfseq, null);
Boolean[] rflags = novel.get(sfseq);
if (rflags == null) {
rflags = new Boolean[pNovelty.size()];
novel.put(sfseq, rflags);
}
rflags[idx] = new Boolean(flags[wk]);
}
break;
}
}
idx++;
}
}
}
TreeMap<Integer, FileSeq> order = new TreeMap<Integer, FileSeq>();
for (FileSeq sfseq : wsingles.keySet()) {
int frame = -1;
if (sfseq.hasFrameNumbers()) frame = sfseq.getFrameRange().getStart();
order.put(frame, sfseq);
}
singles.addAll(order.values());
}
/* add the panel */
{
JFileSeqPanel panel =
new JFileSeqPanel(
this,
pManagerPanel,
pStatus,
pPrivilegeDetails,
fseq,
vids,
pOffline,
singles,
fstates,
finfos,
qstates,
enabled,
novel,
pIsListLayout);
if (pIsListLayout) pFileSeqsBox.add(panel);
else pFileSeqsTab.addTab(fseq.getFilePattern().toString(), sTabIcon, panel);
pFileSeqPanels.put(fseq, panel);
}
}
/**
* Construct a {@link SubProcessHeavy SubProcessHeavy} instance which when executed will fulfill
* the given action agenda.
*
* <p>
*
* @param agenda The agenda to be accomplished by the action.
* @param outFile The file to which all STDOUT output is redirected.
* @param errFile The file to which all STDERR output is redirected.
* @return The SubProcess which will fulfill the agenda.
* @throws PipelineException If unable to prepare a SubProcess due to illegal, missing or
* imcompatable information in the action agenda or a general failure of the prep method code.
*/
public SubProcessHeavy prep(ActionAgenda agenda, File outFile, File errFile)
throws PipelineException {
NodeID nodeID = agenda.getNodeID();
/* sanity checks */
File targetScene = null;
ArrayList<File> sourceScenes = new ArrayList<File>();
ArrayList<String> mergePatterns = new ArrayList<String>();
File preBuild = null;
File postBuild = null;
File preScene = null;
File postScene = null;
{
DoubleMap<Integer, String, TreeSet<FileSeq>> sources =
new DoubleMap<Integer, String, TreeSet<FileSeq>>();
for (String sname : agenda.getSourceNames()) {
if (hasSourceParams(sname)) {
FileSeq fseq = agenda.getPrimarySource(sname);
Integer order = (Integer) getSourceParamValue(sname, "Order");
addSourceSeq(order, sname, fseq, sources);
}
for (FileSeq fseq : agenda.getSecondarySources(sname)) {
FilePattern fpat = fseq.getFilePattern();
if (hasSecondarySourceParams(sname, fpat)) {
Integer order = (Integer) getSecondarySourceParamValue(sname, fpat, "Order");
addSourceSeq(order, sname, fseq, sources);
}
}
}
for (Integer order : sources.keySet()) {
for (String sname : sources.get(order).keySet()) {
for (FileSeq fseq : sources.get(order).get(sname)) {
String pattern = null;
if (fseq.equals(agenda.getPrimarySource(sname)))
pattern = (String) getSourceParamValue(sname, "MergePattern");
else {
FilePattern fpat = fseq.getFilePattern();
pattern = (String) getSecondarySourceParamValue(sname, fpat, "MergePattern");
}
if ((pattern == null) || (pattern.length() == 0))
throw new PipelineException(
"The Merge Pattern for file sequence ("
+ fseq
+ ") of source node "
+ "("
+ sname
+ ") was not specified!");
NodeID snodeID = new NodeID(nodeID, sname);
File sfile =
new File(PackageInfo.sProdDir, snodeID.getWorkingParent() + "/" + fseq.getFile(0));
sourceScenes.add(sfile);
mergePatterns.add(pattern);
}
}
}
/* generate the name of the Houdini scene to save */
{
FileSeq fseq = agenda.getPrimaryTarget();
String suffix = fseq.getFilePattern().getSuffix();
if (!fseq.isSingle() || (suffix == null) || !suffix.equals("hip"))
throw new PipelineException(
"The HfsBuild Action requires that the primary target file sequence must "
+ "be a single Houdini scene file!");
targetScene =
new File(PackageInfo.sProdDir, nodeID.getWorkingParent() + "/" + fseq.getFile(0));
}
/* command script files */
{
String sname = (String) getSingleParamValue("PreBuildScript");
if (sname != null) {
FileSeq fseq = agenda.getPrimarySource(sname);
if (fseq == null)
throw new PipelineException(
"Somehow the Pre Build Script node ("
+ sname
+ ") was not one of the "
+ "source nodes!");
String suffix = fseq.getFilePattern().getSuffix();
if (!fseq.isSingle() || (suffix == null) || !(suffix.equals("cmd")))
throw new PipelineException(
"The HfsBuild Action requires that the source node specified by the Pre "
+ "Build Script parameter ("
+ sname
+ ") must have a single command "
+ "script (.cmd) as its primary file sequence!");
NodeID snodeID = new NodeID(nodeID, sname);
preBuild =
new File(PackageInfo.sProdDir, snodeID.getWorkingParent() + "/" + fseq.getFile(0));
}
}
{
String sname = (String) getSingleParamValue("PostBuildScript");
if (sname != null) {
FileSeq fseq = agenda.getPrimarySource(sname);
if (fseq == null)
throw new PipelineException(
"Somehow the Post Build Script node ("
+ sname
+ ") was not one of the "
+ "source nodes!");
String suffix = fseq.getFilePattern().getSuffix();
if (!fseq.isSingle() || (suffix == null) || !(suffix.equals("cmd")))
throw new PipelineException(
"The HfsBuild Action requires that the source node specified by the Post "
+ "Build Script parameter ("
+ sname
+ ") must have a single command "
+ "script (.cmd) as its primary file sequence!");
NodeID snodeID = new NodeID(nodeID, sname);
postBuild =
new File(PackageInfo.sProdDir, snodeID.getWorkingParent() + "/" + fseq.getFile(0));
}
}
{
String sname = (String) getSingleParamValue("PreSceneScript");
if (sname != null) {
FileSeq fseq = agenda.getPrimarySource(sname);
if (fseq == null)
throw new PipelineException(
"Somehow the Pre Scene Script node ("
+ sname
+ ") was not one of the "
+ "source nodes!");
String suffix = fseq.getFilePattern().getSuffix();
if (!fseq.isSingle() || (suffix == null) || !(suffix.equals("cmd")))
throw new PipelineException(
"The HfsBuild Action requires that the source node specified by the Pre "
+ "Scene Script parameter ("
+ sname
+ ") must have a single command script "
+ "(.cmd) as its primary file sequence!");
NodeID snodeID = new NodeID(nodeID, sname);
preScene =
new File(PackageInfo.sProdDir, snodeID.getWorkingParent() + "/" + fseq.getFile(0));
}
}
{
String sname = (String) getSingleParamValue("PostSceneScript");
if (sname != null) {
FileSeq fseq = agenda.getPrimarySource(sname);
if (fseq == null)
throw new PipelineException(
"Somehow the Post Scene Script node ("
+ sname
+ ") was not one of the "
+ "source nodes!");
String suffix = fseq.getFilePattern().getSuffix();
if (!fseq.isSingle() || (suffix == null) || !(suffix.equals("cmd")))
throw new PipelineException(
"The HfsBuild Action requires that the source node specified by the Post "
+ "Scene Script parameter ("
+ sname
+ ") must have a single command script "
+ "(.cmd) as its primary file sequence!");
NodeID snodeID = new NodeID(nodeID, sname);
postScene =
new File(PackageInfo.sProdDir, snodeID.getWorkingParent() + "/" + fseq.getFile(0));
}
}
}
/* create the temporary Houdini command script */
File hscript = createTemp(agenda, 0644, "cmd");
try {
FileWriter out = new FileWriter(hscript);
if (preBuild != null) out.write("source " + preBuild + "\n");
/* load the source scenes */
int wk;
for (wk = 0; wk < sourceScenes.size(); wk++) {
File sourceScene = sourceScenes.get(wk);
String pattern = mergePatterns.get(wk);
if (preScene != null) out.write("source " + preScene + "\n");
out.write("mread");
if (wk > 0) out.write(" -o -m " + pattern);
out.write(" " + sourceScene + "\n");
if (postScene != null) out.write("source " + postScene + "\n");
}
if (postBuild != null) out.write("source " + postBuild + "\n");
/* save the file */
out.write("mwrite " + targetScene + "\n");
out.close();
} catch (IOException ex) {
throw new PipelineException(
"Unable to write temporary command file ("
+ hscript
+ ") for Job "
+ "("
+ agenda.getJobID()
+ ")!\n"
+ ex.getMessage());
}
/* create the wrapper shell script */
File script = createTemp(agenda, 0755, "bash");
try {
FileWriter out = new FileWriter(script);
out.write("#!/bin/bash\n\n" + "cat " + hscript + " | hscript");
out.close();
} catch (IOException ex) {
throw new PipelineException(
"Unable to write temporary script file ("
+ script
+ ") for Job "
+ "("
+ agenda.getJobID()
+ ")!\n"
+ ex.getMessage());
}
try {
return new SubProcessHeavy(
agenda.getNodeID().getAuthor(),
getName() + "-" + agenda.getJobID(),
script.getPath(),
new ArrayList<String>(),
agenda.getEnvironment(),
agenda.getWorkingDir(),
outFile,
errFile);
} catch (Exception ex) {
throw new PipelineException(
"Unable to generate the SubProcess to perform this Action!\n" + ex.getMessage());
}
}
public TaskAnnotation() {
super(
"Task",
new VersionID("2.4.1"),
"Temerity",
"Signifies the nodes that make up a common production goal (task).");
{
AnnotationParam param =
new StringAnnotationParam(
aProjectName, "The name of the project this task part of achieving.", null);
addParam(param);
}
{
AnnotationParam param =
new EnumAnnotationParam(
aEntityType,
"The Shotgun entity type owning this task or [[IGNORE]] if not using Shotgun.",
EntityType.Ignore.toTitle(),
EntityType.titles());
addParam(param);
}
{
AnnotationParam param =
new StringAnnotationParam(
aTaskName,
"The name of the overall production goal this node is used to achieve. "
+ "Typically, this is the name of a shot or the asset name.",
null);
addParam(param);
}
{
AnnotationParam param =
new EnumAnnotationParam(
aTaskType,
"The standard type of production goal this node is used to achieve.",
TaskType.Asset.toTitle(),
TaskType.titles());
addParam(param);
}
{
AnnotationParam param =
new StringAnnotationParam(
aCustomTaskType,
"A unique type of production goal this node is used to achieve which is not one "
+ "of the standard type available in TaskType. If a custom type is specified, the "
+ "TaskType parameter should be set to [[CUSTOM]].",
null);
addParam(param);
}
{
AnnotationParam param =
new EnumAnnotationParam(
aPurpose,
"The way this node is intended to be used.",
NodePurpose.Edit.toTitle(),
NodePurpose.commonTitles());
addParam(param);
}
{
ArrayList<String> layout = new ArrayList<String>();
layout.add(aProjectName);
layout.add(aEntityType);
layout.add(aTaskName);
layout.add(aTaskType);
layout.add(aCustomTaskType);
layout.add(aPurpose);
setLayout(layout);
}
}