/// <summary>
/// Similar to the wizard parameterless version, but this wizard
/// can work in one of two ways:
///
/// editTarget == null: A new variable type will be created
/// editTarget != null: An old variable type will be overridden.
///
/// Unless the goal is to pass in non-null editTarget, call this
/// without parameters.
/// </summary>
/// <param name="editTarget">
/// Script set to override, if not null.
/// </param>
public static void CreateWizard(ScriptSetInfo editTarget)
{
NewVariableTypeWizard wizard = DisplayWizard <NewVariableTypeWizard>(
"Create Variable Object Type", "Create"
);
if (editTarget != null)
{
wizard.humanReadableName = editTarget.Name;
wizard.dataType = editTarget.TypeName;
wizard.referability = editTarget.Referability;
wizard.menuOrder = editTarget.MetaData.menuOrder;
wizard.builtin = editTarget.MetaData.builtin;
wizard.targetFolder = new UnityFolderPath(editTarget.DominantPath);
}
else
{
wizard.humanReadableName = "";
wizard.dataType = "";
wizard.referability = ReferabilityMode.Unknown;
wizard.menuOrder = 350000;
wizard.builtin = false;
wizard.targetFolder = new UnityFolderPath(EditorPrefs.GetString(PathPref));
}
wizard.editTarget = editTarget;
// Force a update...it's possible that, with the parameters we've
// passed in, it's valid. Otherwise, it won't detect that it's valid
// until the user changes ones of the fields.
wizard.OnWizardUpdate();
}
public static void ReopenWizard(NewVariableTypeWizard oldWizard)
{
NewVariableTypeWizard wizard = DisplayWizard <NewVariableTypeWizard>(
"Create Variable Object Type", "Create"
);
wizard.humanReadableName = oldWizard.humanReadableName;
wizard.dataType = oldWizard.dataType;
wizard.referability = oldWizard.referability;
wizard.menuOrder = oldWizard.menuOrder;
wizard.targetFolder = oldWizard.targetFolder;
wizard.editTarget = oldWizard.editTarget;
wizard.builtin = oldWizard.builtin;
wizard.OnWizardUpdate();
}
public static void CreateWizard(
string initName,
string initType,
ReferabilityMode initMode,
string initPath
)
{
NewVariableTypeWizard wizard =
ScriptableWizard.DisplayWizard <NewVariableTypeWizard>(
"Create Variable Object Type", "Create"
);
wizard.humanReadableName = initName;
wizard.dataType = initType;
wizard.referability = initMode;
wizard.targetFolder = new UnityFolderPath(initPath);
// Force a update...it's possible that, with the parameters we've
// passed in, it's valid. Otherwise, it won't detect that it's valid
// until the user changes ones of the fields.
wizard.OnWizardUpdate();
}
private void DrawVarObjHierarchy(
string masterLabel,
string masterFoldoutPref,
Dictionary <string, ScriptSetInfo> fileInfoDictionary,
bool canEdit
)
{
bool isFoldedOut; // A catch-all variable for storing the foldout bools
// Create the main foldout
isFoldedOut = EditorPrefs.GetBool(masterFoldoutPref, defaultValue: false);
isFoldedOut = EditorGUILayout.Foldout(isFoldedOut, masterLabel, toggleOnLabelClick: true);
EditorPrefs.SetBool(masterFoldoutPref, isFoldedOut);
// Only render the list itself if it's folded out.
if (isFoldedOut)
{
EditorGUI.indentLevel++;
// Step through all of the types found
foreach (ScriptSetInfo fileInfo in fileInfoDictionary.Values)
{
// Draw the foldout (with its buttons, if folded out and editable).
// We need to figure out if we're folded out, according to the preferences.
string editorPrefKey = EditorPrefPrefix + fileInfo.Name;
bool isTypeFoldedOut = EditorPrefs.GetBool(editorPrefKey, defaultValue: false);
// We want a compact label if folded out. Otherwise, we'll list more info.
string foldoutLabel = fileInfo.Name;
if (!isTypeFoldedOut)
{
foldoutLabel += (" (" + fileInfo.TypeName + ", " + fileInfo.Referability.ToString() + ") ");
}
FoldoutEventInfo foldoutInfo = DrawFoldout(
EditorPrefs.GetBool(editorPrefKey, defaultValue: false),
foldoutLabel,
canEdit
);
EditorPrefs.SetBool(editorPrefKey, foldoutInfo.isFoldedOut);
// Again, only render the list of files if the foldout is open.
if (foldoutInfo.isFoldedOut)
{
EditorGUI.indentLevel++;
DrawFiles(fileInfo.GUIDs);
EditorGUI.indentLevel--;
}
// Handle stuff with the delete button
if (foldoutInfo.selectedDelete)
{
//Debug.Log("Delete " + fileInfo.name);
//DeleteFilesForType(fileInfo);
//ScriptFileManager.DeleteFilesForType(fileInfo, prompt: true);
bool deletionConfirmed = EditorUtility.DisplayDialog(
"Delete variable object scripts named '" + fileInfo.Name + "'?",
"This action cannot be undone!"
+ "\n(Check Variable Object Settings for list of files.)",
"Delete them", "Spare them"
);
if (deletionConfirmed)
{
fileInfo.DeleteFiles();
}
}
else if (foldoutInfo.selectedEdit)
{
NewVariableTypeWizard.CreateWizard(fileInfo);
}
else if (foldoutInfo.selectedRemake)
{
bool remakeConfirmed = EditorUtility.DisplayDialog(
"Remake variable object scripts named '" + fileInfo.Name + "'?",
"They will be placed inside " + fileInfo.DominantPath + "\n"
+ "This action cannot be undone!\n"
+ "(Check Variable Object Settings for list of files.)",
"Remake them", "Maybe not"
);
if (remakeConfirmed)
{
List <string> modifiedFiles = fileInfo.RebuildFiles();
}
}
} // End foreach(...fileInfo...)
if (GUILayout.Button("Rebuild all"))
{
bool remakeConfirmed = EditorUtility.DisplayDialog(
"Remake all " + masterLabel,
"Remake ALL of the scripts? This could break things if you aren't careful!",
"Remake them all!", "Hang on!"
);
if (remakeConfirmed)
{
foreach (ScriptSetInfo setInfo in fileInfoDictionary.Values)
{
setInfo.RebuildFiles();
}
}
}
EditorGUI.indentLevel--;
} // End if(isFoldedOut)
} // End DrawVarObjHierarchy