/*
------------------------------------------------------------------
This file is part of the Open Ephys GUI
Copyright (C) 2016 Open Ephys
------------------------------------------------------------------
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include <iostream>
// ============================================================================
// ============================================================================
// ============================================================================
struct OpenEphysPluginAppWizard : public NewProjectWizard
{
OpenEphysPluginAppWizard()
{
modulesFolder = File::getCurrentWorkingDirectory()
.getParentDirectory().getParentDirectory().getParentDirectory()
.getChildFile ("JuceLibraryCode").getChildFile ("modules");
}
String getName() const override { return TRANS("Open-Ephys Plug-In"); }
String getDescription() const override { return TRANS("Creates an Open-Ephys neuro plug-in."); }
const char* getIcon() const override { return BinaryData::wizard_AudioPlugin_svg; }
StringArray getDefaultModules() override
{
//StringArray s (NewProjectWizard::getDefaultModules());
//s.add ("juce_audio_plugin_client");
// TODO <Kirill A>
// Just an empty modules for now
StringArray s;
return s;
}
Result getResultsFromConfigPage (const PluginTemplatesPageComponent* configPage)
{
m_pluginType = configPage->getSelectedPluginType();
m_processorType = configPage->getSelectedProcessorType();
m_shouldUseVisualizerEditor = configPage->shouldUseVisualizerEditor();
m_guiTemplateName = configPage->getSelectedTemplateName();
m_guiVisualizerTemplateName = configPage->getSelectedVisualizerTemplateName();
DBG (String ("GUI Template name: ") + m_guiTemplateName);
if (m_shouldUseVisualizerEditor)
DBG (String ("GUI Visualizer template name: ") + m_guiVisualizerTemplateName);
m_contentLookAndFeelClassName = configPage->getSelectedLookAndFeelClassName();
m_shouldChangeContentLookAndFeel = (m_contentLookAndFeelClassName != "DEFAULT");
if (m_shouldChangeContentLookAndFeel)
DBG (String ("Content LookAndFeel name: ") + m_contentLookAndFeelClassName);
return Result::ok();
}
bool initialiseProject (Project& project) override
{
createSourceFolder();
if (auto templatesPage = dynamic_cast<PluginTemplatesPageComponent*>
(ownerWizardComp->findParentComponentOfClass<StartPageComponent>()
->getPluginTemplatesPage()))
{
getResultsFromConfigPage (templatesPage);
}
String pluginProcessorName = CodeHelpers::makeValidIdentifier (appTitle, true, true, false) + "Processor";
pluginProcessorName = pluginProcessorName.substring (0, 1).toUpperCase() + pluginProcessorName.substring (1);
const String pluginEditorName = pluginProcessorName + "Editor";
const String processorType = getProcessorTypeString (m_processorType);
const String pluginFriendlyName = appTitle;
DBG (String ("Processor type: ") + processorType);
const String pluginContentComponentName = pluginProcessorName + "ContentComponent";
project.getProjectTypeValue() = ProjectType_OpenEphysPlugin::getTypeName();
project.setPluginType (m_pluginType);
project.setPluginProcessorType (m_processorType);
Project::Item sourceGroup (createSourceGroup (project));
project.getConfigFlag ("JUCE_QUICKTIME") = Project::configFlagDisabled; // disabled because it interferes with RTAS build on PC
project.shouldBuildVST().setValue (false);
project.shouldBuildVST3().setValue (false);
setExecutableNameForAllTargets (project, File::createLegalFileName (appTitle));
//String appHeaders (CodeHelpers::createIncludeStatement (project.getAppIncludeFile(), filterCppFile));
generatePluginMakeFile (project, sourceGroup);
generatePluginLibFile (project, sourceGroup, pluginProcessorName, pluginFriendlyName);
generatePluginProcessorFiles (project, sourceGroup, pluginProcessorName, pluginEditorName, pluginFriendlyName);
// No need to generate content component files for any plugins except Processors.
if (m_pluginType != Plugin::PLUGIN_TYPE_PROCESSOR)
return true;
generatePluginEditorFiles (project, sourceGroup, pluginProcessorName, pluginEditorName, pluginFriendlyName, pluginContentComponentName);
generatePluginEditorContentComponentFiles (project, sourceGroup, pluginProcessorName, pluginEditorName, pluginContentComponentName);
if (m_shouldUseVisualizerEditor)
{
const String visualizerCanvasName = pluginProcessorName + "Visualizer";
const String visualizerCanvasContentComponentName = visualizerCanvasName + "ContentComponent";
generatePluginVisualizerEditorCanvasFiles (project, sourceGroup,
pluginProcessorName, visualizerCanvasName,
visualizerCanvasName, visualizerCanvasContentComponentName);
generatePluginEditorContentComponentFiles (project, sourceGroup,
pluginProcessorName, visualizerCanvasName,
visualizerCanvasContentComponentName,
true);
}
return true;
}
bool generatePluginLibFile (const Project& project,
Project::Item& sourceGroup,
const String& pluginProcessorName,
const String& pluginFriendlyName)
{
String libPluginType = getLibPluginTypeString (m_pluginType);
String libCreateFunctionName = getLibPluginCreateFunctionString (m_pluginType);
String libPluginInfoType = getLibPluginInfoType (m_pluginType);
const auto newPluginLibFile = getSourceFilesFolder().getChildFile ("OpenEphysLib.cpp");
String libPluginProcessorType = m_pluginType == PLUGIN_TYPE_PROCESSOR
? ("info->processor.type = " + getLibProcessorTypeString (m_processorType) + ";")
: "";
String pluginLibCppFileContent = project.getFileTemplate ("openEphys_OpenEphysLibTemplate_cpp")
.replace ("PROCESSORCLASSNAME", pluginProcessorName, false)
.replace ("PLUGINLIBRARYNAME", pluginFriendlyName + " plugin library", false) // TODO <Kirill A>: set library name variable
.replace ("PLUGINLIBRARYVERSION", "1", false) // TODO <Kirill A>: set library version variable
.replace ("PLUGINGUINAME", pluginFriendlyName, false) // TODO <Kirill A>: set library gui name variable
.replace ("LIBPLUGINTYPE", libPluginType, false)
.replace ("LIBPLUGININFOTYPE", libPluginInfoType, false)
.replace ("LIBPLUGINCREATEFUNCTION", libCreateFunctionName, false)
.replace ("LIBPLUGINPROCESSORTYPE", libPluginProcessorType, false);
bool wasGeneratedSuccessfully = true;
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newPluginLibFile, pluginLibCppFileContent))
{
failedFiles.add (newPluginLibFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
sourceGroup.addFileAtIndex (newPluginLibFile, -1, true);
return wasGeneratedSuccessfully;
}
bool generatePluginMakeFile (const Project& project, Project::Item& sourceGroup)
{
String templatePluginMakeFileContent = project.getFileTemplate ("openEphys_PluginMakefile_example");
const auto sourceFolder = getSourceFilesFolder();
auto newPluginMakeFile = sourceFolder.getChildFile ("Makefile");
bool wasGeneratedSuccessfully = true;
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newPluginMakeFile, templatePluginMakeFileContent))
{
failedFiles.add (newPluginMakeFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
return wasGeneratedSuccessfully;
}
bool generatePluginProcessorFiles (const Project& project,
Project::Item& sourceGroup,
const String& processorName,
const String& editorName,
const String& pluginFriendlyName)
{
const auto sourceFolder = getSourceFilesFolder();
auto newProcessorCppFile = sourceFolder.getChildFile (processorName + ".cpp");
auto newProcessorHFile = sourceFolder.getChildFile (processorName + ".h");
auto newEditorHFile = sourceFolder.getChildFile (editorName + ".h");
String processorFileTemplateName = getTemplateProcessorFileName (m_pluginType);
String processorType = getProcessorTypeString (m_processorType);
String processorHeaders = CodeHelpers::createIncludeStatement (newProcessorHFile, newProcessorCppFile) + newLine;
if (m_pluginType == PLUGIN_TYPE_PROCESSOR)
processorHeaders += CodeHelpers::createIncludeStatement (newEditorHFile, newProcessorCppFile);
String processorCppFileContent = project.getFileTemplate (processorFileTemplateName + "_cpp")
.replace ("PROCESSORHEADERS", processorHeaders, false)
.replace ("PROCESSORCLASSNAME", processorName, false)
.replace ("PLUGINGUINAME", pluginFriendlyName, false)
.replace ("EDITORCLASSNAME", editorName, false)
.replace ("PROCESSORTYPE", processorType, false);
String processorHFileConent = project.getFileTemplate (processorFileTemplateName + "_h")
//.replace ("APPHEADERS", appHeaders, false)
.replace ("PROCESSORCLASSNAME", processorName, false)
.replace ("HEADERGUARD", CodeHelpers::makeHeaderGuardName (newProcessorHFile), false);
bool wasGeneratedSuccessfully = true;
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newProcessorCppFile, processorCppFileContent))
{
failedFiles.add (newProcessorCppFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newProcessorHFile, processorHFileConent))
{
failedFiles.add (newProcessorHFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
sourceGroup.addFileAtIndex (newProcessorCppFile, -1, true);
sourceGroup.addFileAtIndex (newProcessorHFile, -1, false);
return wasGeneratedSuccessfully;
}
bool generatePluginEditorFiles (const Project& project,
Project::Item& sourceGroup,
const String& processorName,
const String& editorName,
const String& pluginFriendlyName,
const String& contentComponentName)
{
const auto sourceFolder = getSourceFilesFolder();
auto newEditorCppFile = sourceFolder.getChildFile (editorName + ".cpp");
auto newEditorHFile = sourceFolder.getChildFile (editorName + ".h");
String templateFileNameWithoutExtension = m_shouldUseVisualizerEditor
? "openEphys_ProcessorVisualizerEditorPluginTemplate"
: "openEphys_ProcessorEditorPluginTemplate";
String editorCppFileContent = project.getFileTemplate (templateFileNameWithoutExtension + "_cpp")
//.replace ("EDITORCPPHEADERS", CodeHelpers::createIncludeStatement (filterHFile, filterCppFile)
// + newLine + CodeHelpers::createIncludeStatement (editorHFile, filterCppFile), false)
.replace ("PROCESSORCLASSNAME", processorName, false)
.replace ("EDITORCLASSNAME", editorName, false)
.replace ("PLUGINGUINAME", pluginFriendlyName, false);
String editorHFileContent = project.getFileTemplate (templateFileNameWithoutExtension + "_h")
//.replace ("EDITORHEADERS", appHeaders + newLine + CodeHelpers::createIncludeStatement (filterHFile, filterCppFile), false)
.replace ("PROCESSORCLASSNAME", processorName, false)
.replace ("EDITORCLASSNAME", editorName, false)
.replace ("CONTENTCOMPONENTCLASSNAME", contentComponentName, false)
.replace ("HEADERGUARD", CodeHelpers::makeHeaderGuardName (newEditorHFile), false);
if (m_shouldUseVisualizerEditor)
{
const String visualizerCanvasClassName = processorName + "Visualizer";
editorCppFileContent = editorCppFileContent
.replace ("EDITORCANVASCLASSNAME", visualizerCanvasClassName, false)
.replace ("GenericEditor", "VisualizerEditor", false);
}
if (m_shouldChangeContentLookAndFeel)
{
const auto lookAndFeelDeclarationCode = "ScopedPointer<LookAndFeel> m_contentLookAndFeel;";
const auto lookAndFeelSetterCode = "content.setLookAndFeel (m_contentLookAndFeel);";
const auto lookAndFeelCreationCode = "m_contentLookAndFeel = new LOOKANDFEELCLASSNAME();";
editorCppFileContent = editorCppFileContent
// Uncomment some pieces of code
.replace (String ("//") + lookAndFeelCreationCode, lookAndFeelCreationCode, false)
.replace (String ("//") + lookAndFeelSetterCode, lookAndFeelSetterCode, false)
// Change LookAndFeel class name
.replace ("LOOKANDFEELCLASSNAME", m_contentLookAndFeelClassName, false);
editorHFileContent = editorHFileContent
// Uncomment some pieces of code
.replace (String ("//") + lookAndFeelDeclarationCode, lookAndFeelDeclarationCode, false);
}
bool wasGeneratedSuccessfully = true;
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newEditorCppFile, editorCppFileContent))
{
failedFiles.add (newEditorCppFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newEditorHFile, editorHFileContent))
{
failedFiles.add (newEditorHFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
sourceGroup.addFileAtIndex (newEditorCppFile, -1, true);
sourceGroup.addFileAtIndex (newEditorHFile, -1, false);
return wasGeneratedSuccessfully;
}
bool generatePluginEditorContentComponentFiles (const Project& project,
Project::Item& sourceGroup,
const String& processorName,
const String& editorName,
const String& contentComponentName,
bool useVisualizerEditorTemplates = false)
{
const auto sourceFolder = getSourceFilesFolder();
auto newContentComponentCppFile = sourceFolder.getChildFile (contentComponentName + ".cpp");
auto newContentComponentHFile = sourceFolder.getChildFile (contentComponentName + ".h");
const String guiTemplateName = useVisualizerEditorTemplates
? m_guiVisualizerTemplateName
: m_guiTemplateName;
String contentComponentCppFileContent;
String contentComponentHFileContent;
if (guiTemplateName == "DEFAULT" || (! isExistsGuiTemplate (guiTemplateName)))
{
contentComponentCppFileContent = project.getFileTemplate ("openEphys_ProcessorContentComponentTemplate_cpp")
.replace ("CONTENTCOMPONENTCLASSNAME", contentComponentName, false);
contentComponentHFileContent = project.getFileTemplate ("openEphys_ProcessorContentComponentTemplate_h")
.replace ("CONTENTCOMPONENTCLASSNAME", contentComponentName, false)
.replace ("EDITORCLASSNAME", editorName, false)
.replace ("HEADERGUARD", CodeHelpers::makeHeaderGuardName (newContentComponentHFile), false);
}
else
{
const auto guiTemplateClassName = getGUITemplateClassName (guiTemplateName);
contentComponentCppFileContent = getGUITemplate (guiTemplateName, false)
.replace (guiTemplateClassName, contentComponentName);
const auto userVariablesMacro = String ("//[UserVariables] -- You can add your own custom variables in this section.") + newLine;
const auto friendClassDefinition = CodeHelpers::indent (String ("friend class ") + editorName, 4, true) + ";" + newLine;
contentComponentHFileContent = getGUITemplate (guiTemplateName, true)
.replace (guiTemplateClassName, contentComponentName)
.replace (userVariablesMacro, userVariablesMacro + friendClassDefinition , false);
}
bool wasGeneratedSuccessfully = true;
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newContentComponentCppFile, contentComponentCppFileContent))
{
failedFiles.add (newContentComponentCppFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newContentComponentHFile, contentComponentHFileContent))
{
failedFiles.add (newContentComponentHFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
sourceGroup.addFileAtIndex (newContentComponentCppFile, -1, true);
sourceGroup.addFileAtIndex (newContentComponentHFile, -1, false);
return wasGeneratedSuccessfully;
}
bool generatePluginVisualizerEditorCanvasFiles (const Project& project,
Project::Item& sourceGroup,
const String& processorName,
const String& editorName,
const String& canvasName,
const String& contentComponentName)
{
const auto sourceFolder = getSourceFilesFolder();
auto newCanvasComponentCppFile = sourceFolder.getChildFile (canvasName + ".cpp");
auto newCanvasComponentHFile = sourceFolder.getChildFile (canvasName + ".h");
String canvasComponentCppFileContent;
String canvasComponentHFileContent;
canvasComponentCppFileContent = project.getFileTemplate ("openEphys_ProcessorVisualizerCanvasTemplate_cpp")
.replace ("PROCESSORCLASSNAME", processorName, false)
.replace ("EDITORCANVASCLASSNAME", editorName, false);
canvasComponentHFileContent = project.getFileTemplate ("openEphys_ProcessorVisualizerCanvasTemplate_h")
.replace ("PROCESSORCLASSNAME", processorName,false)
.replace ("EDITORCANVASCLASSNAME", editorName, false)
.replace ("CONTENTCOMPONENTCLASSNAME", contentComponentName, false)
.replace ("HEADERGUARD", CodeHelpers::makeHeaderGuardName (newCanvasComponentHFile), false);
bool wasGeneratedSuccessfully = true;
if (m_shouldChangeContentLookAndFeel)
{
const auto lookAndFeelDeclarationCode = "ScopedPointer<LookAndFeel> m_contentLookAndFeel;";
const auto lookAndFeelSetterCode = "content.setLookAndFeel (m_contentLookAndFeel);";
const auto lookAndFeelCreationCode = "m_contentLookAndFeel = new LOOKANDFEELCLASSNAME();";
canvasComponentCppFileContent = canvasComponentCppFileContent
// Uncomment some pieces of code
.replace (String ("//") + lookAndFeelCreationCode, lookAndFeelCreationCode, false)
.replace (String ("//") + lookAndFeelSetterCode, lookAndFeelSetterCode, false)
// Change LookAndFeel class name
.replace ("LOOKANDFEELCLASSNAME", m_contentLookAndFeelClassName, false);
canvasComponentHFileContent = canvasComponentHFileContent
// Uncomment some pieces of code
.replace (String ("//") + lookAndFeelDeclarationCode, lookAndFeelDeclarationCode, false);
}
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newCanvasComponentCppFile, canvasComponentCppFileContent))
{
failedFiles.add (newCanvasComponentCppFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
if (! FileHelpers::overwriteFileWithNewDataIfDifferent (newCanvasComponentHFile, canvasComponentHFileContent))
{
failedFiles.add (newCanvasComponentHFile.getFullPathName());
wasGeneratedSuccessfully = false;
}
sourceGroup.addFileAtIndex (newCanvasComponentCppFile, -1, true);
sourceGroup.addFileAtIndex (newCanvasComponentHFile, -1, false);
return wasGeneratedSuccessfully;
}
const char* COMBOBOX_ID_PLUGIN_TYPE = "pluginTypeComboBox";// { "pluginTypeComboBox" };
const char* COMBOBOX_ID_PROCESSOR_TYPE = "processorTypeComboBox";// { "processorTypeComboBox" };
private:
PluginType m_pluginType { NOT_A_PLUGIN_TYPE } ;
PluginProcessorType m_processorType { PROCESSOR_TYPE_INVALID };
/** The name of the GUI template which is used to create content component for plugin. */
String m_guiTemplateName;
/** The name of the GUI template for VisualizerEditor's Canvas (if used) to create content component for plugin. */
String m_guiVisualizerTemplateName;
/** The class name of the LookAndFeel for contents. If it's equal to "DEFAULT" - this means that user didn't
selected the new lookAndFeel for component and we have no need to change it..*/
String m_contentLookAndFeelClassName;
bool m_shouldUseVisualizerEditor;
bool m_shouldChangeContentLookAndFeel;
JUCE_DECLARE_NON_COPYABLE_WITH_LEAK_DETECTOR (OpenEphysPluginAppWizard)
};