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WorkflowAppHydroUQ.cpp
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WorkflowAppHydroUQ.cpp
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/* *****************************************************************************
Copyright (c) 2016-2017, The Regents of the University of California (Regents).
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
The views and conclusions contained in the software and documentation are those
of the authors and should not be interpreted as representing official policies,
either expressed or implied, of the FreeBSD Project.
REGENTS SPECIFICALLY DISCLAIMS ANY WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
THE SOFTWARE AND ACCOMPANYING DOCUMENTATION, IF ANY, PROVIDED HEREUNDER IS
PROVIDED "AS IS". REGENTS HAS NO OBLIGATION TO PROVIDE MAINTENANCE, SUPPORT,
UPDATES, ENHANCEMENTS, OR MODIFICATIONS.
*************************************************************************** */
// Written: fmckenna
#include "WorkflowAppHydroUQ.h"
#include <MainWindowWorkflowApp.h>
#include <QPushButton>
#include <QScrollArea>
#include <QJsonArray>
#include <QJsonObject>
#include <QJsonDocument>
#include <QLabel>
#include <QDebug>
#include <QMessageBox>
#include <QFrame>
#include <QVBoxLayout>
#include <QHBoxLayout>
#include <QStackedWidget>
#include <HydroEventSelection.h>
#include <RunLocalWidget.h>
#include <QProcess>
#include <QCoreApplication>
#include <RemoteService.h>
#include <QtNetwork/QNetworkAccessManager>
#include <QtNetwork/QNetworkReply>
#include <QtNetwork/QNetworkRequest>
#include <QHostInfo>
#include <QUuid>
#include <QDir>
#include <QFile>
#include <QSettings>
#include <SimCenterComponentSelection.h>
#include "GeneralInformationWidget.h"
#include <SIM_Selection.h>
#include <RandomVariablesContainer.h>
#include <FEA_Selection.h>
#include <UQ_EngineSelection.h>
#include <UQ_Results.h>
#include <LocalApplication.h>
#include <RemoteApplication.h>
#include <RemoteJobManager.h>
#include <RunWidget.h>
#include <InputWidgetBIM.h>
#include <HydroEDP_Selection.h>
// #include <EDP_Selection.h>
#include "CustomizedItemModel.h"
#include <Utils/ProgramOutputDialog.h>
#include <Utils/RelativePathResolver.h>
#include <GoogleAnalytics.h>
#include <QList>
#include <QMenuBar>
#include <SC_ToolDialog.h>
#include <SC_RemoteAppTool.h>
#include <SC_LocalAppTool.h>
#include <SimCenterPreferences.h>
#include <RemoteAppTest.h>
// #include <DakotaResultsSampling.h>
#include <QtGlobal>
// #include <QSvgWidget>
// EVT classes for standalone tool runs
// HydroUQ original EVT classes from Ajay. Used OpenFOAM with GeoCLAW. TODO: Update OpenFOAM / GeoClaw version and build for TapisV3
#if defined(HYDROUQ_GEOCLAW)
#endif
#include <GeoClawOpenFOAM/GeoClawOpenFOAM.h>
#include <WaveDigitalFlume/WaveDigitalFlume.h>
#include <coupledDigitalTwin/CoupledDigitalTwin.h>
#include <MPM/MPM.h>
#include <MPM/SPH.h>
#include <StochasticWaveModel/include/StochasticWaveInput.h>
#include <TaichiEvent/TaichiEvent.h>
#include <Celeris/Celeris.h>
// #include <Celeris/WebGPU.h>
#include <NOAA/DigitalCoast.h>
// static pointer for global procedure set in constructor
static WorkflowAppHydroUQ *theApp = 0;
// global procedure
int getNumParallelTasks() {
return theApp->getMaxNumParallelTasks();
}
WorkflowAppHydroUQ::WorkflowAppHydroUQ(RemoteService *theService, QWidget *parent)
: WorkflowAppWidget(theService, parent)
{
// set static pointer for global procedure
theApp = this;
//
// create the various widgets
//
theRVs = RandomVariablesContainer::getInstance();
theGI = GeneralInformationWidget::getInstance();
theSIM = new SIM_Selection(true, true);
theEventSelection = new HydroEventSelection(theRVs, theService);
// theEventSelection = new HydroEventSelection(theRVs, theGI);
theAnalysisSelection = new FEA_Selection(true);
theUQ_Selection = new UQ_EngineSelection(ForwardReliabilitySensitivity); // ForwardReliabilitySensitivitySurrogate
theEDP_Selection = new HydroEDP_Selection(theRVs);
theResults = theUQ_Selection->getResults();
//
// Set workflow scripts
//
localApp = new LocalApplication("sWHALE.py");
remoteApp = new RemoteApplication("sWHALE.py", theService);
//QStringList filesToDownload; filesToDownload << "inputRWHALE.json" << "input_data.zip" << "Results.zip";
theJobManager = new RemoteJobManager(theService);
SimCenterWidget *theWidgets[1];// =0;
theRunWidget = new RunWidget(localApp, remoteApp, theWidgets, 0);
//
// connect signals and slots for (1) local and (2) remote application runs.
//
// connect(localApp,SIGNAL(setupForRun(QString &,QString &)), this, SLOT(setUpForApplicationRun(QString &,QString &)));
connect(localApp, &Application::setupForRun, this, [this](QString &workingDir, QString &subDir)
{
currentApp = localApp;
setUpForApplicationRun(workingDir, subDir);
});
/*************************
connect(this,SIGNAL(setUpForApplicationRunDone(QString&, QString &)), theRunWidget, SLOT(setupForRunApplicationDone(QString&, QString &)));
connect(localApp,SIGNAL(runComplete()), this, SLOT(runComplete()));
connect(localApp,SIGNAL(processResults(QString&)), this, SLOT(processResults(QString&)));
// connect(remoteApp,SIGNAL(setupForRun(QString &,QString &)), this, SLOT(setUpForApplicationRun(QString &,QString &)));
**************************/
connect(remoteApp, &Application::setupForRun, this, [this](QString &workingDir, QString &subDir)
{
currentApp = remoteApp;
setUpForApplicationRun(workingDir, subDir);
});
/************************
connect(theJobManager,SIGNAL(processResults(QString&)), this, SLOT(processResults(QString&)));
connect(theJobManager,SIGNAL(loadFile(QString&)), this, SLOT(loadFile(QString&)));
connect(remoteApp,SIGNAL(successfullJobStart()), theRunWidget, SLOT(hide()));
connect(remoteApp,SIGNAL(successfullJobStart()), this, SLOT(runComplete()));
connect(theService, SIGNAL(closeDialog()), this, SLOT(runComplete()));
connect(theJobManager, SIGNAL(closeDialog()), this, SLOT(runComplete()));
// connect(theRunLocalWidget, SIGNAL(runButtonPressed(QString, QString)), this, SLOT(runLocal(QString, QString)));
*************************/
//connect(localApp,SIGNAL(setupForRun(QString &,QString &)), this, SLOT(setUpForApplicationRun(QString &,QString &)));
connect(this, SIGNAL(setUpForApplicationRunDone(QString&, QString &)), theRunWidget, SLOT(setupForRunApplicationDone(QString&, QString &)));
connect(localApp, SIGNAL(runComplete()), this, SLOT(runComplete())); // swao with next?
connect(localApp, SIGNAL(processResults(QString&)), this, SLOT(processResults(QString&)));
//connect(remoteApp,SIGNAL(setupForRun(QString &,QString &)), this, SLOT(setUpForApplicationRun(QString &,QString &)));
connect(theJobManager, SIGNAL(processResults(QString&)), this, SLOT(processResults(QString&)));
connect(theJobManager, SIGNAL(loadFile(QString&)), this, SLOT(loadFile(QString&)));
connect(remoteApp, SIGNAL(successfullJobStart()), theRunWidget, SLOT(hide()));;
connect(remoteApp, SIGNAL(successfullJobStart()), this, SLOT(runComplete()));
connect(theService, SIGNAL(closeDialog()), this, SLOT(runComplete()));
connect(theJobManager, SIGNAL(closeDialog()), this, SLOT(runComplete()));
/**
// KZ connect queryEVT and the reply
connect(theUQ_Selection, SIGNAL(queryEVT()), theEventSelection, SLOT(replyEventType()));
connect(theEventSelection, SIGNAL(typeEVT(QString)), theUQ_Selection, SLOT(setEventType(QString)));
**/
//
// create layout to hold component selection
//
QHBoxLayout *horizontalLayout = new QHBoxLayout();
horizontalLayout->setMargin(0);
this->setLayout(horizontalLayout);
//
// create the component selection & add the components to it
//
theComponentSelection = new SimCenterComponentSelection();
horizontalLayout->addWidget(theComponentSelection);
horizontalLayout->setAlignment(Qt::AlignLeft);
theComponentSelection->addComponent(QString("UQ"), theUQ_Selection);
theComponentSelection->addComponent(QString("GI"), theGI);
theComponentSelection->addComponent(QString("SIM"), theSIM);
theComponentSelection->addComponent(QString("EVT"), theEventSelection);
theComponentSelection->addComponent(QString("FEM"), theAnalysisSelection);
theComponentSelection->addComponent(QString("EDP"), theEDP_Selection); // Using EDP_HydroSelection
theComponentSelection->addComponent(QString("RV"), theRVs);
theComponentSelection->addComponent(QString("RES"), theResults);
theComponentSelection->displayComponent("UQ"); // Initial page on startup
// access a web page which will increment the usage count for this tool
manager = new QNetworkAccessManager(this);
connect(manager, SIGNAL(finished(QNetworkReply*)),
this, SLOT(replyFinished(QNetworkReply*)));
manager->get(QNetworkRequest(QUrl("http://opensees.berkeley.edu/OpenSees/developer/eeuq/use.php"))); // EE-UQ?
//
// set the defults in the General Info
//
theGI->setDefaultProperties(1,144,360,360,37.8715,-122.2730); // Berkeley, kips and inches
ProgramOutputDialog *theDialog=ProgramOutputDialog::getInstance();
theDialog->appendInfoMessage("Welcome to HydroUQ");
}
// Development mode for tools
constexpr bool DEV_MODE = true; // Set to true for development mode, false for production mode
// Quickly enable/disable tools here for compile-time
constexpr bool USE_CLAYMORE_TOOL = true;
constexpr bool USE_TAICHI_TOOL = false;
constexpr bool USE_NOAA_TOOL = false;
constexpr bool USE_CELERIS_TOOL = false;
constexpr bool USE_WEBGPU_TOOL = false;
// Imported from WE-UQ for EmptyDomainCFD Tool
void
WorkflowAppHydroUQ::setMainWindow(MainWindowWorkflowApp* window) {
this->WorkflowAppWidget::setMainWindow(window); // Call the parent class's function, which sets the main window
auto menuBar = theMainWindow->menuBar();
//
// Add a Tool option to menu bar & add options to it
//
QMenu *toolsMenu = new QMenu(tr("&Tools"), menuBar);
SC_ToolDialog *theToolDialog = new SC_ToolDialog(this);
//
// Add standalone events to tools menu
//
QString appName;
QList<QString> queues;
if constexpr (USE_CLAYMORE_TOOL) {
MPM *miniMPM = new MPM(theRVs);
if (!miniMPM->isInitialize()) {
miniMPM->initialize();
}
if constexpr (DEV_MODE) {
appName = "simcenter-claymore-lonestar6"; // Lonestar6 dev app for ClaymoreUW MPM, Justin Bonus (bonusj)
queues << "gpu-a100-dev"; // These are later changed to "normal" and "fast" in the tool based on number of cores/processors? Should fix this
} else {
appName = "simcenter-claymore-lonestar6"; // Lonestar6 public app for ClaymoreUW MPM
queues << "gpu-a100"; // These are later changed to "normal" and "fast" in the tool based on number of cores/processors? Should fix this
}
QString appVersion = "1.0.1";
QString machine = "lonestar6"; // "ls6";
SC_RemoteAppTool *miniMPMTool = new SC_RemoteAppTool(appName, appVersion, machine, queues, theRemoteService, miniMPM, theToolDialog); // lonestar6
// delete miniMPM; // Clean up the MPM object after creating the tool?
theToolDialog->addTool(miniMPMTool, "Digital Twin (MPM)");
QAction *showMPM = toolsMenu->addAction("Digital Twin (&MPM)");
connect(showMPM, &QAction::triggered, this,[this, theDialog=theToolDialog, miniM = miniMPMTool] {
theDialog->showTool("Digital Twin (MPM)");
});
// currentTool = miniMPMTool; // TODO: Make this more dynamics / use a better interface
}
// if constexpr (USE_TAICHI_TOOL) {
// queues.clear(); queues << "rtx" << "rtx-dev"; // These are later changed to "normal" and "fast" in the tool based on number of cores/processors? Should fix this
// TaichiEvent *miniTaichi = new TaichiEvent();
// appName = "simcenter-taichi-frontera"; // Frontera
// QString appVersion = "1.0.0";
// QString machine = "frontera";
// SC_RemoteAppTool *miniTaichiTool = new SC_RemoteAppTool(appName, appVersion, machine, queues, theRemoteService, miniTaichi, theToolDialog);
// theToolDialog->addTool(miniTaichiTool, "General Event (Taichi)");
// QAction *showTaichi = toolsMenu->addAction("General Event (&Taichi)");
// connect(showTaichi, &QAction::triggered, this,[this, theDialog=theToolDialog, miniT = miniTaichiTool] {
// theDialog->showTool("General Event (Taichi)");
// });
// }
// if constexpr (USE_NOAA_TOOL) {
// DigitalCoast *miniDC = new DigitalCoast();
// QString appNameDC = "simcenter-noaa-dc-frontera"; // Frontera
// QString systemNameDC = "frontera";
// QString appVersion = "1.0.0";
// QString machine = "frontera";
// QList<QString> queuesDC; queuesDC << "rtx" << "rtx-dev"; // These are later changed to "normal" and "fast" in the tool based on number of cores/processors? Should fix this
// SC_RemoteAppTool *miniDCTool = new SC_RemoteAppTool(appNameDC, appVersion, machine, queuesDC, theRemoteService, miniDC, theToolDialog);
// theToolDialog->addTool(miniDCTool, "Sea-Level Rise (NOAA Digital Coast)");
// QAction *showDC = toolsMenu->addAction("Sea-Level Rise (&NOAA Digital Coast)");
// connect(showDC, &QAction::triggered, this,[this, theDialog=theToolDialog, miniD = miniDCTool] {
// theDialog->showTool("Sea-Level Rise (NOAA Digital Coast)");
// });
// }
// if constexpr (USE_CELERIS_TOOL) {
// Celeris *miniCeleris = new Celeris();
// QString appNameCeleris = "simcenter-celeris-frontera"; // Frontera
// QString systemNameCeleris = "frontera";
// QString appVersion = "1.0.0";
// QString machine = "frontera";
// QList<QString> queuesCeleris; queuesCeleris << "rtx" << "rtx-dev"; // These are later changed to "normal" and "fast" in the tool based on number of cores/processors? Should fix this
// SC_RemoteAppTool *miniCelerisTool = new SC_RemoteAppTool(appNameCeleris, appVersion, machine, queuesCeleris, theRemoteService, miniCeleris, theToolDialog);
// theToolDialog->addTool(miniCelerisTool, "Boussinesq Waves (Celeris)");
// QAction *showCeleris = toolsMenu->addAction("Boussinesq Waves (&Celeris)");
// connect(showCeleris, &QAction::triggered, this,[this, theDialog=theToolDialog, miniC = miniCelerisTool] {
// theDialog->showTool("Boussinesq Waves (Celeris)");
// });
// }
// if constexpr (USE_WEBGPU_TOOL) {
// WebGPU *miniWebGPU = new WebGPU();
// QString appNameWebGPU = "WebGPU-1.0.0"; // Frontera
// QString systemNameWebGPU = "frontera";
// QList<QString> queuesWebGPU; queuesWebGPU << "rtx" << "rtx-dev"; // These are later changed to "normal" and "fast" in the tool based on number of cores/processors? Should fix this
// SC_RemoteAppTool *miniWebGPUTool = new SC_RemoteAppTool(appNameWebGPU, queuesWebGPU, theRemoteService, miniWebGPU, theToolDialog);
// theToolDialog->addTool(miniWebGPUTool, "Trouble-Shoot WebGPU (Hardware Acceleration)");
// QAction *showWebGPU = toolsMenu->addAction("Trouble-Shoot &WebGPU (Hardware Acceleration)");
// connect(showWebGPU, &QAction::triggered, this,[this, theDialog=theToolDialog, miniW = miniWebGPUTool] {
// theDialog->showTool("Trouble-Shoot WebGPU (Hardware Acceleration)");
// });
// }
/*
RemoteAppTest *theTest = new RemoteAppTest();
QString appNameTest = "remoteAppTest-1.0.0";
QList<QString> queuesTest; queuesTest << "normal" << "fast";
SC_RemoteAppTool *theTestTool = new SC_RemoteAppTool(appNameTest, queuesTest, theRemoteService, theTest, theToolDialog);
theToolDialog->addTool(theTestTool, "Build and Run MPI Program");
QAction *showTest = toolsMenu->addAction("&Build and Run MPI Program");
connect(showTest, &QAction::triggered, this,[this, theDialog=theToolDialog, theEmp = theTestTool] {
theDialog->showTool("Build and Run MPI Program");
});
*/
//
// Add Tools to menu bar
//
QAction* menuAfter = nullptr;
foreach (QAction *action, menuBar->actions()) {
// First check for an examples menu and if that does not exist put it before the help menu
auto actionText = action->text();
if(actionText.compare("&Examples") == 0)
{
menuAfter = action;
break;
}
else if(actionText.compare("&Help") == 0)
{
menuAfter = action;
break;
}
}
menuBar->insertMenu(menuAfter, toolsMenu);
// TODO - Make this a bit more dynamic, use bibtex, and consider swapping tools in and out automaticlly
// This outputs citations, makes it easy for people to add their own
// to tools and have them grouped for output with the rest
auto prefs = SimCenterPreferences::getInstance();
// defaultWorkDir = QDir(stringLocalWorkDir);
QString localWorkDirString = prefs->getLocalWorkDir();
QDir localWorkDir(localWorkDirString);
if (!localWorkDir.exists()) {
localWorkDir.mkpath(localWorkDirString);
}
QString tmpDirName = QString("tmp.SimCenter");
localWorkDir.mkdir(tmpDirName); // defaultWorkDirString should start as "tmp.SimCenter"
// {
QString tmpDirectoryString = localWorkDir.absoluteFilePath(tmpDirName);
QDir tmpDirectory(tmpDirectoryString);
if (tmpDirectory.exists()) {
tmpDirectory.removeRecursively();
} else {
tmpDirectory.mkpath(tmpDirectoryString);
}
tmpDirectory.mkdir(defaultSubDir);
defaultWorkDir = QDir(tmpDirectoryString);
QString templateDirectoryString = tmpDirectory.absoluteFilePath(defaultSubDir); // "templatedir" by default
QDir templateDirectory(templateDirectoryString);
if (templateDirectory.exists()) {
templateDirectory.removeRecursively();
} else {
templateDirectory.mkpath(templateDirectoryString);
}
// connect(theToolDialog, SIGNAL(toolSelected(QString)), this, SLOT(toolSelected(QString)));
QJsonObject citations;
QString localCiteFile = templateDirectoryString + QDir::separator() + tr("tool_cite.json");
// QString citeFile = destinationDirectory.filePath("please_cite.json"); // file getting deleted
currentTool = nullptr;
this->createToolCitation(citations, localCiteFile);
// }
/**
QString remoteWorkDirString = prefs->getRemoteWorkDir();
QDir remoteWorkDir(remoteWorkDirString);
if (!remoteWorkDir.exists()) {
remoteWorkDir.mkpath(remoteWorkDirString);
}
QString tmpDirName = QString("tmp.SimCenter");
remoteWorkDir.mkdir(tmpDirName); // defaultWorkDirString should start as "tmp.SimCenter"
{
QString tmpDirectoryString = remoteWorkDir.absoluteFilePath(tmpDirName);
QDir tmpDirectory(tmpDirectoryString);
if (tmpDirectory.exists()) {
tmpDirectory.removeRecursively();
} else {
tmpDirectory.mkpath(tmpDirectoryString);
}
tmpDirectory.mkdir(defaultSubDir);
defaultWorkDir = QDir(tmpDirectoryString);
QString templateDirectoryString = tmpDirectory.absoluteFilePath(defaultSubDir); // "templatedir" by default
QDir templateDirectory(templateDirectoryString);
if (templateDirectory.exists()) {
templateDirectory.removeRecursively();
} else {
templateDirectory.mkpath(templateDirectoryString);
}
QJsonObject citations;
QString remoteCiteFile = templateDirectoryString + QDir::separator() + tr("tool_cite.json");
this->createToolCitation(citations, remoteCiteFile);
}
**/
// json.insert("citations",citations);
}
// WorkflowAppHydroUQ::toolSelected(QString toolName) {
// if (currentTool != nullptr) {
// currentTool->hide();
// }
// currentTool = theToolDialog->getTool(toolName);
// currentTool->show();
// }
WorkflowAppHydroUQ::~WorkflowAppHydroUQ()
{
// hack to get around a sometimes occuring seg fault
// as some classes in destructor remove RV from the RVContainer
// which may already have been destructed .. so removing so no destructor called
// QWidget *newUQ = new QWidget();
// theComponentSelection->swapComponent("RV",newUQ);
}
void WorkflowAppHydroUQ::replyFinished(QNetworkReply *pReply)
{
Q_UNUSED(pReply);
return;
}
bool WorkflowAppHydroUQ::canRunLocally()
{
// From old HydroUQ, assumes no local run and only checks event app
// TODO: Look into local run
// QMessageBox msgBox;
// msgBox.setText("The current workflow cannot run locally, please run at DesignSafe instead.");
// msgBox.exec();
// return false;
QList<SimCenterAppWidget*> apps({theEventSelection, theEDP_Selection, theSIM});
foreach(SimCenterAppWidget* app, apps)
{
if(!app->supportsLocalRun())
{
theRunWidget->close();
QMessageBox msgBox;
msgBox.setText("The current workflow cannot run locally, please run at DesignSafe instead.");
msgBox.exec();
return false;
}
}
return true;
}
bool
WorkflowAppHydroUQ::outputToJSON(QJsonObject &jsonObjectTop) {
//
// get each of the main widgets to output themselves
//
bool result = true;
QJsonObject apps;
//
// get each of the main widgets to output themselves to top
// and workflow widgets to output appData to apps
//
// theGI
QJsonObject jsonObjGenInfo;
result = theGI->outputToJSON(jsonObjGenInfo);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theGI->outputToJSON() returned false!"); return result; }
jsonObjectTop["GeneralInformation"] = jsonObjGenInfo;
// theRVs
result = theRVs->outputToJSON(jsonObjectTop);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theRVs->outputToJSON() returned false!"); return result; }
// theEDP
QJsonObject jsonObjectEDP;
result = theEDP_Selection->outputToJSON(jsonObjectEDP);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theEDP_Selection->outputToJSON() returned false!"); return result; }
jsonObjectTop["EDP"] = jsonObjectEDP;
QJsonObject appsEDP;
result = theEDP_Selection->outputAppDataToJSON(appsEDP);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theEDP_Selection->outputAppDataToJSON() returned false!"); return result; }
apps["EDP"]=appsEDP;
// theUQ
result = theUQ_Selection->outputAppDataToJSON(apps);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theUQ_Selection->outputAppDataToJSON() returned false!"); return result; }
result = theUQ_Selection->outputToJSON(jsonObjectTop);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theUQ_Selection->outputToJSON() returned false!"); return result; }
// theSIM
result = theSIM->outputAppDataToJSON(apps);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theSIM->outputAppDataToJSON() returned false!"); return result; }
result = theSIM->outputToJSON(jsonObjectTop);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theSIM->outputToJSON() returned false!"); return result; }
// theAnalysis
result = theAnalysisSelection->outputAppDataToJSON(apps);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theAnalysisSelection->outputAppDataToJSON() returned false!"); return result; }
result = theAnalysisSelection->outputToJSON(jsonObjectTop);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theAnalysisSelection->outputToJSON() returned false!"); return result; }
// theEventSelection
// NOTE: Events treated differently, due to array nature of objects
result = theEventSelection->outputToJSON(jsonObjectTop);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theEventSelection->outputToJSON() returned false!"); return result; }
result = theEventSelection->outputAppDataToJSON(apps);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theEventSelection->outputAppDataToJSON() returned false!"); return result; }
// theRunWidget
result = theRunWidget->outputToJSON(jsonObjectTop);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theRunWidget->outputToJSON() returned false!"); return result; }
// theResults
// sy - to save results
result = theResults->outputToJSON(jsonObjectTop);
if (result == false)
{ this->errorMessage("ERROR: WorkflowAppHydroUQ::outputToJSON() theResults->outputToJSON() returned false!"); return result; }
jsonObjectTop["Applications"]=apps;
QJsonObject defaultValues;
defaultValues["workflowInput"]=QString("scInput.json");
defaultValues["filenameAIM"]=QString("AIM.json");
defaultValues["filenameEVENT"] = QString("EVENT.json");
defaultValues["filenameSAM"]= QString("SAM.json");
defaultValues["filenameEDP"]= QString("EDP.json");
defaultValues["filenameSIM"]= QString("SIM.json");
defaultValues["driverFile"]= QString("driver");
defaultValues["filenameDL"]= QString("BIM.json");
defaultValues["workflowOutput"]= QString("EDP.json");
QJsonArray rvFiles, edpFiles;
rvFiles.append(QString("AIM.json"));
rvFiles.append(QString("SAM.json"));
rvFiles.append(QString("EVENT.json"));
rvFiles.append(QString("SIM.json"));
edpFiles.append(QString("EDP.json"));
defaultValues["rvFiles"]= rvFiles;
defaultValues["edpFiles"]=edpFiles;
jsonObjectTop["DefaultValues"]=defaultValues;
return result;
}
void
WorkflowAppHydroUQ::processResults(QString &dirName)
{
//
// get results widget for currently selected UQ option
//
theResults = theUQ_Selection->getResults();
if (theResults == NULL) {
this->errorMessage("FATAL - UQ option selected not returning results widget");
return;
}
//
// connect signals for results widget
//
// connect(theResults,SIGNAL(sendStatusMessage(QString)), this,SLOT(statusMessage(QString)));
// connect(theResults,SIGNAL(sendErrorMessage(QString)), this,SLOT(errorMessage(QString)));
//
// swap current results with existing one in selection & disconnect signals
//
QWidget *oldResults = theComponentSelection->swapComponent(QString("RES"), theResults);
if (oldResults != NULL) {
this->errorMessage("WorkflowAppHydroUQ::processResults() - Deleting oldResults");
delete oldResults;
}
// if (oldResults != NULL && oldResults != theResults) {;
// this->errorMessage("WorkflowAppHydroUQ::processResults() - Deleting oldResults");
// // disconnect(oldResults,SIGNAL(sendErrorMessage(QString)), this,SLOT(errorMessage(QString)));
// // disconnect(oldResults,SIGNAL(sendFatalMessage(QString)), this,SLOT(fatalMessage(QString)));
// delete oldResults;
// }
//
// process results
//
theResults->processResults(dirName);
// theRunWidget->hide(); // Hide the run widget after the results are processed, as the results are now displayed
theComponentSelection->displayComponent("RES");
}
void
WorkflowAppHydroUQ::clear(void)
{
// EE-UQ
theGI->clear();
theSIM->clear();
// /*******************************************
// Needed?
theRVs->clear();
theUQ_Selection->clear();
theEventSelection->clear();
theAnalysisSelection->clear();
// Function theUQ_Selection->getResults returns UQ simulation results to the theResults from a "Workflow" perspective. I.e., it will host the results after retrieving the data from a completed workflow simulation on a remote HPC system (or local if that is implemented). It won't contain the results from an "individual" app/tool perspective, i.e. if just EVT is ran to perform a normal CFD simulation, the results will be in the EVT app in its own results widget. Depending on the EVT implementation, this widget can be theResults if it is "passed" to it. (JB)
theResults=theUQ_Selection->getResults();
if (theResults == NULL) {
this->errorMessage("FATAL - UQ option selected not returning results widget");
return;
}
//
// swap current results with existing one in selection & disconnect signals
//
QWidget *oldResults = theComponentSelection->swapComponent(QString("RES"), theResults); // The "swap" takes care of deleting the oldResults widget that was swapped out from theComponentSelection. theResults is the new widget that was swapped in and is now owned by theComponentSelection. oldResults is the old widget that was swapped out and is now owned by this function so it needs to be deleted, though smart pointers could take care of this if we refactor the code to use them.
if (oldResults != NULL && oldResults != theResults) {
this->errorMessage("WorkflowAppHydroUQ::clear() - Deleting oldResults");
delete oldResults;
}
//
// ready to process results
//
// *******************************************/
}
bool
WorkflowAppHydroUQ::inputFromJSON(QJsonObject &jsonObject)
{
//
// get each of the main widgets to input themselves
//
if (jsonObject.contains("GeneralInformation")) {
QJsonObject jsonObjGeneralInformation = jsonObject["GeneralInformation"].toObject();
if (theGI->inputFromJSON(jsonObjGeneralInformation) == false) {
this->errorMessage("Hydro_UQ: failed to read GeneralInformation");
}
} else {
this->errorMessage("Hydro_UQ: failed to find GeneralInformation");
return false;
}
if (jsonObject.contains("Applications")) {
QJsonObject theApplicationObject = jsonObject["Applications"].toObject();
// note: Events is different because the object is an Array
if (theApplicationObject.contains("Events")) {
// QJsonObject theObject = theApplicationObject["Events"].toObject(); it is null object, actually an array
if (theEventSelection->inputAppDataFromJSON(theApplicationObject) == false) {
this->errorMessage("Hydro_UQ: found Events in Applications but failed to read");
}
} else {
this->errorMessage("Hydro_UQ: failed to find Events in Applications");
return false;
}
if (theUQ_Selection->inputAppDataFromJSON(theApplicationObject) == false)
this->errorMessage("Hydro_UQ: failed to read UQ application");
if (theSIM->inputAppDataFromJSON(theApplicationObject) == false)
this->errorMessage("Hydro_UQ: failed to read SIM application");
if (theAnalysisSelection->inputAppDataFromJSON(theApplicationObject) == false)
this->errorMessage("Hydro_UQ: failed to read FEM application");
if (theApplicationObject.contains("EDP")) {
QJsonObject theObject = theApplicationObject["EDP"].toObject();
if (theEDP_Selection->inputAppDataFromJSON(theObject) == false) {
this->errorMessage("Hydro_UQ: failed to read EDP application");
}
} else {
this->errorMessage("Hydro_UQ: failed to find EDP application");
return false;
}
} else {
this->errorMessage("WorkflowAppHydroUQ::inputFromJSON failed to find Applications in JSON");
return false;
}
/*
** Note to me - RVs and Events treated differently as both use arrays .. rethink API!
*/
theEventSelection->inputFromJSON(jsonObject);
theRVs->inputFromJSON(jsonObject);
theRunWidget->inputFromJSON(jsonObject);
if (jsonObject.contains("EDP")) {
QJsonObject edpObj = jsonObject["EDP"].toObject();
if (theEDP_Selection->inputFromJSON(edpObj) == false)
this->errorMessage("Hydro_UQ: failed to read EDP data");
} else {
this->errorMessage("Hydro_UQ: failed to find EDP data");
return false;
}
if (theUQ_Selection->inputFromJSON(jsonObject) == false) {
this->errorMessage("Hydro_UQ: failed to read UQ Method data");
}
if (theSIM->inputFromJSON(jsonObject) == false) {
this->errorMessage("Hydro_UQ: failed to read SIM Modeling Method data");
}
if (theAnalysisSelection->inputFromJSON(jsonObject) == false) {
this->errorMessage("Hydro_UQ: failed to read FEM Analysis Method data");
}
// Below allows users to load in existing results from a previous run / example. Appear in RES tab.
// sy - to display results
auto *theNewResults = theUQ_Selection->getResults();
if (theNewResults->inputFromJSON(jsonObject) == false) {
this->errorMessage("Hydro_UQ: failed to read RES Method data");
}
theResults->setResultWidget(theNewResults);
this->statusMessage("WorkflowAppHydroUQ::inputFromJSON - Done Loading File");
return true;
// I guess below is incorrect? Above was from WE-UQ's refactor Sep 14 and May 2, 2022
// ---
// if (theUQ_Selection->inputFromJSON(jsonObject) == false)
// this->errorMessage("Hydro_UQ: failed to read UQ Method data");
// if (theAnalysisSelection->inputFromJSON(jsonObject) == false)
// this->errorMessage("Hydro_UQ: failed to read FEM Method data");
// if (theSIM->inputFromJSON(jsonObject) == false)
// this->errorMessage("Hydro_UQ: failed to read SIM Method data");
// this->statusMessage("WorkflowAppHydroUQ::inputFromJSON - Done Loading File");
// return true;
// ---
}
void
WorkflowAppHydroUQ::onRunButtonClicked() {
emit errorMessage("");
if (!canRunLocally())
emit errorMessage("HydroUQ cannot be run locally yet. Please run remotely on DesignSafe.");
else
{
theRunWidget->hide();
theRunWidget->setMinimumWidth(this->width()*0.5);
theRunWidget->showLocalApplication();
GoogleAnalytics::ReportLocalRun();
}
}
void
WorkflowAppHydroUQ::onRemoteRunButtonClicked(){
emit errorMessage("");
bool loggedIn = theRemoteService->isLoggedIn();
if (loggedIn == true) {
theRunWidget->hide();
theRunWidget->setMinimumWidth(this->width()*0.5);
theRunWidget->showRemoteApplication();
} else {
errorMessage("ERROR - You Need to Login to DesignSafe to Run HydroUQ Remotely.");
}
GoogleAnalytics::ReportDesignSafeRun();
}
void
WorkflowAppHydroUQ::onRemoteGetButtonClicked(){
emit errorMessage("");
bool loggedIn = theRemoteService->isLoggedIn();
if (loggedIn == true) {
theJobManager->hide();
theJobManager->updateJobTable("");
theJobManager->show();
} else {
errorMessage("ERROR - You Need to Login to DesignSafe to Get HydroUQ Results From Remote Storage.");
}
}
void
WorkflowAppHydroUQ::onExitButtonClicked(){
}
void
WorkflowAppHydroUQ::setUpForApplicationRun(QString &workingDir, QString &subDir) {
// errorMessage(""); // I dont think we need this? Will clutter up any error counting tool. - JB
//
// create temporary directory in working dir
// and copy all files needed to this directory by invoking copyFiles() on app widgets
//
// designsafe will need a unique name
/* *********************************************
will let ParallelApplication rename dir
QUuid uniqueName = QUuid::createUuid();
QString strUnique = uniqueName.toString();
strUnique = strUnique.mid(1,36);
QString tmpDirName = QString("tmp.SimCenter") + strUnique;
*********************************************** */
QString tmpDirName = QString("tmp.SimCenter");
qDebug() << "TMP_DIR: " << tmpDirName;
QDir workDir(workingDir);
QString tmpDirectory = workDir.absoluteFilePath(tmpDirName);
QDir destinationDirectory(tmpDirectory);
if (destinationDirectory.exists()) {
destinationDirectory.removeRecursively();
} else {
destinationDirectory.mkpath(tmpDirectory);
}
// Used in other places temporarily,
// e.g. citation output for Tools to avoid passing parameters
defaultWorkDir = destinationDirectory;
defaultSubDir = subDir;
QString templateDirectory = destinationDirectory.absoluteFilePath(subDir);
destinationDirectory.mkpath(templateDirectory);
// copyPath(path, tmpDirectory, false);
if (theSIM->copyFiles(templateDirectory) == false) {
errorMessage("Workflow Failed to start as SIM failed in copyFiles");
return;
}
if (theEventSelection->copyFiles(templateDirectory) == false) {
errorMessage("Workflow Failed to start as EVENT failed in copyFiles");
return;
}
theAnalysisSelection->copyFiles(templateDirectory);
theUQ_Selection->copyFiles(templateDirectory);
theEDP_Selection->copyFiles(templateDirectory);
//
// in new templatedir dir save the UI data into dakota.json or scInput.json file (same result as using saveAs)
// NOTE: we append object workingDir to this which points to template dir
//
QString inputFile = templateDirectory + QDir::separator() + tr("scInput.json");
QFile file(inputFile);
if (!file.open(QFile::WriteOnly | QFile::Text)) {
//errorMessage();
return;
}
QJsonObject json;
bool validOutput = this->outputToJSON(json);
if (!validOutput)
{
errorMessage("ERROR - FATAL - WorkflowAppHydroUQ::setUpForApplicationRun receieved outputToJSON() as false");
return;
}
json["runDir"]=tmpDirectory;
json["WorkflowType"]="Building Simulation";
QJsonDocument doc(json);
file.write(doc.toJson());
file.close();
QJsonArray events = json["Applications"].toObject()["Events"].toArray();
bool hasMPMEvent = false;