def streamingHandler(self, encoding, playlistUrl):
""" Handle response form streaming based processes """
mimeTypePlaylist, self.mimeType = self.mimeType.split("+")
print playlistUrl
# Get number of chunks (Only for Output streaming based WPSs)
chunks = 0
if isMimeTypeVector(self.mimeType) != None:
for lineEdit in self.literalInputLineEditList:
if lineEdit.objectName() == "NumberOfChunks":
chunks = int(lineEdit.text())
elif isMimeTypeRaster(self.mimeType) != None:
chunks = 1
for lineEdit in self.literalInputLineEditList:
if lineEdit.objectName(
) == "chunksByRow" or lineEdit.objectName(
) == "chunksByColumn":
chunks = chunks * int(lineEdit.text())
print "No. of chunks:", chunks
# Streaming handler
self.dataStream = Streaming(self, self.iface, chunks, playlistUrl,
self.mimeType, encoding)
self.dataStream.start()
def run_model(project=None, model=None, raw=None, dyr=None, xls=None, path=None, server='tcp://127.0.0.1:5678'):
"""Run a model in ePHASORsim using RT-LAB APIs"""
ret = 0
if (not project) or (not model):
logging.error('RT-LAB project or model undefined.')
sys.exit(-1)
if (not raw) and (not xls):
logging.error('PSS/E raw file or ePHASORsim Excel file undefined.')
sys.exit(-1)
if not dyr:
logging.debug('PSS/E dyr file not specified')
sim = SimControl(project, model, path)
simulink = os.path.join(path,project, 'simulink')
models = os.path.join(path,project, 'models')
if not os.path.isdir(simulink):
logging.error('No <{}> directory found.'.format(simulink))
if not os.path.isdir(models):
logging.error('No <{}> directory found.'.format(models))
sys.exit(1)
else:
logging.info('Using <{}> directory'.format(models))
modelPath = models
else:
logging.info('Using <{}> directory'.format(simulink))
modelPath = simulink
sim_data = LTBSetup(raw=raw, dyr=dyr, xls=xls, path=modelPath, model=model, simObject=sim)
streaming = Streaming(name='sim', server=server, ltb_data=sim_data)
sim.open()
sim.load()
sim_data.get_sysparam()
sim_data.get_varheader_idxvgs()
sim.set_settings(sim_data.Settings)
# sim_data.Idxvgs['Line'].update(sim.add_branch_power_to_idxvgs())
# sim_data.Varheader.extend(sim.add_vars_varheader(sim_data.Idxvgs['Line']))
# sim_data.Idxvgs['Bus'].update(sim.add_bus_power_to_idxvgs())
# sim_data.Varheader.extend(sim.add_vars_varheader(sim_data.Idxvgs['Bus']))
streaming.send_init()
logging.debug('Varheader, SysParam and Idxvgs sent.')
sleep(0.5)
sim.start()
streaming.run()
def streamingHandler(self, encoding, playlistUrl):
""" Handle response form streaming based processes """
mimeTypePlaylist, self.mimeType = self.mimeType.split("+")
print playlistUrl
# Get number of chunks (Only for Output streaming based WPSs)
chunks = 0
if isMimeTypeVector(self.mimeType) != None:
for lineEdit in self.literalInputLineEditList:
if lineEdit.objectName() == "NumberOfChunks":
chunks = int(lineEdit.text())
elif isMimeTypeRaster(self.mimeType) != None:
chunks = 1
for lineEdit in self.literalInputLineEditList:
if lineEdit.objectName() == "chunksByRow" or lineEdit.objectName() == "chunksByColumn":
chunks = chunks * int(lineEdit.text())
print "No. of chunks:", chunks
# Streaming handler
self.dataStream = Streaming(self, self.iface, chunks, playlistUrl, self.mimeType, encoding)
self.dataStream.start()
class QgsWpsDockWidget(QDockWidget, Ui_QgsWpsDockWidget):
"""
Class documentation goes here.
"""
killed = pyqtSignal()
bookmarksChanged = pyqtSignal()
def __init__(self, iface):
"""
Constructor
"""
QDockWidget.__init__(self, iface.mainWindow())
self.setupUi(self)
self.iface = iface
self.tools = QgsWpsTools(self.iface)
self.dataStream = None # Used for streaming
self.setWindowTitle('QGIS WPS-Client ' + version())
self.defaultServers = {
'Kappasys WPS':
'https://kappasys.ch/cgi-bin/pywps.cgi',
'52 North':
'http://geoprocessing.demo.52north.org:8080/wps/WebProcessingService'
}
flags = Qt.WindowTitleHint | Qt.WindowSystemMenuHint | Qt.WindowMinimizeButtonHint | Qt.WindowMaximizeButtonHint # QgisGui.ModalDialogFlags
self.dlg = QgsWpsGui(self.iface.mainWindow(), flags)
self.dlg.getDescription.connect(self.getDescription)
self.dlg.newServer.connect(self.newServer)
self.dlg.editServer.connect(self.editServer)
self.dlg.deleteServer.connect(self.deleteServer)
self.dlg.pushDefaultServer.clicked.connect(self.pushDefaultServer)
self.dlg.requestDescribeProcess.connect(self.requestDescribeProcess)
# self.dlg.bookmarksChanged.connect()"), self, SIGNAL("bookmarksChanged()"))
self.killed.connect(self.stopStreaming)
def getDescription(self, name, item):
self.requestDescribeProcess(name, item.text(0))
def requestDescribeProcess(self, serverName, processIdentifier):
server = WpsServer.getServer(serverName)
self.process = ProcessDescription(server, processIdentifier)
self.process.describeProcessFinished.connect(self.createProcessGUI)
self.process.requestDescribeProcess()
def setStatus(self, status, done=0, total=0):
complete = status == "aborted" or status == "finished" or status == "error"
self.progressBar.setRange(done, total)
if status == "upload" and done == total:
status = "processing"
done = total = 0
self.btnConnect.setEnabled(complete)
self.btnKill.setEnabled(not complete)
if complete:
self.progressBar.setRange(0, 100)
self.progressBar.setValue(100)
else:
self.progressBar.setRange(0, total)
self.progressBar.setValue(done)
if status == 'upload':
text = QApplication.translate("QgsWps", " upload data ...")
elif status == 'processing':
text = QApplication.translate("QgsWps", " is running ...")
elif status == 'download':
text = QApplication.translate("QgsWps", " download data ...")
elif status == 'finished':
text = QApplication.translate("QgsWps", " finished successfully")
elif status == 'error':
text = QApplication.translate("QgsWps", " terminated with errors!")
elif status == 'aborted':
text = QApplication.translate("QgsWps", " was aborted!")
self.statusLabel.setText(pystring(self.processIdentifier + text))
@pyqtSignature("")
def on_btnConnect_clicked(self):
self.dlg.initQgsWpsGui()
self.statusLabel.setText("")
self.progressBar.setRange(0, 100)
self.progressBar.setValue(0)
self.dlg.show()
def createProcessGUI(self):
"""Create the GUI for a selected WPS process based on the DescribeProcess
response document. Mandatory inputs are marked as red, default is black"""
# Lists which store the inputs and meta information (format, occurs, ...)
# This list is initialized every time the GUI is created
self.complexInputComboBoxList = [
] # complex input for single raster and vector maps
self.complexInputListWidgetList = [
] # complex input for multiple raster and vector maps
self.complexInputTextBoxList = [] # complex inpt of type text/plain
self.literalInputComboBoxList = [
] # literal value list with selectable answers
self.literalInputLineEditList = [
] # literal value list with single text line input
self.bboxInputLineEditList = [
] # bbox value list with single text line input
self.complexOutputComboBoxList = [] # list combo box
self.inputDataTypeList = {}
self.outputDataTypeList = {}
flags = Qt.WindowTitleHint | Qt.WindowSystemMenuHint | Qt.WindowMinimizeButtonHint | Qt.WindowMaximizeButtonHint # QgisGui.ModalDialogFlags
self.processUrl = self.process.processUrl
self.processIdentifier = self.process.processIdentifier
self.processName = self.process.processName
# Create the layouts and the scroll area
self.dlgProcess = QgsWpsDescribeProcessGui(self.dlg, flags)
self.dlgProcessLayout = QGridLayout()
# Two tabs, one for the process inputs and one for the documentation
# TODO: add a tab for literal outputs
self.dlgProcessTab = QTabWidget()
self.dlgProcessTabFrame = QFrame()
self.dlgProcessTabFrameLayout = QGridLayout()
# The process description can be very long, so we make it scrollable
self.dlgProcessScrollArea = QScrollArea(self.dlgProcessTab)
self.dlgProcessScrollAreaWidget = QFrame()
self.dlgProcessScrollAreaWidgetLayout = QGridLayout()
# First part of the gui is a short overview about the process
self.identifier = self.process.identifier
title = self.process.title
abstract = self.process.abstract
self.addIntroduction(self.identifier, title)
# If no Input Data are requested
if len(self.process.inputs) == 0:
self.defineProcess()
return 0
# Generate the input GUI buttons and widgets
res = self.generateProcessInputsGUI()
if res == 0:
return 0
# Generate the editable outpt widgets, you can set the output to none if it is not requested
self.generateProcessOutputsGUI()
self.dlgProcessScrollAreaWidgetLayout.setSpacing(10)
self.dlgProcessScrollAreaWidget.setLayout(
self.dlgProcessScrollAreaWidgetLayout)
self.dlgProcessScrollArea.setWidget(self.dlgProcessScrollAreaWidget)
self.dlgProcessScrollArea.setWidgetResizable(True)
self.dlgProcessTabFrameLayout.addWidget(self.dlgProcessScrollArea)
self.addOkCancelButtons(self.dlgProcess, self.dlgProcessTabFrameLayout)
self.dlgProcessTabFrame.setLayout(self.dlgProcessTabFrameLayout)
self.dlgProcessTab.addTab(self.dlgProcessTabFrame, "Process")
self.tools.addDocumentationTab(self.dlgProcessTab, abstract)
self.dlgProcessLayout.addWidget(self.dlgProcessTab)
self.dlgProcess.setLayout(self.dlgProcessLayout)
self.dlgProcess.setGeometry(QRect(190, 100, 800, 600))
self.dlgProcess.show()
def generateProcessInputsGUI(self):
"""Generate the GUI for all Inputs defined in the process description XML file"""
for input in self.process.inputs:
inputType = type(input)
inputIdentifier = input.identifier
title = input.title
minOccurs = input.minOccurs
if inputType == VectorInput or inputType == MultipleVectorInput:
complexDataFormat = input.dataFormat
self.inputDataTypeList[inputIdentifier] = complexDataFormat
layerNamesList = self.tools.getLayerNameList(0)
if inputType == VectorInput:
self.complexInputComboBoxList.append(
self.tools.addComplexInputComboBox(
title, inputIdentifier, str(complexDataFormat),
layerNamesList, minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout))
else:
self.complexInputListWidgetList.append(
self.tools.addComplexInputListWidget(
title, inputIdentifier, str(complexDataFormat),
layerNamesList, minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout))
elif inputType == StringInput:
dValue = input.defaultValue
self.literalInputLineEditList.append(
self.tools.addLiteralLineEdit(
title, inputIdentifier, minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout, dValue))
elif inputType == TextInput:
complexDataFormat = input.dataFormat
if isMimeTypePlaylist(complexDataFormat["MimeType"]) != None:
self.inputDataTypeList[inputIdentifier] = complexDataFormat
# Playlist (text) inputs
self.complexInputTextBoxList.append(
self.tools.addComplexInputTextBox(
title, inputIdentifier, minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
str(complexDataFormat)))
else:
self.complexInputTextBoxList.append(
self.tools.addComplexInputTextBox(
title, inputIdentifier, minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout))
elif inputType == RasterInput or inputType == MultipleRasterInput:
complexDataFormat = input.dataFormat
self.inputDataTypeList[inputIdentifier] = complexDataFormat
layerNamesList = self.tools.getLayerNameList(1)
if inputType == RasterInput:
self.complexInputComboBoxList.append(
self.tools.addComplexInputComboBox(
title, inputIdentifier, str(complexDataFormat),
layerNamesList, minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout))
else:
self.complexInputListWidgetList.append(
self.tools.addComplexInputListWidget(
title, inputIdentifier, str(complexDataFormat),
layerNamesList, minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout))
elif inputType == SelectionInput:
valList = input.valList
self.literalInputComboBoxList.append(
self.tools.addLiteralComboBox(
title, inputIdentifier, valList, minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout))
elif inputType == ExtentInput:
myExtent = pystring(self.iface.mapCanvas().extent()).replace(
':', ',')
self.bboxInputLineEditList.append(
self.tools.addLiteralLineEdit(
title + "(minx,miny,maxx,maxy)", inputIdentifier,
minOccurs, self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout, myExtent))
elif inputType == CrsInput:
crsListe = input.crsList
# self.literalInputComboBoxList.append(self.tools.addLiteralComboBox("Supported CRS", inputIdentifier, crsListe, minOccurs, self.dlgProcessScrollAreaWidget, self.dlgProcessScrollAreaWidgetLayout))
self.tools.addCheckBox(
QCoreApplication.translate("QgsWps",
"Process selected objects only"),
QCoreApplication.translate("QgsWps", "Selected"),
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout)
##############################################################################
def generateProcessOutputsGUI(self):
"""Generate the GUI for all complex ouputs defined in the process description XML file"""
if len(self.process.outputs) < 1:
return
groupbox = QGroupBox(self.dlgProcessScrollAreaWidget)
groupbox.setTitle("Complex output(s)")
layout = QVBoxLayout()
for output in self.process.outputs:
outputType = type(output)
outputIdentifier = output.identifier
title = output.title
if outputType == VectorOutput or outputType == RasterOutput:
complexOutputFormat = output.dataFormat
# Store the input formats
self.outputDataTypeList[outputIdentifier] = complexOutputFormat
widget, comboBox = self.tools.addComplexOutputComboBox(
groupbox, outputIdentifier, title,
str(complexOutputFormat), self.processIdentifier)
self.complexOutputComboBoxList.append(comboBox)
layout.addWidget(widget)
# Set the layout
groupbox.setLayout(layout)
# Add the outputs
self.dlgProcessScrollAreaWidgetLayout.addWidget(groupbox)
##############################################################################
def addIntroduction(self, name, title):
groupbox = QGroupBox(self.dlgProcessScrollAreaWidget)
groupbox.setTitle(name)
layout = QVBoxLayout()
myLabel = QLabel(groupbox)
myLabel.setObjectName("qLabel" + name)
myLabel.setText(pystring(title))
myLabel.setMinimumWidth(600)
myLabel.setMinimumHeight(25)
myLabel.setWordWrap(True)
layout.addWidget(myLabel)
groupbox.setLayout(layout)
self.dlgProcessScrollAreaWidgetLayout.addWidget(groupbox)
##############################################################################
##############################################################################
def defineProcess(self):
"""Create the execute request"""
self.dlgProcess.close()
self.dlg.close()
doc = QtXml.QDomDocument()
doc.setContent(self.process.processXML)
QApplication.setOverrideCursor(Qt.WaitCursor)
checkBoxes = self.dlgProcess.findChildren(QCheckBox)
if len(checkBoxes) > 0:
useSelected = checkBoxes[0].isChecked()
request = ExecutionRequest(self.process)
request.addExecuteRequestHeader()
request.addDataInputsStart()
if len(self.process.inputs) > 0:
# text/plain inputs ########################################################
for textBox in self.complexInputTextBoxList:
# Do not add undefined inputs
if textBox == None or str(
textBox.document().toPlainText()) == "":
continue
# TODO: Check for more types (e.g. KML, Shapefile, JSON)
self.mimeType = self.inputDataTypeList[
textBox.objectName()]["MimeType"]
if isMimeTypePlaylist(self.mimeType) != None:
schema = self.inputDataTypeList[
textBox.objectName()]["Schema"]
encoding = self.inputDataTypeList[
textBox.objectName()]["Encoding"]
# Handle 'as reference' playlist
request.addReferenceInput(textBox.objectName(),
self.mimeType, schema, encoding,
textBox.document().toPlainText())
else: # It's not a playlist
request.addPlainTextInput(textBox.objectName(),
textBox.document().toPlainText())
# Single raster and vector inputs ##########################################
for comboBox in self.complexInputComboBoxList:
# Do not add undefined inputs
if comboBox == None or comboBox.currentText() == "<None>":
continue
# TODO: Check for more types (e.g. KML, Shapefile, JSON)
# QMessageBox.information(None, '', str(self.inputDataTypeList[comboBox.objectName()]["MimeType"]))
# QMessageBox.information(None, '', pystring(comboBox.objectName()))
self.mimeType = self.inputDataTypeList[pystring(
comboBox.objectName())]["MimeType"]
schema = self.inputDataTypeList[pystring(
comboBox.objectName())]["Schema"]
encoding = self.inputDataTypeList[pystring(
comboBox.objectName())]["Encoding"]
self.myLayer = self.tools.getVLayer(comboBox.currentText())
# try:
if isMimeTypeVector(
self.mimeType) != None and encoding != "base64":
gmldata = createTmpGML(
self.tools.getVLayer(comboBox.currentText()),
useSelected,
self.process.getSupportedGMLVersion(
comboBox.objectName()))
request.addGeometryInput(comboBox.objectName(),
self.mimeType, schema, encoding,
gmldata, useSelected)
elif isMimeTypeVector(
self.mimeType) != None or isMimeTypeRaster(
self.mimeType) != None:
request.addGeometryBase64Input(
comboBox.objectName(), self.mimeType,
self.tools.getVLayer(comboBox.currentText()))
# except:
# QApplication.restoreOverrideCursor()
# QMessageBox.warning(self.iface.mainWindow(),
# QApplication.translate("QgsWps","Error"),
# QApplication.translate("QgsWps","Please load or select a vector layer!"))
# return
# Multiple raster and vector inputs ########################################
for listWidgets in self.complexInputListWidgetList:
# Do not add undefined inputs
if listWidgets == None:
continue
self.mimeType = self.inputDataTypeList[
listWidgets.objectName()]["MimeType"]
schema = self.inputDataTypeList[
listWidgets.objectName()]["Schema"]
encoding = self.inputDataTypeList[
listWidgets.objectName()]["Encoding"]
# Iterate over each seletced item
for i in range(listWidgets.count()):
listWidget = listWidgets.item(i)
if listWidget == None or listWidget.isSelected(
) == False or str(listWidget.text()) == "<None>":
continue
# TODO: Check for more types
if isMimeTypeVector(
self.mimeType
) != None and self.mimeType == "text/xml":
gmldata = createTmpGML(
self.tools.getVLayer(listWidget.text()),
useSelected,
self.process.getSupportedGMLVersion(
listWidgets.objectName()))
request.addMultipleGeometryInput(
listWidgets.objectName(), self.mimeType, schema,
encoding, gmldata, useSelected)
elif isMimeTypeVector(
self.mimeType) != None or isMimeTypeRaster(
self.mimeType) != None:
request.addMultipleGeometryBase64Input(
listWidgets.objectName(), self.mimeType,
self.tools.getVLayer(listWidget.text()))
# Literal data as combo box choice #########################################
for comboBox in self.literalInputComboBoxList:
if comboBox == None or comboBox.currentText() == "":
continue
request.addLiteralDataInput(comboBox.objectName(),
comboBox.currentText())
# Literal data as combo box choice #########################################
for lineEdit in self.literalInputLineEditList:
if lineEdit == None or lineEdit.text() == "":
continue
request.addLiteralDataInput(lineEdit.objectName(),
lineEdit.text())
# BBOX data as lineEdit #########################################
for bbox in self.bboxInputLineEditList:
if bbox == None or bbox.text() == "":
continue
bboxArray = bbox.text().split(',')
request.addBoundingBoxInput(bbox.objectName(), bboxArray)
request.addDataInputsEnd()
# Attach only defined outputs
dataOutputs = doc.elementsByTagName("Output")
if dataOutputs.size() > 0 or len(self.complexOutputComboBoxList) > 0:
request.addResponseFormStart()
# Attach ALL literal outputs #############################################
for i in range(dataOutputs.size()):
f_element = dataOutputs.at(i).toElement()
outputIdentifier = pystring(
f_element.elementsByTagName("ows:Identifier").at(
0).toElement().text()).strip()
literalOutputType = f_element.elementsByTagName(
"LiteralOutput")
# Complex data is always requested as reference
if literalOutputType.size() != 0:
request.addLiteralDataOutput(outputIdentifier)
# Attach selected complex outputs ########################################
for comboBox in self.complexOutputComboBoxList:
# Do not add undefined outputs
if comboBox == None or str(comboBox.currentText()) == "<None>":
continue
outputIdentifier = comboBox.objectName()
self.mimeType = self.outputDataTypeList[pystring(
outputIdentifier)]["MimeType"]
schema = self.outputDataTypeList[pystring(
outputIdentifier)]["Schema"]
encoding = self.outputDataTypeList[pystring(
outputIdentifier)]["Encoding"]
request.addReferenceOutput(outputIdentifier, self.mimeType,
schema, encoding)
request.addResponseFormEnd()
request.addExecuteRequestEnd()
postString = request.request
# This is for debug purpose only
if DEBUG == True:
# self.tools.popUpMessageBox("Execute request", postString)
# Write the request into a file
outFile = open('/tmp/qwps_execute_request.xml', 'w')
outFile.write(postString)
outFile.close()
QApplication.restoreOverrideCursor()
self.setStatus("processing")
self.wps = ExecutionResult(self.getLiteralResult, self.getResultFile,
self.successResult, self.errorResult,
self.streamingHandler, self.progressBar)
self.wps.executeProcess(self.process.processUrl, postString)
if len(self.process.inputs) > 0:
self.wps.thePostReply.uploadProgress.connect(
lambda done, total: self.setStatus("upload", done, total))
self.wps.fetchingResult.connect(self.fetchingResult)
##############################################################################
def addOkCancelButtons(self, dlgProcess, dlgProcessTabFrameLayout):
groupBox = QFrame()
layout = QHBoxLayout()
btnOk = QPushButton(groupBox)
btnOk.setText(pystring(QApplication.translate("QgsWps", "Run")))
btnOk.setMinimumWidth(100)
btnOk.setMaximumWidth(100)
btnCancel = QPushButton(groupBox)
btnCancel.setText(QApplication.translate("QgsWps", "Back"))
btnCancel.setMinimumWidth(100)
btnCancel.setMaximumWidth(100)
btnBookmark = QPushButton(groupBox)
btnBookmark.setText(QApplication.translate("QgsWps", "Add Bookmark"))
btnBookmark.setMinimumWidth(200)
btnBookmark.setMaximumWidth(200)
layout.addWidget(btnBookmark)
layout.addStretch(10)
layout.addWidget(btnCancel)
layout.addWidget(btnOk)
groupBox.setLayout(layout)
dlgProcessTabFrameLayout.addWidget(groupBox)
btnOk.clicked.connect(self.defineProcess)
btnCancel.clicked.connect(self.dlgProcess.close)
btnBookmark.clicked.connect(self.saveBookmark)
def saveBookmark(self):
server = WpsServer.getServer(self.dlgProcess.currentServiceName())
process = ProcessDescription(
server, self.processUrl.queryItemValue('identifier'))
process.saveBookmark()
self.bookmarksChanged.emit()
QMessageBox.information(
self.iface.mainWindow(),
QCoreApplication.translate("QgsWps", "Bookmark"),
QCoreApplication.translate(
"QgsWps", "The creation bookmark was successful."))
def fetchingResult(self, noFilesToFetch):
QApplication.restoreOverrideCursor()
self.setStatus('finished')
##############################################################################
def streamingHandler(self, encoding, playlistUrl):
""" Handle response form streaming based processes """
mimeTypePlaylist, self.mimeType = self.mimeType.split("+")
print playlistUrl
# Get number of chunks (Only for Output streaming based WPSs)
chunks = 0
if isMimeTypeVector(self.mimeType) != None:
for lineEdit in self.literalInputLineEditList:
if lineEdit.objectName() == "NumberOfChunks":
chunks = int(lineEdit.text())
elif isMimeTypeRaster(self.mimeType) != None:
chunks = 1
for lineEdit in self.literalInputLineEditList:
if lineEdit.objectName(
) == "chunksByRow" or lineEdit.objectName(
) == "chunksByColumn":
chunks = chunks * int(lineEdit.text())
print "No. of chunks:", chunks
# Streaming handler
self.dataStream = Streaming(self, self.iface, chunks, playlistUrl,
self.mimeType, encoding)
self.dataStream.start()
def stopStreaming(self):
""" SLOT Stop the timer """
if self.dataStream:
self.dataStream.stop()
##############################################################################
def loadData(self, resultFile):
bLoaded = True # For information purposes
layerName = self.tools.uniqueLayerName(self.processIdentifier + "_" +
self.identifier)
# The layername is normally defined in the comboBox
for comboBox in self.complexOutputComboBoxList:
if comboBox.objectName() == self.identifier:
layerName = comboBox.currentText()
# Vector data
# TODO: Check for schema GML and KML
if isMimeTypeVector(self.mimeType) != None:
vlayer = QgsVectorLayer(resultFile, layerName, "ogr")
try:
vlayer.setCrs(self.myLayer.dataProvider().crs())
except:
pass
bLoaded = QgsMapLayerRegistry.instance().addMapLayer(vlayer)
# Raster data
elif isMimeTypeRaster(self.mimeType) != None:
# We can directly attach the new layer
rLayer = QgsRasterLayer(resultFile, layerName)
bLoaded = QgsMapLayerRegistry.instance().addMapLayer(rLayer)
# Text data
elif isMimeTypeText(self.mimeType) != None:
#TODO: this should be handled in a separate diaqgswps.pylog to save the text output as file'
QApplication.restoreOverrideCursor()
text = open(resultFile, 'r').read()
# TODO: This should be a text dialog with safe option
self.tools.popUpMessageBox(
QCoreApplication.translate("QgsWps",
'Process result (text/plain)'),
text)
# Everything else
elif isMimeTypeFile(self.mimeType) != None:
#TODO: this should be handled in a separate diaqgswps.pylog to save the text output as file'
QApplication.restoreOverrideCursor()
text = open(resultFile, 'r').read()
# TODO: This should be a text dialog with safe option
fileName = QFileDialog().getSaveFileName()
# Everything else
else:
# For unsupported mime types we assume text
QApplication.restoreOverrideCursor()
content = open(resultFile, 'r').read()
# TODO: This should have a safe option
self.tools.popUpMessageBox(
QCoreApplication.translate(
"QgsWps", 'Process result (unsupported mime type)'),
content)
if not bLoaded:
QMessageBox.information(
self.iface.mainWindow(),
QApplication.translate("QgsWps",
"Result not loaded to the map"),
QApplication.translate(
"QgsWps",
"It seems QGIS cannot load the result of the process. The result has a '{0}' type and can be accessed at '{1}'. \n\nYou could ask the service provider to consider changing the default data type of the result."
).format(self.mimeType, resultFile))
def getLiteralResult(self, identifier, literalText):
self.tools.popUpMessageBox(
QCoreApplication.translate("QgsWps", 'Result'), literalText)
self.setStatus('finished')
def getResultFile(self, identifier, mimeType, encoding, schema, reply):
# Get a unique temporary file name
myQTempFile = QTemporaryFile()
myQTempFile.open()
ext = getFileExtension(self.mimeType)
tmpFile = myQTempFile.fileName() + ext
myQTempFile.close()
# Write the data to the temporary file
outFile = QFile(tmpFile)
outFile.open(QIODevice.WriteOnly)
outFile.write(reply.readAll())
reply.deleteLater()
outFile.close()
resultFile = self.wps.handleEncoded(tmpFile, mimeType, encoding,
schema)
# Finally, load the data
self.loadData(resultFile)
self.setStatus('finished')
##############################################################################
def errorResult(self, exceptionHtml):
self.setStatus('error')
QMessageBox.critical(self.iface.mainWindow(), "Exception report",
exceptionHtml)
def successResult(self):
self.setStatus('finished')
##############################################################################
def deleteServer(self, name):
settings = QSettings()
settings.beginGroup("WPS")
baseUrl = pystring(settings.value(name + "/url"))
settings.remove(name)
settings.endGroup()
# delete related cookies
url = QUrl()
url.setUrl(baseUrl)
serverCookie = WpsServerCookie(url)
serverCookie.removeServerCookies()
self.dlg.initQgsWpsGui()
##############################################################################
def editServer(self, name):
server = WpsServer.getServer(name)
flags = Qt.WindowTitleHint | Qt.WindowSystemMenuHint | Qt.WindowMinimizeButtonHint | Qt.WindowMaximizeButtonHint # QgisGui.ModalDialogFlags
dlgEdit = QgsNewHttpConnectionBaseGui(self.dlg, flags)
dlgEdit.txtName.setText(name)
dlgEdit.txtUrl.setText(server.baseUrl)
dlgEdit.show()
self.dlg.initQgsWpsGui()
##############################################################################
def newServer(self):
flags = Qt.WindowTitleHint | Qt.WindowSystemMenuHint | Qt.WindowMinimizeButtonHint | Qt.WindowMaximizeButtonHint # QgisGui.ModalDialogFlags
dlgNew = QgsNewHttpConnectionBaseGui(self.dlg, flags)
dlgNew.show()
self.dlg.initQgsWpsGui()
def pushDefaultServer(self):
settings = QSettings()
for k, v in self.defaultServers.iteritems():
myURL = urlparse(str(v))
mySettings = "/WPS/" + k
# settings.setValue("WPS/connections/selected", QVariant(name) )
settings.setValue(mySettings + "/scheme", pystring(myURL.scheme))
settings.setValue(mySettings + "/server", pystring(myURL.netloc))
settings.setValue(mySettings + "/path", pystring(myURL.path))
settings.setValue(mySettings + "/method", pystring("GET"))
settings.setValue(mySettings + "/version", pystring("1.0.0"))
settings.setValue(mySettings + "/url", pystring(v))
self.dlg.initQgsWpsGui()
@pyqtSignature("")
def on_btnKill_clicked(self):
self.wps.thePostReply.abort()
self.wps.thePostReply.deleteLater()
self.setStatus('aborted')
self.killed.emit()
pass
class QgsWpsDockWidget(QDockWidget, Ui_QgsWpsDockWidget):
"""
Class documentation goes here.
"""
killed = pyqtSignal()
bookmarksChanged = pyqtSignal()
def __init__(self, iface):
"""
Constructor
"""
QDockWidget.__init__(self, iface.mainWindow())
self.setupUi(self)
self.iface = iface
self.tools = QgsWpsTools(self.iface)
self.dataStream = None # Used for streaming
self.setWindowTitle("QgsWPSClient-Plugin " + version())
self.defaultServers = {
"Kappasys WPS": "http://www.kappasys.ch/pywps/pywps.cgi",
"geodati.fmach.it": "http://geodati.fmach.it/zoo/",
"zoo project": "http://zoo-project.org/wps-foss4g2011/zoo_loader.cgi",
"zoo project grass": "http://zoo-project.org/cgi-grass/zoo_loader.cgi",
"52 North": "http://geoprocessing.demo.52north.org:8080/wps/WebProcessingService",
}
flags = (
Qt.WindowTitleHint | Qt.WindowSystemMenuHint | Qt.WindowMinimizeButtonHint | Qt.WindowMaximizeButtonHint
) # QgisGui.ModalDialogFlags
self.dlg = QgsWpsGui(self.iface.mainWindow(), flags)
self.dlg.getDescription.connect(self.getDescription)
self.dlg.newServer.connect(self.newServer)
self.dlg.editServer.connect(self.editServer)
self.dlg.deleteServer.connect(self.deleteServer)
self.dlg.pushDefaultServer.clicked.connect(self.pushDefaultServer)
self.dlg.requestDescribeProcess.connect(self.requestDescribeProcess)
# self.dlg.bookmarksChanged.connect()"), self, SIGNAL("bookmarksChanged()"))
self.killed.connect(self.stopStreaming)
def getDescription(self, name, item):
self.requestDescribeProcess(name, item.text(0))
def requestDescribeProcess(self, serverName, processIdentifier):
server = WpsServer.getServer(serverName)
self.process = ProcessDescription(server, processIdentifier)
self.process.describeProcessFinished.connect(self.createProcessGUI)
self.process.requestDescribeProcess()
def setStatus(self, status, done=0, total=0):
complete = status == "aborted" or status == "finished" or status == "error"
self.progressBar.setRange(done, total)
if status == "upload" and done == total:
status = "processing"
done = total = 0
self.btnConnect.setEnabled(complete)
self.btnKill.setEnabled(not complete)
if complete:
self.progressBar.setRange(0, 100)
self.progressBar.setValue(100)
else:
self.progressBar.setRange(0, total)
self.progressBar.setValue(done)
if status == "upload":
text = QApplication.translate("QgsWps", " upload data ...")
elif status == "processing":
text = QApplication.translate("QgsWps", " is running ...")
elif status == "download":
text = QApplication.translate("QgsWps", " download data ...")
elif status == "finished":
text = QApplication.translate("QgsWps", " finished successfully")
elif status == "error":
text = QApplication.translate("QgsWps", " terminated with errors!")
elif status == "aborted":
text = QApplication.translate("QgsWps", " was aborted!")
self.statusLabel.setText(pystring(self.processIdentifier + text))
@pyqtSignature("")
def on_btnConnect_clicked(self):
self.dlg.initQgsWpsGui()
self.statusLabel.setText("")
self.progressBar.setRange(0, 100)
self.progressBar.setValue(0)
self.dlg.show()
def createProcessGUI(self):
"""Create the GUI for a selected WPS process based on the DescribeProcess
response document. Mandatory inputs are marked as red, default is black"""
# Lists which store the inputs and meta information (format, occurs, ...)
# This list is initialized every time the GUI is created
self.complexInputComboBoxList = [] # complex input for single raster and vector maps
self.complexInputListWidgetList = [] # complex input for multiple raster and vector maps
self.complexInputTextBoxList = [] # complex inpt of type text/plain
self.literalInputComboBoxList = [] # literal value list with selectable answers
self.literalInputLineEditList = [] # literal value list with single text line input
self.bboxInputLineEditList = [] # bbox value list with single text line input
self.complexOutputComboBoxList = [] # list combo box
self.inputDataTypeList = {}
self.outputDataTypeList = {}
flags = (
Qt.WindowTitleHint | Qt.WindowSystemMenuHint | Qt.WindowMinimizeButtonHint | Qt.WindowMaximizeButtonHint
) # QgisGui.ModalDialogFlags
self.processUrl = self.process.processUrl
self.processIdentifier = self.process.processIdentifier
self.processName = self.process.processName
# Create the layouts and the scroll area
self.dlgProcess = QgsWpsDescribeProcessGui(self.dlg, flags)
self.dlgProcessLayout = QGridLayout()
# Two tabs, one for the process inputs and one for the documentation
# TODO: add a tab for literal outputs
self.dlgProcessTab = QTabWidget()
self.dlgProcessTabFrame = QFrame()
self.dlgProcessTabFrameLayout = QGridLayout()
# The process description can be very long, so we make it scrollable
self.dlgProcessScrollArea = QScrollArea(self.dlgProcessTab)
self.dlgProcessScrollAreaWidget = QFrame()
self.dlgProcessScrollAreaWidgetLayout = QGridLayout()
# First part of the gui is a short overview about the process
self.identifier = self.process.identifier
title = self.process.title
abstract = self.process.abstract
self.addIntroduction(self.identifier, title)
# If no Input Data are requested
if len(self.process.inputs) == 0:
self.defineProcess()
return 0
# Generate the input GUI buttons and widgets
res = self.generateProcessInputsGUI()
if res == 0:
return 0
# Generate the editable outpt widgets, you can set the output to none if it is not requested
self.generateProcessOutputsGUI()
self.dlgProcessScrollAreaWidgetLayout.setSpacing(10)
self.dlgProcessScrollAreaWidget.setLayout(self.dlgProcessScrollAreaWidgetLayout)
self.dlgProcessScrollArea.setWidget(self.dlgProcessScrollAreaWidget)
self.dlgProcessScrollArea.setWidgetResizable(True)
self.dlgProcessTabFrameLayout.addWidget(self.dlgProcessScrollArea)
self.addOkCancelButtons(self.dlgProcess, self.dlgProcessTabFrameLayout)
self.dlgProcessTabFrame.setLayout(self.dlgProcessTabFrameLayout)
self.dlgProcessTab.addTab(self.dlgProcessTabFrame, "Process")
self.tools.addDocumentationTab(self.dlgProcessTab, abstract)
self.dlgProcessLayout.addWidget(self.dlgProcessTab)
self.dlgProcess.setLayout(self.dlgProcessLayout)
self.dlgProcess.setGeometry(QRect(190, 100, 800, 600))
self.dlgProcess.show()
def generateProcessInputsGUI(self):
"""Generate the GUI for all Inputs defined in the process description XML file"""
for input in self.process.inputs:
inputType = type(input)
inputIdentifier = input.identifier
title = input.title
minOccurs = input.minOccurs
if inputType == VectorInput or inputType == MultipleVectorInput:
complexDataFormat = input.dataFormat
self.inputDataTypeList[inputIdentifier] = complexDataFormat
layerNamesList = self.tools.getLayerNameList(0)
if inputType == VectorInput:
self.complexInputComboBoxList.append(
self.tools.addComplexInputComboBox(
title,
inputIdentifier,
str(complexDataFormat),
layerNamesList,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
)
)
else:
self.complexInputListWidgetList.append(
self.tools.addComplexInputListWidget(
title,
inputIdentifier,
str(complexDataFormat),
layerNamesList,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
)
)
elif inputType == StringInput:
dValue = input.defaultValue
self.literalInputLineEditList.append(
self.tools.addLiteralLineEdit(
title,
inputIdentifier,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
dValue,
)
)
elif inputType == TextInput:
complexDataFormat = input.dataFormat
if isMimeTypePlaylist(complexDataFormat["MimeType"]) != None:
self.inputDataTypeList[inputIdentifier] = complexDataFormat
# Playlist (text) inputs
self.complexInputTextBoxList.append(
self.tools.addComplexInputTextBox(
title,
inputIdentifier,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
str(complexDataFormat),
)
)
else:
self.complexInputTextBoxList.append(
self.tools.addComplexInputTextBox(
title,
inputIdentifier,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
)
)
elif inputType == RasterInput or inputType == MultipleRasterInput:
complexDataFormat = input.dataFormat
self.inputDataTypeList[inputIdentifier] = complexDataFormat
layerNamesList = self.tools.getLayerNameList(1)
if inputType == RasterInput:
self.complexInputComboBoxList.append(
self.tools.addComplexInputComboBox(
title,
inputIdentifier,
str(complexDataFormat),
layerNamesList,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
)
)
else:
self.complexInputListWidgetList.append(
self.tools.addComplexInputListWidget(
title,
inputIdentifier,
str(complexDataFormat),
layerNamesList,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
)
)
elif inputType == SelectionInput:
valList = input.valList
self.literalInputComboBoxList.append(
self.tools.addLiteralComboBox(
title,
inputIdentifier,
valList,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
)
)
elif inputType == ExtentInput:
myExtent = pystring(self.iface.mapCanvas().extent()).replace(":", ",")
self.bboxInputLineEditList.append(
self.tools.addLiteralLineEdit(
title + "(minx,miny,maxx,maxy)",
inputIdentifier,
minOccurs,
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
myExtent,
)
)
elif inputType == CrsInput:
crsListe = input.crsList
# self.literalInputComboBoxList.append(self.tools.addLiteralComboBox("Supported CRS", inputIdentifier, crsListe, minOccurs, self.dlgProcessScrollAreaWidget, self.dlgProcessScrollAreaWidgetLayout))
self.tools.addCheckBox(
QCoreApplication.translate("QgsWps", "Process selected objects only"),
QCoreApplication.translate("QgsWps", "Selected"),
self.dlgProcessScrollAreaWidget,
self.dlgProcessScrollAreaWidgetLayout,
)
##############################################################################
def generateProcessOutputsGUI(self):
"""Generate the GUI for all complex ouputs defined in the process description XML file"""
if len(self.process.outputs) < 1:
return
groupbox = QGroupBox(self.dlgProcessScrollAreaWidget)
groupbox.setTitle("Complex output(s)")
layout = QVBoxLayout()
for output in self.process.outputs:
outputType = type(output)
outputIdentifier = output.identifier
title = output.title
if outputType == VectorOutput or outputType == RasterOutput:
complexOutputFormat = output.dataFormat
# Store the input formats
self.outputDataTypeList[outputIdentifier] = complexOutputFormat
widget, comboBox = self.tools.addComplexOutputComboBox(
groupbox, outputIdentifier, title, str(complexOutputFormat), self.processIdentifier
)
self.complexOutputComboBoxList.append(comboBox)
layout.addWidget(widget)
# Set the layout
groupbox.setLayout(layout)
# Add the outputs
self.dlgProcessScrollAreaWidgetLayout.addWidget(groupbox)
##############################################################################
def addIntroduction(self, name, title):
groupbox = QGroupBox(self.dlgProcessScrollAreaWidget)
groupbox.setTitle(name)
layout = QVBoxLayout()
myLabel = QLabel(groupbox)
myLabel.setObjectName("qLabel" + name)
myLabel.setText(pystring(title))
myLabel.setMinimumWidth(600)
myLabel.setMinimumHeight(25)
myLabel.setWordWrap(True)
layout.addWidget(myLabel)
groupbox.setLayout(layout)
self.dlgProcessScrollAreaWidgetLayout.addWidget(groupbox)
##############################################################################
##############################################################################
def defineProcess(self):
"""Create the execute request"""
self.dlgProcess.close()
self.dlg.close()
doc = QtXml.QDomDocument()
doc.setContent(self.process.processXML)
QApplication.setOverrideCursor(Qt.WaitCursor)
checkBoxes = self.dlgProcess.findChildren(QCheckBox)
if len(checkBoxes) > 0:
useSelected = checkBoxes[0].isChecked()
request = ExecutionRequest(self.process)
request.addExecuteRequestHeader()
request.addDataInputsStart()
if len(self.process.inputs) > 0:
# text/plain inputs ########################################################
for textBox in self.complexInputTextBoxList:
# Do not add undefined inputs
if textBox == None or str(textBox.document().toPlainText()) == "":
continue
# TODO: Check for more types (e.g. KML, Shapefile, JSON)
self.mimeType = self.inputDataTypeList[textBox.objectName()]["MimeType"]
if isMimeTypePlaylist(self.mimeType) != None:
schema = self.inputDataTypeList[textBox.objectName()]["Schema"]
encoding = self.inputDataTypeList[textBox.objectName()]["Encoding"]
# Handle 'as reference' playlist
request.addReferenceInput(
textBox.objectName(), self.mimeType, schema, encoding, textBox.document().toPlainText()
)
else: # It's not a playlist
request.addPlainTextInput(textBox.objectName(), textBox.document().toPlainText())
# Single raster and vector inputs ##########################################
for comboBox in self.complexInputComboBoxList:
# Do not add undefined inputs
if comboBox == None or comboBox.currentText() == "<None>":
continue
# TODO: Check for more types (e.g. KML, Shapefile, JSON)
# QMessageBox.information(None, '', str(self.inputDataTypeList[comboBox.objectName()]["MimeType"]))
# QMessageBox.information(None, '', pystring(comboBox.objectName()))
self.mimeType = self.inputDataTypeList[pystring(comboBox.objectName())]["MimeType"]
schema = self.inputDataTypeList[pystring(comboBox.objectName())]["Schema"]
encoding = self.inputDataTypeList[pystring(comboBox.objectName())]["Encoding"]
self.myLayer = self.tools.getVLayer(comboBox.currentText())
# try:
if isMimeTypeVector(self.mimeType) != None and encoding != "base64":
gmldata = createTmpGML(
self.tools.getVLayer(comboBox.currentText()),
useSelected,
self.process.getSupportedGMLVersion(comboBox.objectName()),
)
request.addGeometryInput(
comboBox.objectName(), self.mimeType, schema, encoding, gmldata, useSelected
)
elif isMimeTypeVector(self.mimeType) != None or isMimeTypeRaster(self.mimeType) != None:
request.addGeometryBase64Input(
comboBox.objectName(), self.mimeType, self.tools.getVLayer(comboBox.currentText())
)
# except:
# QApplication.restoreOverrideCursor()
# QMessageBox.warning(self.iface.mainWindow(),
# QApplication.translate("QgsWps","Error"),
# QApplication.translate("QgsWps","Please load or select a vector layer!"))
# return
# Multiple raster and vector inputs ########################################
for listWidgets in self.complexInputListWidgetList:
# Do not add undefined inputs
if listWidgets == None:
continue
self.mimeType = self.inputDataTypeList[listWidgets.objectName()]["MimeType"]
schema = self.inputDataTypeList[listWidgets.objectName()]["Schema"]
encoding = self.inputDataTypeList[listWidgets.objectName()]["Encoding"]
# Iterate over each seletced item
for i in range(listWidgets.count()):
listWidget = listWidgets.item(i)
if listWidget == None or listWidget.isSelected() == False or str(listWidget.text()) == "<None>":
continue
# TODO: Check for more types
if isMimeTypeVector(self.mimeType) != None and self.mimeType == "text/xml":
gmldata = createTmpGML(
self.tools.getVLayer(listWidget.text()),
useSelected,
self.process.getSupportedGMLVersion(listWidgets.objectName()),
)
request.addMultipleGeometryInput(
listWidgets.objectName(), self.mimeType, schema, encoding, gmldata, useSelected
)
elif isMimeTypeVector(self.mimeType) != None or isMimeTypeRaster(self.mimeType) != None:
request.addMultipleGeometryBase64Input(
listWidgets.objectName(), self.mimeType, self.tools.getVLayer(listWidget.text())
)
# Literal data as combo box choice #########################################
for comboBox in self.literalInputComboBoxList:
if comboBox == None or comboBox.currentText() == "":
continue
request.addLiteralDataInput(comboBox.objectName(), comboBox.currentText())
# Literal data as combo box choice #########################################
for lineEdit in self.literalInputLineEditList:
if lineEdit == None or lineEdit.text() == "":
continue
request.addLiteralDataInput(lineEdit.objectName(), lineEdit.text())
# BBOX data as lineEdit #########################################
for bbox in self.bboxInputLineEditList:
if bbox == None or bbox.text() == "":
continue
bboxArray = bbox.text().split(",")
request.addBoundingBoxInput(bbox.objectName(), bboxArray)
request.addDataInputsEnd()
# Attach only defined outputs
dataOutputs = doc.elementsByTagName("Output")
if dataOutputs.size() > 0 or len(self.complexOutputComboBoxList) > 0:
request.addResponseFormStart()
# Attach ALL literal outputs #############################################
for i in range(dataOutputs.size()):
f_element = dataOutputs.at(i).toElement()
outputIdentifier = pystring(
f_element.elementsByTagName("ows:Identifier").at(0).toElement().text()
).strip()
literalOutputType = f_element.elementsByTagName("LiteralOutput")
# Complex data is always requested as reference
if literalOutputType.size() != 0:
request.addLiteralDataOutput(outputIdentifier)
# Attach selected complex outputs ########################################
for comboBox in self.complexOutputComboBoxList:
# Do not add undefined outputs
if comboBox == None or str(comboBox.currentText()) == "<None>":
continue
outputIdentifier = comboBox.objectName()
self.mimeType = self.outputDataTypeList[pystring(outputIdentifier)]["MimeType"]
schema = self.outputDataTypeList[pystring(outputIdentifier)]["Schema"]
encoding = self.outputDataTypeList[pystring(outputIdentifier)]["Encoding"]
request.addReferenceOutput(outputIdentifier, self.mimeType, schema, encoding)
request.addResponseFormEnd()
request.addExecuteRequestEnd()
postString = request.request
# This is for debug purpose only
if True:
# self.tools.popUpMessageBox("Execute request", postString)
# Write the request into a file
outFile = open("/tmp/qwps_execute_request.xml", "w")
outFile.write(postString)
outFile.close()
QApplication.restoreOverrideCursor()
self.setStatus("processing")
self.wps = ExecutionResult(
self.getLiteralResult,
self.getResultFile,
self.successResult,
self.errorResult,
self.streamingHandler,
self.progressBar,
)
self.wps.executeProcess(self.process.processUrl, postString)
if len(self.process.inputs) > 0:
self.wps.thePostReply.uploadProgress.connect(lambda done, total: self.setStatus("upload", done, total))
self.wps.fetchingResult.connect(self.fetchingResult)
##############################################################################
def addOkCancelButtons(self, dlgProcess, dlgProcessTabFrameLayout):
groupBox = QFrame()
layout = QHBoxLayout()
btnOk = QPushButton(groupBox)
btnOk.setText(pystring(QApplication.translate("QgsWps", "Run")))
btnOk.setMinimumWidth(100)
btnOk.setMaximumWidth(100)
btnCancel = QPushButton(groupBox)
btnCancel.setText(QApplication.translate("QgsWps", "Back"))
btnCancel.setMinimumWidth(100)
btnCancel.setMaximumWidth(100)
btnBookmark = QPushButton(groupBox)
btnBookmark.setText(QApplication.translate("QgsWps", "Add Bookmark"))
btnBookmark.setMinimumWidth(200)
btnBookmark.setMaximumWidth(200)
layout.addWidget(btnBookmark)
layout.addStretch(10)
layout.addWidget(btnCancel)
layout.addWidget(btnOk)
groupBox.setLayout(layout)
dlgProcessTabFrameLayout.addWidget(groupBox)
btnOk.clicked.connect(self.defineProcess)
btnCancel.clicked.connect(self.dlgProcess.close)
btnBookmark.clicked.connect(self.saveBookmark)
def saveBookmark(self):
server = WpsServer.getServer(self.dlgProcess.currentServiceName())
process = ProcessDescription(server, self.processUrl.queryItemValue("identifier"))
process.saveBookmark()
self.bookmarksChanged.emit()
QMessageBox.information(
self.iface.mainWindow(),
QCoreApplication.translate("QgsWps", "Bookmark"),
QCoreApplication.translate("QgsWps", "The creation bookmark was successful."),
)
def fetchingResult(self, noFilesToFetch):
QApplication.restoreOverrideCursor()
self.setStatus("finished")
##############################################################################
def streamingHandler(self, encoding, playlistUrl):
""" Handle response form streaming based processes """
mimeTypePlaylist, self.mimeType = self.mimeType.split("+")
print playlistUrl
# Get number of chunks (Only for Output streaming based WPSs)
chunks = 0
if isMimeTypeVector(self.mimeType) != None:
for lineEdit in self.literalInputLineEditList:
if lineEdit.objectName() == "NumberOfChunks":
chunks = int(lineEdit.text())
elif isMimeTypeRaster(self.mimeType) != None:
chunks = 1
for lineEdit in self.literalInputLineEditList:
if lineEdit.objectName() == "chunksByRow" or lineEdit.objectName() == "chunksByColumn":
chunks = chunks * int(lineEdit.text())
print "No. of chunks:", chunks
# Streaming handler
self.dataStream = Streaming(self, self.iface, chunks, playlistUrl, self.mimeType, encoding)
self.dataStream.start()
def stopStreaming(self):
""" SLOT Stop the timer """
if self.dataStream:
self.dataStream.stop()
##############################################################################
def loadData(self, resultFile):
bLoaded = True # For information purposes
layerName = self.tools.uniqueLayerName(self.processIdentifier + "_" + self.identifier)
# The layername is normally defined in the comboBox
for comboBox in self.complexOutputComboBoxList:
if comboBox.objectName() == self.identifier:
layerName = comboBox.currentText()
# Vector data
# TODO: Check for schema GML and KML
if isMimeTypeVector(self.mimeType) != None:
vlayer = QgsVectorLayer(resultFile, layerName, "ogr")
try:
vlayer.setCrs(self.myLayer.dataProvider().crs())
except:
pass
bLoaded = QgsMapLayerRegistry.instance().addMapLayer(vlayer)
# Raster data
elif isMimeTypeRaster(self.mimeType) != None:
# We can directly attach the new layer
rLayer = QgsRasterLayer(resultFile, layerName)
bLoaded = QgsMapLayerRegistry.instance().addMapLayer(rLayer)
# Text data
elif isMimeTypeText(self.mimeType) != None:
# TODO: this should be handled in a separate diaqgswps.pylog to save the text output as file'
QApplication.restoreOverrideCursor()
text = open(resultFile, "r").read()
# TODO: This should be a text dialog with safe option
self.tools.popUpMessageBox(QCoreApplication.translate("QgsWps", "Process result (text/plain)"), text)
# Everything else
elif isMimeTypeFile(self.mimeType) != None:
# TODO: this should be handled in a separate diaqgswps.pylog to save the text output as file'
QApplication.restoreOverrideCursor()
text = open(resultFile, "r").read()
# TODO: This should be a text dialog with safe option
fileName = QFileDialog().getSaveFileName()
# Everything else
else:
# For unsupported mime types we assume text
QApplication.restoreOverrideCursor()
content = open(resultFile, "r").read()
# TODO: This should have a safe option
self.tools.popUpMessageBox(
QCoreApplication.translate("QgsWps", "Process result (unsupported mime type)"), content
)
if not bLoaded:
QMessageBox.information(
self.iface.mainWindow(),
QApplication.translate("QgsWps", "Result not loaded to the map"),
QApplication.translate(
"QgsWps",
"It seems QGIS cannot load the result of the process. The result has a '{0}' type and can be accessed at '{1}'. \n\nYou could ask the service provider to consider changing the default data type of the result.",
).format(self.mimeType, resultFile),
)
def getLiteralResult(self, identifier, literalText):
self.tools.popUpMessageBox(QCoreApplication.translate("QgsWps", "Result"), literalText)
self.setStatus("finished")
def getResultFile(self, identifier, mimeType, encoding, schema, reply):
# Get a unique temporary file name
self.mimeType = mimeType
myQTempFile = QTemporaryFile()
myQTempFile.open()
ext = getFileExtension(self.mimeType)
tmpFile = myQTempFile.fileName() + ext
myQTempFile.close()
# Write the data to the temporary file
outFile = QFile(tmpFile)
outFile.open(QIODevice.WriteOnly)
outFile.write(reply.readAll())
reply.deleteLater()
outFile.close()
resultFile = self.wps.handleEncoded(tmpFile, mimeType, encoding, schema)
# Finally, load the data
self.loadData(resultFile)
self.setStatus("finished")
##############################################################################
def errorResult(self, exceptionHtml):
self.setStatus("error")
QMessageBox.critical(self.iface.mainWindow(), "Exception report", exceptionHtml)
def successResult(self):
self.setStatus("finished")
##############################################################################
def deleteServer(self, name):
settings = QSettings()
settings.beginGroup("WPS")
settings.remove(name)
settings.endGroup()
self.dlg.initQgsWpsGui()
##############################################################################
def editServer(self, name):
server = WpsServer.getServer(name)
flags = (
Qt.WindowTitleHint | Qt.WindowSystemMenuHint | Qt.WindowMinimizeButtonHint | Qt.WindowMaximizeButtonHint
) # QgisGui.ModalDialogFlags
dlgEdit = QgsNewHttpConnectionBaseGui(self.dlg, flags)
dlgEdit.txtName.setText(name)
dlgEdit.txtUrl.setText(server.baseUrl)
dlgEdit.show()
self.dlg.initQgsWpsGui()
##############################################################################
def newServer(self):
flags = (
Qt.WindowTitleHint | Qt.WindowSystemMenuHint | Qt.WindowMinimizeButtonHint | Qt.WindowMaximizeButtonHint
) # QgisGui.ModalDialogFlags
dlgNew = QgsNewHttpConnectionBaseGui(self.dlg, flags)
dlgNew.show()
self.dlg.initQgsWpsGui()
def pushDefaultServer(self):
settings = QSettings()
for k, v in self.defaultServers.iteritems():
myURL = urlparse(str(v))
mySettings = "/WPS/" + k
# settings.setValue("WPS/connections/selected", QVariant(name) )
settings.setValue(mySettings + "/scheme", pystring(myURL.scheme))
settings.setValue(mySettings + "/server", pystring(myURL.netloc))
settings.setValue(mySettings + "/path", pystring(myURL.path))
settings.setValue(mySettings + "/method", pystring("GET"))
settings.setValue(mySettings + "/version", pystring("1.0.0"))
settings.setValue(mySettings + "/url", pystring(v))
self.dlg.initQgsWpsGui()
@pyqtSignature("")
def on_btnKill_clicked(self):
self.wps.thePostReply.abort()
self.wps.thePostReply.deleteLater()
self.setStatus("aborted")
self.killed.emit()
wait_count = 0
#表示・スクロール待機
led.canvas = led.matrix.SwapOnVSync(led.canvas)
time.sleep(0.018)
#終了時ブラックスクリーンに
led.canvas.Clear()
led.canvas = led.matrix.SwapOnVSync(led.canvas)
#直接実行（実行テスト用）
if __name__ == '__main__':
import threading
print('Mode: Tweet表示')
#引数に 32x32枚数,明るさ設定可 設定する際は両方書くこと
# Ex: led = Led_Setup(4,50)
led = Led_Setup()
#引数にハッシュタグ指定可、指定しなかった場合、streaming.pyのデフォルト設定になります
streaming = Streaming()
#ループするように
led.stopper = True
#ストリーミング開始、並列処理
th = threading.Thread(target=streaming.start_streaming, args=(streaming, ))
th.setDaemon(True)
th.start()
print(u'ハッシュタグ：#' + streaming.hashtag)
DisplayTweet.run(led, streaming)
from player import Player
from sprites import *
from ray_cast import ray_castings_walls
from streaming import Streaming
from music import *
from interaction import Interaction
pygame.init()
pygame.mouse.set_visible(False)
screen = pygame.display.set_mode((WIDTH, HEIGHT))
mini_map = pygame.Surface(MINI_MAP_RES)
time = pygame.time.Clock()
sprites = SpriteTypes()
player = Player(sprites)
stream = Streaming(screen, mini_map, player)
interaction = Interaction(player, sprites, stream)
audio = Music()
audio.play(0.4)
while True:
player.move()
stream.draw_background(player.angle)
walls, shot = ray_castings_walls(player, stream.textures)
stream.draw_environment(walls + [obj.object_locate(player) for obj in sprites.sprites])
stream.check_fps(time)
# stream.draw_mini_map(player)
stream.player_weapon([shot, sprites.sprite_shot()])