def execute(self):
self.customize(self.options)
connection = None
try:
connection = Overthere.getConnection(CifsConnectionBuilder.CIFS_PROTOCOL, self.options)
connection.setWorkingDirectory(connection.getFile(self.remotePath))
# upload the script and pass it to powershell
targetFile = connection.getTempFile("uploaded-powershell-script", ".ps1")
OverthereUtils.write(String(self.script).getBytes(), targetFile)
targetFile.setExecutable(True)
scriptCommand = CmdLine.build(
"powershell",
"-NoLogo",
"-NonInteractive",
"-InputFormat",
"None",
"-ExecutionPolicy",
"Unrestricted",
"-Command",
targetFile.getPath(),
)
return connection.execute(self.stdout, self.stderr, scriptCommand)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def getPayloadContent(self):
format = self.__metadata.getField("dc_format")
slash = self.__oid.rfind("/")
pid = self.__oid[slash+1:]
print " *** payload content, format: %s, pid: %s *** " % (format, pid)
contentStr = ""
if format.startswith("text"):
contentStr = "<pre>"
payload = self.__storage.getPayload(self.__oid, pid)
str = StringWriter()
IOUtils.copy(payload.getInputStream(), str)
contentStr += str.toString()
contentStr += "</pre>"
elif format.find("vnd.ms-")>-1 or format.find("vnd.oasis.opendocument.")>-1:
#get the html version if exist....
pid = pid[:pid.find(".")] + ".htm"
payload = self.__storage.getPayload(self.__oid, pid)
saxReader = SAXReader()
document = saxReader.read(payload.getInputStream())
slideNode = document.selectSingleNode("//div[@class='body']")
#linkNodes = slideNode.selectNodes("//img")
#contentStr = slideNode.asXML();
# encode character entities correctly
out = ByteArrayOutputStream()
format = OutputFormat.createPrettyPrint()
format.setSuppressDeclaration(True)
writer = XMLWriter(out, format)
writer.write(slideNode)
writer.close()
contentStr = out.toString("UTF-8")
return contentStr
def register_script(self):
"""
Registers a pig scripts with its variables substituted.
raises: IOException If a temp file containing the pig script could not be created.
raises: ParseException The pig script could not have all its variables substituted.
todo: Refactor this processes that result in calling this method. This method gets
called twice for a single assert as every method that needs the data assumes no one
else has called it (even methods that call other methods that call it (assertOutput()
calls get_alias() which both call this method).
"""
pigIStream = BufferedReader(StringReader(self.orig_pig_code))
pigOStream = StringWriter()
ps = ParameterSubstitutionPreprocessor(50) # Where does 50 come from?
ps.genSubstitutedFile(pigIStream, pigOStream, self.args,
self.arg_files)
substitutedPig = pigOStream.toString()
f = File.createTempFile("tmp", "pigunit")
pw = PrintWriter(f)
pw.println(substitutedPig)
pw.close()
pigSubstitutedFile = f.getCanonicalPath()
self._temp_pig_script = pigSubstitutedFile
self.pig.registerScript(pigSubstitutedFile, self.alias_overrides)
def register_script(self):
"""
Registers a pig scripts with its variables substituted.
raises: IOException If a temp file containing the pig script could not be created.
raises: ParseException The pig script could not have all its variables substituted.
todo: Refactor this processes that result in calling this method. This method gets
called twice for a single assert as every method that needs the data assumes no one
else has called it (even methods that call other methods that call it (assertOutput()
calls get_alias() which both call this method).
"""
pigIStream = BufferedReader(StringReader(self.orig_pig_code))
pigOStream = StringWriter()
ps = ParameterSubstitutionPreprocessor(50) # Where does 50 come from?
ps.genSubstitutedFile(pigIStream, pigOStream, self.args, self.arg_files)
substitutedPig = pigOStream.toString()
f = File.createTempFile("tmp", "pigunit")
pw = PrintWriter(f)
pw.println(substitutedPig)
pw.close()
pigSubstitutedFile = f.getCanonicalPath()
self._temp_pig_script = pigSubstitutedFile
self.pig.registerScript(pigSubstitutedFile, self.alias_overrides)
def getPayloadContent(self):
mimeType = self.__mimeType
print " * single.py: payload content mimeType=%s" % mimeType
contentStr = ""
if mimeType.startswith("text/"):
if mimeType == "text/html":
contentStr = '<iframe class="iframe-preview" src="%s/%s/download/%s"></iframe>' % (
contextPath,
portalId,
self.__oid,
)
else:
pid = self.__oid[self.__oid.rfind("/") + 1 :]
payload = self.__storage.getPayload(self.__oid, pid)
print " * single.py: pid=%s payload=%s" % (pid, payload)
if payload is not None:
sw = StringWriter()
sw.write("<pre>")
IOUtils.copy(payload.getInputStream(), sw)
sw.write("</pre>")
sw.flush()
contentStr = sw.toString()
elif (
mimeType == "application/pdf"
or mimeType.find("vnd.ms") > -1
or mimeType.find("vnd.oasis.opendocument.") > -1
):
# get the html version if exist...
pid = os.path.splitext(self.__pid)[0] + ".htm"
print " * single.py: pid=%s" % pid
# contentStr = '<iframe class="iframe-preview" src="%s/%s/download/%s/%s"></iframe>' % \
# (contextPath, portalId, self.__oid, pid)
payload = self.__storage.getPayload(self.__oid, pid)
saxReader = SAXReader(Boolean.parseBoolean("false"))
try:
document = saxReader.read(payload.getInputStream())
slideNode = document.selectSingleNode("//*[local-name()='body']")
# linkNodes = slideNode.selectNodes("//img")
# contentStr = slideNode.asXML();
# encode character entities correctly
slideNode.setName("div")
out = ByteArrayOutputStream()
format = OutputFormat.createPrettyPrint()
format.setSuppressDeclaration(True)
format.setExpandEmptyElements(True)
writer = XMLWriter(out, format)
writer.write(slideNode)
writer.close()
contentStr = out.toString("UTF-8")
except:
traceback.print_exc()
contentStr = '<p class="error">No preview available</p>'
elif mimeType.startswith("image/"):
src = "%s/%s" % (self.__oid, self.__pid)
contentStr = (
'<a class="image" href="%(src)s" style="max-width:98%%">'
'<img src="%(src)s" style="max-width:100%%" /></a>' % {"src": self.__pid}
)
return contentStr
def exec_script(self, engine_name, script, post_script="", attr={}):
r = ""
l2sem = L2ScriptEngineManager.getInstance()
context = SimpleScriptContext()
sw = StringWriter()
pw = PrintWriter(sw, True)
context.setAttribute("out_writer", pw, ScriptContext.ENGINE_SCOPE)
for k in attr:
context.setAttribute(str(k), attr[k], ScriptContext.ENGINE_SCOPE)
context.setWriter(pw)
context.setErrorWriter(pw)
try:
l2sem.eval(engine_name, script, context)
r += sw.toString()
except ScriptException, e:
r += sw.toString()
r += e.getMessage()
def __toXMLString(self, document):
domSource = DOMSource(document)
writer = StringWriter()
result = StreamResult(writer)
tf = TransformerFactory.newInstance()
transformer = tf.newTransformer()
transformer.transform(domSource, result)
return writer.toString()
def __toXMLString(self, document):
domSource = DOMSource(document)
writer = StringWriter()
result = StreamResult(writer)
tf = TransformerFactory.newInstance()
transformer = tf.newTransformer()
transformer.transform(domSource, result)
return writer.toString()
def exec_script(self, engine_name, script, post_script="", attr={}):
r = ""
l2sem = L2ScriptEngineManager.getInstance()
context = SimpleScriptContext()
sw = StringWriter()
pw = PrintWriter(sw, True)
context.setAttribute("out_writer", pw, ScriptContext.ENGINE_SCOPE)
for k in attr:
context.setAttribute(str(k), attr[k], ScriptContext.ENGINE_SCOPE)
context.setWriter(pw)
context.setErrorWriter(pw)
try:
l2sem.eval(engine_name, script, context)
r += sw.toString()
except ScriptException, e:
r += sw.toString()
r += e.getMessage()
def __init__(self, description):
self.protocol = current_protocol
self.test = current_test
self.description = description
sw = StringWriter()
Exception('Stack trace').printStackTrace(PrintWriter(sw))
self.stack_trace = sw.toString()
self.tb = '\n'.join(
(line.strip() for line in traceback.format_stack()))
def handleStructs():
sio = StringWriter()
sio.write("a")
writer = ghidra.program.model.data.DataTypeWriter(dataTypeManager, sio)
mon = ghidra.util.task.DummyCancellableTaskMonitor()
writer.write(
dataTypeManager.getCategory(
ghidra.program.model.data.CategoryPath("/MH")), mon)
json_dict["dataTypes"] = sio.toString()
def getResourceContent(self, plugin, field):
resource = self.getMetadata(plugin, field)
stream = self.pageService.getResource(resource)
if stream:
writer = StringWriter()
IOUtils.copy(stream, writer, "UTF-8")
html = writer.toString()
print " *** html:", html
return html
return "<em>'%s' not found!</em>" % (field)
def getPayloadContent(self):
mimeType = self.__mimeType
print " * detail.py: payload content mimeType=%s" % mimeType
contentStr = ""
if mimeType == "application/octet-stream":
dcFormat = self.__json.get("response/docs/dc_format")
if dcFormat is not None:
dcFormat = dcFormat[1:-1]
print dcFormat, mimeType
if dcFormat != mimeType:
return "<div><em>(File not found)</em></div>"
else:
return "<div><em>(Binary file)</em></div>"
elif mimeType.startswith("text/"):
if mimeType == "text/html":
contentStr = '<iframe class="iframe-preview" src="%s/%s/download/%s"></iframe>' % \
(contextPath, portalId, self.__oid)
else:
pid = self.__oid[self.__oid.rfind("/")+1:]
payload = self.__storage.getPayload(self.__oid, pid)
#print " * detail.py: pid=%s payload=%s" % (pid, payload)
if payload is not None:
sw = StringWriter()
sw.write("<pre>")
IOUtils.copy(payload.getInputStream(), sw)
sw.write("</pre>")
sw.flush()
contentStr = sw.toString()
elif mimeType == "application/pdf" or mimeType.find("vnd.ms")>-1 or mimeType.find("vnd.oasis.opendocument.")>-1:
# get the html version if exist...
pid = os.path.splitext(self.__pid)[0] + ".htm"
print " * detail.py: pid=%s" % pid
#contentStr = '<iframe class="iframe-preview" src="%s/%s/download/%s/%s"></iframe>' % \
# (contextPath, portalId, self.__oid, pid)
payload = self.__storage.getPayload(self.__oid, pid)
saxReader = SAXReader(Boolean.parseBoolean("false"))
try:
document = saxReader.read(payload.getInputStream())
slideNode = document.selectSingleNode("//*[local-name()='body']")
#linkNodes = slideNode.selectNodes("//img")
#contentStr = slideNode.asXML();
# encode character entities correctly
slideNode.setName("div")
out = ByteArrayOutputStream()
format = OutputFormat.createPrettyPrint()
format.setSuppressDeclaration(True)
format.setExpandEmptyElements(True)
writer = XMLWriter(out, format)
writer.write(slideNode)
writer.close()
contentStr = out.toString("UTF-8")
except:
traceback.print_exc()
contentStr = "<p class=\"error\">No preview available</p>"
return contentStr
def parseOutput(self, person):
template = self.findBy("Template", "name", "'user-information'")
ve = VelocityEngine()
ve.init()
context = VelocityContext()
context.put("person", person)
writer = StringWriter()
ve.evaluate(context, writer, template.getName(),
unicode(template.getSource()))
evaluatedTemplate = writer.toString()
return evaluatedTemplate
def render(context, logString, template):
sWriter = StringWriter()
fIS = None
try:
sWriter.append(MSGTEMPLATE_PREFIX)
fIS = FileInputStream(File(MSGTEMPLATE_DIR, template))
Velocity.evaluate(context, sWriter, logString, fIS)
sWriter.append(MSGTEMPLATE_SUFFIX)
return sWriter.toString()
finally:
if fIS:
fIS.close()
def _get_details(self):
# OOME.printStackTrace seems to throw NullPointerException
if self._is_out_of_memory_error(self._exc_type):
return ''
output = StringWriter()
self._exc_value.printStackTrace(PrintWriter(output))
details = '\n'.join(line for line in output.toString().splitlines()
if not self._is_ignored_stack_trace_line(line))
msg = unic(self._exc_value.getMessage() or '')
if msg:
details = details.replace(msg, '', 1)
return details
def getPayloadContent(self):
mimeType = self.__mimeType
print " * single.py: payload content mimeType=%s" % mimeType
contentStr = ""
if mimeType.startswith("text/"):
if mimeType == "text/html":
contentStr = '<iframe class="iframe-preview" src="%s/download/%s"></iframe>' % \
(portalPath, self.__oid)
else:
pid = self.__oid[self.__oid.rfind("/") + 1:]
payload = self.__storage.getPayload(self.__oid, pid)
print " * single.py: pid=%s payload=%s" % (pid, payload)
if payload is not None:
sw = StringWriter()
sw.write("<pre>")
IOUtils.copy(payload.getInputStream(), sw)
sw.write("</pre>")
sw.flush()
contentStr = sw.toString()
elif mimeType == "application/pdf" or mimeType.find(
"vnd.ms") > -1 or mimeType.find(
"vnd.oasis.opendocument.") > -1:
# get the html version if exist...
pid = os.path.splitext(self.__pid)[0] + ".htm"
print " * single.py: pid=%s" % pid
#contentStr = '<iframe class="iframe-preview" src="%s/download/%s/%s"></iframe>' % \
# (portalPath, self.__oid, pid)
payload = self.__storage.getPayload(self.__oid, pid)
saxReader = SAXReader(Boolean.parseBoolean("false"))
try:
document = saxReader.read(payload.getInputStream())
slideNode = document.selectSingleNode(
"//*[local-name()='body']")
#linkNodes = slideNode.selectNodes("//img")
#contentStr = slideNode.asXML();
# encode character entities correctly
slideNode.setName("div")
out = ByteArrayOutputStream()
format = OutputFormat.createPrettyPrint()
format.setSuppressDeclaration(True)
format.setExpandEmptyElements(True)
writer = XMLWriter(out, format)
writer.write(slideNode)
writer.close()
contentStr = out.toString("UTF-8")
except:
traceback.print_exc()
contentStr = "<p class=\"error\">No preview available</p>"
elif mimeType.startswith("image/"):
src = "%s/%s" % (self.__oid, self.__pid)
contentStr = '<a class="image" href="%(src)s" style="max-width:98%%">' \
'<img src="%(src)s" style="max-width:100%%" /></a>' % { "src": self.__pid }
return contentStr
def execute(self):
connection = None
try:
connection = LocalConnection.getLocalConnection()
exitCode = connection.execute(self.stdout, self.stderr,
self.cmdLine)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def getAboutPage(self, plugin, type):
if type is None or plugin is None:
return "<em>'plugin/%s/%s/about.html' not found!</em>" % (type, plugin)
pid = plugin.replace("-", "_")
resource = "plugin/%s/%s/about.html" % (type, pid)
stream = self.pageService.getResource(resource)
if stream:
writer = StringWriter()
IOUtils.copy(stream, writer, "UTF-8")
html = writer.toString()
return html
return "<em>'plugin/%s/%s/about.html' not found!</em>" % (type, pid)
def getAboutPage(self, plugin, type):
if type is None or plugin is None:
return "<em>This plugin has provided no information about itself.</em>"
pid = plugin.replace("-", "_")
resource = "plugin/%s/%s/about.html" % (type, pid)
stream = self.pageService.getResource(resource)
if stream:
writer = StringWriter()
IOUtils.copy(stream, writer, "UTF-8")
html = writer.toString()
return html
return "<em>This plugin has provided no information about itself.</em>"
def getAboutPage(self, plugin, type):
if type is None or plugin is None:
return "<em>This plugin has provided no information about itself.</em>"
pid = plugin.replace("-", "_")
resource = "plugin/%s/%s/about.html" % (type, pid)
stream = self.pageService.getResource(resource)
if stream:
writer = StringWriter()
IOUtils.copy(stream, writer, "UTF-8")
html = writer.toString()
return html
return "<em>This plugin has provided no information about itself.</em>"
def _get_details(self):
# OOME.printStackTrace seems to throw NullPointerException
if self._is_out_of_memory_error(self._exc_type):
return ''
output = StringWriter()
self._exc_value.printStackTrace(PrintWriter(output))
details = '\n'.join(line for line in output.toString().splitlines()
if not self._is_ignored_stack_trace_line(line))
msg = unic(self._exc_value.getMessage() or '')
if msg:
details = details.replace(msg, '', 1)
return details
def generateTemplate(self, calculator):
self._template = self.findBy("Template", "name", "'possession-account-state'")
self._context = VelocityContext()
self._context.put('stateRent', calculator.calculateCurrentRentState())
self._context.put('stateRF', calculator.calculateCurrentRFState())
self._context.put('chargingRent', calculator.calculateRentCharging())
self._context.put('chargingRT', calculator.calculateRFCharging())
writer = StringWriter()
self._ve = VelocityEngine()
self._ve.init()
self._ve.evaluate(self._context, writer, self._template.getName(), unicode(self._template.getSource()))
evaluatedTemplate = writer.toString()
self._svars.put('output', evaluatedTemplate)
def _get_java_details(exc_value):
# OOME.printStackTrace seems to throw NullPointerException
if isinstance(exc_value, OutOfMemoryError):
return ''
output = StringWriter()
exc_value.printStackTrace(PrintWriter(output))
lines = [ line for line in output.toString().splitlines()
if line and not _is_ignored_stacktrace_line(line) ]
details = '\n'.join(lines)
msg = unic(exc_value.getMessage() or '')
if msg:
details = details.replace(msg, '', 1)
return details
def test_logger(self):
# Setup writer
stringWriter = StringWriter()
pyFileWriter = PyFileWriter(stringWriter)
oldWriter = sys.stdout
sys.stdout = pyFileWriter
# Run
logger.log('123')
output = stringWriter.toString()
sys.stdout = oldWriter
# Assert
self.assertTrue(output.index('123') > 0)
def _get_java_details(exc_value):
# OOME.printStackTrace seems to throw NullPointerException
if isinstance(exc_value, OutOfMemoryError):
return ''
output = StringWriter()
exc_value.printStackTrace(PrintWriter(output))
lines = [
line for line in output.toString().splitlines()
if line and not _is_ignored_stacktrace_line(line)
]
details = '\n'.join(lines)
msg = unic(exc_value.getMessage() or '')
if msg:
details = details.replace(msg, '', 1)
return details
def execute(self):
self.customize(self.options)
connection = None
try:
connection = Overthere.getConnection(CifsConnectionBuilder.CIFS_PROTOCOL, self.options)
connection.setWorkingDirectory(connection.getFile(self.TestPath))
# upload the ResultName and pass it to csResultName.exe
ResultNameCommand = CmdLine.build(WlrunExe, "-Run", "-TestPath", TestPath, "-ResultName", ResultName)
return connection.execute(self.stdout, self.stderr, ResultNameCommand)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def evaluate(self, template):
ve = VelocityEngine()
ve.init()
context = VelocityContext()
context.put('_formatter', SimpleDateFormat("dd-MM-yyyy"))
self._logger.info('Date formatter stored as _formatter')
self._logger.info('Template contains %d variables' %
len(template.getTemplateVariableCollection()))
for var in template.getTemplateVariableCollection():
self._logger.info('Preparing variable %s' % var.getName())
context.put(var.getName(), self.loadData(var.getData()))
self._logger.info('Variable %s stored' % var.getName())
writer = StringWriter()
ve.evaluate(context, writer, template.getName(),
unicode(template.getSource()))
evaluatedTemplate = writer.toString()
return evaluatedTemplate
def compileTemplate(self, template, restrictions):
ve = VelocityEngine()
ve.init()
context = VelocityContext()
context.put("restrictions", self._output)
for restriction in restrictions:
restriction.calculate()
self._output[restriction.getTemplateName()] = [
restriction.getTemplateName(),
restriction.getResult(),
restriction.getMessage()
]
writer = StringWriter()
ve.evaluate(context, writer, template.getName(),
unicode(template.getSource()))
evaluatedTemplate = writer.toString()
return evaluatedTemplate
def writeDom(doc):
try:
# set up a transformer
transfac = TransformerFactory.newInstance()
trans = transfac.newTransformer()
trans.setOutputProperty(OutputKeys.ENCODING, "utf-8")
trans.setOutputProperty(OutputKeys.OMIT_XML_DECLARATION, "no")
trans.setOutputProperty(OutputKeys.INDENT, "yes")
trans.setOutputProperty("{http://xml.apache.org/xslt}indent-amount", "2")
sw1 = StringWriter()
result = StreamResult(sw1)
source = DOMSource(doc)
trans.transform(source, result)
xmlString = sw1.toString()
print xmlString
except Exception, e:
print e
def execute(self):
self.customize(self.options)
connection = None
try:
connection = Overthere.getConnection(SshConnectionBuilder.CONNECTION_TYPE, self.options)
# upload the script and pass it to python
exeFile = connection.getTempFile('f5_disable', '.py')
OverthereUtils.write(String(self.script).getBytes(), targetFile)
exeFile.setExecutable(True)
# run cscript in batch mode
scriptCommand = CmdLine.build( '/usr/bin/python', exeFile.getPath() )
return connection.execute(self.stdout, self.stderr, scriptCommand)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def __getPayloadContent(self, oid, pid):
print " * combined.py: oid='%s' pid='%s'" % (oid, pid)
payload = self.__storage.getPayload(oid, pid)
if payload is None:
return "<div>Error: No content for '%s'</div>" % oid
mimeType = payload.contentType
contentStr = ""
if mimeType.startswith("text/"):
if mimeType == "text/html":
contentStr = '<iframe class="iframe-preview" src="%s/download/%s"></iframe>' % \
(portalPath, oid)
else:
sw = StringWriter()
sw.write("<pre>")
IOUtils.copy(payload.getInputStream(), sw)
sw.write("</pre>")
sw.flush()
contentStr = sw.toString()
elif mimeType == "application/pdf" or mimeType.find("vnd.ms")>-1 or mimeType.find("vnd.oasis.opendocument.")>-1:
# get the html version if exist...
pid = os.path.splitext(pid)[0] + ".htm"
print " * combined.py: pid=%s" % pid
payload = self.__storage.getPayload(oid, pid)
saxReader = SAXReader(False)
try:
document = saxReader.read(payload.getInputStream())
slideNode = document.selectSingleNode("//*[local-name()='body']")
slideNode.setName("div")
out = ByteArrayOutputStream()
format = OutputFormat.createPrettyPrint()
format.setSuppressDeclaration(True)
format.setExpandEmptyElements(True)
writer = XMLWriter(out, format)
writer.write(slideNode)
writer.close()
contentStr = out.toString("UTF-8")
except:
traceback.print_exc()
contentStr = "<p class=\"error\">No preview available</p>"
elif mimeType.startswith("image/"):
src = "%s/%s" % (oid, pid)
contentStr = '<a class="image" href="%(src)s" style="max-width:98%%">' \
'<img src="%(src)s" style="max-width:100%%" /></a>' % { "src": pid }
return contentStr
def getPayloadContent(self):
mimeType = self.__mimeType
print " * detail.py: payload content mimeType=%s" % mimeType
contentStr = ""
if mimeType.startswith("text/"):
if mimeType == "text/html":
contentStr = '<iframe class="iframe-preview" src="%s/%s/download/%s"></iframe>' % \
(contextPath, portalId, self.__oid)
else:
pid = self.__oid[self.__oid.rfind("/")+1:]
payload = self.__storage.getPayload(self.__oid, pid)
print " * detail.py: pid=%s payload=%s" % (pid, payload)
if payload is not None:
sw = StringWriter()
sw.write("<pre>")
IOUtils.copy(payload.getInputStream(), sw)
sw.write("</pre>")
sw.flush()
contentStr = sw.toString()
elif mimeType == "application/pdf" or mimeType.find("vnd")>-1 or mimeType.find("vnd.oasis.opendocument.")>-1:
# get the html version if exist...
pid = os.path.splitext(self.__pid)[0] + ".htm"
print " * detail.py: pid=%s" % pid
#contentStr = '<iframe class="iframe-preview" src="%s/%s/download/%s/%s"></iframe>' % \
# (contextPath, portalId, self.__oid, pid)
payload = self.__storage.getPayload(self.__oid, pid)
saxReader = SAXReader(Boolean.parseBoolean("false"))
try:
document = saxReader.read(payload.getInputStream())
except:
traceback.print_exc()
#slideNode = document.selectSingleNode("//div[@class='body']")
slideNode = document.selectSingleNode("//*[local-name()='body']")
#linkNodes = slideNode.selectNodes("//img")
#contentStr = slideNode.asXML();
# encode character entities correctly
out = ByteArrayOutputStream()
format = OutputFormat.createPrettyPrint()
format.setSuppressDeclaration(True)
writer = XMLWriter(out, format)
writer.write(slideNode)
writer.close()
contentStr = out.toString("UTF-8")
return contentStr
def execute(self):
self.customize(self.options)
connection = None
try:
connection = Overthere.getConnection(CifsConnectionBuilder.CIFS_PROTOCOL, self.options)
connection.setWorkingDirectory(connection.getFile(self.remotePath))
# upload the script and pass it to cscript.exe
targetFile = connection.getTempFile('uploaded-script', '.vbs')
OverthereUtils.write(String(self.script).getBytes(), targetFile)
targetFile.setExecutable(True)
# run cscript in batch mode
scriptCommand = CmdLine.build(cscriptExecutable, '//B', '//nologo', targetFile.getPath())
return connection.execute(self.stdout, self.stderr, scriptCommand)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def __createPackage(self, outputFile=None):
title = self.__manifest.getString(None, "title")
manifest = self.__createManifest()
context = JAXBContext.newInstance("com.googlecode.fascinator.ims")
m = context.createMarshaller()
m.setProperty(Marshaller.JAXB_FORMATTED_OUTPUT, True)
writer = StringWriter()
jaxbElem = ObjectFactory.createManifest(ObjectFactory(), manifest)
m.marshal(jaxbElem, writer)
writer.close()
if outputFile is not None:
print "writing to %s..." % outputFile
out = FileOutputStream(outputFile)
else:
print "writing to http output stream..."
filename = urllib.quote(title.replace(" ", "_"))
response.setHeader("Content-Disposition",
"attachment; filename=%s.zip" % filename)
out = response.getOutputStream("application/zip")
zipOut = ZipOutputStream(out)
zipOut.putNextEntry(ZipEntry("imsmanifest.xml"))
IOUtils.write(writer.toString(), zipOut)
zipOut.closeEntry()
oidList = self.__manifest.search("id")
for oid in oidList:
obj = Services.getStorage().getObject(oid)
for pid in obj.getPayloadIdList():
payload = obj.getPayload(pid)
if not PayloadType.Annotation.equals(payload.getType()):
zipOut.putNextEntry(
ZipEntry("resources/%s/%s" % (oid, pid)))
IOUtils.copy(payload.open(), zipOut)
payload.close()
zipOut.closeEntry()
obj.close()
zipOut.close()
out.close()
def execute(self):
self.customize(self.options)
connection = None
try:
connection = Overthere.getConnection(
CifsConnectionBuilder.CIFS_PROTOCOL, self.options)
connection.setWorkingDirectory(connection.getFile(self.remotePath))
# upload the script and pass it to cscript.exe
targetFile = connection.getTempFile('uploaded-script', '.vbs')
OverthereUtils.write(String(self.script).getBytes(), targetFile)
targetFile.setExecutable(True)
# run cscript in batch mode
scriptCommand = CmdLine.build(cscriptExecutable, '//B', '//nologo',
targetFile.getPath())
return connection.execute(self.stdout, self.stderr, scriptCommand)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def __createPackage(self, outputFile=None):
title = self.__manifest.getString(None, "title")
manifest = self.__createManifest()
context = JAXBContext.newInstance("au.edu.usq.fascinator.ims")
m = context.createMarshaller()
m.setProperty(Marshaller.JAXB_FORMATTED_OUTPUT, True)
writer = StringWriter()
jaxbElem = ObjectFactory.createManifest(ObjectFactory(), manifest)
m.marshal(jaxbElem, writer)
writer.close()
if outputFile is not None:
print "writing to %s..." % outputFile
out = FileOutputStream(outputFile)
else:
print "writing to http output stream..."
filename = urllib.quote(title.replace(" ", "_"))
response.setHeader("Content-Disposition", "attachment; filename=%s.zip" % filename)
out = response.getOutputStream("application/zip")
zipOut = ZipOutputStream(out)
zipOut.putNextEntry(ZipEntry("imsmanifest.xml"))
IOUtils.write(writer.toString(), zipOut)
zipOut.closeEntry()
oidList = self.__manifest.search("id")
for oid in oidList:
obj = Services.getStorage().getObject(oid)
for pid in obj.getPayloadIdList():
payload = obj.getPayload(pid)
if not PayloadType.Annotation.equals(payload.getType()):
zipOut.putNextEntry(ZipEntry("resources/%s/%s" % (oid, pid)))
IOUtils.copy(payload.open(), zipOut)
payload.close()
zipOut.closeEntry()
obj.close()
zipOut.close()
out.close()
def execute(self):
self.customize(self.options)
connection = None
try:
connection = Overthere.getConnection(CifsConnectionBuilder.CIFS_PROTOCOL, self.options)
connection.setWorkingDirectory(connection.getFile(self.remotePath))
# upload the script and pass it to cscript.exe
targetFile = connection.getTempFile('parameters', '.txt')
OverthereUtils.write(String(self.script).getBytes(), targetFile)
targetFile.setExecutable(True)
exeFile = connection.getTempFile('HpToolsLauncher', '.exe')
sysloader = ClassLoader.getSystemClassLoader()
OverthereUtils.write(sysloader.getResourceAsStream("HpTools/HpToolsLauncher.exe"), exeFile)
exeFile.setExecutable(True)
# run cscript in batch mode
scriptCommand = CmdLine.build(exeFile.getPath(), '-paramfile', targetFile.getPath())
return connection.execute(self.stdout, self.stderr, scriptCommand)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def execute( self ):
connection = None
try:
connection = LocalConnection.getLocalConnection()
scriptFile = connection.getTempFile('xlrScript', '.py')
OverthereUtils.write( String( self.script ).getBytes(), scriptFile )
scriptFile.setExecutable(True)
self.cmdLine.addArgument( '-source' )
self.cmdLine.addArgument( scriptFile.getPath() )
if ( len( self.options ) > 1 ):
self.cmdLine.addArgument( '--' )
optionsList = self.options.split(' ')
for opt in optionsList:
self.cmdLine.addArgument( opt )
# End for
# End if
exitCode = connection.execute( self.stdout, self.stderr, self.cmdLine )
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def executeFile( self ):
connection = None
try:
connection = LocalConnection.getLocalConnection()
scriptFile = self.script
print "using script %s" % ( scriptFile )
#scriptFile.setExecutable(True)
self.cmdLine.addArgument( '-source' )
self.cmdLine.addArgument( scriptFile )
if ( len( self.options ) > 1 ):
self.cmdLine.addArgument( '--' )
optionsList = self.options.split(' ')
for opt in optionsList:
self.cmdLine.addArgument( opt )
# End for
# End if
exitCode = connection.execute( self.stdout, self.stderr, self.cmdLine )
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def __createPackage(self, outputFile=None):
manifest = self.__createManifest()
context = JAXBContext.newInstance("au.edu.usq.fascinator.ims")
m = context.createMarshaller()
m.setProperty(Marshaller.JAXB_FORMATTED_OUTPUT, True)
writer = StringWriter()
jaxbElem = ObjectFactory.createManifest(ObjectFactory(), manifest)
m.marshal(jaxbElem, writer);
writer.close()
if outputFile is not None:
print " * imscp.py: writing to %s..." % outputFile
out = FileOutputStream(outputFile)
else:
print " * imscp.py: writing to http output stream..."
response.setHeader("Content-Disposition", "attachment; filename=%s.zip" % self.__portal.getName())
out = response.getOutputStream("application/zip")
zipOut = ZipOutputStream(out)
zipOut.putNextEntry(ZipEntry("imsmanifest.xml"))
IOUtils.write(writer.toString(), zipOut)
zipOut.closeEntry()
for key in self.__portalManifest.keySet():
item = self.__portalManifest.get(key)
oid = item.get("id")
obj = Services.getStorage().getObject(oid)
for payload in obj.getPayloadList():
pid = payload.getId()
if pid != "SOF-META":
zipOut.putNextEntry(ZipEntry("%s/%s" % (key[5:], pid)))
IOUtils.copy(payload.getInputStream(), zipOut)
zipOut.closeEntry()
zipOut.close()
out.close()
def execute(self):
connection = None
try:
connection = LocalConnection.getLocalConnection()
scriptFile = connection.getTempFile('xlrScript', '.py')
OverthereUtils.write(String(self.script).getBytes(), scriptFile)
scriptFile.setExecutable(True)
self.cmdLine.addArgument('-source')
self.cmdLine.addArgument(scriptFile.getPath())
if len(self.options) > 1:
self.cmdLine.addArgument('--')
optionsList = self.options.split(' ')
for opt in optionsList:
self.cmdLine.addArgument(opt)
# End for
# End if
exitCode = connection.execute(self.stdout, self.stderr,
self.cmdLine)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
def executeFile(self):
connection = None
try:
connection = LocalConnection.getLocalConnection()
scriptFile = self.script
print "using script %s" % (scriptFile)
#scriptFile.setExecutable(True)
self.cmdLine.addArgument('-source')
self.cmdLine.addArgument(scriptFile)
if (len(self.options) > 1):
self.cmdLine.addArgument('--')
optionsList = self.options.split(' ')
for opt in optionsList:
self.cmdLine.addArgument(opt)
# End for
# End if
exitCode = connection.execute(self.stdout, self.stderr,
self.cmdLine)
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
connection = self.getConnection()
# upload the script and pass it to python
exeFile = connection.getTempFile('script', '.py')
OverthereUtils.write(String(self.script).getBytes(), exeFile)
exeFile.setExecutable(True)
scriptCommand = CmdLine.build('/usr/bin/python', exeFile.getPath())
return connection.execute(self.stdout, self.stderr, scriptCommand)
except AttributeError, e:
self.logger.error(str(e))
except NameError, e:
self.logger.error(str(e))
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
self.stderr.handleLine(stacktrace.toString())
return 1
finally:
if connection is not None:
connection.close()
def getConnection(self):
if (self.connectionType):
return Overthere.getConnection("ssh", self.options)
else:
return LocalConnection.getLocalConnection()
def getStdout(self):
return self.stdout.getOutput()
def getStdoutLines(self):
def __getPayloadAsString(self, payload):
sw = StringWriter()
IOUtils.copy(payload.getInputStream(), sw)
sw.flush()
return sw.toString()
# End if
URLSource.request('GET', uri, {}, {})
response = URLSource.getresponse()
print response.status, response.reason
script = response.read()
cliScript = localCliScript(cli['cliHome'], cli['xldHost'], cli['xldPort'], cli['xldContext'], cli['xldProxyHost'], cli['xldProxyPort'], cli['xldSocketTimeout'], cli['xldUserName'], cli['xldPassword'], script, cli['cliExecutable'], options)
exitCode = cliScript.execute()
output = cliScript.getStdout()
err = cliScript.getStderr()
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
err = stacktrace.toString()
exitCode = 1
finally:
URLSource.close()
# End try
if (exitCode == 0 ):
print output
else:
print
print "### Exit code "
print exitCode
print
print "### Output:"
print output
def generateReport(self):
writer = StringWriter()
self._ve.evaluate(self._context, writer, self._template.getName(),
unicode(self._template.getSource()))
evaluatedTemplate = writer.toString()
return evaluatedTemplate
print "No JMS Servers are configured within this domain.";
v_didyoufindit = '';
# This piece of javascript enabled the Tabs to work
print "Finished scanning JMS info"
# CLOSE output file, program end
model.add("JMS Resource Information", jmsResourceArray)
"Writing JSON to file"
modelobj = model.build()
## now to print
stWriter = StringWriter();
jsonWriter = Json.createWriter(stWriter);
jsonWriter.writeObject(modelobj);
jsonWriter.close();
jsonData = stWriter.toString();
print >>f, jsonData
f.close()
closeDomain();
print "Finished Scan report - output file completed"
exit();
class UploadXMLHandler(DefaultHandler2):
"""Класс SAX-парсера, производящий разбор xml и вставку данных в таблицу"""
parentTag = None
currentCell = None
flag = 0
currentString = u''
currentEncoding = u"utf8"
def __init__(self, tableInstance, action):
self.tableInstance = tableInstance
# возможность настраивать, нужно ли обновлять записи и вставлять новые
def actionUI(ins):
if not ins.tryInsert():
ins.update()
def actionU(ins):
ins.tryUpdate()
def actionI(ins):
ins.tryInsert()
# определяем, какую функцию нам нужно использовать
self.funcAction = locals()['action%s' % action.upper()]
def startElement(self, namespaceURI, lname, qname, attrs):
if self.parentTag == 'field':
if self.flag == 0:
self.stringWriter = StringWriter()
self.xmlWriter = XMLOutputFactory.newInstance(
).createXMLStreamWriter(self.stringWriter, "UTF-8")
self.flag += 1
self.xmlWriter.writeStartElement(qname)
for i in range(0, attrs.getLength()):
self.xmlWriter.writeAttribute(attrs.getQName(i),
attrs.getValue(i))
elif qname == 'table' and self.flag == 0:
if self.parentTag is not None:
raise CelestaException(u"Неверный формат файла")
self.parentTag = qname
if not attrs.getValue('name'):
raise CelestaException(
u"Атрибут 'name' отсутствует в теге 'table'")
elif attrs.getValue('name') != self.tableInstance.meta().getName():
raise CelestaException(
u"Имя таблицы %s не соответствует значению атрибута 'name'"
% self.tableInstance.meta().getName())
elif qname == 'row' and self.flag == 0:
if self.parentTag != 'table':
raise CelestaException(u"Неверный формат файла")
self.parentTag = qname
elif qname == 'field' and self.flag == 0:
if self.parentTag != 'row':
raise CelestaException(u"Неверный формат файла")
self.currentEncoding = attrs.getValue('encoding') or u"utf8"
self.currentCell = attrs.getValue('name')
self.parentTag = qname
self.currentString = u''
else:
raise CelestaException(u"Неверный формат файла")
def endElement(self, uri, lname, qname):
if qname == 'table' and self.flag == 0:
self.parentTag = None
elif qname == 'row' and self.flag == 0:
# обновляем или вставляем записи
self.funcAction(self.tableInstance)
self.tableInstance.clear()
self.parentTag = 'table'
elif qname == 'field' and self.flag == 0:
# Вставка данных в поле таблицы, отдельно рассмотрен случай если данные в формате XML
if hasattr(self, 'stringWriter') and self.stringWriter:
self.xmlWriter.close()
# Вставка данных в поле типа blob
if self.tableInstance.meta().columns[
self.currentCell].getCelestaType() == 'BLOB':
getattr(self.tableInstance, "calc%s" % self.currentCell)()
blobField = self.tableInstance.__dict__[
self.currentCell].getOutStream()
blobField.write(self.stringWriter.strip())
else:
self.tableInstance.__setattr__(
self.currentCell, self.stringWriter.toString())
self.stringWriter.flush()
self.stringWriter = None
self.xmlWriter = None
else:
# проверка на None
if self.currentString.strip() != 'None':
self.currentString = self.currentString.strip()
# Вставка данных в поле типа blob
if self.tableInstance.meta().columns[
self.currentCell].getCelestaType() == 'BLOB':
getattr(self.tableInstance,
"calc%s" % self.currentCell)()
blobField = self.tableInstance.__dict__[
self.currentCell].getOutStream()
if self.currentEncoding == u"utf8":
blobField.write(self.currentString)
elif self.currentEncoding == u"base64":
blobField.write(
base64.b64decode(self.currentString))
else:
raise CelestaException(u"Неверная кодировка")
elif self.tableInstance.meta().columns[
self.currentCell].getCelestaType() == 'DATETIME':
sdf = SimpleDateFormat("yyyy-MM-dd HH:mm:ss.SSS")
self.tableInstance.__setattr__(
self.currentCell, sdf.parse(self.currentString))
elif self.tableInstance.meta().columns[
self.currentCell].getCelestaType() == 'BIT':
self.tableInstance.__setattr__(
self.currentCell,
self.currentString.lower() == "true")
else:
if self.currentCell == 'prefix':
pass
self.tableInstance.__setattr__(self.currentCell,
self.currentString)
self.parentTag = 'row'
self.currentCell = None
self.currentString = None
elif self.parentTag == 'field':
self.xmlWriter.writeEndElement()
self.flag -= 1
def characters(self, ch, start, length):
if self.parentTag == 'field' and self.flag > 0:
self.xmlWriter.writeCharacters(ch, start, length)
elif self.currentCell:
self.currentString += unicode(String(ch[start:start + length]))
def comment(self, ch, start, length):
if self.parentTag == 'field' and self.flag > 0:
self.xmlWriter.writeComment(ch.tostring()[start:start + length])
def startPrefixMapping(self, prefix, uri):
if self.parentTag == 'field' and self.flag > 0:
if prefix == "":
self.xmlWriter.setDefaultNamespace(uri)
else:
self.xmlWriter.setPrefix(prefix, uri)
def processingInstruction(self, target, data):
if self.parentTag == 'field' and self.flag > 0:
self.xmlWriter.writeProcessingInstruction(target, data)
def skippedEntity(self, name):
if self.parentTag == 'field' and self.flag > 0:
self.xmlWriter.writeEntityRef(name)
source.setAttribute("cpu-frequency-in-hz", df.format(mon.cpuFrequencyInHz()))
source.setAttribute("current-pid", df.format(mon.currentPid()))
source.setAttribute("num-cpus", df.format(mon.numCpus()))
source.setAttribute("os-name", mon.osName())
source.setAttribute("uptime-in-seconds", df.format(mon.uptimeInSeconds()))
cpu = mon.cpuTimes()
source.setAttribute("idle-millis", df.format(cpu.getIdleMillis()))
source.setAttribute("system-millis", df.format(cpu.getSystemMillis()))
source.setAttribute("total-millis", df.format(cpu.getTotalMillis()))
source.setAttribute("user-millis", df.format(cpu.getUserMillis()))
props = doc.createElement("properties")
source.appendChild(props)
sw = StringWriter()
System.getProperties().store(sw, None)
props.setTextContent(sw.toString())
req_map = dict(
[
[entry.getKey(), entry.getValue()]
for entry in inv.getMonad()
.getServletConfig()
.getServletContext()
.getAttribute("net.sf.chellow.request_map")
.entrySet()
]
)
for entry in Thread.getAllStackTraces().entrySet():
thread_element = doc.createElement("thread")
source.appendChild(thread_element)
print(str(round(t1 - t0, 3)) + " seconds")
vertex_increment += vertex_count
#meshData_str = meshData.toString()
#meshData_inc_str = meshData.toString()
# Save .obj file
full_objfilename = filepath + objFileName
objfile = open(full_objfilename, "w")
objfile.write(meshData_str)
objfile.close()
# Save .mtl file
full_mtlfilename = filepath + materialFileName
mtlfile = open(full_mtlfilename, "w")
mtlfile.write(materialData.toString())
mtlfile.close()
# Append files collecing all objects
objfile_all.write(meshData_inc_str)
mtlfile_all.write(materialData.toString())
# Close files
objfile_all.close()
mtlfile_all.close()
print("done writing files!")
# Display the mesh in Meshlab
# note: sys.platform = "java" here, cannot extract OS automatically
if open_in_meshlab == "yes" or open_in_OBJ_Viewer == "yes":
stdout = CapturingOverthereExecutionOutputHandler.capturingHandler()
stderr = CapturingOverthereExecutionOutputHandler.capturingHandler()
try:
connection = LocalConnection.getLocalConnection()
targetScript = connection.getTempFile('oc-script', '.bat')
OverthereUtils.write( String(script).getBytes(), targetScript)
targetScript.setExecutable(True)
cmd = CmdLine.build( targetScript.getPath() )
connection.execute( stdout, stderr, cmd )
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter( stacktrace, True )
e.printStackTrace(writer)
stderr.hadleLine(stacktrace.toString())
# set variables
output = stdout.getOutput()
error = stderr.getOutput()
if len(output) > 0:
print "```"
print output
print "```"
else:
print "----"
print "#### Output:"
print "```"
print output
print "No JMS Servers are configured within this domain."
v_didyoufindit = ''
# This piece of javascript enabled the Tabs to work
print "Finished scanning JMS info"
# CLOSE output file, program end
model.add("JMS Resource Information", jmsResourceArray)
"Writing JSON to file"
modelobj = model.build()
## now to print
stWriter = StringWriter()
jsonWriter = Json.createWriter(stWriter)
jsonWriter.writeObject(modelobj)
jsonWriter.close()
jsonData = stWriter.toString()
print >> f, jsonData
f.close()
closeDomain()
print "Finished Scan report - output file completed"
exit()
def __reportSearch(self):
self.reportId = self.request.getParameter("id")
self.format = self.request.getParameter("format")
self.report = self.reportManager.getReports().get(self.reportId)
self.reportQuery = self.report.getQueryAsString()
self.log.debug("Report query: " + self.reportQuery)
#Get a total number of records
try:
out = ByteArrayOutputStream()
recnumreq = SearchRequest(self.reportQuery)
recnumreq.setParam("rows", "0")
self.indexer.search(recnumreq, out)
recnumres = SolrResult(ByteArrayInputStream(out.toByteArray()))
self.__rowsFoundSolr = "%s" % recnumres.getNumFound()
except:
self.errorMsg = "Query failure. The issue has been logged (%s - %s)." % (
sys.exc_info()[0], sys.exc_info()[1])
self.log.error(
"Reporting threw an exception (report was %s): %s - %s" %
(self.report.getLabel(), sys.exc_info()[0], sys.exc_info()[1]))
return
#Setup the main query
req = SearchRequest(self.reportQuery)
req.setParam("fq", 'item_type:"object"')
req.setParam("fq", 'workflow_id:"dataset"')
req.setParam("rows", self.__rowsFoundSolr)
try:
#Now do the master search
out = ByteArrayOutputStream()
self.indexer.search(req, out)
self.__reportResult = SolrResult(
ByteArrayInputStream(out.toByteArray()))
self.__checkResults()
except:
self.errorMsg = "Query failure. The issue has been logged (%s - %s)." % (
sys.exc_info()[0], sys.exc_info()[1])
self.log.error(
"Reporting threw an exception (report was %s): %s - %s" %
(self.report.getLabel(), sys.exc_info()[0], sys.exc_info()[1]))
return
#At this point the display template has enough to go with.
#We just need to handle the CSV now
if (self.format == "csv"):
#Setup the main query - we need to requery to make sure we return
#only the required fields. We'll use the specific IDs that met the
#__checkResults check
req = SearchRequest(self.reportQuery)
req.setParam("fq", 'item_type:"object"')
req.setParam("fq", 'workflow_id:"dataset"')
req.setParam("rows", self.__rowsFoundSolr)
req.setParam("csv.mv.separator", ";")
#we need to get a list of the matching IDs from Solr
#this doesn't work for long queries so it's abandoned
#but left here commented to make sure we don't try it again
#idQry = ""
#for item in self.getProcessedResultsList():
# idQry += item.get("id") + " OR "
#req.setParam("fq", 'id:(%s)' % idQry[:len(idQry)-4])
#Create a list of IDs for reference when preparing the CSV
idQryList = []
for item in self.getProcessedResultsList():
idQryList.append(item.get("id"))
#Setup SOLR query with the required fields
self.fields = self.systemConfig.getArray("redbox-reports",
"csv-output-fields")
#We must have an ID field and it must be the first field
fieldString = "id,"
if self.fields is not None:
for field in self.fields:
fieldString = fieldString + field.get("field-name") + ","
fieldString = fieldString[:-1]
req.setParam("fl", fieldString)
out = ByteArrayOutputStream()
try:
self.indexer.search(req, out, self.format)
except:
#We can't get the result back from SOLR so fail back to the template display
self.errorMsg = "Query failure. Failed to load the data - this issue has been logged (%s - %s)." % (
sys.exc_info()[0], sys.exc_info()[1])
self.log.error(
"Reporting threw an exception (report was %s); Error: %s - %s"
% (self.report.getLabel(), sys.exc_info()[0],
sys.exc_info()[1]))
return
try:
csvResponseString = String(out.toByteArray(), "utf-8")
csvResponseLines = csvResponseString.split("\n")
except:
#We can't get the result back from SOLR so fail back to the template display
self.errorMsg = "Query failure. Failed to prepare the CSV - this issue has been logged (%s - %s)." % (
sys.exc_info()[0], sys.exc_info()[1])
self.log.error(
"Reporting threw an exception (report was %s); Error: %s - %s"
% (self.report.getLabel(), sys.exc_info()[0],
sys.exc_info()[1]))
return
fileName = self.urlEncode(self.report.getLabel())
self.log.debug("Generating CSV report with file name: " + fileName)
self.response.setHeader("Content-Disposition",
"attachment; filename=%s.csv" % fileName)
sw = StringWriter()
parser = CSVParser()
writer = CSVWriter(sw)
count = 0
prevLine = ""
badRowFlag = False
for line in csvResponseLines:
if badRowFlag:
#In this section of code we'll handle errors by either trying to fix the problem
#or by adding an error line in the CSV. We'll then move to the next row and keep going
try:
self.log.debug(
"Reporting - trying to append the previous line with the previous faulty one. Line appears as: %s"
% prevLine + line)
csvLine = parser.parseLine(prevLine + line)
badRowFlag = False
prevLine = ""
self.log.debug(
"Reporting - remedy appears to have worked. Line appears as: %s"
% prevLine + line)
except:
#We tried to rescue the file but failed on the second run so give up
writer.writeNext(
["Failed to transfer record to CSV - check logs"])
self.log.error(
"Reporting threw an exception (report was %s); Error: %s - %s; Result line: %s"
% (self.report.getLabel(), sys.exc_info()[0],
sys.exc_info()[1], prevLine + line))
else:
try:
csvLine = parser.parseLine(line)
badRowFlag = False
prevLine = ""
except:
#This can happen if there's a newline in the index data
#so we raise the badRowFlag and see if we can join this
#row to the next one to fix it
self.log.debug(
"Reporting threw an exception but I'll see if it's just a formatting issue (report was %s); Error: %s - %s; Result line: %s"
% (self.report.getLabel(), sys.exc_info()[0],
sys.exc_info()[1], line))
badRowFlag = True
prevLine = line
continue
if count == 0:
#Header row
count += 1
for idx, csvValue in enumerate(csvLine):
csvLine[idx] = self.findDisplayLabel(csvValue)
elif csvLine[0] not in idQryList:
#ignore
continue
writer.writeNext(csvLine)
#Now send off the CSV
self.out = self.response.getOutputStream("text/csv")
self.out.print(sw.toString())
self.out.close()
def __reportSearch(self):
self.reportId = self.request.getParameter("id")
self.format = self.request.getParameter("format")
self.report = self.reportManager.getReports().get(self.reportId)
self.reportQuery = self.report.getQueryAsString()
self.log.debug("Report query: " + self.reportQuery)
#Get a total number of records
try:
out = ByteArrayOutputStream()
recnumreq = SearchRequest(self.reportQuery)
recnumreq.setParam("rows", "0")
self.indexer.search(recnumreq, out)
recnumres = SolrResult(ByteArrayInputStream(out.toByteArray()))
self.__rowsFoundSolr = "%s" % recnumres.getNumFound()
except:
self.errorMsg = "Query failure. The issue has been logged (%s - %s)." % (sys.exc_info()[0], sys.exc_info()[1])
self.log.error("Reporting threw an exception (report was %s): %s - %s" % (self.report.getLabel(), sys.exc_info()[0], sys.exc_info()[1]))
return
#Setup the main query
req = SearchRequest(self.reportQuery)
req.setParam("fq", 'item_type:"object"')
req.setParam("fq", 'workflow_id:"dataset"')
req.setParam("rows", self.__rowsFoundSolr)
try:
#Now do the master search
out = ByteArrayOutputStream()
self.indexer.search(req, out)
self.__reportResult = SolrResult(ByteArrayInputStream(out.toByteArray()))
self.__checkResults()
except:
self.errorMsg = "Query failure. The issue has been logged (%s - %s)." % (sys.exc_info()[0], sys.exc_info()[1])
self.log.error("Reporting threw an exception (report was %s): %s - %s" % (self.report.getLabel(), sys.exc_info()[0], sys.exc_info()[1]))
return
#At this point the display template has enough to go with.
#We just need to handle the CSV now
if (self.format == "csv"):
#Setup the main query - we need to requery to make sure we return
#only the required fields. We'll use the specific IDs that met the
#__checkResults check
req = SearchRequest(self.reportQuery)
req.setParam("fq", 'item_type:"object"')
req.setParam("fq", 'workflow_id:"dataset"')
req.setParam("rows", self.__rowsFoundSolr)
req.setParam("csv.mv.separator",";")
#we need to get a list of the matching IDs from Solr
#this doesn't work for long queries so it's abandoned
#but left here commented to make sure we don't try it again
#idQry = ""
#for item in self.getProcessedResultsList():
# idQry += item.get("id") + " OR "
#req.setParam("fq", 'id:(%s)' % idQry[:len(idQry)-4])
#Create a list of IDs for reference when preparing the CSV
idQryList = []
for item in self.getProcessedResultsList():
idQryList.append(item.get("id"))
#Setup SOLR query with the required fields
self.fields = self.systemConfig.getArray("redbox-reports","csv-output-fields")
#We must have an ID field and it must be the first field
fieldString = "id,"
if self.fields is not None:
for field in self.fields:
fieldString = fieldString+ field.get("field-name")+","
fieldString = fieldString[:-1]
req.setParam("fl",fieldString)
out = ByteArrayOutputStream()
try:
self.indexer.search(req, out, self.format)
except:
#We can't get the result back from SOLR so fail back to the template display
self.errorMsg = "Query failure. Failed to load the data - this issue has been logged (%s - %s)." % (sys.exc_info()[0], sys.exc_info()[1])
self.log.error("Reporting threw an exception (report was %s); Error: %s - %s" % (self.report.getLabel(), sys.exc_info()[0], sys.exc_info()[1]))
return
try:
csvResponseString = String(out.toByteArray(),"utf-8")
csvResponseLines = csvResponseString.split("\n")
except:
#We can't get the result back from SOLR so fail back to the template display
self.errorMsg = "Query failure. Failed to prepare the CSV - this issue has been logged (%s - %s)." % (sys.exc_info()[0], sys.exc_info()[1])
self.log.error("Reporting threw an exception (report was %s); Error: %s - %s" % (self.report.getLabel(), sys.exc_info()[0], sys.exc_info()[1]))
return
fileName = self.urlEncode(self.report.getLabel())
self.log.debug("Generating CSV report with file name: " + fileName)
self.response.setHeader("Content-Disposition", "attachment; filename=%s.csv" % fileName)
sw = StringWriter()
parser = CSVParser()
writer = CSVWriter(sw)
count = 0
prevLine = ""
badRowFlag = False
for line in csvResponseLines:
if badRowFlag:
#In this section of code we'll handle errors by either trying to fix the problem
#or by adding an error line in the CSV. We'll then move to the next row and keep going
try:
self.log.debug("Reporting - trying to append the previous line with the previous faulty one. Line appears as: %s" % prevLine + line)
csvLine = parser.parseLine(prevLine + line)
badRowFlag = False
prevLine = ""
self.log.debug("Reporting - remedy appears to have worked. Line appears as: %s" % prevLine + line)
except:
#We tried to rescue the file but failed on the second run so give up
writer.writeNext(["Failed to transfer record to CSV - check logs"])
self.log.error("Reporting threw an exception (report was %s); Error: %s - %s; Result line: %s" % (self.report.getLabel(), sys.exc_info()[0], sys.exc_info()[1], prevLine + line))
else:
try:
csvLine = parser.parseLine(line)
badRowFlag = False
prevLine = ""
except:
#This can happen if there's a newline in the index data
#so we raise the badRowFlag and see if we can join this
#row to the next one to fix it
self.log.debug("Reporting threw an exception but I'll see if it's just a formatting issue (report was %s); Error: %s - %s; Result line: %s" % (self.report.getLabel(), sys.exc_info()[0], sys.exc_info()[1], line))
badRowFlag = True
prevLine = line
continue
if count == 0 :
#Header row
count += 1
for idx, csvValue in enumerate(csvLine):
csvLine[idx] = self.findDisplayLabel(csvValue)
elif csvLine[0] not in idQryList:
#ignore
continue
writer.writeNext(csvLine)
#Now send off the CSV
self.out = self.response.getOutputStream("text/csv")
self.out.print(sw.toString())
self.out.close()
def render(self, template, context):
t = Template("inline", StringReader(template), self._conf)
sw = StringWriter()
t.process(context, sw)
return sw.toString()
# End if
URLSource.request('GET', uri, {}, {})
response = URLSource.getresponse()
print response.status, response.reason
script = response.read()
cliScript = Localcliscript(cli['cliHome'], cli['xldHost'], cli['xldPort'], cli['xldSecure'], cli['xldContext'], cli['xldProxyHost'], cli['xldProxyPort'], cli['xldSocketTimeout'], cli['xldUserName'], cli['xldPassword'], script, cli['cliExecutable'], options)
exitCode = cliScript.execute()
output = cliScript.getStdout()
err = cliScript.getStderr()
except Exception, e:
stacktrace = StringWriter()
writer = PrintWriter(stacktrace, True)
e.printStackTrace(writer)
err = stacktrace.toString()
exitCode = 1
finally:
URLSource.close()
# End try
if exitCode == 0:
print output
else:
print
print "### Exit code "
print exitCode
print
print "### Output:"
print output
def doPost(self, request, response):
c = NomjycContainer()
c.parameters = request.getParameterMap()
log = open("/var/log/nomjyc/sandbox.log","a")
safelog = dict(c.parameters)
if "pass" in safelog:
safelog["pass"]=len(safelog["pass"])
log.write(("[[%s]] %s %s\n" % (request.getRemoteAddr(), datetime.utcnow(), self.yaml.dump(safelog))).encode("utf-8"))
log.close()
output = "<div class=\"infobox\"><span class=\"gh\">nomjyc 0.1</span>\n"
c.session = {}
if len(c.parameters)==0:
output += "<pre>%s</pre>" % self.__doc__
output += "</div>"
c.salt="dckx"
try:
c.data = self.yaml.load(FileInputStream("/var/lib/tomcat6/webapps/nomjyc/data/nomjyc.yaml"))
except:
output += self.explainException("Error while initiating game state")
# Print some debug information - for now.
output += self.divHideCode("infobox", "Request", "reqi", self.dumpYaml(c.parameters), visible=True)
output += self.divHideCode("infobox", "Data read", "dri", self.dumpYaml(c.data))
# Add a final rule, if the test parameter is set
if "test" in c.parameters:
for code in c.parameters["test"]:
c.data["rules"].add({"author":"impromptu", "code":code, "creation":datetime.utcnow(), "title":"test rule"})
cycles = 1
if "cycles" in c.parameters:
try:
cycles = int(c.parameters["cycles"][0])
except:
pass
if cycles<0 or cycles>3:
cycles = 1
# Execute all rules against the user input
brain = PythonInterpreter()
c.sandbox = True # a flag that gives away that we are in a sandbox
for i in range(cycles):
c.cycle = i # a counter for the cycle we are in
for rule in c.data["rules"][:]: # we are going to modify the rules. a lot. this prevents concurrent modification.
try:
output += self.divHideCode("rulebox", "Executing rule '%s'" % rule["title"], "id"+str(random()), self.dumpPython(rule["code"]), openend=True)
err = StringWriter()
out = StringWriter()
checksum = hashlib.md5(self.yaml.dump(c.data)).hexdigest()
brain.set("self", c)
brain.setErr(err)
brain.setOut(out)
before = time.time()
timeout (brain.exec,(rule["code"],),timeout_duration=30)
runtime = int((time.time()-before) * 1000)
changes = (checksum != hashlib.md5(self.yaml.dump(c.data)).hexdigest())
output += "<div class=\"ruleoutput\">"
if changes: output += "<div class=\"erroroutput\">This rule changed the game data.</div>"
if (err.getBuffer().length()): output += "<div class=\"erroroutput\">Err:<br />%s</div>" % self.dumpPythonTB(err.toString().strip())
if (out.getBuffer().length()): output += "<div class=\"gu\">Out:</div>"+out.toString().strip()
output += "<div>(runtime: %sms)</div></div></div>" % runtime
except Exception, ex:
output += self.explainException("Execution failed") + "</div>"