class Request:

return pyRequest

cdef PyRequest CreatePyRequest(CefRefPtr[CefRequest] cefRequest):

# This can't be named "GetPyRequest()" as CefRequest has

# no unique identifier, so each time a different python object

# must be returned.

cdef PyRequest pyRequest = PyRequest()

pyRequest.cefRequest = cefRequest

return pyRequest

cdef class PyRequest:

"CefRequest was destroyed")

cpdef str GetUrl(self):

return CefToPyString(self.GetCefRequest().get().GetURL())

cpdef py_void SetUrl(self, py_string url):

cdef CefString cefUrl

PyToCefString(url, cefUrl)

self.GetCefRequest().get().SetURL(cefUrl)

cpdef str GetMethod(self):

return CefToPyString(self.GetCefRequest().get().GetMethod())

cpdef py_void SetMethod(self, py_string method):

cdef CefString cefMethod

PyToCefString(method, cefMethod)

self.GetCefRequest().get().SetMethod(cefMethod)

cpdef object GetPostData(self):

if self.GetMethod() != "POST":

return {}

cdef cpp_vector[CefRefPtr[CefPostDataElement]] elementVector

cdef CefRefPtr[CefPostData] postData = (

self.GetCefRequest().get().GetPostData())

if postData.get().GetElementCount() == 0:

return {}

postData.get().GetElements(elementVector)

cdef cpp_vector[CefRefPtr[CefPostDataElement]].iterator iterator = (

elementVector.begin())

cdef CefRefPtr[CefPostDataElement] postDataElement

cdef list retMultipart = []

cdef dict retUrlEncoded = {}

# pyData is really of type "str", but Cython will throw

# an error if we use that type: "Cannot convert 'bytes'

# object to str implicitly. This is not portable to Py3."

cdef object pyData

cdef size_t bytesCount

cdef void* voidData

cdef str pyFile

while iterator != elementVector.end():

postDataElement = deref(iterator)

if postDataElement.get().GetType() == cef_types.PDE_TYPE_EMPTY:

# May return an empty dict - retUrlEncoded.

pass

elif postDataElement.get().GetType() == cef_types.PDE_TYPE_BYTES:

bytesCount = postDataElement.get().GetBytesCount()

voidData = <void*>malloc(bytesCount)

postDataElement.get().GetBytes(bytesCount, voidData)

pyData = VoidPtrToString(voidData, bytesCount)

free(voidData)

if (pyData.startswith('--') or retMultipart):

# Content-Type: multipart/form-data

retMultipart.append(pyData)

else:

# Content-Type: application/x-www-form-urlencoded

retUrlEncoded.update(urlparse.parse_qsl(qs=pyData,

keep_blank_values=True))

elif postDataElement.get().GetType() == cef_types.PDE_TYPE_FILE:

pyFile = CefToPyString(postDataElement.get().GetFile())

retMultipart.append("@"+pyFile)

else:

raise Exception("Invalid type of CefPostDataElement")

preinc(iterator)

if retMultipart:

return retMultipart

else:

return retUrlEncoded

cpdef py_void SetPostData(self, object pyPostData):

cdef CefRefPtr[CefPostData] postData = (

self.GetCefRequest().get().GetPostData())

postData.get().RemoveElements()

cdef CefRefPtr[CefPostDataElement] postDataElement

cdef py_string pyElement

cdef CefString sfile

if type(pyPostData) == list:

for pyElement in pyPostData:

if pyElement.startswith('--'):

postDataElement = CefPostDataElement_Create()

postDataElement.get().SetToBytes(len(pyElement),

<char*>pyElement)

elif pyElement.startswith('@'):

postDataElement = CefPostDataElement_Create()

PyToCefString(pyElement[1:], sfile)

postDataElement.get().SetToFile(sfile)

elif not pyElement:

postDataElement = CefPostDataElement_Create()

postDataElement.get().SetToEmpty()

else:

raise Exception("Invalid element in postData: %s" % (

pyElement))

postData.get().AddElement(postDataElement)

elif type(pyPostData) == dict:

pyElement = urllib.urlencode(pyPostData)

pyElement = str(pyElement)

postDataElement = CefPostDataElement_Create()

postDataElement.get().SetToBytes(len(pyElement), <char*>pyElement)

postData.get().AddElement(postDataElement)

else:

raise Exception("Invalid type of postData, only dict|list allowed")

cpdef dict GetHeaderMap(self):

cdef list headerMultimap = self.GetHeaderMultimap()

cdef dict headerMap = {}

cdef tuple headerTuple

for headerTuple in headerMultimap:

key = headerTuple[0]

value = headerTuple[1]

headerMap[key] = value

return headerMap

cpdef list GetHeaderMultimap(self):

cdef cpp_multimap[CefString, CefString] cefHeaderMap

self.GetCefRequest().get().GetHeaderMap(cefHeaderMap)

cdef list pyHeaderMultimap = []

cdef cpp_multimap[CefString, CefString].iterator iterator = (

cefHeaderMap.begin())

cdef CefString cefKey

cdef CefString cefValue

cdef str pyKey

cdef str pyValue

while iterator != cefHeaderMap.end():

cefKey = deref(iterator).first

cefValue = deref(iterator).second

pyKey = CefToPyString(cefKey)

pyValue = CefToPyString(cefValue)

pyHeaderMultimap.append((pyKey, pyValue))

preinc(iterator)

return pyHeaderMultimap

cpdef py_void SetHeaderMap(self, dict headerMap):

assert len(headerMap) > 0, "headerMap param is empty"

cpdef list headerMultimap = []

cdef object key

for key in headerMap:

headerMultimap.append((str(key), str(headerMap[key])))

self.SetHeaderMultimap(headerMultimap)

cpdef py_void SetHeaderMultimap(self, list headerMultimap):

assert len(headerMultimap) > 0, "headerMultimap param is empty"

cdef cpp_multimap[CefString, CefString] cefHeaderMap

cdef CefString cefKey

cdef CefString cefValue

cdef cpp_pair[CefString, CefString] pair

cdef tuple headerTuple

for headerTuple in headerMultimap:

PyToCefString(str(headerTuple[0]), cefKey)

PyToCefString(str(headerTuple[1]), cefValue)

pair.first, pair.second = cefKey, cefValue

cefHeaderMap.insert(pair)

self.GetCefRequest().get().SetHeaderMap(cefHeaderMap)

cpdef int GetFlags(self) except *:

return self.GetCefRequest().get().GetFlags()

cpdef py_void SetFlags(self, int flags):

self.GetCefRequest().get().SetFlags(flags)

cpdef str GetFirstPartyForCookies(self):

return CefToPyString(

self.GetCefRequest().get().GetFirstPartyForCookies())

cpdef py_void SetFirstPartyForCookies(self, py_string url):

self.GetCefRequest().get().SetFirstPartyForCookies(

PyToCefStringValue(url))