cdef object CheckForCefPythonMessageHash(CefRefPtr[CefBrowser] cefBrowser,

py_string pyString):

# A javascript callback from the Renderer process is sent as a string.

# TODO: this could be sent using CefBinaryNamedString in the future,

# see this topic "Sending custom data types using process messaging":

# http://www.magpcss.org/ceforum/viewtopic.php?f=6&t=10881

cdef py_string cefPythonMessageHash = "####cefpython####"

cdef JavascriptCallback jsCallback

cdef py_string jsonData

cdef object message

if pyString.startswith(cefPythonMessageHash):

jsonData = pyString[len(cefPythonMessageHash):]

message = json.loads(jsonData)

if message and type(message) == dict and message.has_key("what") \

and message["what"] == "javascript-callback":

jsCallback = CreateJavascriptCallback(

message["callbackId"], cefBrowser,

message["frameId"], message["functionName"])

return jsCallback

return pyString

cdef list CefListValueToPyList(

CefRefPtr[CefBrowser] cefBrowser,

CefRefPtr[CefListValue] cefListValue,

int nestingLevel=0):

assert cefListValue.get().IsValid(), "cefListValue is invalid"

if nestingLevel > 8:

raise Exception("CefListValueToPyList(): max nesting level (8)"

" exceeded")

cdef int index

cdef int size = cefListValue.get().GetSize()

cdef cef_types.cef_value_type_t valueType

cdef list ret = []

cdef CefRefPtr[CefBinaryValue] binaryValue

cdef cef_types.uint32 uint32_value

cdef cef_types.int64 int64_value

cdef object originallyString

for index in range(0, size):

valueType = cefListValue.get().GetType(index)

if valueType == cef_types.VTYPE_NULL:

ret.append(None)

elif valueType == cef_types.VTYPE_BOOL:

ret.append(bool(cefListValue.get().GetBool(index)))

elif valueType == cef_types.VTYPE_INT:

ret.append(cefListValue.get().GetInt(index))

elif valueType == cef_types.VTYPE_DOUBLE:

ret.append(cefListValue.get().GetDouble(index))

elif valueType == cef_types.VTYPE_STRING:

originallyString = CefToPyString(

cefListValue.get().GetString(index))

originallyString = CheckForCefPythonMessageHash(cefBrowser,

originallyString)

ret.append(originallyString)

elif valueType == cef_types.VTYPE_DICTIONARY:

ret.append(CefDictionaryValueToPyDict(

cefBrowser,

cefListValue.get().GetDictionary(index),

nestingLevel + 1))

elif valueType == cef_types.VTYPE_LIST:

ret.append(CefListValueToPyList(

cefBrowser,

cefListValue.get().GetList(index),

nestingLevel + 1))

elif valueType == cef_types.VTYPE_BINARY:

binaryValue = cefListValue.get().GetBinary(index)

if binaryValue.get().GetSize() == sizeof(uint32_value):

binaryValue.get().GetData(

&uint32_value, sizeof(uint32_value), 0)

ret.append(uint32_value)

elif binaryValue.get().GetSize() == sizeof(int64_value):

binaryValue.get().GetData(

&int64_value, sizeof(int64_value), 0)

ret.append(int64_value)

else:

raise Exception("Unknown binary value, size=%s" % \

binaryValue.get().GetSize())

else:

raise Exception("Unknown value type=%s" % valueType)

return ret

cdef dict CefDictionaryValueToPyDict(

CefRefPtr[CefBrowser] cefBrowser,

CefRefPtr[CefDictionaryValue] cefDictionaryValue,

int nestingLevel=0):

assert cefDictionaryValue.get().IsValid(), "cefDictionaryValue is invalid"

if nestingLevel > 8:

raise Exception("CefDictionaryValueToPyDict(): max nesting level (8)"

" exceeded")

cdef cpp_vector[CefString] keyList

cefDictionaryValue.get().GetKeys(keyList)

cdef cef_types.cef_value_type_t valueType

cdef dict ret = {}

cdef cpp_vector[CefString].iterator iterator = keyList.begin()

cdef CefString cefKey

cdef py_string pyKey

cdef CefRefPtr[CefBinaryValue] binaryValue

cdef cef_types.uint32 uint32_value

cdef cef_types.int64 int64_value

cdef object originallyString

while iterator != keyList.end():

cefKey = deref(iterator)

pyKey = CefToPyString(cefKey)

preinc(iterator)

valueType = cefDictionaryValue.get().GetType(cefKey)

if valueType == cef_types.VTYPE_NULL:

ret[pyKey] = None

elif valueType == cef_types.VTYPE_BOOL:

ret[pyKey] = bool(cefDictionaryValue.get().GetBool(cefKey))

elif valueType == cef_types.VTYPE_INT:

ret[pyKey] = cefDictionaryValue.get().GetInt(cefKey)

elif valueType == cef_types.VTYPE_DOUBLE:

ret[pyKey] = cefDictionaryValue.get().GetDouble(cefKey)

elif valueType == cef_types.VTYPE_STRING:

originallyString = CefToPyString(

cefDictionaryValue.get().GetString(cefKey))

originallyString = CheckForCefPythonMessageHash(cefBrowser,

originallyString)

ret[pyKey] = originallyString

elif valueType == cef_types.VTYPE_DICTIONARY:

ret[pyKey] = CefDictionaryValueToPyDict(

cefBrowser,

cefDictionaryValue.get().GetDictionary(cefKey),

nestingLevel + 1)

elif valueType == cef_types.VTYPE_LIST:

ret[pyKey] = CefListValueToPyList(

cefBrowser,

cefDictionaryValue.get().GetList(cefKey),

nestingLevel + 1)

elif valueType == cef_types.VTYPE_BINARY:

binaryValue = cefDictionaryValue.get().GetBinary(cefKey)

if binaryValue.get().GetSize() == sizeof(uint32_value):

binaryValue.get().GetData(

&uint32_value, sizeof(uint32_value), 0)

ret[pyKey] = uint32_value

elif binaryValue.get().GetSize() == sizeof(int64_value):

binaryValue.get().GetData(

&int64_value, sizeof(int64_value), 0)

ret[pyKey] = int64_value

else:

raise Exception("Unknown binary value, size=%s" % \

binaryValue.get().GetSize())

else:

raise Exception("Unknown value type = %s" % valueType)

return ret

cdef CefRefPtr[CefListValue] PyListToCefListValue(

object frameId,

list pyList,

int nestingLevel=0) except *:

if nestingLevel > 8:

raise Exception("PyListToCefListValue(): max nesting level (8)"

" exceeded")

cdef type valueType

cdef CefRefPtr[CefListValue] ret = CefListValue_Create()

cdef CefRefPtr[CefBinaryValue] binaryValue

for index, value in enumerate(pyList):

valueType = type(value)

if valueType == type(None):

ret.get().SetNull(index)

elif valueType == bool:

ret.get().SetBool(index, bool(value))

elif valueType == int:

ret.get().SetInt(index, int(value))

elif valueType == long:

# Int32 range is -2147483648..2147483647, we've increased the

# minimum size by one as Cython was throwing a warning:

# "unary minus operator applied to unsigned type, result still

# unsigned".

if value <= 2147483647 and value >= -2147483647:

ret.get().SetInt(index, int(value))

else:

# Long values become strings.

ret.get().SetString(index, PyToCefStringValue(str(value)))

elif valueType == float:

ret.get().SetDouble(index, float(value))

elif valueType == bytes or valueType == unicode:

ret.get().SetString(index, PyToCefStringValue(str(value)))

elif valueType == dict:

ret.get().SetDictionary(index, PyDictToCefDictionaryValue(frameId,

value, nestingLevel + 1))

elif valueType == list or valueType == tuple:

if valueType == tuple:

value = list(value)

ret.get().SetList(index, PyListToCefListValue(frameId, value,

nestingLevel + 1))

elif valueType == types.FunctionType or valueType == types.MethodType:

ret.get().SetBinary(index, PutPythonCallback(frameId, value))

else:

# Raising an exception probably not a good idea, why

# terminate application when we can cast it to string,

# the data may contain some non-standard object that is

# probably redundant, but casting to string will do no harm.

# This will handle the "type" type.

ret.get().SetString(index, PyToCefStringValue(str(value)))

return ret

cdef void PyListToExistingCefListValue(

object frameId,

list pyList,

CefRefPtr[CefListValue] cefListValue,

int nestingLevel=0) except *:

# When sending process messages you must use an existing

# CefListValue, see browser.pyx > SendProcessMessage().

if nestingLevel > 8:

raise Exception("PyListToCefListValue(): max nesting level (8)"

" exceeded")

cdef type valueType

cdef CefRefPtr[CefListValue] newCefListValue

for index, value in enumerate(pyList):

valueType = type(value)

if valueType == type(None):

cefListValue.get().SetNull(index)

elif valueType == bool:

cefListValue.get().SetBool(index, bool(value))

elif valueType == int:

cefListValue.get().SetInt(index, int(value))

elif valueType == long:

# Int32 range is -2147483648..2147483647, we've increased the

# minimum size by one as Cython was throwing a warning:

# "unary minus operator applied to unsigned type, result still

# unsigned".

if value <= 2147483647 and value >= -2147483647:

cefListValue.get().SetInt(index, int(value))

else:

# Long values become strings.

cefListValue.get().SetString(index, PyToCefStringValue(str(

value)))

elif valueType == float:

cefListValue.get().SetDouble(index, float(value))

elif valueType == bytes or valueType == unicode:

cefListValue.get().SetString(index, PyToCefStringValue(str(value)))

elif valueType == dict:

cefListValue.get().SetDictionary(index, PyDictToCefDictionaryValue(

frameId, value, nestingLevel + 1))

elif valueType == list or valueType == tuple:

if valueType == tuple:

value = list(value)

newCefListValue = CefListValue_Create()

PyListToExistingCefListValue(frameId, value, newCefListValue,

nestingLevel + 1)

cefListValue.get().SetList(index, newCefListValue)

elif valueType == types.FunctionType or valueType == types.MethodType:

cefListValue.get().SetBinary(index, PutPythonCallback(

frameId, value))

else:

# Raising an exception probably not a good idea, why

# terminate application when we can cast it to string,

# the data may contain some non-standard object that is

# probably redundant, but casting to string will do no harm.

# This will handle the "type" type.

cefListValue.get().SetString(index, PyToCefStringValue(str(value)))

cdef CefRefPtr[CefDictionaryValue] PyDictToCefDictionaryValue(

object frameId,

dict pyDict,

int nestingLevel=0) except *:

if nestingLevel > 8:

raise Exception("PyDictToCefDictionaryValue(): max nesting level (8)"

" exceeded")

cdef type valueType

cdef CefRefPtr[CefDictionaryValue] ret = CefDictionaryValue_Create()

cdef CefString cefKey

cdef object value

for pyKey in pyDict:

value = pyDict[pyKey]

valueType = type(value)

PyToCefString(pyKey, cefKey)

if valueType == type(None):

ret.get().SetNull(cefKey)

elif valueType == bool:

ret.get().SetBool(cefKey, bool(value))

elif valueType == int:

ret.get().SetInt(cefKey, int(value))

elif valueType == long:

# Int32 range is -2147483648..2147483647, we've increased the

# minimum size by one as Cython was throwing a warning:

# "unary minus operator applied to unsigned type, result still

# unsigned".

if value <= 2147483647 and value >= -2147483647:

ret.get().SetInt(cefKey, int(value))

else:

# Long values become strings.

ret.get().SetString(cefKey, PyToCefStringValue(str(value)))

elif valueType == float:

ret.get().SetDouble(cefKey, float(value))

elif valueType == bytes or valueType == unicode:

ret.get().SetString(cefKey, PyToCefStringValue(str(value)))

elif valueType == dict:

ret.get().SetDictionary(cefKey, PyDictToCefDictionaryValue(

frameId, value, nestingLevel + 1))

elif valueType == list or valueType == tuple:

if valueType == tuple:

value = list(value)

ret.get().SetList(cefKey, PyListToCefListValue(frameId, value,

nestingLevel + 1))

elif valueType == types.FunctionType or valueType == types.MethodType:

ret.get().SetBinary(cefKey, PutPythonCallback(frameId, value))

else:

# Raising an exception probably not a good idea, why

# terminate application when we can cast it to string,

# the data may contain some non-standard object that is

# probably redundant, but casting to string will do no harm.

# This will handle the "type" type.

ret.get().SetString(cefKey, PyToCefStringValue(str(value)))

return ret