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PyAMF API Documentation
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A
AbstractMessage
(in
pyamf.flex.messaging
)
addRequest()
(in
RemotingService
)
amf3
(in
pyamf.remoting
)
AcknowledgeMessage
(in
pyamf.flex.messaging
)
addService()
(in
BaseGateway
)
AMF3RequestProcessor
(in
pyamf.remoting.gateway.twisted
)
AcknowledgeMessageExt
(in
pyamf.flex.messaging
)
addString()
(in
Context
)
append()
(in
BufferedByteStream
)
adapters
(in
pyamf
)
alias
(in
__amf__
)
append()
(in
IndexedCollection
)
adapters_registered
(in
pyamf.adapters
)
ALIAS_TYPES
(in
pyamf
)
append()
(in
IndexedMap
)
add_error_class()
(in
pyamf
)
allowedMethods
(in
TwistedGateway
)
APPEND_TO_GATEWAY_URL
(in
pyamf.remoting
)
add_type()
(in
pyamf
)
AMF0
(in
pyamf
)
applyAttributes()
(in
ClassAlias
)
addAMF3Object()
(in
Context
)
amf0
(in
pyamf
)
ArrayCollection
(in
pyamf.flex
)
addClass()
(in
Context
)
amf0
(in
pyamf.remoting
)
ASObject
(in
pyamf
)
addClassKey()
(in
DjangoReferenceCollection
)
AMF0RequestProcessor
(in
pyamf.remoting.gateway.twisted
)
AsyncMessage
(in
pyamf.flex.messaging
)
addClassKey()
(in
GAEReferenceCollection
)
amf3
(in
cpyamf
)
AsyncMessageExt
(in
pyamf.flex.messaging
)
addHeader()
(in
RemotingService
)
AMF3
(in
pyamf
)
at_eof()
(in
BufferedByteStream
)
addHTTPHeader()
(in
RemotingService
)
amf3
(in
pyamf
)
authenticate()
(in
pyamf.remoting.gateway
)
addItem()
(in
ArrayCollection
)
amf3
(in
__amf__
)
authenticateRequest()
(in
RequestProcessor
)
addItemAt()
(in
ArrayCollection
)
amf3
(in
__amf__
)
authenticateRequest()
(in
BaseGateway
)
addLegacyXML()
(in
Context
)
amf3
(in
__amf__
)
authenticateRequest()
(in
TwistedGateway
)
addObject()
(in
BaseContext
)
amf3
(in
__amf__
)
AUTHENTICATION_MESSAGE_REF_TYPE
(in
CommandMessage
)
B
badRequestMethod()
(in
WSGIGateway
)
BaseFault
(in
pyamf.remoting
)
BufferedByteStream
(in
cpyamf.util
)
BaseContext
(in
pyamf
)
BaseGateway
(in
pyamf.remoting.gateway
)
build_fault()
(in
pyamf.remoting.amf0
)
BaseDecoder
(in
pyamf
)
BaseServerError
(in
pyamf.remoting.amf3
)
buildErrorResponse()
(in
RequestProcessor
)
BaseEncoder
(in
pyamf
)
BaseServiceError
(in
pyamf.remoting.gateway
)
buildErrorResponse()
(in
RequestProcessor
)
BaseError
(in
pyamf
)
blaze_loader()
(in
pyamf
)
ByteArray
(in
pyamf.amf3
)
C
callServiceRequest()
(in
BaseGateway
)
clear()
(in
IndexedCollection
)
Context
(in
pyamf.amf0
)
cBufferedByteStream
(in
cpyamf.util
)
clear()
(in
IndexedMap
)
Context
(in
pyamf.amf3
)
check_nan()
(in
pyamf.amf0
)
client
(in
pyamf.remoting
)
convert_args()
(in
pyamf.remoting.client
)
checkClass()
(in
ClassAlias
)
CLIENT_TYPES
(in
pyamf
)
convert_Decimal()
(in
pyamf.adapters._decimal
)
checkClass()
(in
TypedObjectClassAlias
)
ClientTypes
(in
pyamf
)
convert_lazy()
(in
pyamf.adapters._django_utils_translation
)
CLASS_CACHE
(in
pyamf
)
close()
(in
BufferedByteStream
)
convert_NOT_PROVIDED()
(in
pyamf.adapters._django_db_models_fields
)
CLASS_LOADERS
(in
pyamf
)
CLUSTER_REQUEST_OPERATION
(in
CommandMessage
)
cpyamf
ClassAlias
(in
pyamf
)
CommandMessage
(in
pyamf.flex.messaging
)
createInstance()
(in
ClassAlias
)
ClassAliasError
(in
pyamf
)
CommandMessageExt
(in
pyamf.flex.messaging
)
createInstance()
(in
TypedObjectClassAlias
)
ClassDefinition
(in
pyamf.amf3
)
compile()
(in
ClassAlias
)
createInstance()
(in
DataStoreClassAlias
)
clear()
(in
BaseContext
)
compress()
(in
ByteArray
)
CustomTypeFunc
(in
pyamf
)
clear()
(in
Context
)
consume()
(in
BufferedByteStream
)
clear()
(in
Context
)
CONTENT_TYPE
(in
pyamf.remoting
)
D
data
(in
pyamf.flex
)
decode()
(in
pyamf.sol
)
DESTINATION_CLIENT_ID_HEADER
(in
AbstractMessage
)
DataErrorMessage
(in
pyamf.flex.data
)
decode_int()
(in
cpyamf.amf3
)
DISCONNECT_OPERATION
(in
CommandMessage
)
DataInput
(in
pyamf.amf3
)
decode_uuid()
(in
pyamf.flex.messaging
)
django
(in
pyamf.remoting.gateway
)
DataMessage
(in
pyamf.flex.data
)
DecodeError
(in
pyamf
)
DjangoClassAlias
(in
pyamf.adapters._django_db_models_base
)
DataOutput
(in
pyamf.amf3
)
Decoder
(in
pyamf.amf0
)
DjangoGateway
(in
pyamf.remoting.gateway.django
)
DataStoreClassAlias
(in
pyamf.adapters._google_appengine_ext_db
)
Decoder
(in
pyamf.amf3
)
DjangoReferenceCollection
(in
pyamf.adapters._django_db_models_base
)
DataTypeMixIn
(in
pyamf.util
)
decodeSmallAttribute()
(in
AbstractMessage
)
dynamic
(in
__amf__
)
decode()
(in
pyamf.amf0
)
DEFAULT_CLIENT_TYPE
(in
pyamf.remoting.client
)
dynamic
(in
__amf__
)
decode()
(in
pyamf.amf3
)
DEFAULT_ENCODING
(in
pyamf
)
DYNAMIC
(in
ObjectEncoding
)
decode()
(in
pyamf
)
DEFAULT_USER_AGENT
(in
pyamf.remoting.client
)
dynamic
(in
__amf__
)
decode()
(in
pyamf.remoting
)
dependents
(in
IResource
)
dynamic_properties()
(in
ModelStub
)
E
e
(in
pyamf.adapters._sqlalchemy_orm
)
endian
(in
BufferedByteStream
)
ErrorFault
(in
pyamf.remoting
)
encode()
(in
pyamf.amf0
)
ENDIAN_BIG
(in
DataTypeMixIn
)
ErrorMessage
(in
pyamf.flex.messaging
)
encode()
(in
pyamf.amf3
)
ENDIAN_LITTLE
(in
DataTypeMixIn
)
exclude
(in
__amf__
)
encode()
(in
pyamf
)
ENDIAN_NATIVE
(in
DataTypeMixIn
)
EXCLUDED_ATTRS
(in
SaMappedClassAlias
)
encode()
(in
pyamf.remoting
)
ENDIAN_NETWORK
(in
DataTypeMixIn
)
execute()
(in
RemotingService
)
encode()
(in
pyamf.sol
)
ENDPOINT_HEADER
(in
AbstractMessage
)
execute_single()
(in
RemotingService
)
encode_int()
(in
cpyamf.amf3
)
Envelope
(in
pyamf.remoting
)
expose_request()
(in
pyamf.remoting.gateway
)
ENCODED_INT_CACHE
(in
pyamf.amf3
)
EOStream
(in
pyamf
)
EXTERNAL
(in
ObjectEncoding
)
EncodeError
(in
pyamf
)
ERROR_CALL_FAILED
(in
pyamf.remoting
)
external
(in
__amf__
)
Encoder
(in
pyamf.amf0
)
ERROR_CLASS_MAP
(in
pyamf
)
external
(in
__amf__
)
Encoder
(in
pyamf.amf3
)
ERROR_CODES
(in
pyamf.remoting
)
external
(in
__amf__
)
encodeSmallAttribute()
(in
AbstractMessage
)
ERROR_HINT_HEADER
(in
AcknowledgeMessage
)
external
(in
__amf__
)
ENCODING_TYPES
(in
pyamf
)
ErrorAlias
(in
pyamf
)
external
(in
__amf__
)
F
find_module()
(in
ModuleFinder
)
Flash9
(in
ClientTypes
)
flex_loader()
(in
pyamf
)
find_xml_lib()
(in
pyamf.util
)
FlashCom
(in
ClientTypes
)
flush()
(in
BufferedByteStream
)
Flash6
(in
ClientTypes
)
flex
(in
pyamf
)
format_exception()
(in
pyamf.remoting.gateway
)
G
GAEReferenceCollection
(in
pyamf.adapters._google_appengine_ext_db
)
getClassByReference()
(in
Context
)
getObjectReference()
(in
BaseContext
)
gateway
(in
pyamf.remoting
)
getClassKey()
(in
DjangoReferenceCollection
)
getPreprocessor()
(in
BaseGateway
)
generate_acknowledgement()
(in
pyamf.remoting.amf3
)
getClassKey()
(in
GAEReferenceCollection
)
getPreprocessor()
(in
ServiceWrapper
)
generate_error()
(in
pyamf.remoting.amf3
)
getCustomProperties()
(in
ClassAlias
)
getProcessor()
(in
BaseGateway
)
generate_random_id()
(in
pyamf.remoting.amf3
)
getCustomProperties()
(in
ErrorAlias
)
getProcessor()
(in
TwistedGateway
)
get()
(in
WebAppGateway
)
getCustomProperties()
(in
DjangoClassAlias
)
getProxiedAttribute()
(in
ClassAlias
)
get_attrs()
(in
pyamf.util
)
getCustomProperties()
(in
DataStoreClassAlias
)
getReferenceTo()
(in
IndexedCollection
)
get_class_alias()
(in
pyamf
)
getCustomProperties()
(in
SaMappedClassAlias
)
getRequest()
(in
RemotingService
)
get_class_alias()
(in
pyamf.util
)
getDecodableAttributes()
(in
ClassAlias
)
getResponse()
(in
BaseGateway
)
get_class_meta()
(in
pyamf.util
)
getDecodableAttributes()
(in
DjangoClassAlias
)
getResponse()
(in
DjangoGateway
)
get_context()
(in
pyamf
)
getDecodableAttributes()
(in
DataStoreClassAlias
)
getResponse()
(in
WebAppGateway
)
get_datetime()
(in
pyamf.util
)
getDecodableAttributes()
(in
SaMappedClassAlias
)
getResponse()
(in
TwistedGateway
)
get_decoder()
(in
pyamf
)
getDjangoObjects()
(in
pyamf.adapters._django_db_models_base
)
getResponse()
(in
WSGIGateway
)
get_encoder()
(in
pyamf
)
getEncodableAttributes()
(in
ClassAlias
)
getService()
(in
RemotingService
)
get_exception_from_fault()
(in
pyamf.remoting
)
getEncodableAttributes()
(in
ErrorAlias
)
getServiceRequest()
(in
BaseGateway
)
get_fault()
(in
pyamf.remoting
)
getEncodableAttributes()
(in
DjangoClassAlias
)
getSmallMessage()
(in
AbstractMessage
)
get_fault_class()
(in
pyamf.remoting
)
getEncodableAttributes()
(in
DataStoreClassAlias
)
getSmallMessage()
(in
AcknowledgeMessage
)
get_module()
(in
pyamf
)
getEncodableAttributes()
(in
SaMappedClassAlias
)
getSmallMessage()
(in
AsyncMessage
)
get_properties()
(in
pyamf.util
)
getGAEObjects()
(in
pyamf.adapters._google_appengine_ext_db
)
getSmallMessage()
(in
CommandMessage
)
get_timestamp()
(in
pyamf.util
)
getItemAt()
(in
ArrayCollection
)
getSmallMessage()
(in
ErrorMessage
)
get_type()
(in
pyamf
)
getItemIndex()
(in
ArrayCollection
)
getString()
(in
Context
)
getAMFRequest()
(in
RemotingService
)
getLegacyXML()
(in
Context
)
getStringReference()
(in
Context
)
getAuthenticator()
(in
BaseGateway
)
getLegacyXMLReference()
(in
Context
)
getvalue()
(in
BufferedByteStream
)
getAuthenticator()
(in
ServiceWrapper
)
getMappedByReference()
(in
IndexedMap
)
google
(in
pyamf.remoting.gateway
)
getByReference()
(in
IndexedCollection
)
getMethods()
(in
ServiceWrapper
)
google
(in
pyamf.remoting.gateway.google
)
getClass()
(in
Context
)
getObject()
(in
BaseContext
)
getClassAlias()
(in
BaseContext
)
getObjectAlias()
(in
Context
)
H
hasAMF3ObjectReference()
(in
Context
)
HeaderCollection
(in
pyamf.remoting
)
HTTP_OK
(in
pyamf.remoting.client
)
HEADER_SIGNATURE
(in
pyamf.sol
)
headers
(in
Message
)
HEADER_VERSION
(in
pyamf.sol
)
hexdump()
(in
pyamf.util
)
I
impl
(in
pyamf.remoting.gateway
)
InvalidServiceMethodError
(in
pyamf.remoting.gateway
)
is_required()
(in
HeaderCollection
)
imports
(in
pyamf.util
)
IResource
isNaN()
(in
pyamf.util
)
IndexedCollection
(in
pyamf.util
)
is_class_sa_mapped()
(in
pyamf.adapters._sqlalchemy_orm
)
isNegInf()
(in
pyamf.util
)
IndexedMap
(in
pyamf.util
)
is_class_sealed()
(in
pyamf.util
)
isPosInf()
(in
pyamf.util
)
install_django_reference_model_hook()
(in
pyamf.adapters._django_db_models_base
)
is_compiled()
(in
ClassAlias
)
items()
(in
Envelope
)
install_gae_reference_model_hook()
(in
pyamf.adapters._google_appengine_ext_db
)
is_ET_element()
(in
pyamf.util
)
iteritems()
(in
Envelope
)
int_types
(in
pyamf.util
)
is_float_broken()
(in
pyamf.util
)
K
KEY_ATTR
(in
DataStoreClassAlias
)
KEY_ATTR
(in
SaMappedClassAlias
)
keys()
(in
Envelope
)
L
LAZY_ATTR
(in
SaMappedClassAlias
)
load()
(in
pyamf.sol
)
loadInstanceFromDatastore()
(in
pyamf.adapters._google_appengine_ext_db
)
length
(in
ArrayCollection
)
load_class()
(in
pyamf
)
LOGIN_OPERATION
(in
CommandMessage
)
level
(in
BaseFault
)
load_module()
(in
ModuleFinder
)
LOGOUT_OPERATION
(in
CommandMessage
)
level
(in
ErrorFault
)
loaded_modules
(in
pyamf.util.imports
)
M
map()
(in
IndexedMap
)
MESSAGES_NS
(in
pyamf.flex.data
)
ModuleFinder
(in
pyamf.util.imports
)
MAX_29B_INT
(in
pyamf.amf3
)
messaging
(in
pyamf.flex
)
mustExposeRequest()
(in
BaseGateway
)
Message
(in
pyamf.remoting
)
MixedArray
(in
pyamf
)
mustExposeRequest()
(in
ServiceWrapper
)
MESSAGE_DELIVERY_IN_DOUBT
(in
ErrorMessage
)
ModelStub
(in
pyamf.adapters._google_appengine_ext_db
)
N
NAMESPACE
(in
pyamf.flex.messaging
)
negative_timestamp_broken
(in
pyamf.util
)
NaN
(in
pyamf.util
)
NegInf
(in
pyamf.util
)
O
ObjectEncoding
(in
pyamf.amf3
)
ObjectProxy
(in
pyamf.flex
)
P
PackageImporter
(in
pyamf.adapters
)
POLL_OPERATION
(in
CommandMessage
)
preprocessRequest()
(in
BaseGateway
)
PADDING_BYTE
(in
pyamf.sol
)
PosInf
(in
pyamf.util
)
preprocessRequest()
(in
TwistedGateway
)
PagedMessage
(in
pyamf.flex.data
)
post()
(in
WebAppGateway
)
properties()
(in
ModelStub
)
peek()
(in
BufferedByteStream
)
post_load_hooks
(in
pyamf.util.imports
)
PROXY
(in
ObjectEncoding
)
PING_OPERATION
(in
CommandMessage
)
preprocess()
(in
pyamf.remoting.gateway
)
pyamf
R
raiseException()
(in
BaseFault
)
readMixedArray()
(in
Decoder
)
register_alias_type()
(in
pyamf
)
read()
(in
BufferedByteStream
)
readMultiByte()
(in
DataInput
)
register_class()
(in
pyamf
)
read_24bit_int()
(in
BufferedByteStream
)
readNull()
(in
Decoder
)
register_class_loader()
(in
pyamf
)
read_24bit_uint()
(in
BufferedByteStream
)
readNull()
(in
Decoder
)
register_package()
(in
pyamf
)
read_char()
(in
BufferedByteStream
)
readNumber()
(in
Decoder
)
remaining()
(in
BufferedByteStream
)
read_double()
(in
BufferedByteStream
)
readNumber()
(in
Decoder
)
REMOTE_CREDENTIALS_HEADER
(in
AbstractMessage
)
read_double_workaround()
(in
pyamf.util
)
readObject()
(in
Decoder
)
remoting
(in
pyamf
)
read_flags()
(in
pyamf.flex.messaging
)
readObject()
(in
DataInput
)
RemotingCallFailed
(in
pyamf.remoting
)
read_float()
(in
BufferedByteStream
)
readObject()
(in
Decoder
)
RemotingError
(in
pyamf.remoting
)
read_long()
(in
BufferedByteStream
)
readProxyObject()
(in
Decoder
)
RemotingMessage
(in
pyamf.flex.messaging
)
read_short()
(in
BufferedByteStream
)
readReference()
(in
Decoder
)
RemotingService
(in
pyamf.remoting.client
)
read_uchar()
(in
BufferedByteStream
)
readShort()
(in
DataInput
)
remove_error_class()
(in
pyamf
)
read_ulong()
(in
BufferedByteStream
)
readSignedInteger()
(in
Decoder
)
remove_type()
(in
pyamf
)
read_ushort()
(in
BufferedByteStream
)
readString()
(in
Decoder
)
removeAll()
(in
ArrayCollection
)
read_utf8_string()
(in
BufferedByteStream
)
readString()
(in
Decoder
)
removeHTTPHeader()
(in
RemotingService
)
readAMF3()
(in
Decoder
)
readTypedObject()
(in
Decoder
)
removeItemAt()
(in
ArrayCollection
)
readArray()
(in
Decoder
)
readUndefined()
(in
Decoder
)
removeRequest()
(in
RemotingService
)
readBoolean()
(in
Decoder
)
readUndefined()
(in
Decoder
)
removeService()
(in
BaseGateway
)
readBoolean()
(in
DataInput
)
readUnsignedByte()
(in
DataInput
)
render_POST()
(in
TwistedGateway
)
readBoolFalse()
(in
Decoder
)
readUnsignedInt()
(in
DataInput
)
REPLACE_GATEWAY_URL
(in
pyamf.remoting
)
readBoolTrue()
(in
Decoder
)
readUnsignedInteger()
(in
Decoder
)
Request
(in
pyamf.remoting
)
readByte()
(in
DataInput
)
readUnsignedShort()
(in
DataInput
)
REQUEST_PERSISTENT_HEADER
(in
pyamf.remoting
)
readByteArray()
(in
Decoder
)
readUTF()
(in
DataInput
)
REQUEST_TIMEOUT_HEADER
(in
AbstractMessage
)
readDate()
(in
Decoder
)
readUTFBytes()
(in
DataInput
)
RequestProcessor
(in
pyamf.remoting.amf0
)
readDate()
(in
Decoder
)
readXML()
(in
Decoder
)
RequestProcessor
(in
pyamf.remoting.amf3
)
readDouble()
(in
DataInput
)
readXML()
(in
Decoder
)
RequestWrapper
(in
pyamf.remoting.client
)
readElement()
(in
BaseDecoder
)
readXMLString()
(in
Decoder
)
Response
(in
pyamf.remoting
)
readFloat()
(in
DataInput
)
RecordSet
(in
pyamf.amf0
)
result
(in
RequestWrapper
)
readInt()
(in
DataInput
)
REFERENCE_BIT
(in
pyamf.amf3
)
RETRYABLE_HINT_HEADER
(in
ErrorMessage
)
readInteger()
(in
Decoder
)
ReferenceError
(in
pyamf
)
run_hooks()
(in
pyamf.util.imports
)
readList()
(in
Decoder
)
register_adapter()
(in
pyamf.adapters
)
readLongString()
(in
Decoder
)
register_adapters()
(in
pyamf.adapters
)
S
SaMappedClassAlias
(in
pyamf.adapters._sqlalchemy_orm
)
set_attrs()
(in
pyamf.util
)
STATIC
(in
ObjectEncoding
)
save()
(in
SOL
)
set_required()
(in
HeaderCollection
)
static
(in
__amf__
)
save()
(in
pyamf.sol
)
setCredentials()
(in
RemotingService
)
static
(in
__amf__
)
seek()
(in
BufferedByteStream
)
setItemAt()
(in
ArrayCollection
)
static
(in
__amf__
)
SELECTOR_HEADER
(in
CommandMessage
)
setObjectAlias()
(in
Context
)
static
(in
__amf__
)
sendResponse()
(in
TwistedGateway
)
setResponse()
(in
RequestWrapper
)
static
(in
__amf__
)
SequencedMessage
(in
pyamf.flex.data
)
SMALL_ATTRIBUTE_FLAGS
(in
AbstractMessage
)
static
(in
__amf__
)
SERVER_NAME
(in
pyamf.remoting.gateway
)
SMALL_ATTRIBUTES
(in
AbstractMessage
)
STATUS_CODES
(in
pyamf.remoting
)
ServerCallFailed
(in
pyamf.remoting.amf3
)
SMALL_FLAG_MORE
(in
pyamf.flex.messaging
)
STATUS_DEBUG
(in
pyamf.remoting
)
serverInfo
(in
RecordSet
)
SMALL_UUID_FLAGS
(in
AbstractMessage
)
STATUS_ERROR
(in
pyamf.remoting
)
ServiceCollection
(in
pyamf.remoting.gateway
)
SMALL_UUIDS
(in
AbstractMessage
)
STATUS_OK
(in
pyamf.remoting
)
ServiceMethodProxy
(in
pyamf.remoting.client
)
sol
(in
pyamf
)
str_types
(in
pyamf.util
)
ServiceProxy
(in
pyamf.remoting.client
)
SOL
(in
pyamf.sol
)
StringIOProxy
(in
pyamf.util
)
ServiceRequest
(in
pyamf.remoting.gateway
)
split_module()
(in
pyamf.util.imports
)
SUBSCRIBE_OPERATION
(in
CommandMessage
)
ServiceWrapper
(in
pyamf.remoting.gateway
)
STATE_ATTR
(in
SaMappedClassAlias
)
SUBTOPIC_HEADER
(in
AsyncMessage
)
SESSION_INVALIDATE_OPERATION
(in
CommandMessage
)
static
(in
__amf__
)
SYNC_OPERATION
(in
CommandMessage
)
T
tell()
(in
BufferedByteStream
)
TYPE_DATE
(in
pyamf.amf0
)
TYPE_OBJECT
(in
pyamf.amf0
)
to_dict()
(in
pyamf.adapters.util
)
TYPE_DATE
(in
pyamf.amf3
)
TYPE_OBJECT
(in
pyamf.amf3
)
to_list()
(in
pyamf.adapters.util
)
TYPE_INTEGER
(in
pyamf.amf3
)
TYPE_OBJECTTERM
(in
pyamf.amf0
)
to_set()
(in
pyamf.adapters.util
)
TYPE_LONGSTRING
(in
pyamf.amf0
)
TYPE_RECORDSET
(in
pyamf.amf0
)
to_string()
(in
pyamf.adapters.util
)
type_map
(in
BaseDecoder
)
TYPE_REFERENCE
(in
pyamf.amf0
)
to_tuple()
(in
pyamf.adapters.util
)
type_map
(in
BaseEncoder
)
TYPE_STRING
(in
pyamf.amf0
)
toArray()
(in
ArrayCollection
)
TYPE_MAP
(in
pyamf
)
TYPE_STRING
(in
pyamf.amf3
)
truncate()
(in
BufferedByteStream
)
type_map
(in
Decoder
)
TYPE_TYPEDOBJECT
(in
pyamf.amf0
)
twisted
(in
pyamf.remoting.gateway
)
type_map
(in
Encoder
)
TYPE_UNDEFINED
(in
pyamf.amf0
)
TwistedGateway
(in
pyamf.remoting.gateway.twisted
)
type_map
(in
Decoder
)
TYPE_UNDEFINED
(in
pyamf.amf3
)
TYPE_AMF3
(in
pyamf.amf0
)
type_map
(in
Encoder
)
TYPE_UNSUPPORTED
(in
pyamf.amf0
)
TYPE_ARRAY
(in
pyamf.amf0
)
TYPE_MIXEDARRAY
(in
pyamf.amf0
)
TYPE_XML
(in
pyamf.amf0
)
TYPE_ARRAY
(in
pyamf.amf3
)
TYPE_MOVIECLIP
(in
pyamf.amf0
)
TYPE_XML
(in
pyamf.amf3
)
TYPE_BOOL
(in
pyamf.amf0
)
TYPE_NULL
(in
pyamf.amf0
)
TYPE_XMLSTRING
(in
pyamf.amf3
)
TYPE_BOOL_FALSE
(in
pyamf.amf3
)
TYPE_NULL
(in
pyamf.amf3
)
TypedObject
(in
pyamf
)
TYPE_BOOL_TRUE
(in
pyamf.amf3
)
TYPE_NUMBER
(in
pyamf.amf0
)
TypedObjectClassAlias
(in
pyamf
)
TYPE_BYTEARRAY
(in
pyamf.amf3
)
TYPE_NUMBER
(in
pyamf.amf3
)
U
Undefined
(in
pyamf
)
UnknownServiceMethodError
(in
pyamf.remoting.gateway
)
use_proxies_default
(in
pyamf.amf3
)
UndefinedType
(in
pyamf
)
unproxy_object()
(in
pyamf.flex
)
util
(in
cpyamf
)
UNKNOWN_OPERATION
(in
CommandMessage
)
unregister_class()
(in
pyamf
)
util
(in
pyamf.adapters
)
UnknownClassAlias
(in
pyamf
)
unregister_class_loader()
(in
pyamf
)
util
(in
pyamf
)
UnknownServiceError
(in
pyamf.remoting.gateway
)
UNSUBSCRIBE_OPERATION
(in
CommandMessage
)
W
webapp
(in
pyamf.remoting.gateway.google
)
writeClass()
(in
Encoder
)
writeNumber()
(in
Encoder
)
WebAppGateway
(in
pyamf.remoting.gateway.google
)
writeClass()
(in
Encoder
)
writeObject()
(in
Encoder
)
when_imported()
(in
pyamf.util.imports
)
writeDate()
(in
Encoder
)
writeObject()
(in
DataOutput
)
write()
(in
BufferedByteStream
)
writeDate()
(in
Encoder
)
writeObject()
(in
Encoder
)
write_24bit_int()
(in
BufferedByteStream
)
writeDict()
(in
Encoder
)
writeReference()
(in
Encoder
)
write_24bit_uint()
(in
BufferedByteStream
)
writeDjangoObject()
(in
pyamf.adapters._django_db_models_base
)
writeShort()
(in
DataOutput
)
write_char()
(in
BufferedByteStream
)
writeDouble()
(in
DataOutput
)
writeString()
(in
Encoder
)
write_double()
(in
BufferedByteStream
)
writeElement()
(in
BaseEncoder
)
writeString()
(in
Encoder
)
write_double_workaround()
(in
pyamf.util
)
writeElement()
(in
Encoder
)
writeType()
(in
Encoder
)
write_float()
(in
BufferedByteStream
)
writeElement()
(in
Encoder
)
writeUndefined()
(in
Encoder
)
write_long()
(in
BufferedByteStream
)
writeFloat()
(in
DataOutput
)
writeUndefined()
(in
Encoder
)
write_short()
(in
BufferedByteStream
)
writeFunc()
(in
BaseEncoder
)
writeUnsignedByte()
(in
DataOutput
)
write_uchar()
(in
BufferedByteStream
)
writeFunc()
(in
Encoder
)
writeUnsignedInt()
(in
DataOutput
)
write_ulong()
(in
BufferedByteStream
)
writeGAEObject()
(in
pyamf.adapters._google_appengine_ext_db
)
writeUnsignedShort()
(in
DataOutput
)
write_ushort()
(in
BufferedByteStream
)
writeInstance()
(in
Encoder
)
writeUnsupported()
(in
Encoder
)
write_utf8_string()
(in
BufferedByteStream
)
writeInt()
(in
DataOutput
)
writeUTF()
(in
DataOutput
)
writeAMF3()
(in
Encoder
)
writeInteger()
(in
Encoder
)
writeUTFBytes()
(in
DataOutput
)
writeArray()
(in
Encoder
)
writeList()
(in
Encoder
)
writeXML()
(in
Encoder
)
writeBoolean()
(in
Encoder
)
writeMixedArray()
(in
Encoder
)
writeXML()
(in
Encoder
)
writeBoolean()
(in
DataOutput
)
writeMultiByte()
(in
DataOutput
)
wsgi
(in
pyamf.remoting.gateway
)
writeBoolean()
(in
Encoder
)
writeNull()
(in
Encoder
)
WSGIGateway
(in
pyamf.remoting.gateway.wsgi
)
writeByte()
(in
DataOutput
)
writeNull()
(in
Encoder
)
writeByteArray()
(in
Encoder
)
writeNumber()
(in
Encoder
)
X
x()
(in
pyamf.util
)
xml_types
(in
pyamf.util
)
_
__add__()
(in
BufferedByteStream
)
__init__()
(in
SequencedMessage
)
__writeamf__()
(in
ArrayCollection
)
__amf__
(in
ASObject
)
__init__()
(in
AbstractMessage
)
__writeamf__()
(in
ObjectProxy
)
__amf__
(in
RecordSet
)
__init__()
(in
AsyncMessage
)
__writeamf__()
(in
AbstractMessage
)
__amf__
(in
ByteArray
)
__init__()
(in
CommandMessage
)
__writeamf__()
(in
AcknowledgeMessage
)
__amf__
(in
ArrayCollection
)
__init__()
(in
ErrorMessage
)
__writeamf__()
(in
AsyncMessage
)
__amf__
(in
ObjectProxy
)
__init__()
(in
RemotingMessage
)
__writeamf__()
(in
CommandMessage
)
__amf__
(in
AbstractMessage
)
__init__()
(in
BaseFault
)
_amf_code
(in
ServerCallFailed
)
__amf__
(in
AcknowledgeMessageExt
)
__init__()
(in
Envelope
)
_amf_code
(in
InvalidServiceMethodError
)
__amf__
(in
AsyncMessage
)
__init__()
(in
HeaderCollection
)
_amf_code
(in
UnknownServiceError
)
__amf__
(in
AsyncMessageExt
)
__init__()
(in
Message
)
_amf_code
(in
UnknownServiceMethodError
)
__amf__
(in
CommandMessage
)
__init__()
(in
Request
)
_array
(in
pyamf.adapters
)
__amf__
(in
CommandMessageExt
)
__init__()
(in
Response
)
_call()
(in
ServiceProxy
)
__amf__
(in
ErrorMessage
)
__init__()
(in
RequestProcessor
)
_check_for_int()
(in
pyamf.amf0
)
__amf__
(in
RemotingMessage
)
__init__()
(in
RequestProcessor
)
_checkExternal()
(in
ClassAlias
)
__amf__
(in
BaseFault
)
__init__()
(in
RemotingService
)
_collections
(in
pyamf.adapters
)
__bases__
(in
IResource
)
__init__()
(in
RequestWrapper
)
_compile_base_class()
(in
ClassAlias
)
__call__()
(in
CustomTypeFunc
)
__init__()
(in
ServiceMethodProxy
)
_compile_base_class()
(in
DjangoClassAlias
)
__call__()
(in
PackageImporter
)
__init__()
(in
ServiceProxy
)
_compile_base_class()
(in
DataStoreClassAlias
)
__call__()
(in
RequestProcessor
)
__init__()
(in
BaseGateway
)
_decimal
(in
pyamf.adapters
)
__call__()
(in
RequestProcessor
)
__init__()
(in
ServiceRequest
)
_decodeValue()
(in
DjangoClassAlias
)
__call__()
(in
ServiceMethodProxy
)
__init__()
(in
ServiceWrapper
)
_django_db_models_base
(in
pyamf.adapters
)
__call__()
(in
ServiceProxy
)
__init__()
(in
DjangoGateway
)
_django_db_models_fields
(in
pyamf.adapters
)
__call__()
(in
ServiceRequest
)
__init__()
(in
WebAppGateway
)
_django_db_models_query
(in
pyamf.adapters
)
__call__()
(in
ServiceWrapper
)
__init__()
(in
TwistedGateway
)
_django_utils_translation
(in
pyamf.adapters
)
__call__()
(in
DjangoGateway
)
__init__()
(in
SOL
)
_encodeValue()
(in
DjangoClassAlias
)
__call__()
(in
WebAppGateway
)
__init__()
(in
IndexedCollection
)
_finalise_compile()
(in
ClassAlias
)
__call__()
(in
AMF0RequestProcessor
)
__init__()
(in
IndexedMap
)
_finaliseRequest()
(in
TwistedGateway
)
__call__()
(in
AMF3RequestProcessor
)
__init__()
(in
StringIOProxy
)
_get_context_class()
(in
pyamf
)
__call__()
(in
WSGIGateway
)
__iro__
(in
IResource
)
_get_decoder_class()
(in
pyamf
)
__cmp__()
(in
ByteArray
)
__iter__()
(in
BaseDecoder
)
_get_encoder_class()
(in
pyamf
)
__cmp__()
(in
ServiceWrapper
)
__iter__()
(in
Envelope
)
_get_execute_headers()
(in
RemotingService
)
__contains__()
(in
Envelope
)
__iter__()
(in
IndexedCollection
)
_get_headers()
(in
Message
)
__contains__()
(in
ServiceCollection
)
__len__()
(in
BufferedByteStream
)
_get_length()
(in
ArrayCollection
)
__contains__()
(in
IndexedCollection
)
__len__()
(in
Envelope
)
_get_result()
(in
RequestWrapper
)
__copy__()
(in
BaseContext
)
__len__()
(in
HeaderCollection
)
_get_server_info()
(in
RecordSet
)
__copy__()
(in
Context
)
__len__()
(in
IndexedCollection
)
_get_service_func()
(in
ServiceWrapper
)
__copy__()
(in
Context
)
__name__
(in
WebAppGateway
)
_get_status()
(in
pyamf.remoting
)
__eq__()
(in
ClassAlias
)
__name__
(in
IResource
)
_get_timezone_offset()
(in
BaseGateway
)
__eq__()
(in
Envelope
)
__new__()
(in
BufferedByteStream
)
_getBody()
(in
RequestProcessor
)
__eq__()
(in
IndexedCollection
)
__new__()
(in
cBufferedByteStream
)
_getBody()
(in
RequestProcessor
)
__getattr__()
(in
ASObject
)
__radd__()
(in
BufferedByteStream
)
_getClass()
(in
DjangoReferenceCollection
)
__getattr__()
(in
ObjectProxy
)
__readamf__()
(in
TypedObject
)
_getClass()
(in
GAEReferenceCollection
)
__getattr__()
(in
ServiceProxy
)
__readamf__()
(in
ArrayCollection
)
_getClassDefinition()
(in
Decoder
)
__getitem__()
(in
Envelope
)
__readamf__()
(in
ObjectProxy
)
_getResponse()
(in
RemotingService
)
__getitem__()
(in
IndexedCollection
)
__readamf__()
(in
AbstractMessage
)
_getWriteElementFunc()
(in
BaseEncoder
)
__hash__()
(in
ASObject
)
__readamf__()
(in
AcknowledgeMessage
)
_google_appengine_ext_db
(in
pyamf.adapters
)
__hash__()
(in
ClassAlias
)
__readamf__()
(in
AsyncMessage
)
_implied
(in
IResource
)
__identifier__
(in
IResource
)
__readamf__()
(in
CommandMessage
)
_InterfaceClass__attrs
(in
IResource
)
__init__()
(in
BufferedByteStream
)
__repr__()
(in
ASObject
)
_processAsyncMessage()
(in
RequestProcessor
)
__init__()
(in
ASObject
)
__repr__()
(in
ClassAlias
)
_processCommandMessage()
(in
RequestProcessor
)
__init__()
(in
BaseContext
)
__repr__()
(in
UndefinedType
)
_processRemotingMessage()
(in
RequestProcessor
)
__init__()
(in
BaseDecoder
)
__repr__()
(in
RecordSet
)
_processRemotingMessage()
(in
AMF3RequestProcessor
)
__init__()
(in
BaseEncoder
)
__repr__()
(in
ClassDefinition
)
_read_body()
(in
pyamf.remoting
)
__init__()
(in
ClassAlias
)
__repr__()
(in
ArrayCollection
)
_read_header()
(in
pyamf.remoting
)
__init__()
(in
CustomTypeFunc
)
__repr__()
(in
ObjectProxy
)
_readObject()
(in
Decoder
)
__init__()
(in
TypedObject
)
__repr__()
(in
AbstractMessage
)
_readXML()
(in
Decoder
)
__init__()
(in
TypedObjectClassAlias
)
__repr__()
(in
BaseFault
)
_set_length()
(in
ArrayCollection
)
__init__()
(in
PackageImporter
)
__repr__()
(in
Envelope
)
_set_result()
(in
RequestWrapper
)
__init__()
(in
ModelStub
)
__repr__()
(in
Request
)
_set_server_info()
(in
RecordSet
)
__init__()
(in
Context
)
__repr__()
(in
Response
)
_sets
(in
pyamf.adapters
)
__init__()
(in
Encoder
)
__repr__()
(in
SOL
)
_setUrl()
(in
RemotingService
)
__init__()
(in
RecordSet
)
__repr__()
(in
IndexedCollection
)
_sqlalchemy_orm
(in
pyamf.adapters
)
__init__()
(in
ByteArray
)
__setattr__()
(in
ASObject
)
_sqlalchemy_orm_collections
(in
pyamf.adapters
)
__init__()
(in
ClassDefinition
)
__setattr__()
(in
ObjectProxy
)
_wrapped_class
(in
StringIOProxy
)
__init__()
(in
Context
)
__setitem__()
(in
Envelope
)
_write_body()
(in
pyamf.remoting
)
__init__()
(in
DataInput
)
__sro__
(in
IResource
)
_write_header()
(in
pyamf.remoting
)
__init__()
(in
DataOutput
)
__str__()
(in
BufferedByteStream
)
_writeDict()
(in
Encoder
)
__init__()
(in
Decoder
)
__str__()
(in
ClassAlias
)
_writeElementFunc()
(in
BaseEncoder
)
__init__()
(in
Encoder
)
__str__()
(in
ByteArray
)
_writeElementFunc()
(in
Encoder
)
__init__()
(in
ArrayCollection
)
__str__()
(in
RequestWrapper
)
_writeEndObject()
(in
Encoder
)
__init__()
(in
ObjectProxy
)
__str__()
(in
ServiceMethodProxy
)
_writeInteger()
(in
Encoder
)
__init__()
(in
DataErrorMessage
)
__str__()
(in
ServiceProxy
)
_writeString()
(in
Encoder
)
__init__()
(in
DataMessage
)
__version__
(in
pyamf
)
_writeString()
(in
Encoder
)
__init__()
(in
PagedMessage
)
__writeamf__()
(in
TypedObject
)
Home
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PyAMF API Documentation
Generated by Epydoc 3.0.1 on Mon Sep 7 23:17:40 2009
http://epydoc.sourceforge.net


The Emerald City of Oz
by L. Frank Baum
Chapter 8: “How the Grand Gallipoot Joined the Nomes”
Additional Information
- Year Published: 1910
- Language: English
- Country of Origin: United States of America
- Source: Baum, L. F. (1910). The Emerald City of Oz. Chicago, IL: Reilly and Britton.
-
Readability:
- Flesch–Kincaid Level: 6.0
- Word Count: 1,614
- Genre: Fantasy
- ✎ Cite This
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After leaving the Whimsies, Guph continued on his journey and penetrated far into the Northwest. He wanted to get to the Country of the Growleywogs, and in order to do that he must cross the Ripple Land, which was a hard thing to do. For the Ripple Land was a succession of hills and valleys, all very steep and rocky, and they changed places constantly by rippling. While Guph was climbing a hill it sank down under him and became a valley, and while he was descending into a valley it rose up and carried him to the top of a hill. This was very perplexing to the traveler, and a stranger might have thought he could never cross the Ripple Land at all. But Guph knew that if he kept steadily on he would get to the end at last; so he paid no attention to the changing hills and valleys and plodded along as calmly as if walking upon the level ground.
The result of this wise persistence was that the General finally reached firmer soil and, after penetrating a dense forest, came to the Dominion of the Growleywogs.
No sooner had he crossed the border of this domain when two guards seized him and carried him before the Grand Gallipoot of the Growleywogs, who scowled upon him ferociously and asked him why he dared intrude upon his territory.
“I’m the Lord High General of the Invincible Army of the Nomes, and my name is Guph,” was the reply. “All the world trembles when that name is mentioned.”
The Growleywogs gave a shout of jeering laughter at this, and one of them caught the Nome in his strong arms and tossed him high into the air. Guph was considerably shaken when he fell upon the hard ground, but he appeared to take no notice of the impertinence and composed himself to speak again to the Grand Gallipoot.
“My master, King Roquat the Red, has sent me here to confer with you. He wishes your assistance to conquer the Land of Oz.”
Here the General paused, and the Grand Gallipoot scowled upon him more terribly than ever and said:
“Go on!”
The voice of the Grand Gallipoot was partly a roar and partly a growl. He mumbled his words badly and Guph had to listen carefully in order to understand him.
These Growleywogs were certainly remarkable creatures.  Their powerful muscles lay just underneath their skins, like bunches of tough rope, and the weakest Growleywog was so strong that he could pick up an elephant and toss it seven miles away.
It seems unfortunate that strong people are usually so disagreeable and overbearing that no one cares for them. In fact, to be different from your fellow creatures is always a misfortune. The Growleywogs knew that they were disliked and avoided by every one, so they had become surly and unsociable even among themselves. Guph knew that they hated all people, including the Nomes; but he hoped to win them over, nevertheless, and knew that if he succeeded they would afford him very powerful assistance.
“The Land of Oz is ruled by a namby-pamby girl who is disgustingly kind and good,” he continued. “Her people are all happy and contented and have no care or worries whatever.”
“Go on!” growled the Grand Gallipoot.
“Once the Nome King enslaved the Royal Family of Ev—another goody-goody lot that we detest,” said the General. “But Ozma interfered, although it was none of her business, and marched her army against us. With her was a Kansas girl named Dorothy, and a Yellow Hen, and they marched directly into the Nome King’s cavern. There they liberated our slaves from Ev and stole King Roquat’s Magic Belt, which they carried away with them. So now our King is making a tunnel under the deadly desert, so we can march through it to the Emerald City. When we get there we mean to conquer and destroy all the land and recapture the Magic Belt.”
Again he paused, and again the Grand Gallipoot growled:
“Go on!”
Guph tried to think what to say next, and a happy thought soon occurred to him.
“We want you to help us in this conquest,” he announced, “for we need the mighty aid of the Growleywogs in order to make sure that we shall not be defeated. You are the strongest people in all the world, and you hate good and happy creatures as much as we Nomes do. I am sure it will be a real pleasure to you to tear down the beautiful Emerald City, and in return for your valuable assistance we will allow you to bring back to your country ten thousand people of Oz, to be your slaves.”
“Twenty thousand!” growled the Grand Gallipoot.
“All right, we promise you twenty thousand,” agreed the General.
The Gallipoot made a signal and at once his attendants picked up General Guph and carried him away to a prison, where the jailer amused himself by sticking pins in the round fat body of the old Nome, to see him jump and hear him yell.
But while this was going on the Grand Gallipoot was talking with his counselors, who were the most important officials of the Growleywogs. When he had stated to them the proposition of the Nome King, he said:
“My advice is to offer to help them. Then, when we have conquered the Land of Oz, we will take not only our twenty thousand prisoners but all the gold and jewels we want.”
“Let us take the Magic Belt, too,” suggested one counselor.
“And rob the Nome King and make him our slave,” said another.
“That is a good idea,” declared the Grand Gallipoot. “I’d like King Roquat for my own slave. He could black my boots and bring me my porridge every morning while I am in bed.”
“There is a famous Scarecrow in Oz. I’ll take him for my slave,” said a counselor.
“I’ll take Tiktok, the machine man,” said another.
“Give me the Tin Woodman,” said a third.
They went on for some time, dividing up the people and the treasure of Oz in advance of the conquest. For they had no doubt at all that they would be able to destroy Ozma’s domain. Were they not the strongest people in all the world?
“The deadly desert has kept us out of Oz before,” remarked the Grand Gallipoot, “but now that the Nome King is building a tunnel we shall get into the Emerald City very easily. So let us send the little fat General back to his King with our promise to assist him. We will not say that we intend to conquer the Nomes after we have conquered Oz, but we will do so, just the same.”
This plan being agreed upon, they all went home to dinner, leaving General Guph still in prison. The Nome had no idea that he had succeeded in his mission, for finding himself in prison he feared the Growleywogs intended to put him to death.
By this time the jailer had tired of sticking pins in the General, and was amusing himself by carefully pulling the Nome’s whiskers out by the roots, one at a time. This enjoyment was interrupted by the Grand Gallipoot sending for the prisoner.
“Wait a few hours,” begged the jailer. “I haven’t pulled out a quarter of his whiskers yet.”
“If you keep the Grand Gallipoot waiting, he’ll break your back,” declared the messenger.
“Perhaps you’re right,” sighed the jailer. “Take the prisoner away, if you will, but I advise you to kick him at every step he takes. It will be good fun, for he is as soft as a ripe peach.”
So Guph was led away to the royal castle, where the Grand Gallipoot told him that the Growleywogs had decided to assist the Nomes in conquering the Land of Oz.
“Whenever you are ready,” he added, “send me word and I will march with eighteen thousand of my most powerful warriors to your aid.”
Guph was so delighted that he forgot all the smarting caused by the pins and the pulling of whiskers. He did not even complain of the treatment he had received, but thanked the Grand Gallipoot and hurried away upon his journey.
He had now secured the assistance of the Whimsies and the Growleywogs; but his success made him long for still more allies. His own life depended upon his conquering Oz, and he said to himself:
“I’ll take no chances. I’ll be certain of success. Then, when Oz is destroyed, perhaps I shall be a greater man than old Roquat, and I can throw him away and be King of the Nomes myself. Why not? The Whimsies are stronger than the Nomes, and they also are my friends. There are some people still stronger than the Growleywogs, and if I can but induce them to aid me I shall have nothing more to fear.”


I'm thinking of a secret number between 1 and
max
. You can set the max up to 9999. Can you guess the number? I'll tell you whether your guesses are
too high
or
too low
or
just right
.
I'll pick a secret number between 1 and
Your guess:


Matrix Plots¶
Matrix plots allow you to plot data as color-encoded matrices and can also be used to indicate clusters within the data (later in the machine learning section we will learn how to formally cluster data).
Let’s begin by exploring seaborn’s heatmap and clutermap:
import seaborn as sns
%matplotlib inline
flights = sns.load_dataset('flights')
tips = sns.load_dataset('tips')
tips.head()
| total_bill | tip | sex | smoker | day | time | size | |
|---|---|---|---|---|---|---|---|
| 0 | 16.99 | 1.01 | Female | No | Sun | Dinner | 2 |
| 1 | 10.34 | 1.66 | Male | No | Sun | Dinner | 3 |
| 2 | 21.01 | 3.50 | Male | No | Sun | Dinner | 3 |
| 3 | 23.68 | 3.31 | Male | No | Sun | Dinner | 2 |
| 4 | 24.59 | 3.61 | Female | No | Sun | Dinner | 4 |
flights.head()
| year | month | passengers | |
|---|---|---|---|
| 0 | 1949 | January | 112 |
| 1 | 1949 | February | 118 |
| 2 | 1949 | March | 132 |
| 3 | 1949 | April | 129 |
| 4 | 1949 | May | 121 |
Heatmap¶
In order for a heatmap to work properly, your data should already be in a matrix form, the sns.heatmap function basically just colors it in for you. For example:
tips.head()
| total_bill | tip | sex | smoker | day | time | size | |
|---|---|---|---|---|---|---|---|
| 0 | 16.99 | 1.01 | Female | No | Sun | Dinner | 2 |
| 1 | 10.34 | 1.66 | Male | No | Sun | Dinner | 3 |
| 2 | 21.01 | 3.50 | Male | No | Sun | Dinner | 3 |
| 3 | 23.68 | 3.31 | Male | No | Sun | Dinner | 2 |
| 4 | 24.59 | 3.61 | Female | No | Sun | Dinner | 4 |
# Matrix form for correlation data
tips.corr()
| total_bill | tip | size | |
|---|---|---|---|
| total_bill | 1.000000 | 0.675734 | 0.598315 |
| tip | 0.675734 | 1.000000 | 0.489299 |
| size | 0.598315 | 0.489299 | 1.000000 |
sns.heatmap(tips.corr())
<matplotlib.axes._subplots.AxesSubplot at 0x7f589fdd5a10>
sns.heatmap(tips.corr(),cmap='coolwarm',annot=True)
<matplotlib.axes._subplots.AxesSubplot at 0x7f586fac2b90>
Or for the flights data:
flights.pivot_table(values='passengers',index='month',columns='year')
| year | 1949 | 1950 | 1951 | 1952 | 1953 | 1954 | 1955 | 1956 | 1957 | 1958 | 1959 | 1960 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| month | ||||||||||||
| January | 112 | 115 | 145 | 171 | 196 | 204 | 242 | 284 | 315 | 340 | 360 | 417 |
| February | 118 | 126 | 150 | 180 | 196 | 188 | 233 | 277 | 301 | 318 | 342 | 391 |
| March | 132 | 141 | 178 | 193 | 236 | 235 | 267 | 317 | 356 | 362 | 406 | 419 |
| April | 129 | 135 | 163 | 181 | 235 | 227 | 269 | 313 | 348 | 348 | 396 | 461 |
| May | 121 | 125 | 172 | 183 | 229 | 234 | 270 | 318 | 355 | 363 | 420 | 472 |
| June | 135 | 149 | 178 | 218 | 243 | 264 | 315 | 374 | 422 | 435 | 472 | 535 |
| July | 148 | 170 | 199 | 230 | 264 | 302 | 364 | 413 | 465 | 491 | 548 | 622 |
| August | 148 | 170 | 199 | 242 | 272 | 293 | 347 | 405 | 467 | 505 | 559 | 606 |
| September | 136 | 158 | 184 | 209 | 237 | 259 | 312 | 355 | 404 | 404 | 463 | 508 |
| October | 119 | 133 | 162 | 191 | 211 | 229 | 274 | 306 | 347 | 359 | 407 | 461 |
| November | 104 | 114 | 146 | 172 | 180 | 203 | 237 | 271 | 305 | 310 | 362 | 390 |
| December | 118 | 140 | 166 | 194 | 201 | 229 | 278 | 306 | 336 | 337 | 405 | 432 |
pvflights = flights.pivot_table(values='passengers',index='month',columns='year')
sns.heatmap(pvflights)
<matplotlib.axes._subplots.AxesSubplot at 0x7f5855917d90>
sns.heatmap(pvflights,cmap='magma',linecolor='white',linewidths=1)
<matplotlib.axes._subplots.AxesSubplot at 0x7f584c1f3f90>
Clustermap¶
The clustermap uses hierarchal clustering to produce a clustered version of the heatmap. For example:
sns.clustermap(pvflights)
<seaborn.matrix.ClusterGrid at 0x7f584c1b19d0>
Notice now how the years and months are no longer in order, instead they are grouped by similarity in value (passenger count). That means we can begin to infer things from this plot, such as August and July being similar (makes sense, since they are both summer travel months)
# More options to get the information a little clearer like normalization
sns.clustermap(pvflights,cmap='coolwarm',standard_scale=1)
<seaborn.matrix.ClusterGrid at 0x7f584c1053d0>


Stub Files
PHPStan depends on PHPDocs in the analysed and used code. You might encounter a PHPDoc in your `vendor/` that's imprecise and causes an error in the analysis of your project that's a false positive.
To mitigate this, you can write a stub file with the right PHPDoc. It's like source code, but PHPStan only reads PHPDocs from it. So the namespace and class/interface/trait/method/function names must match with the original source you're describing. But method bodies can stay empty, PHPStan is only interested in the PHPDocs. Get inspired by [the stubs PHPStan itself uses](https://github.com/phpstan/phpstan-src/tree/master/stubs) or by [the stubs from the phpstan-doctrine extension](https://github.com/phpstan/phpstan-doctrine/tree/master/stubs).
**What about the analysis of the stub files?**
Stub files don't need to be added to the list of analysed paths. They're analysed independently of the chosen rule level with a set of select rules mainly evaluating the PHPDoc well-formedness.
Errors reported in the stub files also can't be ignored and all of them must be fixed.
The stub file needs to be added to the `stubFiles` key:
parameters:
stubFiles:
- stubs/Foo.stub
- stubs/Bar.stub
They can have any file extension you'd like. Consider choosing `.stub` over `.php` so that the stubs don't confuse your IDE.
Relative paths in the `stubFiles` key are resolved based on the directory of the config file is in.
**Why is PHPStan complaining about "Class not found" in a stub file?**
Stub files are analysed independently from the rest of your codebase. This means that any type they're referencing must also be present as a stub, even if you don't want to override any of its PHPDocs.
*This is a way of tackling the problem of optional dependencies. We want to report any undefined names used in the stubs to prevent typos, but at the same time we also need to support optional dependencies in PHPStan extensions. That's why all the symbols must be defined again in the stubs, even as [empty shells](https://github.com/phpstan/phpstan-phpunit/blob/26394996368b6d033d012547d3197f4e07e23021/stubs/MockObject.stub).*


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Welcome to VirtuaLabs!
VirtuaLabs is an online lab simulator that allows students to to recreate the labs that take place in their
on campus labs in the case that they are unable to attend. This simulator is designed for make up labs in
the case of an excused absence by the university.


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Transformer.css is a css wrapper to create css-only animations, without the use of javascript. The animations are defined by classes inside your html element.
Using Transformer.css is easy, implement transformer.css into your html file and add the css wrapper classes to your div, p, li or whatever element you want to animate.
For example, the code of the cube below looks like this:

Animation Degrees
The degree of an animation is defined by the .rotate
class in steps of 10.
rotate90cw
or rotate120cw
for example rotate the html element by 90° or 120° clockwise, while rotate30ccw
for example rotates the element 30° counter-clockwise.
Animation Length
The length of the animation is defined by the .time
class in steps of 1 second, with a maximum of 10 seconds.
time1s
will make the animation run for 1 second, while time5s
will make the animation run for 5 seconds.
Animation Direction
The direction of the animation is defined by the following classes:
normal
the animation goes into its normal direction.
reverse
the animation goes backwards.
alternate
The animation goes an alternative direction
Animation Steps
The animation steps are defined as either infinite or an amount of 1 - 10.
infinite
makes the animation repeat itself forever.
times1
tells the animation to run X amount of times.
Animation Transistion
The animation transistions change the appeal of the animation. For example if it goes linear all the way through, or starts slow and ends fast.
linear
makes the animation go at a steady speed
ease-in
makes the animation start slow and end fast
ease-in-out
starts slow, gains speed and slow down again
ease-out
makes the animation start fast and end slow


The execution of a put operation is similar to the execution of a send by the origin process and a matching receive by the target process. The obvious difference is that all arguments are provided by one call --- the call executed by the origin process.
| MPI_PUT(origin_addr, origin_count, origin_datatype, target_rank, target_disp, target_count, target_datatype, win) | |
| IN origin_addr | initial address of origin buffer (choice) |
| IN origin_count | number of entries in origin buffer (nonnegative integer) |
| IN origin_datatype | datatype of each entry in origin buffer (handle) |
| IN target_rank | rank of target (nonnegative integer) |
| IN target_disp | displacement from start of window to target buffer (nonnegative integer) |
| IN target_count | number of entries in target buffer (nonnegative integer) |
| IN target_datatype | datatype of each entry in target buffer (handle) |
| IN win | window object used for communication (handle) |
int MPI_Put(void *origin_addr, int origin_count, MPI_Datatype origin_datatype, int target_rank, MPI_Aint target_disp, int target_count, MPI_Datatype target_datatype, MPI_Win win)
MPI_PUT(ORIGIN_ADDR, ORIGIN_COUNT, ORIGIN_DATATYPE, TARGET_RANK, TARGET_DISP, TARGET_COUNT, TARGET_DATATYPE, WIN, IERROR)
<type> ORIGIN_ADDR(*)
INTEGER(KIND=MPI_ADDRESS_KIND) TARGET_DISP
INTEGER ORIGIN_COUNT, ORIGIN_DATATYPE, TARGET_RANK, TARGET_COUNT, TARGET_DATATYPE, WIN, IERROR
void MPI::Win::Put(const void* origin_addr, int origin_count, const MPI::Datatype& origin_datatype, int target_rank, MPI::Aint target_disp, int target_count, const MPI::Datatype& target_datatype) const
Transfers origin_count successive entries of the type specified by the origin_datatype, starting at address origin_addr on the origin node to the target node specified by the win, target_rank pair. The data are written in the target buffer at address target_addr = window_base + target_disp×disp_unit, where window_base and disp_unit are the base address and window displacement unit specified at window initialization, by the target process.
The target buffer is specified by the arguments target_count and target_datatype.
The data transfer is the same as that which would occur if the origin process executed a send operation with arguments origin_addr, origin_count, origin_datatype, target_rank, tag, comm, and the target process executed a receive operation with arguments target_addr, target_count, target_datatype, source, tag, comm, where target_addr is the target buffer address computed as explained above, and comm is a communicator for the group of win.
The communication must satisfy the same constraints as for a similar message-passing communication. The target_datatype may not specify overlapping entries in the target buffer. The message sent must fit, without truncation, in the target buffer. Furthermore, the target buffer must fit in the target window.
The target_datatype argument is a handle to a datatype object defined at the origin process. However, this object is interpreted at the target process: the outcome is as if the target datatype object was defined at the target process, by the same sequence of calls used to define it at the origin process. The target datatype must contain only relative displacements, not absolute addresses. The same holds for get and accumulate.
Advice to users.
The target_datatype argument is a handle to a datatype object that is defined at the origin process, even though it defines a data layout in the target process memory. This causes no problems in a homogeneous environment, or in a heterogeneous environment, if only portable datatypes are used (portable datatypes are defined in Section Semantic Terms , page Semantic Terms ).
The performance of a put transfer can be significantly affected, on
some systems,
from the choice of window location and the shape and location
of the origin and target buffer: transfers to a target window in memory
allocated by MPI_ALLOC_MEM may be much faster on shared
memory systems;
transfers from contiguous buffers will be
faster on most, if not all, systems; the alignment of the
communication buffers may also impact performance.
( End of advice to users.)
Advice
to implementors.
A high-quality
implementation will attempt to
prevent remote accesses to memory outside the
window that was exposed by the process. This, both for debugging
purposes, and for protection with client-server codes that use RMA.
I.e., a high-quality implementation will check, if possible,
window bounds on each RMA call,
and raise an MPI exception at the origin call if an out-of-bound
situation occurred.
Note that the condition can be checked at the origin.
Of course, the added safety achieved by such checks has to be weighed
against the added cost of such checks.
( End of advice to implementors.)


|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object mpi.Group
public class Group
| Field Summary | |
|---|---|
mpjdev.Group |
mpjdevGroup
|
| Method Summary | |
|---|---|
static int |
Compare(Group group1,
Group group2)
Compare two groups. |
static Group |
Difference(Group group1,
Group group2)
Result contains all elements of the first group that are not in the second group. |
Group |
Excl(int[] ranks)
Create a subset group excluding specified processes. |
void |
finalize()
Destructor. |
void |
free()
This method frees this group object. |
Group |
Incl(int[] ranks)
Create a subset group including specified processes. |
static Group |
Intersection(Group group1,
Group group2)
Set intersection of two groups. |
Group |
Range_excl(int[][] ranges)
Create a subset group excluding processes specified by strided intervals of ranks. |
Group |
Range_incl(int[][] ranges)
Create a subset group including processes specified by strided intervals of ranks. |
int |
Rank()
Rank of this process in group. |
int |
Size()
Size of group. |
static int[] |
Translate_ranks(Group group1,
int[] ranks1,
Group group2)
Translate ranks within one group to ranks within another. |
static Group |
Union(Group group1,
Group group2)
Set union of two groups. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public mpjdev.Group mpjdevGroup
| Method Detail |
|---|
public void free()
public int Size() throws MPIException
| returns: | number of processors in the group |
Java binding of the MPI operation MPI_GROUP_SIZE.
MPIException
public int Rank() throws MPIException
| returns: | rank of the calling process in the group |
Java binding of the MPI operation MPI_GROUP_RANK. Result value is MPI.UNDEFINED if this process is not a member of the group.
MPIException
public static int[] Translate_ranks(Group group1, int[] ranks1, Group group2) throws MPIException
| group1 | a group |
| ranks1 | array of valid ranks in group1 |
| group2 | another group |
| returns: | array of corresponding ranks in group2 |
Java binding of the MPI operation MPI_GROUP_TRANSLATE_RANKS.
Result elements are MPI.UNDEFINED where no correspondence exists.
MPIException
public static int Compare(Group group1, Group group2) throws MPIException
| group1 | first group |
| group2 | second group |
| returns: | result |
Java binding of the MPI operation MPI_GROUP_COMPARE.
MPI.IDENT results if the group members and group order are exactly the same in both groups. MPI.SIMILAR results if the group members are the same but the order is different. MPI.UNEQUAL results otherwise.
MPIException
public static Group Union(Group group1, Group group2) throws MPIException
| group1 | first group |
| group2 | second group |
| returns: | union group |
Java binding of the MPI operation MPI_GROUP_UNION.
MPIException
public static Group Intersection(Group group1, Group group2) throws MPIException
| group1 | first group |
| group2 | second group |
| returns: | intersection group |
Java binding of the MPI operation MPI_GROUP_INTERSECTION.
MPIException
public static Group Difference(Group group1, Group group2) throws MPIException
| group1 | first group |
| group2 | second group |
| returns: | difference group |
Java binding of the MPI operation MPI_GROUP_DIFFERENCE.
MPIException
public Group Incl(int[] ranks) throws MPIException
| ranks | ranks from this group to appear in new group |
| returns: | new group |
Java binding of the MPI operation MPI_GROUP_INCL.
MPIException
public Group Excl(int[] ranks) throws MPIException
| ranks | ranks from this group not to appear in new group |
| returns: | new group |
Java binding of the MPI operation MPI_GROUP_EXCL.
MPIException
public Group Range_incl(int[][] ranges) throws MPIException
| ranges | array of integer triplets |
| returns: | new group |
Java binding of the MPI operation MPI_GROUP_RANGE_INCL.
The triplets are of the form (first rank, last rank, stride) indicating ranks in this group to be included in the new group. The size of the first dimension of ranges is the number of triplets. The size of the second dimension is 3.
MPIException
public Group Range_excl(int[][] ranges) throws MPIException
| ranges | array of integer triplets |
| returns: | new group |
Java binding of the MPI operation MPI_GROUP_RANGE_EXCL.
Triplet array is defined as for Range_incl, the ranges indicating ranks in this group to be excluded from the new group.
MPIException
public void finalize() throws MPIException
Java binding of the MPI operation MPI_GROUP_FREE.
finalize
in class java.lang.Object
MPIException
|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


{% extends "templates/docs/layout.njk" %}
{% set page_title ="Selects" %}
{% set active_accordion ="forms" %}
{% set active_page ="selects" %}
{% block main %}
{% include "templates/docs/selects/selects.njk" %}
{% include "templates/docs/selects/sizes.njk" %}
{% include "templates/docs/selects/styles.njk" %}
{% include "templates/docs/selects/states.njk" %}
{% include "templates/docs/selects/colors.njk" %}
{% endblock %}


ChemViewer is the most important widget to display molecules and other chemical objects in 2D or 3D mode. It can be used in stand-alone web application or embedded web page.
To add a viewer widget, the easiest method is using the widget "auto-launch" feature describled in Auto-Launch demo, for example:

then refer to them in JavaScript code:
var chemViewer2D = Kekule.Widget.getWidgetById('chemViewer2D'); var chemViewer3D = Kekule.Widget.getWidgetById('chemViewer3D');
Of course, you can also create a new viewer:
var viewer = new Kekule.ChemWidget.Viewer2D(document); viewer.appendToElem(document.body);
To load an object in viewer:
viewer.load(molecule);
or:
viewer.setChemObj(molecule);
By the way, molecule and other chem object data can also be embedded in HTML, just see this demo.


WITNESS LIST
Defense & Veterans' Affairs Committee
June 2, 2016 - 9:00 AM
Education and Employment
On:
Hall, Carol (Fort Bliss)
Harre, John (Greater El Paso Chamber of Commerce)
Hester, Michael (Colonel, Fort Bliss)
Munoz, Ned (Texas Association of Builders)
Sanders, Dean (Prudential Financial Services, Inc.)
Serrata, William (El Paso Community College)
Sparks, HW Bill (Veterans Business Association)
Legislative Oversight
On:
Daugherty, Kristen (Emergence Health Network)
Gaines, Sonja (Health and Human Services Commission)
Hanna, Sean (Texas Veterans Commission)
Harvey, Courtney (Texas Department of State Health Services)
Hurtado, Rene (Emergence Health Network)
McCraw, Steve (Texas Department of Public Safety)
Mitchell, Kyle (Meadows Mental Health Policy Institute)
Rasco, Sasha (Department of Family and Protective Services)
Velarde, Alfonso (Child Crisis Center of El Paso & PEI MFVPP)
Maintaining Military Value
On:
Ayala, Juan (Major General USMC (ret.), City of San Antonio)
Beaumont, Burke (Colonel, Sheppard Air Force Base)
Cok, Mitchell (Lieutenant Colonel, Sheppard Air Force Base)
Dayoub, Richard (Greater El Paso Chamber of Commerce)
Gonzalez, Hector (El Paso Water Utilities)
Harre, John (Greater El Paso Chamber of Commerce)
Hester, Michael (Colonel, Fort Bliss)
Jordan, Jungus (City of Fort Worth and the Texas Mayors of Military Communities)
Larvick, Jon (Sheppard Military Affairs Committee, Inc.)
Munoz, Ned (Texas Association of Builders)
Norris, Tracy (Brigadier General, Texas Military Department)
Rodriguez, Gustavo (Association of the United States Army)
Sawyer, John (Science Applications International Corporation)
1


cience in the media always seems to be very one-sided. News media chasing sensations and much has been written about the research, "British scientists" and the low probability, but high-profile discoveries, which may take place in the future, not only paying attention to really important things. In addition, the Internet, magazines and television are often held discussions on the "loud" threads
cience in the media always seems to be very one-sided. News media chasing sensations and much has been written about the research, "British scientists" and the low probability, but high-profile discoveries, which may take place in the future, not only paying attention to really important things. In addition, the Internet, magazines and television are often held discussions on the "loud" threads


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This app is meant for the members of the Central Christian Church of Malaysia. It provides quick and immediate access to announcements via our blog, sermons from our website and our YouTube channel where you can view recorded past classes, workshops and even some worship.


PHP library for working with Twitter's OAuth API.
The terminology has changed since 0.1.x to better match the draft-hammer-oauth IETF RFC. You can read that at http://tools.ietf.org/html/draft-hammer-oauth. Some of the terms will differ from those Twitter uses as well.
client credentials - Consumer key/secret you get when registering an app with Twitter. temporary credentials - Previously known as the request token. token credentials - Previously known as the access token.
There are a number of parameters you can modify after creating a TwitterOAuth object.
The latest reveissions of TwitterOAuth support the Twitter API v1.1 but if you want to update an old install from v1.0 you can do the following.
$connection->host = "https://api.twitter.com/1.1/";
Custom useragent.
$connection->useragent = 'Custom useragent string';
Verify Twitters SSL certificate.
$connection->ssl_verifypeer = TRUE;
There are several more you can find in TwitterOAuth.php.
To use TwitterOAuth with the Twitter API you need TwitterOAuth.php, OAuth.php and client credentials. You can get client credentials by registering your application at dev.twitter.com/apps.
Users start out on connect.php which displays the "Sign in with Twitter" image hyperlinked
to redirect.php. This button should be displayed on your homepage in your login section. The
client credentials are saved in config.php as CONSUMER_KEY
and CONSUMER_SECRET
. You can
save a static callback URL in the app settings page, in the config file or use a dynamic
callback URL later in step 2. In example use https://example.com/callback.php.
1) When a user lands on redirect.php we build a new TwitterOAuth object using the client credentials. If you have your own configuration method feel free to use it instead of config.php.
$connection = new TwitterOAuth(CONSUMER_KEY, CONSUMER_SECRET); // Use config.php client credentials
$connection = new TwitterOAuth('abc890', '123xyz');
2) Using the built $connection object you will ask Twitter for temporary credentials. The oauth_callback
value is required.
$temporary_credentials = $connection->getRequestToken(OAUTH_CALLBACK); // Use config.php callback URL.
3) Now that we have temporary credentials the user has to go to Twitter and authorize the app to access and updates their data. You can also pass a second parameter of FALSE to not use Sign in with Twitter.
$redirect_url = $connection->getAuthorizeURL($temporary_credentials); // Use Sign in with Twitter
$redirect_url = $connection->getAuthorizeURL($temporary_credentials, FALSE);
4) You will now have a Twitter URL that you must send the user to.
https://api.twitter.com/oauth/authenticate?oauth_token=xyz123
5) The user is now on twitter.com and may have to login. Once authenticated with Twitter they will will either have to click on allow/deny, or will be automatically redirected back to the callback.
6) Now that the user has returned to callback.php and allowed access we need to build a new TwitterOAuth object using the temporary credentials.
$connection = new TwitterOAuth(CONSUMER_KEY, CONSUMER_SECRET, $_SESSION['oauth_token'],
$_SESSION['oauth_token_secret']);
7) Now we ask Twitter for long lasting token credentials. These are specific to the application and user and will act like password to make future requests. Normally the token credentials would get saved in your database but for this example we are just using sessions.
$token_credentials = $connection->getAccessToken($_REQUEST['oauth_verifier']);
8) With the token credentials we build a new TwitterOAuth object.
$connection = new TwitterOAuth(CONSUMER_KEY, CONSUMER_SECRET, $token_credentials['oauth_token'],
$token_credentials['oauth_token_secret']);
9) And finally we can make requests authenticated as the user. You can GET, POST, and DELETE API methods. Directly copy the path from the API documentation and add an array of any parameter you wish to include for the API method such as curser or in_reply_to_status_id.
$account = $connection->get('account/verify_credentials');
$status = $connection->post('statuses/update', array('status' => 'Text of status here', 'in_reply_to_status_id' => 123456));
$status = $connection->delete('statuses/destroy/12345');


Account Settings
Username
Password
Confirm Password
Email
Update
Delete
Go to
Home
Please input correct details


Before Change
ax = plt.gca()
// Prepare list of meters
meters = copy(self.meters)
if include_disabled_meters:
meters += self.disabled_meters
meters.sort(key=meter_sorting_key, reverse=True)
After Change
meter_ids = [ElecMeterID(instance=meter_instance,
building=building_id.instance,
dataset=building_id.dataset)
for meter_instance in appliance.metadata["meters"]]
if appliance.n_meters == 1:
// Attach this appliance to just a single meter
meter = self[meter_ids[0]]
if isinstance(meter, MeterGroup): // MeterGroup of site_meters
metergroup = meter
for meter in metergroup.meters:
meter.appliances.append(appliance)


--- layout: page title: Sensor Selection Strategies for State Estimation in Energy Constrained Wireless Sensor Networks comments: true ---
Yilin Mo, Roberto Ambrosino and Bruno Sinopoli
Automatica, July 2011, Volume 47, Issue 7, Pages 1330-1338
Link to the paper
If you want to leave any comments, you can annotate the pdf. I will try to be responsive. You can also annotate this page or leave comments below.
Wireless Sensor Networks (WSNs) enable a wealth of new applications where remote estimation is essential. Individual sensors simultaneously sense a dynamic process and transmit measured information over a shared channel to a central base station. The base station computes an estimate of the process state by means of a Kalman filter. In this paper we assume that, at each time step, only a subset of all sensors are selected to send their observations to the fusion center due to channel capacity constraints or limited energy budget. We propose a multi-step sensor selection strategy to schedule sensors to transmit for the next \(T\) steps of time with the goal of minimizing an objective function related to the Kalman filter error covariance matrix. This formulation, in a relaxed convex form, defines an unified framework to solve a large class of optimization problems over energy constrained WSNs. We offer some numerical examples to further illustrate the efficiency of the algorithm.


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Storing recognized face images in the database
Very simple to install and configure
Easy to integrate with third party Biometric system through available API interface


Presentation Expectations
Why
Have Good Personal Security
My favorite personal security checklist
Security is for everyone by Shannon Turner
Be Aware
Learn to recognize fraudulent emails, text measages, and websites. Look carefully at the links you click. If something seems wrong it likely is.
Stay Current!
Updating quickly and often is an important part of staying on top of things.
Passwords
Use a password manager. One password and lastpass are good options. Make sure you have your passwords randomize automatically. Have long passwords and don't use the same passwords over and over again.
Encryption
Encryption scrambles your data so it can’t be read without your password.
Encrypt your Phone and Laptop
Stay Safe on Public WiFi
Enable your Firewall. Connect via HTTPS where available(HTTPS Everywhere can help). Disable network discovery and sharing.
But I have a mac... do I need virus protection?
Part 2: While Writing Code
HTTPS is important.
Let's Encrypt is a great option.
A very big mistake I made once
Enable 2FA on your GitHub account.
Encourage your organization to make this required for all members. Best thing you can do to secure your GitHub account if not already enabled, especially in light of recent GitHub password reuse attack. Password reuse attack failed if you had 2FA enabled.
GLOBAL .GITIGNORE
A robust global .gitignore file can help prevent accidentally checking in sensitive files
Config vs Enviornment Variables
Humans aren't perfect
git-seekrat and BFG Repo-Cleaner are options to make sure you don't commit secrets.


Homemade bomb found at California high school
by Associated PressSAN JOSE, Calif. (AP) — Police confirm that they found a homemade bomb at a San Jose high school.
Authorities were called to Oak Grove High on Tuesday after a gardener found the device in some bushes in the student parking lot and took it to the administration building.
Police tell the San Jose Mercury News that it was determined to be an improvised explosive device.
The school was evacuated and the device rendered safe. Classes cancelled Wednesday are to resume Thursday.
Police say there were no reported threats to the school before the bomb turned up and investigators are trying to determine its origin.


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Therefore, as we have said before, after Saint Columbanus saw that Theudebertus was defeated by Theudeberis, he left Gaul and Germany and came to Italy, where he was honorably received by Agilulfus, the king of the Lombards. And when he was given the choice of living anywhere in Italy that he wished, there by God's will it came to pass, while he was staying at the city of Milan and was determined that the crimes of heresy, that is, Arian falsehoods, be burnt, torn up and cut out of the scriptures (he even published a book, with flowery language, against these), a certain man, Iocundus (Pleasant) by name, came to the king, and declared to him that he had knowledge of a church of Saint Peter, the first of the apostles, in the wilderness in the Appennine countryside, in which he might put his virtues to the test, places fruitful with abundance, running waters, plenty of fish.
And by tradition they called this ancient place Bobbio, from the name of the stream that flows in that place and another river flowing forth, called Trivea; upon which Hannibal once wintered, and experienced most terrible losses, of men, of horses, and of elephants.
And after he got there, he returned, with every intention of obtaining the half-ruined church in that place and restoring it to its former glory. And in this restoration the wonderful power of the Lord was revealed.
For when fir trees were chopped down in the middle of thick, inaccessible woodlands, in thickets among rocky cliffs, or cut down elsewhere, and by chance felled into rough places that wagons couldn't approach, in a wondrous manner the trunk, which thirty or forty men could barely suceed in carrying on level ground, there with just two or three, on a course afflicted with steep, rocky paths, the man of God, climbing up, laid a heavy weight on his shoulders and on those of his men; and where before this, in view of the roughness of the road, they could barely walk with unconstrained steps, now, burdened with the weight of the trunks they were walking swiftly, so that, turn and turn about, they bore their burdens with steady steps, as if they were carried by other men, just like those wandering at their leisure, they went rejoicing.
And so the man of God seeing the supplement of such aid, he encouraged his men to finish the work that they'd started with cheer, and with strong hearts, and to strive to stand together with him in the wilderness; he affirms that God's will is in this.
And so he restores the church's roof, and the ruins of its walls, and prepares to build anything else that pertains to the needs of a monastery.
At length the blessed Columbanus, when the circle of a year had been completed in the aforesaid monastery of Ebobiensus, after observing a blessed life, restored his soul, released from its limbs, to heaven on the 23rd of November.
And if anyone wished to know his strenuous activity, he could find it in his utterances.
And his relics are kept safe in this place, where even of mighty works they are properly powerful with our patron Christ, to whom is glory through all the ages of the world. Amen.


CELEBRITY A film review by Steve Rhodes Copyright 1998 Steve Rhodes RATING (0 TO ****): ** 1/2
The famous Shakespearean actor, Kenneth Branagh, plays the Woody Allen part in Woody's latest film, CELEBRITY. Kenneth Branagh plays the story's protagonist, a magazine reporter and celebrity groupie named Lee Simon.
Branagh has carefully trained himself to sound exactly like Woody, right down to Woody's fast-paced, rambling cadence. It's an eerie performance that makes one yearn for the real McCoy. Still, Branagh makes a commendable attempt in a miscast part.
The story about a group of vain, amoral celebrities is a breezy comedy that provides several nice laughs even if it never amounts to much of anything. Basically, the characters play a two-hour game of musical beds. The movie could have used some of those opera supertitles giving the current pairings, as it is frequently hard to keep straight who is currently sleeping with whom.

The film contains such a cornucopia of acting talent that it begins to get in the way of the storyline. Trimmed of many of the minor characters and cameos, the story could have had more punch. Did we have to have the scene of Donald Trump bragging that he just purchased St. Patrick's Cathedral and was going to replace it with a beautiful skyscraper? And wouldn't a half-dozen characters being really funny trump 3 dozen performing hit-and-run comedy?
Melanie Griffith plays a famous and married actress who has very physical relations with Lee within an hour after meeting him. She explains that the form of sex they are having doesn't break her marriage vows. (I think we've heard that one before.) Lee, who is one of the movie's most fidelity-challenged characters, enjoys every minute of it. And then he's off on his next pursuit.
As soon as Lee lays eyes on the gorgeous supermodel played by Charlize Theron, he knows he has to have her. She explains to him at a party that she has "a weakness, not a flaw," that causes her to go orgasmic when she is touched anywhere on her body.
A middle-aged couple at the party asks the supermodel for her autograph. "I use your exercise tape," the woman says to her. "So do I!" her husband pops up, almost slobbering. "But I exercise to it," the wife tells her husband with a look of disgust.
During the movie, Lee gets divorced from his wife, Robin, played by Judy Davis. After the divorce he runs into her and her boyfriend (Joe Mantegna) at a press screening of a new movie. The screening is complete with fresh flowers and champagne in the lobby. (Real press screenings are not quite like that, although we do sometimes get free soda.)
The screening is of a black-and-white, arty movie by a "pretentious" director. There is a famous critic there who, we are told, used to hate every movie, but, since he got a young, big-bosomed wife, he likes them all.
Robin, who suspects that her first marriage was destroyed partly through her lack of sexual skills, goes to a professional to learn better sexual techniques. The resulting banana scene contains some delicious physical comedy.
Leonardo DiCaprio plays a horribly unsympathetic character.
A never cuter Winona Ryder plays Lee's last conquest. She warns him early on that she has a wandering eye, but he's still in shock when she follows through on her proclivities.
The film has very abrupt ending. It is almost as if Woody said, "whoops we've gone on too long. Cut. It's a wrap." It's too bad that before he wrapped it, he didn't give it more focus and trim it some. Still, even if it is just a piece of fluff, it is entertaining.
CELEBRITY runs 1:53. It is rated R for sex, profanity, and drug usage and would be acceptable for older and mature teenagers.
Email<EMAIL_ADDRESS>Web: www.InternetReviews.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Related links: index of all rec.arts.movies.reviews reviews


Page 1 of 1
WHY XENIMUS SUCKS
Posted:
Mon May 28, 2007 3:26 pm
by Funk
Here is the prime reason xen sucks.........today i got 7p diab plate and then EJ does sumit to server. i log in and plate is there and all is fine or is it? lets go to x1 to save the link!! of i go and wen i change server.................its gone! wtf will EJ do? nothin because its not his fault " aparently". he made x1 bugged and anything u traded after server problem got deleted. WOOOO jst as i was aobuta sell for $500 go ej!!!
Posted:
Mon May 28, 2007 4:08 pm
by Karl G.
Damn...well, no promises about the stability of my code, but I sure think we can do a better job helping people out with game mechanics than EJ.
Posted:
Mon May 28, 2007 7:30 pm
by 9sam1
There should be a log of what every character recieves, drops and trades , so you can tell if there lieing or not.
Posted:
Mon May 28, 2007 11:54 pm
by thadiusofx3
Yeah that's not practical lol
Any idea how huge that log would be?
Posted:
Tue May 29, 2007 4:58 am
by Funk
You should recruit some people to play for you and blend in. This way you can tell if people are hacking/duping ect...Instead of EJ's method of letting things run and leave it.
Posted:
Tue May 29, 2007 12:16 pm
by ziggman
what about a log where only higer lvl items are dropped/traded? like add a numeric value to every item and if the trade numbers go over a certain value, it will get recorded.
Posted:
Tue May 29, 2007 2:10 pm
by Funk
yeah an also have more than 1 person answerin emails.........thas 26 hours without an answer from ej. people are telling me it can take 3 to 4 days
Posted:
Tue May 29, 2007 4:50 pm
by Karl G.
Once this gets set up, I hope to have the dev team active on the boards. There's a cool trick you can pull so that anyone can post to a forum but only certain people can read the posts; this way, a "mod forum" can be private, but all mods can see it, discuss issues in the thread without that person there, then PM a reply to them. That's the plan for now, anyway--but yes, definitely more than one person.
Posted:
Tue May 29, 2007 8:23 pm
by thadiusofx3
I always thought some sort of forum for posting questions to EJ would be alot easier than email.
Posted:
Thu Jun 07, 2007 4:23 pm
by Vitriol
thadiusofx3 wrote:I always thought some sort of forum for posting questions to EJ would be alot easier than email.
well, we USED to have that didnt we?
Posted:
Fri Jun 08, 2007 1:27 am
by thadiusofx3
I mean one that he runs for that specific purpose, not for just chatting it up or talking about the game, but for customer service
Or maybe an instant messenger


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