Docs For Class AmfTestData

Description

test data for the Amfphp unit tests data types have the s prefix for "serialized" and "d" prefix for "deserialized" for Packets there is a flaw in the Amfphp design which means that serializng and deserializing is not symmetrical.

so use s for serialized, d for deserialized for the serialization tests and dd for the deserialation tests, the idea being that dd will disappear for v2

author: Ariel Sommeria-klein

Located in /Tests/TestData/AmfTestData.php (line 21)

Variable Summary

mixed $d2Headers2MessagesPacket

mixed $dBinary

mixed $dBoolean

mixed $dByte

mixed $dDate

mixed $dDouble

mixed $dEcmaArray

mixed $dEmptyPacket

mixed $dInt

mixed $dLong

mixed $dLongString

mixed $dLongUtf

mixed $dNull

mixed $dNullHeaderPacket

mixed $dNullMessagePacket

mixed $dNumber

mixed $dObject

mixed $dObjectEnd

mixed $dReference

mixed $dStrictArray

mixed $dString

mixed $dStringHeaderPacket

mixed $dStringMessagePacket

mixed $dTypedObject

mixed $dTypedObjectAsArray

mixed $dUndefined

mixed $dUnsupported

mixed $dUtf

mixed $dXml

mixed $mirrorServiceRequestPacket

mixed $mirrorServiceResponsePacket

mixed $s2Headers2MessagesPacket

mixed $sBinary

mixed $sBoolean

mixed $sByte

mixed $sDate

mixed $sDouble

mixed $sEcmaArray

mixed $sEmptyPacket

mixed $sInt

mixed $sLong

mixed $sLongString

mixed $sLongUtf

mixed $sNull

mixed $sNullHeaderPacket

mixed $sNullMessagePacket

mixed $sNumber

mixed $sObject

mixed $sObjectEnd

mixed $sReference

mixed $sStrictArray

mixed $sString

mixed $sStringHeaderPacket

mixed $sStringMessagePacket

mixed $sTypedObject

mixed $sUndefined

mixed $sUnsupported

mixed $sUtf

mixed $sXml

Method Summary

AmfTestData __construct ()

void build2HeadersAndTwoMessagesPacket ()

void buildBoolean ()

void buildByte ()

void buildDate ()

void buildDouble ()

void buildEcmaArray ()

void buildEmptyPacket ()

void buildInt ()

void buildLong ()

void buildLongString ()

void buildLongUtf ()

void buildNull ()

void buildNullHeaderPacket ()

void buildNullMessagePacket ()

void buildNumber ()

void buildObject ()

void buildObjectEnd ()

void buildReference ()

void buildSimpleMirrorServiceRequestAndResponse ()

void buildStrictArray ()

void buildString ()

void buildStringHeaderPacket ()

void buildStringMessagePacket ()

void buildTypedObject ()

void buildUndefined ()

void buildUnsupported ()

void buildUtf ()

void buildXml ()

Variables

mixed $d2Headers2MessagesPacket (line 83)

access: public

mixed $dBinary (line 36)

access: public

mixed $dBoolean (line 42)

access: public

mixed $dByte (line 24)

access: public

mixed $dDate (line 60)

access: public

mixed $dDouble (line 30)

access: public

mixed $dEcmaArray (line 54)

access: public

mixed $dEmptyPacket (line 73)

access: public

mixed $dInt (line 26)

access: public

mixed $dLong (line 28)

access: public

mixed $dLongString (line 62)

access: public

mixed $dLongUtf (line 34)

access: public

mixed $dNull (line 48)

access: public

mixed $dNullHeaderPacket (line 75)

access: public

mixed $dNullMessagePacket (line 79)

access: public

mixed $dNumber (line 40)

access: public

mixed $dObject (line 46)

access: public

mixed $dObjectEnd (line 56)

access: public

mixed $dReference (line 52)

access: public

mixed $dStrictArray (line 58)

access: public

mixed $dString (line 44)

access: public

mixed $dStringHeaderPacket (line 77)

access: public

mixed $dStringMessagePacket (line 81)

access: public

mixed $dTypedObject (line 68)

access: public

mixed $dTypedObjectAsArray (line 69)

access: public

mixed $dUndefined (line 50)

access: public

mixed $dUnsupported (line 64)

access: public

mixed $dUtf (line 32)

access: public

mixed $dXml (line 66)

access: public

mixed $mirrorServiceRequestPacket (line 85)

access: public

mixed $mirrorServiceResponsePacket (line 86)

access: public

mixed $s2Headers2MessagesPacket (line 82)

access: public

mixed $sBinary (line 35)

access: public

mixed $sBoolean (line 41)

access: public

mixed $sByte (line 23)

access: public

mixed $sDate (line 59)

access: public

mixed $sDouble (line 29)

access: public

mixed $sEcmaArray (line 53)

access: public

mixed $sEmptyPacket (line 72)

access: public

mixed $sInt (line 25)

access: public

mixed $sLong (line 27)

access: public

mixed $sLongString (line 61)

access: public

mixed $sLongUtf (line 33)

access: public

mixed $sNull (line 47)

access: public

mixed $sNullHeaderPacket (line 74)

access: public

mixed $sNullMessagePacket (line 78)

access: public

mixed $sNumber (line 39)

access: public

mixed $sObject (line 45)

access: public

mixed $sObjectEnd (line 55)

access: public

mixed $sReference (line 51)

access: public

mixed $sStrictArray (line 57)

access: public

mixed $sString (line 43)

access: public

mixed $sStringHeaderPacket (line 76)

access: public

mixed $sStringMessagePacket (line 80)

access: public

mixed $sTypedObject (line 67)

access: public

mixed $sUndefined (line 49)

access: public

mixed $sUnsupported (line 63)

access: public

mixed $sUtf (line 31)

access: public

mixed $sXml (line 65)

access: public

Methods

Constructor __construct (line 88)

access: public

AmfTestData __construct ()

build2HeadersAndTwoMessagesPacket (line 619)

an Amfphp_Core_Amf_Packet with two headers one with a string and one with a null , and two Messages, one with a string and one with a null

access: public

void build2HeadersAndTwoMessagesPacket ()

buildBoolean (line 203)

access: public

void buildBoolean ()

buildByte (line 125)

byte

access: public

void buildByte ()

buildDate (line 380)

access: public

void buildDate ()

buildDouble (line 151)

double: 8 bytes. Careful of little/big endian so that test runs with both systems

access: public

void buildDouble ()

buildEcmaArray (line 293)

the writeArray method looks at the keys. If there are both numeric and string keys, the data is treated as an Ecma Array

it also sorts the data and writes the data with numerical keys first, then the data with string keys

access: public

void buildEcmaArray ()

buildEmptyPacket (line 470)

test serializing an empty Amfphp_Core_Amf_Packet.

expected output: 0x000000 1st int : version 2nd int : number of headers 3rd int : number of Messages

access: public

void buildEmptyPacket ()

buildInt (line 134)

int: 2 bytes

access: public

void buildInt ()

buildLong (line 142)

long: 4 bytes

access: public

void buildLong ()

buildLongString (line 396)

access: public

void buildLongString ()

buildLongUtf (line 174)

long utf: the length of the data on 4 bytes and then the char data. The char data is more than 65xxx long

access: public

void buildLongUtf ()

buildNull (line 265)

access: public

void buildNull ()

buildNullHeaderPacket (line 478)

one header containing a null, and with required set to true

access: public

void buildNullHeaderPacket ()

buildNullMessagePacket (line 548)

no headers and a Message containing a null

access: public

void buildNullMessagePacket ()

buildNumber (line 189)

number: type is0, then value in (double)8 bytes. See buildDouble for little/big endian

access: public

void buildNumber ()

buildObject (line 223)

access: public

void buildObject ()

buildObjectEnd (line 336)

access: public

void buildObjectEnd ()

buildReference (line 281)

TODO test with a real reference?

access: public

void buildReference ()

buildSimpleMirrorServiceRequestAndResponse (line 735)

access: public

void buildSimpleMirrorServiceRequestAndResponse ()

buildStrictArray (line 344)

access: public

void buildStrictArray ()

buildString (line 212)

access: public

void buildString ()

buildStringHeaderPacket (line 511)

with one header containing a string

access: public

void buildStringHeaderPacket ()

buildStringMessagePacket (line 582)

no headers and a Message containing a string

access: public

void buildStringMessagePacket ()

buildTypedObject (line 433)

note: the writeXml method gets rids of CRs and LFs

access: public

void buildTypedObject ()

buildUndefined (line 271)

access: public

void buildUndefined ()

buildUnsupported (line 411)

TODO: no writeUnsupported method, and no PHP for unsupported. Write it A.S.

access: public

void buildUnsupported ()

buildUtf (line 163)

utf: the length of the data on 2 bytes and then the char data

access: public

void buildUtf ()

buildXml (line 420)

note: the writeXml method gets rids of CRs and LFs

access: public

void buildXml ()