"{ Package: 'stx:goodies/regression' }"

"{ NameSpace: RegressionTests }"

TestCase subclass:#XMLCoderTests

	instanceVariableNames:''

	classVariableNames:''

	poolDictionaries:''

	category:'tests-Regression-XML'

!

!XMLCoderTests class methodsFor:'documentation'!

documentation

"

    documentation to be added.

    [author:]

	Stefan Vogel (stefan@zwerg)

    [see also:]

    [instance variables:]

    [class variables:]

"

! !

!XMLCoderTests methodsFor:'helpers'!

encodeAndDecode:anObject

    "test, that encoding and decoding an Object results in anObject"

    |encodedString decodedObject|

    encodedString := XMLStandardCoder new encodingOf:anObject.

    decodedObject := (XMLStandardDecoder on:encodedString readStream) next.

    self should:anObject = decodedObject.

    encodedString := XMLStandardCoder new aspect:#encodeInstanceVariables; encodingOf:anObject.

    decodedObject := (XMLStandardDecoder on:encodedString readStream) useSend:true; next.

    self should:anObject = decodedObject.

    ^ decodedObject.

! !

!XMLCoderTests methodsFor:'initialize / release'!

setUp

    "common setup - invoked before testing"

    (Smalltalk classNamed:'stx_goodies_xml_stx') isNil ifTrue:[

        (Smalltalk loadPackage:'stx:goodies/xml/stx') ifFalse:[

            self error:'stx:goodies/xml/stx cannot be loaded'.

        ].

    ].

    (Smalltalk classNamed:'stx_goodies_xml_stx') load.

    "Modified: / 31-07-2017 / 10:47:07 / mawalch"

!

tearDown

    "common cleanup - invoked after testing"

    super tearDown

! !

!XMLCoderTests methodsFor:'tests'!

testArray

    "test encoding an decoding of an integer"

    |arr|

    arr := Array new:10.

    arr at:1 put:true.

    arr at:2 put:'hallo'.

    arr at:3 put:#symbol.

    arr at:4 put:nil.

"/    arr at:6 put:arr.

    self encodeAndDecode:arr

    "

     self run:#testArray

    "

!

testBytes

    "test encoding an decoding of an ByteArray"

    self encodeAndDecode:#[1].

    self encodeAndDecode:#[1 2].

    self encodeAndDecode:#[1 2 3].

    self encodeAndDecode:#[1 2 3 4].

    self encodeAndDecode:#[1 2 3 4 5].

    self encodeAndDecode:#[1 2 3 4 5 6 7 8 0 1 2 3 4 5 6 7 8 9 0 12 3 4 56 7 8 9 0].

    "

     self run:#testBytes

    "

!

testCharacter

    "test encoding an decoding of a Character"

    self encodeAndDecode:$a.

    self encodeAndDecode:$ä.

    "

     self run:#testCharacter

    "

!

testComplex

    "test encoding an decoding of an OrderedCollection"

    |coll r decodedObject|

    coll := OrderedCollection new.

    coll add:true.

    coll add:'hallo'.

    coll add:#symbol.

    coll add:(r:= #[1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23]).

    coll add:#symbol.

    coll add:r.

    coll add:coll copy.

    decodedObject := self encodeAndDecode:coll.

    self should:(decodedObject at:4) == (decodedObject at:6).

    "

     self run:#testComplex

    "

!

testDictionary

    "test encoding an decoding of an integer"

    |dict|

    dict := Dictionary new.

    dict at:true put:1234.

    dict at:#murks put:'hallo'.

    dict at:5 put:#symbol.

    self encodeAndDecode:dict

    "

     self run:#testDictionary

    "

!

testEmptyCollection

    "test encoding an decoding of an OrderedCollection"

    |set|

    set := OrderedCollection new.

    self encodeAndDecode:set

    "

     self run:#testEmptyCollection

    "

!

testFloat

    "test encoding an decoding of an integer"

    -1.0 to: 1.0 by:0.5 do:[:i|

	self encodeAndDecode:i

    ].

    "

     self run:#testFloat

    "

!

testFraction

    "test encoding an decoding of an integer"

    (-3/4) to:(3/4) by:(1/4) do:[:i|

	self encodeAndDecode:i

    ].

    "

     self run:#testFraction

    "

!

testIdentityDictionary

    "test encoding an decoding of an integer"

    |dict|

    dict := IdentityDictionary new.

    dict at:true put:1234.

    dict at:#test put:'hallo'.

    dict at:5 put:#symbol.

    self encodeAndDecode:dict

    "

     self run:#testIdentityDictionary

    "

!

testInteger

    "test encoding an decoding of an integer"

    #( 0 1 10 100 1000 10000 100000 1000000 16rFFFF 16rFFFFFF) do:[:i|

	self encodeAndDecode:i.

	self encodeAndDecode:i negated.

    ].

    "

     self run:#testInteger

    "

!

testInterval

    "test encoding an decoding of a set"

    |interval|

    interval := Interval from:1 to:100.

    self encodeAndDecode:interval

    "

     self run:#testInterval

    "

!

testLargeInteger

    "test encoding an decoding of an integer"

    #(

       16r1FFFFFFF 16r20000000

       16r3FFFFFFF 16r40000000

       16r7FFFFFFF 16r80000000

       16rFFFFFFFF 16r100000000

       16r1FFFFFFFF 16r200000000

       16r3FFFFFFFF 16r400000000

       16r7FFFFFFFF 16r800000000

       16rFFFFFFFFF 16r1000000000

       16r1FFFFFFFFF 16r2000000000

       16r3FFFFFFFFF 16r4000000000

       16r7FFFFFFFFF 16r8000000000

       16rFFFFFFFFFF 16r10000000000

       16r1FFFFFFFFFF 16r20000000000

       16r3FFFFFFFFFF 16r40000000000

       16r7FFFFFFFFFF 16r80000000000

       16rFFFFFFFFFFF 16r100000000000

       16r1FFFFFFFFFFF 16r200000000000

       16r3FFFFFFFFFFF 16r400000000000

       16r7FFFFFFFFFFF 16r800000000000

       16rFFFFFFFFFFFF 16r1000000000000

       16r1FFFFFFFFFFFFFF 16r200000000000000

       16r3FFFFFFFFFFFFFF 16r400000000000000

       16r7FFFFFFFFFFFFFF 16r800000000000000

       16rFFFFFFFFFFFFFFF 16r1000000000000000

    ) do:[:i|

	self encodeAndDecode:i.

	self encodeAndDecode:i negated.

    ].

    "

     self run:#testLargeInteger

     self basicNew testLargeInteger

    "

!

testOrderedCollection

    "test encoding an decoding of an OrderedCollection"

    |set|

    set := OrderedCollection new.

    set add:true.

    set add:'hallo'.

    set add:#symbol.

    self encodeAndDecode:set

    "

     self run:#testOrderedCollection

    "

!

testPoint

    "test encoding an decoding of a point"

    -4 to:4 do:[:x |

	-4 to:4 do:[:y |

	    self encodeAndDecode:(x @ y)

	]

    ].

    "

     self run:#testPoint

    "

!

testRecursiveArray

    |arr encodedString decodedObject|

    arr := Array new:3.

    arr at:1 put:1.

    arr at:2 put:arr.

    arr at:3 put:3.

    encodedString := XMLStandardCoder new encodingOf:arr.

    decodedObject := (XMLStandardDecoder on:encodedString readStream) next.

    self assert:(decodedObject at:1) == 1.

    self assert:(decodedObject at:3) == 3.

    self assert:(decodedObject at:2) == decodedObject.

    "

     self run:#testRecursiveArray

    "

!

testSet

    "test encoding an decoding of a set"

    |set|

    set := Set new.

    set add:true.

    set add:'hallo'.

    set add:#symbol.

    self encodeAndDecode:set

    "

     self run:#testSet

    "

!

testString

    "test encoding an decoding of a String"

    self encodeAndDecode:'hello world'.

    self encodeAndDecode:'hello world üö#*ß'.

    self encodeAndDecode:Character tab asString , 'with',

			 Character tab asString, Character tab asString, 'tabs',

			 Character tab asString.

    self encodeAndDecode:Character tab asString , '& with',

			 Character tab asString, Character tab asString, 'tabs',

			 Character tab asString.

    "

     self run:#testString

    "

!

testUUID

    "test encoding an decoding of an ByteArray"

    self encodeAndDecode:UUID genUUID.

    "

     self run:#testUUID

    "

! !

!XMLCoderTests class methodsFor:'documentation'!

version

    ^ '$Header$'

! !