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SlangOptionTest.class.st
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SlangOptionTest.class.st
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Class {
#name : #SlangOptionTest,
#superclass : #TestCase,
#instVars : [
'cogitSubclassName',
'slang'
],
#category : #'Slang-Tests'
}
{ #category : #running }
SlangOptionTest >> setUp [
super setUp.
slang := MLVMCCodeGenerator new.
slang environment: SystemDictionary new.
slang environment at: SlangCogitSubclass name put: SlangCogitSubclass.
slang environment at: SlangCogitSuperclass name put: SlangCogitSuperclass.
"We set an instance, polymorphic with the class"
slang vmClass: MockSlangClass new.
slang vmClass optionsAt: #SlangObjectMemorySubclass put: false.
slang vmClass optionsAt: #SlangObjectMemorySuperclass put: false.
slang vmClass mockConstantClass: MockConstantClass new.
]
{ #category : #'tests - option - cogit' }
SlangOptionTest >> testOptionInSpecifiedCogitShouldBeActive [
"This is a VM-tied slang test"
"Configure the code generator with a Cogit.
Options for that cogit should be active"
<regressionTest>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangCogitSubclass}.
slang vmClass cogitClass: SlangCogitSubclass.
self assert: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - cogit' }
SlangOptionTest >> testOptionInSpecifiedCogitSubclassShouldNotBeActive [
"This is a VM-tied slang test"
"Configure the code generator with a Cogit.
Options for that cogit's subclasses should not be active"
<regressionTest>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangCogitSubclass}.
"Configure the generation for a superclass, making the subclass unavailable"
slang vmClass cogitClass: SlangCogitSuperclass.
self deny: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - cogit' }
SlangOptionTest >> testOptionInSpecifiedCogitSuperclassShouldBeActive [
"This is a VM-tied slang test"
"Configure the code generator with a Cogit.
Options for that cogit's superclasses should be active"
<regressionTest>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangCogitSuperclass}.
"Configure the generation for a subclass, making the superclass available"
slang vmClass cogitClass: SlangCogitSubclass.
self assert: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - memory' }
SlangOptionTest >> testOptionInSpecifiedObjectMemoryShouldBeActive [
"This is a VM-tied slang test"
"Configure the code generator with an ObjectMemory.
Options for that objectMemory should be active"
<regressionTest>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangObjectMemorySubclass}.
slang vmClass objectMemoryClass: SlangObjectMemorySubclass.
self assert: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - memory' }
SlangOptionTest >> testOptionInSpecifiedObjectMemorySubclassShouldNotBeActive [
"This is a VM-tied slang test"
"Configure the code generator with an ObjectMemory.
Options for that object memories' subclasses should not be active"
<regressionTest>
"This test is supposed to fail but it works because the class is looked up by bindingOf: and eventually found in the global environment"
<expectedFailure>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangObjectMemorySubclass}.
"Configure the generation for a superclass, making the subclass unavailable"
slang vmClass objectMemoryClass: SlangObjectMemorySuperclass.
self deny: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - memory' }
SlangOptionTest >> testOptionInSpecifiedObjectMemorySuperclassShouldBeActive [
"This is a VM-tied slang test"
"Configure the code generator with an Object Memory.
Options for that Object Memory's superclasses should be active"
<regressionTest>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangObjectMemorySuperclass}.
"Configure the generation for a subclass, making the superclass available"
slang vmClass objectMemoryClass: SlangObjectMemorySubclass.
self assert: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - cogit' }
SlangOptionTest >> testOptionWithUnrelatedCogitClassShouldNotBeActive [
"This is a VM-tied slang test"
"Configure the code generator with a Cogit.
Options for that cogit should be active"
<regressionTest>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangCogitSubclass}.
slang vmClass cogitClass: OrderedCollection.
self deny: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - memory' }
SlangOptionTest >> testOptionWithUnrelatedObjectMemoryClassShouldNotBeActive [
"This is a VM-tied slang test"
"Configure the code generator with a Object Memory.
Options for that Object Memory should be active"
<regressionTest>
"This test is supposed to fail but it works because the class is looked up by bindingOf: and eventually found in the global environment"
<expectedFailure>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangObjectMemorySubclass}.
slang vmClass objectMemoryClass: OrderedCollection.
self deny: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - cogit' }
SlangOptionTest >> testOptionWithoutCogitShouldNotBeActive [
"This is a VM-tied slang test"
"Configure the code generator with a Cogit.
Options for that cogit should be active"
<regressionTest>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangCogitSubclass}.
slang vmClass cogitClass: nil.
self deny: (slang optionIsTrue: optionPragma in: slang vmClass)
]
{ #category : #'tests - option - memory' }
SlangOptionTest >> testOptionWithoutObjectMemoryShouldNotBeActive [
"This is a VM-tied slang test"
"Configure the code generator with a ObjectMemory.
Options for that ObjectMemory should be active"
<regressionTest>
| optionPragma |
optionPragma := Pragma selector: #option: arguments: {#SlangObjectMemorySubclass}.
slang vmClass objectMemoryClass: nil.
self deny: (slang optionIsTrue: optionPragma in: slang vmClass)
]