/
RBRenameMethodTest.class.st
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RBRenameMethodTest.class.st
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Class {
#name : #RBRenameMethodTest,
#superclass : #RBRefactoringTest,
#category : #'Refactoring-Tests-Core-Refactorings'
}
{ #category : #'failure tests' }
RBRenameMethodTest >> testExistingSelector [
self shouldFail: (RBRenameMethodRefactoring
renameMethod: #checkClass:
in: RBBasicLintRuleTestData
to: #runOnEnvironment:
permutation: (1 to: 1))
]
{ #category : #'failure tests' }
RBRenameMethodTest >> testMultipleSelectors [
self shouldWarn: (RBRenameMethodRefactoring
renameMethod: #checkClass:
in: RBBasicLintRuleTestData
to: #foo:
permutation: (1 to: 1))
]
{ #category : #tests }
RBRenameMethodTest >> testRenameMethodFromTrait [
| refactoring class |
refactoring := RBRenameMethodRefactoring
renameMethod: ('just', 'ForTest') asSymbol
in: RBClassToRename classSide
to: #justForTest1
permutation: (1 to: 0).
self proceedThroughWarning: [ self executeRefactoring: refactoring ].
class := refactoring model classNamed: #'RBClassToRename class'.
self assert: (class parseTreeFor: #justForTest1)
equals: (self parseMethod: 'justForTest1 ^ 42').
self assert: ((refactoring model classNamed: #RBDummy) parseTreeFor: #methodFromTrait) equals: (self parseMethod: 'methodFromTrait
RBClassToRename justForTest1').
self deny: (class directlyDefinesMethod: ('just', 'ForTest') asSymbol).
self assert: ((refactoring model classNamed: #RBClassUsingSharedPoolForTestData) methodFor: #methodFromTrait) modelClass name equals: #RBDummy
]
{ #category : #tests }
RBRenameMethodTest >> testRenameMethodOnlyInSomePackages [
| refactoring class |
refactoring := RBRenameMethodRefactoring
renameMethod: ('check', 'Class:') asSymbol
in: RBBasicLintRuleTestData
to: #checkClass1:
permutation: (1 to: 1).
refactoring searchInPackages: #(#'Refactoring-Tests-Core').
self proceedThroughWarning: [ self executeRefactoring: refactoring ].
class := refactoring model classNamed: #RBBasicLintRuleTestData.
self assert: (class parseTreeFor: #checkClass1:)
equals: (self parseMethod: 'checkClass1: aSmalllintContext
^classBlock value: aSmalllintContext value: result').
self assert: ((refactoring model classNamed: #DeepCopier) directlyDefinesMethod: ('check', 'Class:') asSymbol).
]
{ #category : #tests }
RBRenameMethodTest >> testRenameMethodPermuteArgs [
| refactoring class |
refactoring := RBRenameMethodRefactoring
renameMethod: ('demoRenameMethod:' , 'PermuteArgs:') asSymbol
in: RBRefactoryTestDataApp
to: ('demoRenameMethod:' , 'PermuteArgs:') asSymbol
permutation: #(2 1).
self executeRefactoring: refactoring.
class := refactoring model classNamed: #RBRefactoryTestDataApp.
self
assert:
(class parseTreeFor: ('demoRenameMethod:' , 'PermuteArgs:') asSymbol)
equals:
(self
parseMethod:
'demoRenameMethod: arg2 PermuteArgs: arg1 self do: arg1.
self do: arg2.
^ arg1 > arg2').
self
assert:
(class parseTreeFor: #demoExampleCall)
equals: (self parseMethod: 'demoExampleCall ^self demoRenameMethod: 2 PermuteArgs: 1')
]
{ #category : #tests }
RBRenameMethodTest >> testRenamePermuteArgs [
| refactoring class |
refactoring := RBRenameMethodRefactoring
renameMethod: ('rename:' , 'two:') asSymbol
in: RBRefactoryTestDataApp
to: ('rename:' , 'two:') asSymbol
permutation: #(2 1 ).
self executeRefactoring: refactoring.
class := refactoring model classNamed: #RBRefactoryTestDataApp.
self assert: (class parseTreeFor: ('rename:' , 'two:') asSymbol)
equals: (self parseMethod: 'rename: argumentMethod two: this ^self printString, this, argumentMethod').
self assert: (class parseTreeFor: #exampleCall)
equals: (self parseMethod: 'exampleCall <sampleInstance> ^self rename: 2 two: 1')
]
{ #category : #tests }
RBRenameMethodTest >> testRenamePrimitive [
| refactoring count |
count := 0.
model allReferencesTo: #basicAt:put: do: [:method | count := count + 1].
refactoring := RBRenameMethodRefactoring
model: model
renameMethod: #basicAt:put:
in: Object
to: ('at:' , 'bar:') asSymbol
permutation: (1 to: 2).
self proceedThroughWarning: [self executeRefactoring: refactoring].
model allReferencesTo: #basicAt:put:
do:
[:method |
count := count - 1.
self assert: method source isNil].
model allReferencesTo: ('at:' , 'bar:') asSymbol
do: [:method | count := count - 1].
self assert: count equals: 0
]
{ #category : #tests }
RBRenameMethodTest >> testRenameTestMethod [
| refactoring class |
refactoring := RBRenameMethodRefactoring
renameMethod: ('rename' , 'ThisMethod:') asSymbol
in: RBRefactoryTestDataApp
to: #renameThisMethod2:
permutation: (1 to: 1).
self proceedThroughWarning: [ self executeRefactoring: refactoring ].
class := refactoring model classNamed: #RBRefactoryTestDataApp.
self assert: (class parseTreeFor: #renameThisMethod2:) equals: (self parseMethod: 'renameThisMethod2: anArg
^self').
self assert: (class parseTreeFor: #callMethod) equals: (self parseMethod: 'callMethod
^(self renameThisMethod2: 5)').
self assert: (class parseTreeFor: #symbolReference) equals: (self parseMethod: 'symbolReference
^ #(#renameThisMethod2: #(4 #renameThisMethod2:))').
self deny: (class directlyDefinesMethod: ('rename' , 'ThisMethod:') asSymbol)
]
{ #category : #tests }
RBRenameMethodTest >> testRenameTestMethod1 [
| refactoring class |
refactoring := RBRenameMethodRefactoring
renameMethod: ('testMethod1') asSymbol
in: RBRefactoryTestDataApp
to: #testMethod2
permutation: (1 to: 0).
self proceedThroughWarning: [ self executeRefactoring: refactoring ].
class := refactoring model classNamed: #RBRefactoryTestDataApp.
self assert: (class parseTreeFor: #testMethod2)
equals: (self parseMethod: 'testMethod2
^self testMethod2 , ([:each | each testMethod2] value: #(#(#testMethod2) 2 #testMethod2))').
self assert: ((refactoring model classNamed: #RBBasicLintRuleTestData) parseTreeFor: #classBlock:) equals: (self parseMethod: 'classBlock: aBlock
classBlock := aBlock testMethod2').
self deny: (class directlyDefinesMethod: ('test' , 'Method1') asSymbol)
]
{ #category : #'failure tests' }
RBRenameMethodTest >> testWithNonCorrectNumberOfArgs [
self shouldFail: (RBRenameMethodRefactoring
renameMethod: #checkClass:
in: RBBasicLintRuleTestData
to: #checkClass
permutation: (1 to: 1))
]