PPCConfiguration refactoring: [10/10]: Cleaned up compilation API
The main compilation method is now PPParser>>compileWithOptions:
Removed oither old and unused compilation methods from PPParser
and other PetitCompiler classes.
"{ Package: 'stx:goodies/petitparser/compiler/tests' }"
"{ NameSpace: Smalltalk }"
TestCase subclass:#PPCGuardTest
instanceVariableNames:'guard compiler'
classVariableNames:''
poolDictionaries:''
category:'PetitCompiler-Tests-Guards'
!
!PPCGuardTest methodsFor:'as yet unclassified'!
setUp
super setUp.
compiler := PPCMockCompiler new.
!
testCompiling
guard := PPCGuard new initializeFor: ($a asParser / $b asParser) asCompilerTree.
guard id: #foo.
guard compileGuard: compiler.
self assert: compiler lines size = 1.
self assert: compiler lines first = '(foo at: context peek asInteger)'.
!
testCompiling2
guard := PPCGuard new initializeFor: (#letter asParser / #digit asParser) asCompilerTree.
guard id: #foo.
guard compileGuard: compiler.
self assert: compiler lines size = 1.
self assert: compiler lines first = '(context peek isAlphaNumeric)'.
!
testCompiling3
guard := PPCGuard new initializeFor: ($a asParser, (#letter asParser / #digit asParser)) asCompilerTree.
guard id: #foo.
guard compileGuard: compiler.
self assert: compiler lines size = 1.
self assert: compiler lines first = ('(context peek == ', $a storeString ,')').
!
testCompiling4
guard := PPCGuard new initializeFor: ('foo' asParser / 'foobar' asParser) asCompilerTree.
guard id: #foo.
guard compileGuard: compiler.
self assert: compiler lines size = 1.
self assert: compiler lines first = ('(context peek == ', $f storeString ,')').
!
testIdentifierToken
| id ws letterNode node |
letterNode := PPCMessagePredicateNode new
message: #isLetter;
yourself.
id := PPCPlusNode new
child: letterNode;
name: 'identifier';
yourself.
ws := PPCSentinelNode new.
node := PPCTrimmingTokenNode new
child: id;
whitespace: ws;
name: 'kw';
yourself.
guard := PPCGuard new initializeFor: node.
self assert: (guard classification at: $a asInteger).
self assert: (guard classification at: $z asInteger).
!
testMakesSense
guard := PPCGuard new initializeFor: #letter asParser asCompilerTree.
self assert: guard makesSense.
guard := PPCGuard new initializeFor: nil asParser asCompilerTree.
self assert: guard makesSense not.
guard := PPCGuard new initializeFor: (#letter asParser / nil asParser) asCompilerTree.
self assert: guard makesSense not.
guard := PPCGuard new initializeFor: (#letter asParser / #digit asParser) asCompilerTree.
self assert: guard makesSense.
guard := PPCGuard new initializeFor: (#letter asParser / #digit asParser optional) asCompilerTree.
self assert: guard makesSense not.
!
testMessage
guard := PPCGuard new initializeFor: #letter asParser asCompilerTree.
self assert: (guard message = #isLetter).
self assert: (guard message = #isAlphaNumeric) not.
guard := PPCGuard new initializeFor: #word asParser asCompilerTree.
self assert: (guard message = #isAlphaNumeric).
guard := PPCGuard new initializeFor: #digit asParser asCompilerTree.
self assert: (guard message = #isDigit).
guard := PPCGuard new initializeFor: 'a' asParser asCompilerTree.
self assert: (guard message = #isDigit) not.
self assert: (guard message = #isLetter) not.
self assert: (guard message = #isAlphaNumeric) not.
!
testMessage2
guard := PPCGuard new initializeFor: (#letter asParser / #digit asParser) asCompilerTree.
self assert: guard message = #isAlphaNumeric
!
testNot
guard := PPCGuard new initializeFor: ('foo' asParser not, 'fee' asParser) asCompilerTree.
self assert: (guard classification at: $f asInteger).
!
testNot2
| fee notFoo node |
fee := PPCLiteralNode new
literal: 'fee';
yourself.
notFoo := PPCNotLiteralNode new
literal: 'foo';
yourself.
node := PPCSequenceNode new
children: { notFoo . fee };
yourself.
guard := PPCGuard new initializeFor: node.
self assert: (guard classification at: $f asInteger).
!
testNot3
| letter letterNegateStar node |
letter := PPCMessagePredicateNode new
message: #isLetter; yourself.
letterNegateStar := PPCStarNode new
child: #letter asParser negate asCompilerNode;
yourself.
node := PPCSequenceNode new
children: { letterNegateStar . letter };
yourself.
guard := PPCGuard new initializeFor: node.
self assert: (guard classification allSatisfy: [ :e | e]).
!
testTestMessage
guard := PPCGuard new initializeFor: #letter asParser asCompilerTree.
self assert: (guard testMessage: #isLetter).
self assert: (guard testMessage: #isAlphaNumeric) not.
guard := PPCGuard new initializeFor: #word asParser asCompilerTree.
self assert: (guard testMessage: #isAlphaNumeric).
guard := PPCGuard new initializeFor: #digit asParser asCompilerTree.
self assert: (guard testMessage: #isDigit).
guard := PPCGuard new initializeFor: 'a' asParser asCompilerTree.
self assert: (guard testMessage: #isDigit) not.
self assert: (guard testMessage: #isLetter) not.
self assert: (guard testMessage: #isAlphaNumeric) not.
!
testTestSingleCharacter
guard := PPCGuard new initializeFor: $a asParser asCompilerTree.
self assert: guard testSingleCharacter.
guard := PPCGuard new initializeFor: 'foo' asParser asCompilerTree.
self assert: guard testSingleCharacter.
guard := PPCGuard new initializeFor: ('foo' asParser / 'bar' asParser) asCompilerTree.
self assert: guard testSingleCharacter not.
guard := PPCGuard new initializeFor: ($a asParser, (#letter asParser / #digit asParser)) asCompilerTree.
self assert: guard testSingleCharacter.
guard := PPCGuard new initializeFor: ('foo' asParser / 'fee' asParser) asCompilerTree.
self assert: guard testSingleCharacter.
! !
!PPCGuardTest class methodsFor:'documentation'!
version_HG
^ '$Changeset: <not expanded> $'
! !