300 lines
18 KiB
Haskell
300 lines
18 KiB
Haskell
module TestParser(tests) where
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import Test.HUnit
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import Parser.Lexer
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import Parser.JavaParser
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import Ast
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testSingleEmptyClass = TestCase $
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assertEqual "expect single empty class hello" [Class "Hello" [] []] $
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parse [CLASS, IDENTIFIER "Hello", LBRACKET, RBRACKET]
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testTwoEmptyClasses = TestCase $
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assertEqual "expect two empty classes" [Class "Class1" [] [], Class "Class2" [] []] $
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parse [CLASS,IDENTIFIER "Class1",LBRACKET,RBRACKET,CLASS,IDENTIFIER "Class2",LBRACKET,RBRACKET]
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testBooleanField = TestCase $
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assertEqual "expect class with boolean field" [Class "WithBool" [] [VariableDeclaration "boolean" "value" Nothing]] $
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parse [CLASS,IDENTIFIER "WithBool",LBRACKET,BOOLEAN,IDENTIFIER "value",SEMICOLON,RBRACKET]
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testIntField = TestCase $
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assertEqual "expect class with int field" [Class "WithInt" [] [VariableDeclaration "int" "value" Nothing]] $
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parse [CLASS,IDENTIFIER "WithInt",LBRACKET,INT,IDENTIFIER "value",SEMICOLON,RBRACKET]
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testCustomTypeField = TestCase $
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assertEqual "expect class with foo field" [Class "WithFoo" [] [VariableDeclaration "Foo" "value" Nothing]] $
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parse [CLASS,IDENTIFIER "WithFoo",LBRACKET,IDENTIFIER "Foo",IDENTIFIER "value",SEMICOLON,RBRACKET]
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testMultipleDeclarationSameLine = TestCase $
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assertEqual "expect class with two int fields" [Class "TwoInts" [] [VariableDeclaration "int" "num1" Nothing, VariableDeclaration "int" "num2" Nothing]] $
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parse [CLASS,IDENTIFIER "TwoInts",LBRACKET,INT,IDENTIFIER "num1",COMMA,IDENTIFIER "num2",SEMICOLON,RBRACKET]
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testMultipleDeclarations = TestCase $
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assertEqual "expect class with int and char field" [Class "Multiple" [] [VariableDeclaration "int" "value" Nothing, VariableDeclaration "char" "letter" Nothing]] $
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parse [CLASS,IDENTIFIER "Multiple",LBRACKET,INT,IDENTIFIER "value",SEMICOLON,CHAR,IDENTIFIER "letter",SEMICOLON,RBRACKET]
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testWithModifier = TestCase $
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assertEqual "expect class with int field" [Class "WithInt" [] [VariableDeclaration "int" "value" Nothing]] $
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parse [ABSTRACT,CLASS,IDENTIFIER "WithInt",LBRACKET,PUBLIC,INT,IDENTIFIER "value",SEMICOLON,RBRACKET]
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testEmptyMethod = TestCase $
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assertEqual "expect class with method" [Class "WithMethod" [MethodDeclaration "int" "foo" [] (Block [])] []] $
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parse [CLASS,IDENTIFIER "WithMethod",LBRACKET,INT,IDENTIFIER "foo",LBRACE,RBRACE,SEMICOLON,RBRACKET]
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testEmptyPrivateMethod = TestCase $
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assertEqual "expect class with method" [Class "WithMethod" [MethodDeclaration "int" "foo" [] (Block [])] []] $
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parse [CLASS,IDENTIFIER "WithMethod",LBRACKET,PRIVATE,INT,IDENTIFIER "foo",LBRACE,RBRACE,LBRACKET,RBRACKET,RBRACKET]
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testEmptyVoidMethod = TestCase $
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assertEqual "expect class with method" [Class "WithMethod" [MethodDeclaration "void" "foo" [] (Block [])] []] $
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parse [CLASS,IDENTIFIER "WithMethod",LBRACKET,VOID,IDENTIFIER "foo",LBRACE,RBRACE,LBRACKET,RBRACKET,RBRACKET]
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testEmptyMethodWithParam = TestCase $
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assertEqual "expect class with method with param" [Class "WithParam" [MethodDeclaration "void" "foo" [ParameterDeclaration "int" "param"] (Block [])] []] $
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parse [CLASS,IDENTIFIER "WithParam",LBRACKET,VOID,IDENTIFIER "foo",LBRACE,INT,IDENTIFIER "param",RBRACE,SEMICOLON,RBRACKET]
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testEmptyMethodWithParams = TestCase $
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assertEqual "expect class with multiple params" [Class "WithParams" [MethodDeclaration "void" "foo" [ParameterDeclaration "int" "p1",ParameterDeclaration "Custom" "p2"] (Block [])] []] $
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parse [CLASS,IDENTIFIER "WithParams",LBRACKET,VOID,IDENTIFIER "foo",LBRACE,INT,IDENTIFIER "p1",COMMA,IDENTIFIER "Custom",IDENTIFIER "p2",RBRACE,SEMICOLON,RBRACKET]
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testClassWithMethodAndField = TestCase $
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assertEqual "expect class with method and field" [Class "WithMethodAndField" [MethodDeclaration "void" "foo" [] (Block []), MethodDeclaration "int" "bar" [] (Block [])] [VariableDeclaration "int" "value" Nothing]] $
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parse [CLASS,IDENTIFIER "WithMethodAndField",LBRACKET,VOID,IDENTIFIER "foo",LBRACE,RBRACE,LBRACKET,RBRACKET,INT,IDENTIFIER "value",SEMICOLON,INT,IDENTIFIER "bar",LBRACE,RBRACE,SEMICOLON,RBRACKET]
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testClassWithConstructor = TestCase $
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assertEqual "expect class with constructor" [Class "WithConstructor" [MethodDeclaration "void" "<init>" [] (Block [])] []] $
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parse [CLASS,IDENTIFIER "WithConstructor",LBRACKET,IDENTIFIER "WithConstructor",LBRACE,RBRACE,LBRACKET,RBRACKET,RBRACKET]
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testConstructorWithParams = TestCase $
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assertEqual "expect constructor with params" [Class "WithParams" [MethodDeclaration "void" "<init>" [ParameterDeclaration "int" "p1"] (Block [])] []] $
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parse [CLASS,IDENTIFIER "WithParams",LBRACKET,IDENTIFIER "WithParams",LBRACE,INT,IDENTIFIER "p1",RBRACE,LBRACKET,RBRACKET,RBRACKET]
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testConstructorWithStatements = TestCase $
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assertEqual "expect constructor with statement" [Class "WithConstructor" [MethodDeclaration "void" "<init>" [] (Block [Return Nothing])] []] $
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parse [CLASS,IDENTIFIER "WithConstructor",LBRACKET,IDENTIFIER "WithConstructor",LBRACE,RBRACE,LBRACKET,RETURN,SEMICOLON,RBRACKET,RBRACKET]
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testEmptyBlock = TestCase $ assertEqual "expect empty block" [Block []] $ parseStatement [LBRACKET,RBRACKET]
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testBlockWithLocalVarDecl = TestCase $
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assertEqual "expect block with local var delcaration" [Block [LocalVariableDeclaration $ VariableDeclaration "int" "localvar" Nothing]] $
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parseStatement [LBRACKET,INT,IDENTIFIER "localvar",SEMICOLON,RBRACKET]
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testBlockWithMultipleLocalVarDecls = TestCase $
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assertEqual "expect block with multiple local var declarations" [Block [LocalVariableDeclaration $ VariableDeclaration "int" "var1" Nothing, LocalVariableDeclaration $ VariableDeclaration "boolean" "var2" Nothing]] $
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parseStatement [LBRACKET,INT,IDENTIFIER "var1",SEMICOLON,BOOLEAN,IDENTIFIER "var2",SEMICOLON,RBRACKET]
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testNestedBlocks = TestCase $
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assertEqual "expect block with block inside" [Block [Block []]] $
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parseStatement [LBRACKET,LBRACKET,RBRACKET,RBRACKET]
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testBlockWithEmptyStatement = TestCase $
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assertEqual "expect empty block" [Block []] $
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parseStatement [LBRACKET,SEMICOLON,SEMICOLON,RBRACKET]
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testExpressionIntLiteral = TestCase $
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assertEqual "expect IntLiteral" (IntegerLiteral 3) $
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parseExpression [INTEGERLITERAL 3]
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testFieldWithInitialization = TestCase $
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assertEqual "expect Class with initialized field" [Class "WithInitField" [] [VariableDeclaration "int" "number" $ Just $ IntegerLiteral 3]] $
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parse [CLASS,IDENTIFIER "WithInitField",LBRACKET,INT,IDENTIFIER "number",ASSIGN,INTEGERLITERAL 3,SEMICOLON,RBRACKET]
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testLocalBoolWithInitialization = TestCase $
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assertEqual "expect block with with initialized local var" [Block [LocalVariableDeclaration $ VariableDeclaration "boolean" "b" $ Just $ BooleanLiteral False]] $
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parseStatement [LBRACKET,BOOLEAN,IDENTIFIER "b",ASSIGN,BOOLLITERAL False,SEMICOLON,RBRACKET]
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testFieldNullWithInitialization = TestCase $
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assertEqual "expect Class with initialized field" [Class "WithInitField" [] [VariableDeclaration "Object" "bar" $ Just NullLiteral]] $
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parse [CLASS,IDENTIFIER "WithInitField",LBRACKET,IDENTIFIER "Object",IDENTIFIER "bar",ASSIGN,NULLLITERAL,SEMICOLON,RBRACKET]
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testReturnVoid = TestCase $
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assertEqual "expect block with return nothing" [Block [Return Nothing]] $
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parseStatement [LBRACKET,RETURN,SEMICOLON,RBRACKET]
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testExpressionNot = TestCase $
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assertEqual "expect expression not" (UnaryOperation Not (Reference "boar")) $
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parseExpression [NOT,IDENTIFIER "boar"]
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testExpressionMinus = TestCase $
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assertEqual "expect expression minus" (UnaryOperation Minus (Reference "boo")) $
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parseExpression [MINUS,IDENTIFIER "boo"]
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testExpressionMultiplication = TestCase $
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assertEqual "expect multiplication" (BinaryOperation Multiplication (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",TIMES,INTEGERLITERAL 3]
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testExpressionDivision = TestCase $
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assertEqual "expect division" (BinaryOperation Division (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",DIV,INTEGERLITERAL 3]
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testExpressionModulo = TestCase $
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assertEqual "expect modulo operation" (BinaryOperation Modulo (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",MODULO,INTEGERLITERAL 3]
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testExpressionAddition = TestCase $
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assertEqual "expect addition" (BinaryOperation Addition (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",PLUS,INTEGERLITERAL 3]
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testExpressionSubtraction = TestCase $
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assertEqual "expect subtraction" (BinaryOperation Subtraction (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",MINUS,INTEGERLITERAL 3]
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testExpressionLessThan = TestCase $
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assertEqual "expect comparision less than" (BinaryOperation CompareLessThan (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",LESS,INTEGERLITERAL 3]
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testExpressionGreaterThan = TestCase $
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assertEqual "expect comparision greater than" (BinaryOperation CompareGreaterThan (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",GREATER,INTEGERLITERAL 3]
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testExpressionLessThanEqual = TestCase $
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assertEqual "expect comparision less than or equal" (BinaryOperation CompareLessOrEqual (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",LESSEQUAL,INTEGERLITERAL 3]
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testExpressionGreaterThanOrEqual = TestCase $
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assertEqual "expect comparision greater than or equal" (BinaryOperation CompareGreaterOrEqual (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",GREATEREQUAL,INTEGERLITERAL 3]
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testExpressionEqual = TestCase $
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assertEqual "expect comparison equal" (BinaryOperation CompareEqual (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",EQUAL,INTEGERLITERAL 3]
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testExpressionNotEqual = TestCase $
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assertEqual "expect comparison equal" (BinaryOperation CompareNotEqual (Reference "bar") (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "bar",NOTEQUAL,INTEGERLITERAL 3]
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testExpressionAnd = TestCase $
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assertEqual "expect and expression" (BinaryOperation And (Reference "bar") (Reference "baz")) $
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parseExpression [IDENTIFIER "bar",AND,IDENTIFIER "baz"]
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testExpressionXor = TestCase $
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assertEqual "expect xor expression" (BinaryOperation BitwiseXor (Reference "bar") (Reference "baz")) $
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parseExpression [IDENTIFIER "bar",XOR,IDENTIFIER "baz"]
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testExpressionOr = TestCase $
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assertEqual "expect or expression" (BinaryOperation Or (Reference "bar") (Reference "baz")) $
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parseExpression [IDENTIFIER "bar",OR,IDENTIFIER "baz"]
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testExpressionPostIncrement = TestCase $
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assertEqual "expect PostIncrement" (StatementExpressionExpression $ PostIncrement (Reference "a")) $
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parseExpression [IDENTIFIER "a",INCREMENT]
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testExpressionPostDecrement = TestCase $
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assertEqual "expect PostDecrement" (StatementExpressionExpression $ PostDecrement (Reference "a")) $
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parseExpression [IDENTIFIER "a",DECREMENT]
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testExpressionPreIncrement = TestCase $
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assertEqual "expect PreIncrement" (StatementExpressionExpression $ PreIncrement (Reference "a")) $
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parseExpression [INCREMENT,IDENTIFIER "a"]
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testExpressionPreDecrement = TestCase $
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assertEqual "expect PreIncrement" (StatementExpressionExpression $ PreDecrement (Reference "a")) $
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parseExpression [DECREMENT,IDENTIFIER "a"]
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testExpressionAssign = TestCase $
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assertEqual "expect assign 5 to a" (StatementExpressionExpression (Assignment (Reference "a") (IntegerLiteral 5))) $
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parseExpression [IDENTIFIER "a",ASSIGN,INTEGERLITERAL 5]
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testExpressionTimesEqual = TestCase $
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assertEqual "expect assign and multiplication" (StatementExpressionExpression (Assignment (Reference "a") (BinaryOperation Multiplication (Reference "a") (IntegerLiteral 5)))) $
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parseExpression [IDENTIFIER "a",TIMESEQUAL,INTEGERLITERAL 5]
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testExpressionDivideEqual = TestCase $
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assertEqual "expect assign and division" (StatementExpressionExpression (Assignment (Reference "a") (BinaryOperation Division (Reference "a") (IntegerLiteral 5)))) $
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parseExpression [IDENTIFIER "a",DIVEQUAL,INTEGERLITERAL 5]
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testExpressionPlusEqual = TestCase $
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assertEqual "expect assign and addition" (StatementExpressionExpression (Assignment (Reference "a") (BinaryOperation Addition (Reference "a") (IntegerLiteral 5)))) $
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parseExpression [IDENTIFIER "a",PLUSEQUAL,INTEGERLITERAL 5]
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testExpressionMinusEqual = TestCase $
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assertEqual "expect assign and subtraction" (StatementExpressionExpression (Assignment (Reference "a") (BinaryOperation Subtraction (Reference "a") (IntegerLiteral 5)))) $
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parseExpression [IDENTIFIER "a",MINUSEQUAL,INTEGERLITERAL 5]
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testExpressionThis = TestCase $
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assertEqual "expect this" (Reference "this") $
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parseExpression [THIS]
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testExpressionBraced = TestCase $
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assertEqual "expect braced expresssion" (BinaryOperation Multiplication (Reference "b") (BinaryOperation Addition (Reference "a") (IntegerLiteral 3))) $
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parseExpression [IDENTIFIER "b",TIMES,LBRACE,IDENTIFIER "a",PLUS,INTEGERLITERAL 3,RBRACE]
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testExpressionPrecedence = TestCase $
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assertEqual "expect times to be inner expression" (BinaryOperation Addition (BinaryOperation Multiplication (Reference "b") (Reference "a")) (IntegerLiteral 3)) $
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parseExpression [IDENTIFIER "b",TIMES,IDENTIFIER "a",PLUS,INTEGERLITERAL 3]
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testExpressionMethodCallNoParams = TestCase $
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assertEqual "expect methodcall no params" (StatementExpressionExpression (MethodCall (Reference "this") "foo" [])) $
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parseExpression [IDENTIFIER "foo",LBRACE,RBRACE]
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testExpressionMethodCallOneParam = TestCase $
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assertEqual "expect methodcall one param" (StatementExpressionExpression (MethodCall (Reference "this") "foo" [Reference "a"])) $
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parseExpression [IDENTIFIER "foo",LBRACE,IDENTIFIER "a",RBRACE]
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testExpressionMethodCallTwoParams = TestCase $
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assertEqual "expect methocall two params" (StatementExpressionExpression (MethodCall (Reference "this") "foo" [Reference "a", IntegerLiteral 5])) $
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parseExpression [IDENTIFIER "foo",LBRACE,IDENTIFIER "a",COMMA,INTEGERLITERAL 5,RBRACE]
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testExpressionThisMethodCall = TestCase $
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assertEqual "expect this methocall" (StatementExpressionExpression (MethodCall (Reference "this") "foo" [])) $
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parseExpression [THIS,DOT,IDENTIFIER "foo",LBRACE,RBRACE]
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testExpressionThisMethodCallParam = TestCase $
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assertEqual "expect this methocall" (StatementExpressionExpression (MethodCall (Reference "this") "foo" [Reference "x"])) $
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parseExpression [THIS,DOT,IDENTIFIER "foo",LBRACE,IDENTIFIER "x",RBRACE]
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testExpressionFieldAccess = TestCase $
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assertEqual "expect NameResolution" (BinaryOperation NameResolution (Reference "this") (Reference "b")) $
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parseExpression [THIS,DOT,IDENTIFIER "b"]
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testExpressionSimpleFieldAccess = TestCase $
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assertEqual "expect Reference" (Reference "a") $
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parseExpression [IDENTIFIER "a"]
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testExpressionFieldSubAccess = TestCase $
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assertEqual "expect NameResolution without this" (BinaryOperation NameResolution (Reference "a") (Reference "b")) $
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parseExpression [IDENTIFIER "a",DOT,IDENTIFIER "b"]
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testExpressionConstructorCall = TestCase $
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assertEqual "expect constructor call" (StatementExpressionExpression (ConstructorCall "Foo" [])) $
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parseExpression [NEW,IDENTIFIER "Foo",LBRACE,RBRACE]
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testStatementIfThen = TestCase $
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assertEqual "expect empty ifthen" [If (Reference "a") (Block [Block []]) Nothing] $
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parseStatement [IF,LBRACE,IDENTIFIER "a",RBRACE,LBRACKET,RBRACKET]
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testStatementIfThenElse = TestCase $
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assertEqual "expect empty ifthen" [If (Reference "a") (Block [Block []]) (Just (Block [Block []]))] $
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parseStatement [IF,LBRACE,IDENTIFIER "a",RBRACE,LBRACKET,RBRACKET,ELSE,LBRACKET,RBRACKET]
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testStatementWhile = TestCase $
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assertEqual "expect while" [While (Reference "a") (Block [Block []])] $
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parseStatement [WHILE,LBRACE,IDENTIFIER "a",RBRACE,LBRACKET,RBRACKET]
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testStatementAssign = TestCase $
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assertEqual "expect assign 5" [StatementExpressionStatement (Assignment (Reference "a") (IntegerLiteral 5))] $
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parseStatement [IDENTIFIER "a",ASSIGN,INTEGERLITERAL 5,SEMICOLON]
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testStatementMethodCallNoParams = TestCase $
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assertEqual "expect methodcall statement no params" [StatementExpressionStatement (MethodCall (Reference "this") "foo" [])] $
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parseStatement [IDENTIFIER "foo",LBRACE,RBRACE,SEMICOLON]
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testStatementConstructorCall = TestCase $
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assertEqual "expect constructor call" [StatementExpressionStatement (ConstructorCall "Foo" [])] $
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parseStatement [NEW,IDENTIFIER "Foo",LBRACE,RBRACE,SEMICOLON]
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testStatementConstructorCallWithArgs = TestCase $
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assertEqual "expect constructor call" [StatementExpressionStatement (ConstructorCall "Foo" [Reference "b"])] $
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parseStatement [NEW,IDENTIFIER "Foo",LBRACE,IDENTIFIER "b",RBRACE,SEMICOLON]
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tests = TestList [
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testSingleEmptyClass,
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testTwoEmptyClasses,
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testBooleanField,
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testIntField,
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testCustomTypeField,
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testMultipleDeclarations,
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testWithModifier,
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testEmptyMethod,
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testEmptyPrivateMethod,
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testEmptyVoidMethod,
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testEmptyMethodWithParam,
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testEmptyMethodWithParams,
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testClassWithMethodAndField,
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testClassWithConstructor,
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testConstructorWithParams,
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testConstructorWithStatements,
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testEmptyBlock,
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testBlockWithLocalVarDecl,
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testBlockWithMultipleLocalVarDecls,
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testNestedBlocks,
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testBlockWithEmptyStatement,
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testExpressionIntLiteral,
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testFieldWithInitialization,
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testLocalBoolWithInitialization,
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testFieldNullWithInitialization,
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testReturnVoid,
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testExpressionNot,
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testExpressionMinus,
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testExpressionLessThan,
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testExpressionGreaterThan,
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testExpressionLessThanEqual,
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testExpressionGreaterThanOrEqual,
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testExpressionEqual,
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testExpressionNotEqual,
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testExpressionAnd,
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testExpressionXor,
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testExpressionOr,
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testExpressionPostIncrement,
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testExpressionPostDecrement,
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testExpressionPreIncrement,
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testExpressionPreDecrement,
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testExpressionAssign,
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testExpressionTimesEqual,
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testExpressionTimesEqual,
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testExpressionDivideEqual,
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testExpressionPlusEqual,
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testExpressionMinusEqual,
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testExpressionBraced,
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testExpressionThis,
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testExpressionPrecedence,
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testExpressionMethodCallNoParams,
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testExpressionMethodCallOneParam,
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testExpressionMethodCallTwoParams,
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testExpressionThisMethodCall,
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testExpressionThisMethodCallParam,
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testExpressionFieldAccess,
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testExpressionSimpleFieldAccess,
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testExpressionFieldSubAccess,
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testExpressionConstructorCall,
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testStatementIfThen,
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testStatementIfThenElse,
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testStatementWhile,
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testStatementAssign,
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testStatementMethodCallNoParams,
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testStatementConstructorCall,
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testStatementConstructorCallWithArgs
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] |