/*
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
* KIND, either express or implied. See the License for the
* specific language governing permissions and limitations
* under the License.
*/
package org.codehaus.groovy.antlr.treewalker;
import groovy.util.GroovyTestCase;
/**
* Testcases for the antlr AST visitor that prints groovy source code.
*
* @author <a href="mailto:groovy@ross-rayner.com">Jeremy Rayner</a>
*/
public class SourcePrinterTest extends GroovyTestCase {
public void testAbstract() throws Exception {
assertEquals("public abstract class Foo {}", pretty("public abstract class Foo{}"));
}
public void testAnnotation() throws Exception {
assertEquals("@Crimson foo", pretty("@Crimson foo"));
assertEquals("@Override int hashCode() {return 0}", pretty("@Override int hashCode() {return 0}"));
}
public void testAnnotations() throws Exception {
assertEquals("@Important @Blue package foo.bar", pretty("@Important @Blue package foo.bar"));
}
public void testAnnotationArrayInit() throws Exception {
// obsolete java syntax
}
public void testAnnotationDef() throws Exception {
// todo - 17 July 2006 - test fine, however this parses but causes error in AntlrParserPlugin
assertEquals("public @interface Foo{}", pretty("public @interface Foo{}")); // fails after parser
}
public void testAnnotationFieldDef() throws Exception {
assertEquals("public @interface Foo{int bar() default 123}", pretty("public @interface Foo{int bar() default 123}")); // fails after parser
}
public void testAnnotationMemberValuePair() throws Exception {
assertEquals("@Prime(value = 17) int foo", pretty("@Prime(value=17) int foo"));
assertEquals("@Blue(v = 3, v = 5) int bar", pretty("@Blue(v = 3, v = 5) int bar"));
}
public void testArrayDeclarator() throws Exception {
assertEquals("int[] primes = new int[5]", pretty("int[] primes = new int[5]"));
}
public void testAssign() throws Exception {
assertEquals("a = 12", pretty("a=12"));
}
public void testBand() throws Exception {
assertEquals("def x = 1 & 2", pretty("def x=1&2"));
}
public void testBandAssign() throws Exception {
assertEquals("x &= 2", pretty("x&=2"));
}
public void testBnot() throws Exception {
assertEquals("def z = ~123", pretty("def z = ~123"));
}
public void testBor() throws Exception {
assertEquals("def y = 1 | 2", pretty("def y = 1 | 2"));
}
public void testBorAssign() throws Exception {
assertEquals("y |= 2", pretty("y|=2"));
}
public void testBsr() throws Exception {
// unsigned right shift
assertEquals("def q = 1 >>> 2", pretty("def q = 1 >>> 2"));
}
public void testBsrAssign() throws Exception {
assertEquals("y >>>= 2", pretty("y>>>=2"));
}
public void testBxor() throws Exception {
assertEquals("def y = true ^ false", pretty("def y = true ^ false"));
}
public void testBxorAssign() throws Exception {
assertEquals("y ^= false", pretty("y^=false"));
}
public void testCaseGroup() throws Exception {
assertEquals("switch (foo) {case bar:x = 1}", pretty("switch(foo){case bar:x=1}"));
}
public void testClassDef() throws Exception {
assertEquals("class Foo {def bar}", pretty("class Foo{def bar}"));
}
public void testClosedBlock() throws Exception { // not in java
assertEquals("[1, 2, 3].each {println it}", pretty("[1,2,3].each{println it}")); // not in java
assertEquals("def x = foo.bar(mooky){x,y -> wibble(y, x)}", pretty("def x = foo.bar(mooky) {x,y-> wibble(y,x)}")); // not in java
// todo: above is not quite the spacing I would expect, but good enough for now...
}
public void testClosureList() throws Exception { // not in java
assertEquals("for (int i = 0; i++; i < 10){}", pretty("for (int i=0;i++;i<10){}")); // not in java
assertEquals("def x = (int i = 0; i++; i < 10)", pretty("def x = (int i=0;i++;i<10)")); // not in java
//todo assertEquals("myMethod(int i = 0; i++; i < 10)", pretty("myMethod(int i=0;i++;i<10)")); // not in java
}
public void testCompareTo() throws Exception { // not in java
assertEquals("1 <=> 2", pretty("1<=>2")); // not in java
}
public void testCtorCall() throws Exception {
assertEquals("class Foo {Foo(int x) {this()}}", pretty("class Foo{Foo(int x) {this()}}"));
assertEquals("class Foo {Foo(x) {this()}}", pretty("class Foo{Foo(x) {this()}}"));
}
public void testCtorIdent() throws Exception {
assertEquals("class Foo {private Foo() {}}", pretty("class Foo {private Foo() {}}"));
}
public void testDec() throws Exception {
assertEquals("--b", pretty("--b"));
}
public void testDiv() throws Exception {
assertEquals("1 / 2", pretty("1/2"));
}
public void testDivAssign() throws Exception {
assertEquals("x /= 2", pretty("x/=2"));
}
public void testDot() throws Exception {
assertEquals("java.util.Date d = new java.util.Date()", pretty("java.util.Date d = new java.util.Date()"));
assertEquals("class Foo extends java.util.Date {}", pretty("class Foo extends java.util.Date {}"));
assertEquals("foo.bar.mooky()", pretty("foo.bar.mooky()"));
assertEquals("package foo.bar", pretty("package foo.bar"));
assertEquals("import java.util.Date", pretty("import java.util.Date"));
assertEquals("import java.io.*", pretty("import java.io.*"));
assertEquals("@foo.Bar mooky", pretty("@foo.Bar mooky"));
assertEquals("def foo() throws bar.MookyException{}", pretty("def foo() throws bar.MookyException{}")); // fails after parser
assertEquals("def x = \"${foo.bar}\"", pretty("def x = \"${foo.bar}\""));
}
public void testDynamicMember() throws Exception { // not in java
assertEquals("foo.(bar)", pretty("foo.(bar)")); // not in java
assertEquals("foo.\"${bar}\"", pretty("foo.\"${bar}\"")); // not in java
}
public void testElist() throws Exception {
assertEquals("println 2 + 2", pretty("println 2 + 2"));
assertEquals("for (i = 0; j = 2; i < 10; i++; j--){print i}", pretty("for (i = 0;j = 2;i < 10; i++; j--) {print i}")); // fails after parser
assertEquals("foo()", pretty("foo()")); // empty ELIST
assertEquals("foo(bar, mooky)", pretty("foo( bar , mooky )"));
}
public void testEnumConstantDef() throws Exception {
assertEquals("enum Coin {PENNY(1), DIME(10), QUARTER(25)}", pretty("enum Coin {PENNY(1), DIME(10), QUARTER(25)}")); // fails after parser
}
public void testEnumDef() throws Exception {
assertEquals("enum Season {WINTER, SPRING, SUMMER, AUTUMN}", pretty("enum Season{WINTER,SPRING,SUMMER,AUTUMN}")); // fails after parser
assertEquals("enum Operation {ADDITION{double eval(x, y) {return x + y}}}", pretty("enum Operation {ADDITION {double eval(x,y) {return x + y}}}")); // fails after parser
}
public void testEqual() throws Exception {
assertEquals("a == b", pretty("a==b"));
}
public void testEsc_FAILS() throws Exception {
if (notYetImplemented()) return;
// dquote-tab-dquote
assertEquals("println \"\\\"\t\\\"\"", pretty("println \"\\\"\t\\\"\""));
}
public void testExponent() throws Exception {
assertEquals("println 1.2e-10", pretty("println 1.2e-10"));
}
public void testExpr_FAILS() throws Exception {
if (notYetImplemented()) return;
assertEquals("System.out.println(x)", pretty("System.out.println(x)"));
assertEquals("return f", pretty("return f"));
assertEquals("foo(bar);mooky(bar)", pretty("foo(bar);mooky(bar)"));
}
public void testExtendsClause() throws Exception {
assertEquals("class Foo extends Bar {}", pretty("class Foo extends Bar {}"));
assertEquals("interface Wibble extends Mooky{}", pretty("interface Wibble extends Mooky {}"));
//todo spacing is odd, c.f. last space in class vs interface above
}
public void testFinal() throws Exception {
assertEquals("public final int getX() {return 0}", pretty("public final int getX() {return 0}"));
}
public void testForCondition() throws Exception {
assertEquals("for (i = 0; i < 10; i++){println i}", pretty("for (i=0;i<10;i++) {println i}")); // fails after parser
}
// testForInit() covered by testForCondition()
public void testForInIterable() throws Exception { // not in java
assertEquals("for (i in [1, 2]) {}", pretty("for (i in [1,2]) {}")); // not in java
}
// testForIterator() covered by testForCondition()
public void testGe() throws Exception {
assertEquals("if (60 >= 70) {}", pretty("if (60>=70) {}"));
}
public void testGt() throws Exception {
assertEquals("if (2070 > 354) {}", pretty("if (2070 > 354) {}"));
}
public void testHexDigit() throws Exception {
assertEquals("def bar = 0xCaFe", pretty("def bar = 0xCaFe"));
}
public void testHexDigitInUnicodeEscape_FAILS() throws Exception {
if (notYetImplemented()) return;
assertEquals("def foo = '\\ubabe'", pretty("def foo = '\\ubabe'"));
}
public void testIdent() throws Exception {
// used _everywhere_ , lets assume that the other specific
// testcases include enough ident usage for now.
assertEquals("foo.bar", pretty("foo.bar"));
}
public void testImplementsClause() throws Exception {
assertEquals("class Foo implements Bar {}", pretty("class Foo implements Bar {}"));
}
public void testImplicitParameters() throws Exception { // not in java
assertEquals("[1, 2, 3].each {println it}", pretty("[1,2,3].each{println it}")); // not in java
}
public void testImport() throws Exception {
assertEquals("import foo.bar.Wibble", pretty("import foo.bar.Wibble"));
}
public void testInc() throws Exception {
assertEquals("++x", pretty("++x"));
}
public void testIndexOp() throws Exception {
assertEquals("foo.bar()[fred.wilma()]", pretty("foo.bar()[fred.wilma()]"));
}
public void testInterfaceDef() throws Exception {
//todo, the spacing here is... unusual
assertEquals("interface Foo{void blah() }", pretty("interface Foo{void blah()}"));
}
public void testInstanceInit() throws Exception {
assertEquals("class Foo {{x = 1}}", pretty("class Foo {{x=1}}"));
}
public void testLabeledArg() throws Exception { // not in java
assertEquals("myMethod(argOne:123, argTwo:123)", pretty("myMethod(argOne:123,argTwo:123)")); // not in java
assertEquals("myMap = [keyOne:123, keyTwo:234]", pretty("myMap = [keyOne:123,keyTwo:234]")); // not in java
}
public void testLabeledStat() throws Exception {
assertEquals("foo:x = 1", pretty("foo:x = 1"));
}
public void testLand() throws Exception {
assertEquals("true && false", pretty("true && false"));
}
public void testLe() throws Exception {
assertEquals("if (60 <= 70) {}", pretty("if (60<=70) {}"));
}
public void testListConstructor() throws Exception { // not in java
assertEquals("[a, b]", pretty("[a,b]")); // not in java
}
public void testLiteralAs() throws Exception { // not in java
assertEquals("import java.util.Date as MyDate", pretty("import java.util.Date as MyDate")); // not in java
// todo suspicious spacing in the following assertion
assertEquals("x = 12 as Long", pretty("x = 12 as Long")); // not in java
}
public void testLiteralAssert() throws Exception {
assertEquals("assert a == true", pretty("assert a== true"));
assertEquals("assert b == true : 99", pretty("assert b==true:99"));
// todo is ',' deprecated now?
//assertEquals("assert b == true , 99", pretty("assert b==true,99"));
}
public void testLiteralBoolean() throws Exception {
assertEquals("boolean b = true", pretty("boolean b =true"));
}
public void testLiteralBreak() throws Exception {
assertEquals("for (i in 1..100) {break }", pretty("for (i in 1..100) {break}"));
assertEquals("switch (foo) {default:break }", pretty("switch(foo){default:break}"));
assertEquals("def myMethod() {break }", pretty("def myMethod(){break}")); // fails after parser
// deprecated -> assertEquals("for (i in 1..100) {break 2}", pretty("for (i in 1..100) {break 2}")); // fails after parser
//todo should the colon be postfixed to the label?
// deprecated -> assertEquals("for (i in 1..100) {break label1:}", pretty("for (i in 1..100) {break label1:}")); // fails after parser
assertEquals("for (i in 1..100) {break label1}", pretty("for (i in 1..100) {break label1}"));
}
public void testLiteralByte() throws Exception {
assertEquals("byte b = 1", pretty("byte b=1"));
}
public void testLiteralCase() throws Exception {
assertEquals("switch (foo) {case 1:x = 3}", pretty("switch(foo){case 1:x=3}"));
}
public void testLiteralCatch() throws Exception {
assertEquals("try {} catch (Exception e) {}", pretty("try {} catch (Exception e) {}"));
assertEquals("try {} catch (Exception e1) {} catch (Exception2 e2) {}", pretty("try {} catch (Exception e1) {} catch (Exception2 e2) {}"));
}
public void testLiteralChar() throws Exception {
assertEquals("char c = \"a\"", pretty("char c = \"a\""));
}
public void testLiteralClass() throws Exception {
assertEquals("public class Foo {int bar}", pretty("public class Foo{int bar}"));
}
public void testLiteralContinue() throws Exception {
assertEquals("for (i in 1..100) {continue }", pretty("for (i in 1..100) {continue}"));
// deprecated -> assertEquals("for (i in 1..100) {continue 2}", pretty("for (i in 1..100) {continue 2}")); // fails after parser
//todo should the colon be postfixed to the label?
// deprecate -> assertEquals("for (i in 1..100) {continue label1:}", pretty("for (i in 1..100) {continue label1:}")); // fails after parser
assertEquals("for (i in 1..100) {continue label1}", pretty("for (i in 1..100) {continue label1}")); // fails after parser
assertEquals("[1, 2, 3].each {continue }", pretty("[1,2,3].each{continue}")); // fails after parser
}
public void testLiteralDef() throws Exception { // not in java
assertEquals("def x = 123", pretty("def x=123")); // not in java
assertEquals("def myMethod() {return 0}", pretty("def myMethod(){return 0}")); // not in java
// note: def not needed in parameter declarations, but it is valid
//todo: is it ok to strip out 'def' from parameter declarations?
assertEquals("def foo(bar) {}", pretty("def foo(def bar){}")); // not in java
}
public void testLiteralDefault() throws Exception {
assertEquals("switch (foo) {default:x = 2}", pretty("switch(foo){default:x=2}"));
assertEquals("public @interface Foo{int bar() default 123}", pretty("public @interface Foo{int bar() default 123}")); // fails after parser
}
public void testLiteralDouble() throws Exception {
assertEquals("double d = 1.0", pretty("double d = 1.0"));
}
public void testLiteralElse() throws Exception {
assertEquals("if (false) {a = 1} else {a = 2}", pretty("if (false) {a=1} else {a=2}"));
}
public void testLiteralEnum() throws Exception {
assertEquals("enum Season {WINTER, SPRING, SUMMER, AUTUMN}", pretty("enum Season{WINTER,SPRING,SUMMER,AUTUMN}")); // fails after parser
}
public void testLiteralExtends() throws Exception {
assertEquals("class Foo extends java.util.Date {}", pretty("class Foo extends java.util.Date {}"));
assertEquals("class Foo extends Bar {}", pretty("class Foo extends Bar {}"));
assertEquals("interface Wibble extends Mooky{}", pretty("interface Wibble extends Mooky {}"));
//todo spacing is odd, c.f. last space in class vs interface above
assertEquals("public boolean process(Set<? extends TypeElement> annotations) {println annotations}", pretty("public boolean process(Set<? extends TypeElement> annotations) {println annotations}"));
}
public void testLiteralFalse() throws Exception {
assertEquals("if (false) {}", pretty("if (false) {}"));
}
public void testLiteralFinally() throws Exception {
assertEquals("try {}finally {}", pretty("try {}finally {}"));
}
public void testLiteralFloat() throws Exception {
assertEquals("float x", pretty("float x"));
}
public void testLiteralFor() throws Exception {
assertEquals("for (i in [1, 2, 3]) {}", pretty("for (i in [1,2,3]) {}"));
// check non-braced single statement
assertEquals("for (i in 1..100) rotateAntiClockwise()", pretty("for (i in 1..100) rotateAntiClockwise()"));
}
public void testLiteralIf() throws Exception {
assertEquals("if (a == b) return false", pretty("if (a==b) return false"));
assertEquals("if (a == b) {}", pretty("if (a==b) {}"));
}
public void testLiteralImplements() throws Exception {
assertEquals("class Foo implements Bar {}", pretty("class Foo implements Bar {}"));
//todo the following is legal Java, but pretty strange...?
assertEquals("enum EarthSeason implements Season {SPRING}", pretty("enum EarthSeason implements Season{SPRING}")); // fails after parser
}
public void testLiteralImport() throws Exception {
assertEquals("import foo.Bar", pretty("import foo.Bar"));
assertEquals("import mooky.*", pretty("import mooky.*"));
}
public void testLiteralIn() throws Exception { // not in java
assertEquals("for (i in 1..10) {}", pretty("for (i in 1..10) {}")); // not in java
assertEquals("if (i in myList) {}", pretty("if (i in myList) {}")); // not in java
}
public void testLiteralInstanceOf() throws Exception {
assertEquals("if (a instanceof String) {}", pretty("if (a instanceof String) {}"));
}
public void testLiteralInt() throws Exception {
assertEquals("int a", pretty("int a"));
}
public void testLiteralInterface() throws Exception {
assertEquals("interface Foo{}", pretty("interface Foo{}")); // fails after parser
}
public void testLiteralLong() throws Exception {
assertEquals("long a = 1", pretty("long a = 1"));
}
public void testLiteralNative() throws Exception {
assertEquals("public class R {public native void seek(long pos) }", pretty("public class R{public native void seek(long pos)}")); // fails after parser
assertEquals("native foo() ", pretty("native foo()")); // fails after parser
}
public void testLiteralNew() throws Exception {
assertEquals("new Foo()", pretty("new Foo()"));
assertEquals("def x = new int[5]", pretty("def x = new int[5]"));
}
public void testLiteralNull() throws Exception {
assertEquals("def foo = null", pretty("def foo=null"));
}
public void testLiteralPackage() throws Exception {
assertEquals("package foo.bar", pretty("package foo.bar"));
}
public void testLiteralPrivate() throws Exception {
assertEquals("private bar", pretty("private bar"));
}
public void testLiteralProtected() throws Exception {
assertEquals("protected mooky", pretty("protected mooky"));
}
public void testLiteralPublic() throws Exception {
assertEquals("public foo", pretty("public foo"));
}
public void testLiteralReturn() throws Exception {
assertEquals("def foo() {return false}", pretty("def foo() { return false }"));
assertEquals("void bar() {return }", pretty("void bar() {return}"));
}
public void testLiteralShort() throws Exception {
assertEquals("short a = 1", pretty("short a = 1"));
}
public void testLiteralStatic() throws Exception {
assertEquals("static void foo() {}", pretty("static void foo() {}"));
//classes, interfaces, class/instance vars and methods
assertEquals("static int bar = 1", pretty("static int bar = 1"));
//todo: this should parse... assertEquals("private static <T> void foo(List<T> list){}", pretty("private static <T> void foo(List<T> list){}"));
assertEquals("class Foo {static {bar = 1}}", pretty("class Foo{static {bar=1}}"));
}
public void testLiteralSuper() throws Exception {
assertEquals("class Foo {public Foo() {super()}}", pretty("class Foo{public Foo(){super()}}"));
// todo will 'super' be allowed in non-parentheses method call styles?
assertEquals("class Bar {public Bar() {super 99}}", pretty("class Bar{public Bar(){super 99}}"));
assertEquals("class Bar {public Bar() {super(1, 2, 3)}}", pretty("class Bar{public Bar(){super(1,2,3)}}"));
assertEquals("println(super.toString())", pretty("println(super.toString())"));
//todo: doesn't parse correctly... assertEquals("class Foo<T super C> {T t}",pretty("class Foo<T super C> {T t}"));
}
public void testLiteralSwitch() throws Exception {
assertEquals("switch (foo) {case bar:x = 2}", pretty("switch(foo){case bar:x=2}"));
}
public void testLiteralSynchronized() throws Exception {
assertEquals("synchronized foo() {}", pretty("synchronized foo(){}"));
assertEquals("synchronized (t) {doStuff(t)}", pretty("synchronized (t) {doStuff(t)}"));
}
public void testLiteralThis() throws Exception {
assertEquals("this", pretty("this"));
assertEquals("this 2", pretty("this 2"));
assertEquals("this()", pretty("this()"));
assertEquals("this(1, 2, 3)", pretty("this(1,2,3)"));
assertEquals("this.x = this.y", pretty("this.x=this.y"));
}
public void testLiteralThreadsafe() throws Exception {
assertEquals("threadsafe foo() {}", pretty("threadsafe foo() {}")); // fails after parser
}
public void testLiteralThrow() throws Exception {
assertEquals("def foo() {if (false) throw new RuntimeException()}", pretty("def foo() {if (false) throw new RuntimeException()}"));
}
public void testLiteralThrows() throws Exception {
//todo AntlrParserPlugin: Unexpected node type: '.' found when expecting type: an identifier
assertEquals("def foo() throws java.io.IOException{}", pretty("def foo() throws java.io.IOException{}")); // fails after parser
}
public void testLiteralTransient() throws Exception {
assertEquals("transient bar", pretty("transient bar"));
}
public void testLiteralTrue() throws Exception {
assertEquals("foo = true", pretty("foo = true"));
}
public void testLiteralTry() throws Exception {
assertEquals("try {} catch (Exception e) {}", pretty("try {} catch (Exception e) {}"));
}
public void testLiteralVoid() throws Exception {
assertEquals("void foo() {}", pretty("void foo(){}"));
}
public void testLiteralVolatile() throws Exception {
assertEquals("volatile mooky", pretty("volatile mooky"));
}
public void testLiteralWhile() throws Exception {
assertEquals("while (true) {}", pretty("while(true){}"));
}
// deprecated
// public void testLiteralWith() throws Exception { // not in java
// assertEquals("with (myObject) {x = 1}", pretty("with(myObject) {x = 1}")); // fails after parser // not in java
// }
public void testLnot() throws Exception {
assertEquals("if (!isRaining) {}", pretty("if (!isRaining) {}"));
}
public void testLor() throws Exception {
assertEquals("true || false", pretty("true || false"));
}
public void testLparen_FAILS() throws Exception {
if (notYetImplemented()) return;
assertEquals("for (i in (history.size() - 1)..0) {}", pretty("for (i in (history.size() - 1)..0) {}"));
}
public void testLt() throws Exception {
assertEquals("if (3.4f < 12f) {}", pretty("if (3.4f < 12f) {}"));
}
public void testMapConstructor() throws Exception { // not in java
assertEquals("Map foo = [:]", pretty("Map foo = [:]")); // not in java
assertEquals("[a:1, b:2]", pretty("[a:1,b:2]")); // not in java
}
public void testMemberPointer() throws Exception { // not in java
assertEquals("def x = foo.&bar()", pretty("def x=foo.&bar()")); // not in java
}
public void testMethodCall() throws Exception {
assertEquals("foo(bar)", pretty("foo(bar)"));
assertEquals("[1, 2, 3].each {println it}", pretty("[1,2,3].each{println it}"));
assertEquals("foo(bar){mooky()}", pretty("foo(bar){mooky()}"));
}
public void testMethodDef() throws Exception {
assertEquals("def foo(int bar, boolean boo) {}", pretty("def foo(int bar,boolean boo) {}"));
}
public void testMinus() throws Exception {
assertEquals("def bar = 4 - foo", pretty("def bar=4-foo"));
}
public void testMinusAssign() throws Exception {
assertEquals("x -= 23", pretty("x -= 23"));
}
public void testMod() throws Exception {
assertEquals("x = 4 % 3", pretty("x = 4 % 3"));
}
public void testModifiers() throws Exception {
assertEquals("public static transient final native threadsafe synchronized volatile strictfp foo() {}", pretty("public static transient final native threadsafe synchronized volatile strictfp foo() {}")); // fails after parser
}
public void testModAssign() throws Exception {
assertEquals("x %= 23", pretty("x %= 23"));
}
public void testNotEqual() throws Exception {
assertEquals("a != b", pretty("a!=b"));
}
public void testNumBigDecimal() throws Exception { // not in java
assertEquals("a = 9.8g", pretty("a =9.8g")); // not in java
}
public void testNumBigInt() throws Exception { // not in java
assertEquals("a = 12g", pretty("a= 12g")); // not in java
}
public void testNumDouble() throws Exception {
assertEquals("b = 34.4d", pretty("b=34.4d"));
assertEquals("b = 34.4D", pretty("b=34.4D"));
}
public void testNumFloat() throws Exception {
assertEquals("b = 34.4f", pretty("b=34.4f"));
assertEquals("b = 34.4F", pretty("b=34.4F"));
}
public void testNumInt() throws Exception {
assertEquals("a = 12", pretty("a=12"));
}
public void testNumLong() throws Exception {
assertEquals("a = 12l", pretty("a=12l"));
}
public void testObjblock() throws Exception {
assertEquals("class Foo {def bar}", pretty("class Foo {def bar}"));
}
public void testOptionalDot() throws Exception { // not in java
assertEquals("foo = england.london.kings?.head", pretty("foo = england.london.kings?.head")); // not in java
}
public void testPackageDef() throws Exception {
assertEquals("package foo.bar", pretty("package foo.bar"));
}
public void testParameterDef() throws Exception {
assertEquals("def foo(bar) {}", pretty("def foo(bar){}"));
assertEquals("def foo(String bar, String mooky) {}", pretty("def foo(String bar, String mooky){}"));
assertEquals("def c = {x -> println x}", pretty("def c = {x->println x}"));
assertEquals("def c = {x,y -> println(x + y)}", pretty("def c={x,y->println(x+y)}"));
assertEquals("def c = {int x,int y -> println(x + y)}", pretty("def c={int x, int y->println(x+y)}"));
}
public void testParameters() throws Exception {
assertEquals("def foo(String bar, String mooky) {}", pretty("def foo(String bar, String mooky){}"));
}
public void testPlus() throws Exception {
assertEquals("a + b", pretty("a+b"));
}
public void testPlusAssign() throws Exception {
assertEquals("x += 23", pretty("x += 23"));
}
public void testPostDec() throws Exception {
assertEquals("a--", pretty("a--"));
}
public void testPostInc() throws Exception {
assertEquals("a++", pretty("a++"));
}
public void testQuestion() throws Exception {
assertEquals("foo == bar?10:20", pretty("foo==bar?10:20"));
assertEquals("public boolean process(Set<? extends B> a) {println a}", pretty("public boolean process(Set<? extends B> a) {println a}"));
assertEquals("public boolean process(Set<? extends B, ? super C> a) {println a}", pretty("public boolean process(Set<? extends B, ? super C> a) {println a}"));
}
public void testRangeExclusive() throws Exception { // not in java
assertEquals("foo[45..<89]", pretty("foo[45 ..< 89]")); // not in java
}
public void testRangeInclusive() throws Exception { // not in java
assertEquals("foo[bar..12]", pretty("foo[bar .. 12]")); // not in java
}
public void testRegexpLiteral() throws Exception { // not in java
assertEquals("println", pretty("println //")); // empty regexp_literal should be treated as single line comment // not in java
}
public void testRegexpLiteral_FAILS() throws Exception {
if (notYetImplemented()) return; // not in java
//todo: these fail because regexp_literals are converted into string_literals on the antlr AST
assertEquals("def x = /./", pretty("def x = /./")); // not in java
assertEquals("def z = /blah\\s/", pretty("def z = /blah\\s/")); // actually: def z = /blah\s/ // not in java
}
public void testRegexFind() throws Exception {
assertEquals("def m = foo =~ \"bar\"", pretty("def m = foo =~ \"bar\""));
assertEquals("if (foo =~ \"bar\") {}", pretty("if (foo=~\"bar\"){}"));
}
public void testRegexMatch() throws Exception {
assertEquals("if (foo ==~ \"bar\") {}", pretty("if (foo==~\"bar\"){}"));
}
// deprecated
// public void testScopeEscape() throws Exception { // not in java
// assertEquals("println([$x, x, y])", pretty("println([$x, x, y])")); // fails after parser // not in java
// }
public void testSelectSlot() throws Exception { // not in java
assertEquals("def x = foo.@bar", pretty("def x = foo . @ bar")); // not in java
}
public void testSl() throws Exception {
assertEquals("foo << 123", pretty("foo << 123"));
}
public void testSlAssign() throws Exception {
assertEquals("foo <<= 123", pretty("foo <<= 123")); // does this operator make any sense?
}
public void testSlist() throws Exception {
assertEquals("class Foo {private Foo() {println bar}}", pretty("class Foo {private Foo() {println bar}}"));
assertEquals("if (true) {foo}", pretty("if (true) {foo}"));
assertEquals("def x = foo.{bar}", pretty("def x = foo.{bar}")); // todo - inline open block is great, but it doesn't work as one would expect (yet). (c.f. with)
assertEquals("def foo() {l:{x = 2}}", pretty("def foo(){l:{x=2}}")); // slist inside a method body (needed label to distinguish from a closure)
assertEquals("switch (f) {case 1:break }", pretty("switch(f){case 1:break}")); // slist inside each case body...
}
public void testSpreadArg() throws Exception { // not in java
assertEquals("f(*[a, b, c])", pretty("f(*[a,b,c])")); // not in java
assertEquals("f(*null)", pretty("f(*null)")); // equiv to f() // not in java
}
public void testSpreadDot() throws Exception { // not in java
assertEquals("println([[a:1, b:2], [a:3, b:4]]*.a)", pretty("println([[a:1,b:2],[a:3,b:4]]*.a)")); // not in java
}
public void testSpreadMapArg() throws Exception { // not in java
assertEquals("f(*:myMap)", pretty("f(*:myMap)")); // not in java
}
public void testSr() throws Exception {
assertEquals("foo >> 123", pretty("foo >> 123"));
}
public void testSrAssign() throws Exception {
assertEquals("foo >>= 123", pretty("foo >>= 123")); // does this operator make any sense?
}
public void testStar() throws Exception {
assertEquals("import foo.*", pretty("import foo.*"));
assertEquals("a*b", pretty("a*b"));
}
public void testStarAssign() throws Exception {
assertEquals("foo *= 123", pretty("foo *= 123"));
}
public void testStarStar() throws Exception { // not in java
assertEquals("def square = +5**2", pretty("def square=+5**2")); // not in java
assertEquals("def cube = 5**3", pretty("def cube = 5**3")); // not in java
}
public void testStarStarAssign() throws Exception { // not in java
assertEquals("cubeMe **= 3", pretty("cubeMe **= 3")); // not in java
}
public void testStaticImport() throws Exception {
assertEquals("import static foo.Bar.mooky", pretty("import static foo.Bar.mooky")); // fails after parser
assertEquals("import static foo.Bar.*", pretty("import static foo.Bar.*")); // fails after parser
}
public void testStaticInit() throws Exception {
assertEquals("class Foo {static {println(1 + 1)}}", pretty("class Foo{static{println(1+1)}}"));
}
public void testStrictFp() throws Exception {
assertEquals("private strictfp flibble = 1.2", pretty("private strictfp flibble = 1.2"));
}
public void testStringConstructor() throws Exception { // not in java
assertEquals("def x = \"foo$bar\"", pretty("def x=\"foo$bar\"")); // not in java
assertEquals("def y = \"foo${mooky}\"", pretty("def y = \"foo${mooky}\"")); // not in java
}
public void testStringLiteral_FAILS() throws Exception {
if (notYetImplemented()) return;
assertEquals("\"mooky\"", pretty("\"mooky\""));
assertEquals("'mooky'", pretty("'mooky'"));
assertEquals("def x = '''can go over newline'''", pretty("def x = '''can go over newline'''"));
assertEquals("def x = \"\"\"can go over newline\"\"\"", pretty("def x = \"\"\"can go over newline\"\"\""));
//todo test newlines inside strings somehow...
}
public void testSuperCtorCall() throws Exception {
assertEquals("class Foo {Foo(int x) {super(12, 3)}}", pretty("class Foo{Foo(int x) {super(12, 3)}}"));
assertEquals("class Foo {Foo(x) {super()}}", pretty("class Foo{Foo(x) {super()}}"));
// todo: above is not quite the spacing I would expect, but good enough for now...
// todo not yet implemented in parser: assertEquals("(new Outer()).super()", pretty("(new Outer()).super()"));
}
public void testType() throws Exception {
assertEquals("def bar", pretty("def bar"));
assertEquals("public bar", pretty("public bar"));
assertEquals("public String bar", pretty("public String bar"));
assertEquals("String bar", pretty("String bar"));
}
public void testTypecast() throws Exception {
assertEquals("foo = (int)bar", pretty("foo = (int)bar"));
assertEquals("foo = (int[])bar", pretty("foo = (int[])bar"));
assertEquals("foo = (String)bar", pretty("foo = (String)bar"));
assertEquals("foo = (String[])bar", pretty("foo = (String[])bar"));
}
public void testTypeArguments() throws Exception {
assertEquals("void printCollection(Collection<?> c) {}", pretty("void printCollection(Collection<?> c) {}"));
}
public void testTypeLowerBounds() throws Exception {
assertEquals("void printCollection(Collection<? super X> c) {}", pretty("void printCollection(Collection<? super X> c) {}"));
}
public void testTypeUpperBounds() throws Exception {
assertEquals("void printCollection(Collection<? extends X> c) {}", pretty("void printCollection(Collection<? extends X> c) {}"));
}
public void testTypeParameters() throws Exception {
assertEquals("class Foo<T extends C & I> {T t}", pretty("class Foo<T extends C & I> {T t}")); // fails after parser
}
public void testUnaryMinus() throws Exception {
assertEquals("def x = -3", pretty("def x= -3"));
}
public void testUnaryPlus() throws Exception {
assertEquals("def x = +2", pretty("def x= +2"));
}
public void testVariableDef() throws Exception {
assertEquals("void myMethod(String param1, String... others) {}", pretty("void myMethod(String param1, String ... others) {}"));
assertEquals("void myMethod(final int ... others) {}", pretty("void myMethod(final int ... others) {}"));
assertEquals("void myMethod(def... others) {}", pretty("void myMethod(def ... others) {}"));
}
public void testVariableDef_FAILS() throws Exception {
if (notYetImplemented()) return;
assertEquals("boolean x, y, z = false", pretty("boolean x,y,z = false"));
}
public void testVaribleParameterDef() throws Exception {
assertEquals("void myMethod(String param1, String... others) {}", pretty("void myMethod(String param1, String ... others) {}"));
assertEquals("void myMethod(final int ... others) {}", pretty("void myMethod(final int ... others) {}"));
assertEquals("void myMethod(def... others) {}", pretty("void myMethod(def ... others) {}"));
}
public void testWildcardType() throws Exception {
assertEquals("public boolean process(Set<? extends TypeElement> annotations) {println annotations}", pretty("public boolean process(Set<? extends TypeElement> annotations) {println annotations}"));
}
public String pretty(String input) throws Exception {
TraversalTestHelper traverser = new TraversalTestHelper();
return traverser.traverse(input, SourcePrinter.class);
}
}