@Test
public void ok() {
g.rule(JavaGrammar.TYPE).mock();
g.rule(JavaGrammar.VARIABLE_DECLARATORS).mock();
g.rule(JavaGrammar.ANNOTATION).mock();
assertThat(g.rule(JavaGrammar.LOCAL_VARIABLE_DECLARATION_STATEMENT))
.matches("final type variableDeclarators ;")
.matches("annotation type variableDeclarators ;")
.matches("type variableDeclarators ;");
}
/* antlr grammar
equalityExpression
: concatenationExpression
( ( equalityOperator5^ | equalityOperator3^ | equalityOperator2^ | equalityOperator1^ ) concatenationExpression )*
;
*/
@Test
public void ok() {
assertThat(g.rule(CFGrammar.EQUALITY_EXPRESSION))
.matches("concatenationExpression")
.matches("concatenationExpression is concatenationExpression")
.matches("concatenationExpression < concatenationExpression")
.matches("concatenationExpression lt concatenationExpression")
.matches("concatenationExpression != concatenationExpression")
.matches("concatenationExpression less than concatenationExpression")
.matches("concatenationExpression does not contain concatenationExpression")
.matches("concatenationExpression less than or equal toconcatenationExpression");
assertThat(g.rule(CFGrammar.EQUALITY_EXPRESSION))
.notMatches("concatenationExpression random words concatenationExpression");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.DEFAULT_XML_NAMESPACE_DIRECTIVE))
.matches("default xml namespace = ns ;")
.notMatches("default \n xml namespace = ns ;")
.notMatches("default xml \n namespace = ns ;");
}
@Test
public void classWithStaticAtribute() {
Assertions.assertThat(g.rule(FlexGrammar.CLASS_DEF))
.matches("class a {}")
.matches("class a extends b {}")
.matches("class Base { public static var test:String = \"static\";}");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.TRY_STATEMENT))
.matches("try { } catch (error) { }")
.matches("try { } catch (error:ErrorType1) { } catch (error:ErrorType2) { }")
.matches("try { } finally { }")
.matches("try { } catch (error) { } finally { }");
}
@Test
public void realLife() {
assertThat(g.rule(JavaTokenType.IDENTIFIER))
.matches("foo")
.matches("bar")
.matches("enum")
.notMatches("public")
.notMatches("final")
.notMatches("assert");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.FUNCTION_DEF))
.matches("function name () {}")
.matches("function name () ;")
.matches("function get name ()")
.notMatches("function get \n name ()")
.matches("function set name ()")
.notMatches("function set \n name ()");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.TYPE_EXPR))
.matches("*")
.matches("String")
.matches("int")
.matches("foo.bar")
.matches("Vector.<String>")
.matches("foo.bar.Vector.<String>")
.matches("Vector.<*>");
}
@Test
public void ok() {
assertThat(g.rule(EcmaScriptGrammar.CONTINUE_STATEMENT))
.as("EOS is line terminator")
.matchesPrefix("continue \n", "another-statement ;")
.matchesPrefix("continue label \n", "another-statement ;")
.matchesPrefix("continue \n", ";")
.as("EOS is semicolon")
.matchesPrefix("continue ;", "another-statement")
.matchesPrefix("continue label \n ;", "another-statement")
.as("EOS is before right curly bracket")
.matchesPrefix("continue ", "}")
.matchesPrefix("continue label ", "}")
.as("EOS is end of input")
.matches("continue ")
.matches("continue label ");
}
@Test
public void realLife() {
assertThat(g.rule(EcmaScriptGrammar.DO_WHILE_STATEMENT))
.as("inner statement must end by newline or semicolon")
.notMatches("do something() while (condition);");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.EMPTY_STATEMENT)).matches(";");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.HEXADECIMAL)).matches("0x01aF");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.ARGUMENTS)).matches("( )").matches("(a, b, c)");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.NON_ATTRIBUTE_QUALIFIED_IDENTIFIER))
.matches("identifier")
.matches("(null)::*");
}
@Test
public void test() {
Assertions.assertThat(g.rule(FlexGrammar.NON_ASSIGNMENT_EXPR))
.matches("a")
.matches("a ? b : c");
}