@Override
public RobotToken map(
final RobotLine currentLine,
final Stack<ParsingState> processingState,
final RobotFileOutput robotFileOutput,
final RobotToken rt,
final FilePosition fp,
final String text) {
final List<IRobotTokenType> types = rt.getTypes();
types.remove(RobotTokenType.UNKNOWN);
types.add(0, RobotTokenType.KEYWORD_SETTING_RETURN_VALUE);
rt.setText(text);
rt.setRaw(text);
final KeywordTable keywordTable = robotFileOutput.getFileModel().getKeywordTable();
final List<UserKeyword> keywords = keywordTable.getKeywords();
final UserKeyword keyword = keywords.get(keywords.size() - 1);
final List<KeywordReturn> returns = keyword.getReturns();
final KeywordReturn keywordReturn = returns.get(returns.size() - 1);
keywordReturn.addReturnValue(rt);
processingState.push(ParsingState.KEYWORD_SETTING_RETURN_VALUE);
return rt;
}
@Test
public void test_eolInLinux_lineChecks_offsetCheck() {
// prepare
final String fileContent = "*** Test Cases ***\nTest1\n\tLog\t\tc\n";
final RobotRuntimeEnvironment runtime = mock(RobotRuntimeEnvironment.class);
when(runtime.getVersion()).thenReturn("2.9");
final RobotProjectHolder projectHolder = spy(RobotProjectHolder.class);
when(projectHolder.getRobotRuntime()).thenReturn(runtime);
// execute
final RobotParser parser =
RobotParser.create(projectHolder, RobotParserConfig.allImportsLazy());
final RobotFileOutput editorContent =
parser.parseEditorContent(fileContent, new File("f.robot"));
// verify
final RobotFile fileModel = editorContent.getFileModel();
final List<RobotLine> lineContents = fileModel.getFileContent();
assertThat(lineContents).hasSize(4);
assertLine(lineContents.get(0), Arrays.asList("*** Test Cases ***"), "\n");
assertLine(lineContents.get(1), Arrays.asList("Test1"), "\n");
assertLine(lineContents.get(2), Arrays.asList("\t", "Log", "\t\t", "c"), "\n");
assertLine(lineContents.get(3), new ArrayList<String>(0), null);
}
@Test
public void
test_givenTwoTestCasesInTsvFile_oneIsEmpty_andSecondIsJustVariableName_withEmptyExecute()
throws Exception {
// prepare
final RobotRuntimeEnvironment runtime = mock(RobotRuntimeEnvironment.class);
when(runtime.getVersion()).thenReturn("2.9");
final RobotProjectHolder projectHolder = spy(RobotProjectHolder.class);
when(projectHolder.getRobotRuntime()).thenReturn(runtime);
final RobotParser parser =
spy(RobotParser.create(projectHolder, RobotParserConfig.allImportsLazy()));
//// prepare paths
final File startFile =
new File(this.getClass().getResource("parser/bugs/tsv_positionCheck.tsv").toURI());
// execute
final List<RobotFileOutput> output = parser.parse(startFile);
// verify
assertThat(output).hasSize(1);
final RobotFileOutput file = output.get(0);
final RobotFile robotModel = file.getFileModel();
assertThatTestCaseTableIsIncluded(robotModel);
final TestCaseTable testCaseTable = robotModel.getTestCaseTable();
final List<TestCase> testCases = testCaseTable.getTestCases();
assertThat(testCases).hasSize(2);
final TestCase testCaseT3 = testCases.get(0);
//// verify test case T3
final RobotToken testCaseT3Name = testCaseT3.getName();
assertThat(testCaseT3Name.getText()).isEqualTo("T3");
assertThat(testCaseT3Name.getRaw()).isEqualTo("T3");
final FilePosition tcT3Pos = testCaseT3Name.getFilePosition();
assertThat(tcT3Pos.isSamePlace(new FilePosition(2, 0, 20))).as("got %s", tcT3Pos).isTrue();
assertThat(testCaseT3.getExecutionContext()).isEmpty();
//// verify test case ${x}
final TestCase testCaseSpacesX = testCases.get(1);
assertThat(testCaseSpacesX.getName().getText()).isEqualTo("${x}");
assertThat(testCaseSpacesX.getName().getRaw()).isEqualTo("${x}");
final FilePosition tcXPos = testCaseSpacesX.getName().getFilePosition();
assertThat(tcXPos.isSamePlace(new FilePosition(3, 4, 28))).as("got %s", tcXPos).isTrue();
final List<RobotExecutableRow<TestCase>> xTestExecutionList =
testCaseSpacesX.getExecutionContext();
assertThat(xTestExecutionList).hasSize(1);
final IExecutableRowDescriptor<TestCase> xTestFirstLineDescription =
xTestExecutionList.get(0).buildLineDescription();
final RobotAction action = xTestFirstLineDescription.getAction();
final RobotToken emptyAction = action.getToken();
assertThat(emptyAction.getText()).isEmpty();
assertThat(emptyAction.getRaw()).isEmpty();
final FilePosition emptyActionPosition = emptyAction.getFilePosition();
assertThat(emptyActionPosition.isSamePlace(new FilePosition(4, 5, 43)))
.as("got %s", emptyActionPosition)
.isTrue();
}
@Override
public boolean checkIfCanBeMapped(
final RobotFileOutput robotFileOutput,
final RobotLine currentLine,
final RobotToken rt,
final String text,
final Stack<ParsingState> processingState) {
boolean result = false;
final ParsingState state = stateHelper.getCurrentStatus(processingState);
if (state == ParsingState.SETTING_TEST_SETUP) {
final List<TestSetup> testSetups =
robotFileOutput.getFileModel().getSettingTable().getTestSetups();
result = utility.checkIfHasAlreadyKeywordName(testSetups);
} else if (state == ParsingState.SETTING_TEST_SETUP_KEYWORD
|| state == ParsingState.SETTING_TEST_SETUP_KEYWORD_ARGUMENT) {
result = true;
}
return result;
}
private void assertOneCorrectAndOneWrongVariable_ifAllWasReadAndWillBePresented(
final String filename) throws Exception {
// prepare
final RobotRuntimeEnvironment runtime = mock(RobotRuntimeEnvironment.class);
when(runtime.getVersion()).thenReturn("2.9");
final RobotProjectHolder projectHolder = spy(RobotProjectHolder.class);
when(projectHolder.getRobotRuntime()).thenReturn(runtime);
final RobotParser parser =
spy(RobotParser.create(projectHolder, RobotParserConfig.allImportsLazy()));
//// prepare paths
final File startFile = new File(this.getClass().getResource(filename).toURI());
// execute
final List<RobotFileOutput> output = parser.parse(startFile);
// verify
assertThat(output).hasSize(1);
final RobotFileOutput file = output.get(0);
final RobotFile robotModel = file.getFileModel();
assertThatVariableTableIsIncluded(robotModel);
final VariableTable variableTable = robotModel.getVariableTable();
final List<AVariable> variables = variableTable.getVariables();
assertThat(variables).hasSize(2);
final AVariable varCorrect = variables.get(0);
assertThat(varCorrect).isInstanceOf(ScalarVariable.class);
assertThat(varCorrect.getDeclaration().getText()).isEqualTo("${var_ok}");
assertThat(varCorrect.getDeclaration().getRaw()).isEqualTo("${var_ok}");
assertThat(varCorrect.getType()).isEqualTo(VariableType.SCALAR);
assertThat(varCorrect.getName()).isEqualTo("var_ok");
final AVariable varIncorrect = variables.get(1);
assertThat(varIncorrect).isInstanceOf(UnknownVariable.class);
assertThat(varIncorrect.getDeclaration().getText()).isEqualTo("${var} data");
assertThat(varIncorrect.getDeclaration().getRaw()).isEqualTo("${var} data");
assertThat(varIncorrect.getType()).isEqualTo(VariableType.INVALID);
assertThat(varIncorrect.getName()).isEqualTo("${var} data");
}
@Override
public RobotToken map(
final RobotLine currentLine,
final Stack<ParsingState> processingState,
final RobotFileOutput robotFileOutput,
final RobotToken rt,
final FilePosition fp,
final String text) {
rt.getTypes().add(0, RobotTokenType.SETTING_TEST_SETUP_KEYWORD_ARGUMENT);
rt.setText(text);
rt.setRaw(text);
final SettingTable settings = robotFileOutput.getFileModel().getSettingTable();
final List<TestSetup> setups = settings.getTestSetups();
if (!setups.isEmpty()) {
setups.get(setups.size() - 1).addArgument(rt);
} else {
// FIXME: some error
}
processingState.push(ParsingState.SETTING_TEST_SETUP_KEYWORD_ARGUMENT);
return rt;
}
