}

// getLine results the first \r\n or \n delineated line from the given byte
// array. The line does not include trailing whitespace or the trailing new
// line bytes. The remainder of the byte array (also not including the new line
// bytes) is also returned and this will always be smaller than the original
// argument.
func getLine(data []byte) (line, rest []byte) {
	i := bytes.IndexByte(data, '\n')

			if tc.allowAltNodeIP {
				runPacketFlowTests(t, getLine(), nft, testNodeIPs, []packetFlowTest{
					{
						name:     "external to nodePort on secondary IP",
						sourceIP: externalClientIP,
						destIP:   altNodeIP,
						destPort: 3001,
						output:   output,
						masq:     true,
					},
				})
			} else {
				runPacketFlowTests(t, getLine(), nft, testNodeIPs, []packetFlowTest{
					{

					t.Errorf("got wrong error: %v (expected %q)", err, tc.error)
				}
			}
		})
	}
}

// getLine returns the line number of the caller, if possible.  This is useful in
// tests with a large number of cases - when something goes wrong you can find
// which case more easily.
func getLine() int {
	_, _, line, ok := stdruntime.Caller(1)
	if ok {
		return line
	}
	return 0
}

void ExtractFileLine(const FileLineColLoc& loc,
                     tflite::metrics::ConverterErrorData::FileLoc* fileline) {
  fileline->set_filename(loc.getFilename().str());
  fileline->set_line(loc.getLine());
  fileline->set_column(loc.getColumn());
}

// Defines a child class of Location to access its protected members.
class LocationExtractor : public Location {
 public:

            super(location)
            line = location['line'] as int
            column = location['column'] as int
            length = location['length'] as int
        }

        @Override
        int getLine() {
            line
        }

        @Override
        int getColumn() {
            column
        }

        @Override
        int getLength() {
            length
        }

                LineInFileLocation fileLocation = (LineInFileLocation) location;
                return new org.gradle.internal.build.event.types.DefaultLineInFileLocation(fileLocation.getPath(), fileLocation.getLine(), fileLocation.getColumn(), fileLocation.getLength());
            } else if (location instanceof OffsetInFileLocation) {
                OffsetInFileLocation fileLocation = (OffsetInFileLocation) location;

                }
            }
        }

        SyntaxException syntaxError = e.getErrorCollector().getSyntaxError(0);
        int lineNumber = syntaxError == null ? -1 : syntaxError.getLine();
        String message = String.format("Could not compile %s.", source.getDisplayName());
        throw ((InternalProblems) getProblemsService()).getInternalReporter().throwing(builder -> builder

            if (value instanceof LineInFileLocation) {
                out.name("subtype").value("lineInFile");
                LineInFileLocation l = (LineInFileLocation) value;
                out.name("line").value(l.getLine());
                out.name("column").value(l.getColumn());
                out.name("length").value(l.getLength());
            } else if (value instanceof OffsetInFileLocation) {

            if (location instanceof InternalLineInFileLocation) {
                InternalLineInFileLocation l = (InternalLineInFileLocation) location;
                result.add(new DefaultLineInFileLocation(l.getPath(), l.getLine(), l.getColumn(), l.getLength()));
            } else if (location instanceof InternalOffsetInFileLocation) {
                InternalOffsetInFileLocation l = (InternalOffsetInFileLocation) location;

                AbstractLibrary library = (AbstractLibrary) entry;
                final File file = library.getLibrary().getFile();
                final File source = library.getSourcePath() == null ? null : library.getSourcePath().getFile();
                final File javadoc = library.getJavadocPath() == null ? null : library.getJavadocPath().getFile();
                DefaultEclipseExternalDependency dependency;