protected void exit() { output.close(); System.err.println(fixture.counts()); System.exit(fixture.counts.wrong + fixture.counts.exceptions); }
protected void exit() { output.close(); System.err.println(fixture.counts()); System.exit(fixture.counts.wrong + fixture.counts.exceptions); }
protected void exit() { output.close(); System.err.println(fixture.counts()); System.exit(fixture.getCounts().wrong + fixture.getCounts().exceptions); }
public void process() { fixture.listener = fixtureListener; try { int size = 1; while ((size = FitProtocol.readSize(socketReader)) != 0) { try { print("processing document of size: " + size + "\n"); String document = FitProtocol.readDocument(socketReader, size); //TODO MDM if the page name was always the first line of the body, it could be printed here. Parse tables = new Parse(document); newFixture().doTables(tables); print("\tresults: " + fixture.counts() + "\n"); counts.tally(fixture.counts); } catch (FitParseException e) { exception(e); } } print("completion signal recieved" + "\n"); } catch (Exception e) { exception(e); } }
public void process() { fixture.listener = fixtureListener; try { int size = 1; while ((size = FitProtocol.readSize(socketReader)) != 0) { try { print("processing document of size: " + size + "\n"); String document = FitProtocol.readDocument(socketReader, size); //TODO MDM if the page name was always the first line of the body, it could be printed here. Parse tables = new Parse(document); newFixture().doTables(tables); print("\tresults: " + fixture.counts() + "\n"); counts.tally(fixture.counts); } catch (FitParseException e) { exception(e); } } print("completion signal recieved" + "\n"); } catch (Exception e) { exception(e); } }