protected TestResult markField(int tableRow, int matchedRow, int col, QueryResults queryResults) {
if (col >= fieldNames.size()) return null; // ignore strange table geometry.
String fieldName = fieldNames.get(col);
String actualValue = queryResults.getCell(fieldName, matchedRow);
String expectedValue = table.getCellContents(col, tableRow);
TestResult testResult;
if (actualValue == null)
testResult = TestResult.fail(String.format("field %s not present", fieldName), expectedValue);
else if (expectedValue == null || expectedValue.length() == 0)
testResult = TestResult.ignore(actualValue);
else {
testResult = matchMessage(actualValue, expectedValue);
// if (testResult != null)
// table.substitute(col, tableRow, replaceSymbolsWithFullExpansion(message));
// else
// table.substitute(col, tableRow, replaceSymbolsWithFullExpansion(expectedValue));
// else
if (testResult == null)
testResult = TestResult.fail(actualValue, replaceSymbolsWithFullExpansion(expectedValue));
else if (testResult.getExecutionResult() == ExecutionResult.PASS)
testResult = markMatch(tableRow, matchedRow, col, testResult.getMessage());
}
table.updateContent(col, tableRow, testResult);
getTestContext().increment(testResult.getExecutionResult());
return testResult;
}
public String formatTestResult() {
if (testResult.getExecutionResult() == null) {
return testResult.getMessage() != null
? Utils.escapeHTML(testResult.getMessage())
: originalContent;
}
final String escapedMessage =
testResult.hasMessage() ? Utils.escapeHTML(testResult.getMessage()) : originalContent;
switch (testResult.getExecutionResult()) {
case PASS:
return String.format("<span class=\"pass\">%s</span>", escapedMessage);
case FAIL:
if (testResult.hasActual() && testResult.hasExpected()) {
return String.format(
"[%s] <span class=\"fail\">expected [%s]</span>",
Utils.escapeHTML(testResult.getActual()),
Utils.escapeHTML(testResult.getExpected()));
} else if ((testResult.hasActual() || testResult.hasExpected())
&& testResult.hasMessage()) {
return String.format(
"[%s] <span class=\"fail\">%s</span>",
Utils.escapeHTML(
testResult.hasActual() ? testResult.getActual() : testResult.getExpected()),
Utils.escapeHTML(testResult.getMessage()));
}
return String.format("<span class=\"fail\">%s</span>", escapedMessage);
case IGNORE:
return String.format(
"%s <span class=\"ignore\">%s</span>", originalContent, escapedMessage);
case ERROR:
return String.format(
"%s <span class=\"error\">%s</span>", originalContent, escapedMessage);
}
return "Should not be here";
}
protected void scanRowForMatch(int tableRow, QueryResults queryResults) {
int matchedRow = queryResults.findBestMatch(tableRow);
if (matchedRow == -1) {
replaceAllvariablesInRow(tableRow);
TestResult testResult = TestResult.fail(null, table.getCellContents(0, tableRow), "missing");
table.updateContent(0, tableRow, testResult);
getTestContext().increment(testResult.getExecutionResult());
} else {
markFieldsInMatchedRow(tableRow, matchedRow, queryResults);
}
}
private void markMissingFields(List<String> surplusRow, int newTableRow) {
for (int col = 0; col < surplusRow.size(); col++) {
String surplusField = surplusRow.get(col);
if (surplusField == null) {
String fieldName = fieldNames.get(col);
TestResult testResult = TestResult.fail(String.format("field %s not present", fieldName));
table.updateContent(col, newTableRow, testResult);
getTestContext().increment(testResult.getExecutionResult());
}
}
}
@Override
public void updateContent(int rowIndex, TestResult testResult) {
rows.get(rowIndex).setExecutionResult(testResult.getExecutionResult());
}