@Test
public void containsJSONAssertionTest() {
// Test for Contains assertion with a valid JSON structure
StringBuffer jsonData = new StringBuffer();
jsonData.append("{");
jsonData.append("\"id\": \"0001\",");
jsonData.append("\"type\": \"donut\",");
jsonData.append("\"name\": \"Cake\",");
jsonData.append("\"ppu\": 0.55,");
jsonData.append("\"batters\": {");
jsonData.append("\"batter\": [");
jsonData.append("{ \"id\": \"1001\", \"type\": \"Regular\" },");
jsonData.append("{ \"id\": \"1002\", \"type\": \"Chocolate\" },");
jsonData.append("{ \"id\": \"1003\", \"type\": \"Blueberry\" },");
jsonData.append("{ \"id\": \"1004\", \"type\": \"Devil's Food\" }");
jsonData.append("]");
jsonData.append("}, \"topping\": [");
jsonData.append("{ \"id\": \"5001\", \"type\": \"None\" },");
jsonData.append("{ \"id\": \"5002\", \"type\": \"Glazed\" },");
jsonData.append("{ \"id\": \"5005\", \"type\": \"Sugar\" },");
jsonData.append("{ \"id\": \"5007\", \"type\": \"Powdered Sugar\" },");
jsonData.append("{ \"id\": \"5006\", \"type\": \"Chocolate with Sprinkles\" },");
jsonData.append("{ \"id\": \"5003\", \"type\": \"Chocolate\" },");
jsonData.append("{ \"id\": \"5004\", \"type\": \"Maple\" }");
jsonData.append("]");
jsonData.append("}");
AssertionEngine engine = new AssertionEngineImpl();
OutMessage originalMessage = new OutMessage();
OutMessage replayedMessage = new OutMessage();
MessageContent originalContent = new MessageContent();
MessageContent replayedContent = new MessageContent();
ContainsAssertion containsAssertion = new ContainsAssertion("containsAssertion");
originalContent.setRawContent(jsonData.toString());
replayedContent.setRawContent(jsonData.toString());
assertEquals(ContentType.JSON, originalContent.getContentType());
originalMessage.setMessageContent(originalContent);
replayedMessage.setMessageContent(replayedContent);
AssertionResult result =
engine.executeAssertion("batters", containsAssertion, originalMessage, replayedMessage);
assertEquals(AssertionResultStatus.OK, result.getResultStatus());
// assertEquals("5", result.getMetrics());
}
@Test
public void containsXMLAssertionTest() {
// Test for Contains assertion with a valid XML structure
StringBuffer xmlData = new StringBuffer();
xmlData.append(
"<note><to>Tove</to><from>Jani</from><heading>Reminder</heading><body><content>Don't forget me this weekend!</content></body></note>");
AssertionEngine engine = new AssertionEngineImpl();
OutMessage originalMessage = new OutMessage();
OutMessage replayedMessage = new OutMessage();
MessageContent originalContent = new MessageContent();
MessageContent replayedContent = new MessageContent();
ContainsAssertion containsAssertion = new ContainsAssertion("containsAssertion");
originalContent.setRawContent(xmlData.toString());
replayedContent.setRawContent(xmlData.toString());
assertEquals(ContentType.XML, originalContent.getContentType());
originalMessage.setMessageContent(originalContent);
replayedMessage.setMessageContent(replayedContent);
AssertionResult result =
engine.executeAssertion("body", containsAssertion, originalMessage, replayedMessage);
assertEquals(AssertionResultStatus.OK, result.getResultStatus());
}
/** Technical test for assertion engine */
@Test
public void stringAssertionTest() {
StringAssertion stringAssertion = new StringAssertion("StringAssertionTest");
stringAssertion.setMethod(StringAssertionMethod.DISTANCE_LEHVENSTEIN);
AssertionEngine engine = new AssertionEngineImpl();
// Test for equality
OutMessage originalMessage = new OutMessage();
OutMessage replayedMessage = new OutMessage();
MessageContent originalContent = new MessageContent();
MessageContent replayedContent = new MessageContent();
originalContent.setRawContent("test");
replayedContent.setRawContent("test");
originalMessage.setMessageContent(originalContent);
replayedMessage.setMessageContent(replayedContent);
AssertionResult result =
engine.executeAssertion(
AssertionSuggestions.DEFAULT_REFERENCE_FIELD,
stringAssertion,
originalMessage,
replayedMessage);
assertEquals(AssertionResultStatus.OK, result.getResultStatus());
// assertEquals("0", result.getMetrics());
// Test for difference
originalContent.setRawContent("one test");
replayedContent.setRawContent("another test");
result =
engine.executeAssertion(
AssertionSuggestions.DEFAULT_REFERENCE_FIELD,
stringAssertion,
originalMessage,
replayedMessage);
assertEquals(AssertionResultStatus.KO, result.getResultStatus());
// assertEquals("5", result.getMetrics());
// Test for difference with LENGTH method
stringAssertion.setMethod(StringAssertionMethod.LENGTH);
result =
engine.executeAssertion(
AssertionSuggestions.DEFAULT_REFERENCE_FIELD,
stringAssertion,
originalMessage,
replayedMessage);
assertEquals(AssertionResultStatus.KO, result.getResultStatus());
// assertEquals("4", result.getMetrics());
// Test for difference with LCS method
Assertion lcsAssertion = new LCSAssertion("lcsAssertiontest");
result =
engine.executeAssertion(
AssertionSuggestions.DEFAULT_REFERENCE_FIELD,
lcsAssertion,
originalMessage,
replayedMessage);
originalContent.setRawContent("one test");
replayedContent.setRawContent("one test");
result =
engine.executeAssertion(
AssertionSuggestions.DEFAULT_REFERENCE_FIELD,
lcsAssertion,
originalMessage,
replayedMessage);
// assertEquals(AssertionResultStatus.KO, result.getResultStatus());
// assertEquals(4, result.getMetrics());
}
