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/*
* The MIT License
*
* Copyright 2022 Karate Labs Inc.
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in
* all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
* THE SOFTWARE.
*/
package com.intuit.karate;
import com.intuit.karate.graal.JsEngine;
import com.intuit.karate.graal.JsValue;
import java.math.BigDecimal;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Collections;
import java.util.HashSet;
import java.util.Iterator;
import java.util.LinkedHashMap;
import java.util.LinkedHashSet;
import java.util.List;
import java.util.Map;
import java.util.Set;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
/**
*
* @author pthomas3
*/
public class MatchOperation {
public static final String REGEX = "regex";
final Match.Context context;
final Match.Type type;
final Match.Value actual;
final Match.Value expected;
final List failures;
boolean pass = true;
private String failReason;
MatchOperation(Match.Type type, Match.Value actual, Match.Value expected) {
this(JsEngine.global(), null, type, actual, expected);
}
MatchOperation(JsEngine js, Match.Type type, Match.Value actual, Match.Value expected) {
this(js, null, type, actual, expected);
}
MatchOperation(Match.Context context, Match.Type type, Match.Value actual, Match.Value expected) {
this(null, context, type, actual, expected);
}
private MatchOperation(JsEngine js, Match.Context context, Match.Type type, Match.Value actual, Match.Value expected) {
this.type = type;
this.actual = actual;
this.expected = expected;
if (context == null) {
if (js == null) {
js = JsEngine.global();
}
this.failures = new ArrayList();
if (actual.isXml()) {
this.context = new Match.Context(js, this, true, 0, "/", "", -1);
} else {
this.context = new Match.Context(js, this, false, 0, "$", "", -1);
}
} else {
this.context = context;
this.failures = context.root.failures;
}
}
private Match.Type fromMatchEach() {
switch (type) {
case EACH_CONTAINS:
return Match.Type.CONTAINS;
case EACH_NOT_CONTAINS:
return Match.Type.NOT_CONTAINS;
case EACH_CONTAINS_ONLY:
return Match.Type.CONTAINS_ONLY;
case EACH_CONTAINS_ANY:
return Match.Type.CONTAINS_ANY;
case EACH_EQUALS:
return Match.Type.EQUALS;
case EACH_NOT_EQUALS:
return Match.Type.NOT_EQUALS;
case EACH_CONTAINS_DEEP:
return Match.Type.CONTAINS_DEEP;
default:
throw new RuntimeException("unexpected outer match type: " + type);
}
}
private static Match.Type macroToMatchType(boolean each, String macro) {
if (macro.startsWith("^^")) {
return each ? Match.Type.EACH_CONTAINS_ONLY : Match.Type.CONTAINS_ONLY;
} else if (macro.startsWith("^+")) {
return each ? Match.Type.EACH_CONTAINS_DEEP : Match.Type.CONTAINS_DEEP;
} else if (macro.startsWith("^*")) {
return each ? Match.Type.EACH_CONTAINS_ANY : Match.Type.CONTAINS_ANY;
} else if (macro.startsWith("^")) {
return each ? Match.Type.EACH_CONTAINS : Match.Type.CONTAINS;
} else if (macro.startsWith("!^")) {
return each ? Match.Type.EACH_NOT_CONTAINS : Match.Type.NOT_CONTAINS;
} else if (macro.startsWith("!=")) {
return each ? Match.Type.EACH_NOT_EQUALS : Match.Type.NOT_EQUALS;
} else {
return each ? Match.Type.EACH_EQUALS : Match.Type.EQUALS;
}
}
private static int matchTypeToStartPos(Match.Type mt) {
switch (mt) {
case CONTAINS_ONLY:
case EACH_CONTAINS_ONLY:
case CONTAINS_DEEP:
case EACH_CONTAINS_DEEP:
case CONTAINS_ANY:
case EACH_CONTAINS_ANY:
case NOT_CONTAINS:
case EACH_NOT_CONTAINS:
case NOT_EQUALS:
case EACH_NOT_EQUALS:
return 2;
case CONTAINS:
case EACH_CONTAINS:
return 1;
default:
return 0;
}
}
boolean execute() {
switch (type) {
case EACH_CONTAINS:
case EACH_NOT_CONTAINS:
case EACH_CONTAINS_ONLY:
case EACH_CONTAINS_ANY:
case EACH_EQUALS:
case EACH_NOT_EQUALS:
case EACH_CONTAINS_DEEP:
if (actual.isList()) {
List list = actual.getValue();
Match.Type nestedMatchType = fromMatchEach();
int count = list.size();
for (int i = 0; i < count; i++) {
Object o = list.get(i);
context.JS.put("_$", o);
MatchOperation mo = new MatchOperation(context.descend(i), nestedMatchType, new Match.Value(o), expected);
mo.execute();
context.JS.bindings.removeMember("_$");
if (!mo.pass) {
return fail("match each failed at index " + i);
}
}
// if we reached here all / each LHS items completed successfully
return true;
} else {
return fail("actual is not an array or list");
}
default:
// do nothing
}
if (actual.isNotPresent()) {
if (!expected.isString() || !expected.getAsString().startsWith("#")) {
return fail("actual path does not exist");
}
}
if (actual.type != expected.type) {
switch (type) {
case CONTAINS:
case NOT_CONTAINS:
case CONTAINS_ANY:
case CONTAINS_ONLY:
case CONTAINS_DEEP:
case CONTAINS_ONLY_DEEP:
case CONTAINS_ANY_DEEP:
// don't tamper with strings on the RHS that represent arrays or objects
if (!expected.isList() && !(expected.isString() && expected.isArrayObjectOrReference())) {
MatchOperation mo = new MatchOperation(context, type, actual, new Match.Value(Collections.singletonList(expected.getValue())));
mo.execute();
return mo.pass ? pass() : fail(mo.failReason);
}
break;
default:
// do nothing
}
if (expected.isXml() && actual.isMap()) {
// special case, auto-convert rhs
MatchOperation mo = new MatchOperation(context, type, actual, new Match.Value(XmlUtils.toObject(expected.getValue(), true)));
mo.execute();
return mo.pass ? pass() : fail(mo.failReason);
}
if (expected.isString()) {
String expStr = expected.getValue();
if (!expStr.startsWith("#")) { // edge case if rhs is macro
return type == Match.Type.NOT_EQUALS ? pass() : fail("data types don't match");
}
} else {
return type == Match.Type.NOT_EQUALS ? pass() : fail("data types don't match");
}
}
if (expected.isString()) {
String expStr = expected.getValue();
if (expStr.startsWith("#")) {
switch (type) {
case NOT_EQUALS:
return macroEqualsExpected(expStr) ? fail("is equal") : pass();
case NOT_CONTAINS:
return macroEqualsExpected(expStr) ? fail("actual contains expected") : pass();
default:
return macroEqualsExpected(expStr) ? pass() : fail(null);
}
}
}
switch (type) {
case EQUALS:
return actualEqualsExpected() ? pass() : fail("not equal");
case NOT_EQUALS:
return actualEqualsExpected() ? fail("is equal") : pass();
case CONTAINS:
case CONTAINS_ANY:
case CONTAINS_ONLY:
case CONTAINS_DEEP:
case CONTAINS_ONLY_DEEP:
case CONTAINS_ANY_DEEP:
return actualContainsExpected() ? pass() : fail("actual does not contain expected");
case NOT_CONTAINS:
return actualContainsExpected() ? fail("actual contains expected") : pass();
default:
throw new RuntimeException("unexpected match type: " + type);
}
}
private boolean macroEqualsExpected(String expStr) {
boolean optional = expStr.startsWith("##");
if (optional && actual.isNull()) { // exit early
return true;
}
int minLength = optional ? 3 : 2;
if (expStr.length() > minLength) {
String macro = expStr.substring(minLength - 1);
if (macro.startsWith("(") && macro.endsWith(")")) {
macro = macro.substring(1, macro.length() - 1);
Match.Type nestedType = macroToMatchType(false, macro);
int startPos = matchTypeToStartPos(nestedType);
macro = macro.substring(startPos);
if (actual.isList()) { // special case, look for partial maps within list
switch (nestedType) {
case CONTAINS:
nestedType = Match.Type.CONTAINS_DEEP;
break;
case CONTAINS_ONLY:
nestedType = Match.Type.CONTAINS_ONLY_DEEP;
break;
case CONTAINS_ANY:
nestedType = Match.Type.CONTAINS_ANY_DEEP;
break;
}
}
context.JS.put("$", context.root.actual.getValue());
context.JS.put("_", actual.getValue());
JsValue jv = context.JS.eval(macro);
context.JS.bindings.removeMember("$");
context.JS.bindings.removeMember("_");
MatchOperation mo = new MatchOperation(context, nestedType, actual, new Match.Value(jv.getValue()));
return mo.execute();
} else if (macro.startsWith("[")) {
int closeBracketPos = macro.indexOf(']');
if (closeBracketPos != -1) { // array, match each
if (!actual.isList()) {
return fail("actual is not an array");
}
if (closeBracketPos > 1) {
String bracketContents = macro.substring(1, closeBracketPos);
List listAct = actual.getValue();
int listSize = listAct.size();
context.JS.put("$", context.root.actual.getValue());
context.JS.put("_", listSize);
String sizeExpr;
if (containsPlaceholderUnderscore(bracketContents)) { // #[_ < 5]
sizeExpr = bracketContents;
} else { // #[5] | #[$.foo]
sizeExpr = bracketContents + " == _";
}
JsValue jv = context.JS.eval(sizeExpr);
context.JS.bindings.removeMember("$");
context.JS.bindings.removeMember("_");
if (!jv.isTrue()) {
return fail("actual array length is " + listSize);
}
}
if (macro.length() > closeBracketPos + 1) {
macro = StringUtils.trimToNull(macro.substring(closeBracketPos + 1));
if (macro != null) {
if (macro.startsWith("(") && macro.endsWith(")")) {
macro = macro.substring(1, macro.length() - 1); // strip parens
}
if (macro.startsWith("?")) { // #[]? _.length == 3
macro = "#" + macro;
}
if (macro.startsWith("#")) {
MatchOperation mo = new MatchOperation(context, Match.Type.EACH_EQUALS, actual, new Match.Value(macro));
mo.execute();
return mo.pass ? pass() : fail("all array elements matched");
} else { // schema reference
Match.Type nestedType = macroToMatchType(true, macro); // match each
int startPos = matchTypeToStartPos(nestedType);
macro = macro.substring(startPos);
JsValue jv = context.JS.eval(macro);
MatchOperation mo = new MatchOperation(context, nestedType, actual, new Match.Value(jv.getValue()));
return mo.execute();
}
}
}
return true; // expression within square brackets is ok
}
} else { // '#? _ != 0' | '#string' | '#number? _ > 0'
int questionPos = macro.indexOf('?');
String validatorName = null;
// in case of regex we don't want to remove the '?'
if (questionPos != -1 && !macro.startsWith(REGEX)) {
validatorName = macro.substring(0, questionPos);
if (macro.length() > questionPos + 1) {
macro = StringUtils.trimToEmpty(macro.substring(questionPos + 1));
} else {
macro = "";
}
} else {
validatorName = macro;
macro = "";
}
validatorName = StringUtils.trimToNull(validatorName);
if (validatorName != null) {
Match.Validator validator = null;
if (validatorName.startsWith(REGEX)) {
String regex = validatorName.substring(5).trim();
validator = new Match.RegexValidator(regex);
} else {
validator = Match.VALIDATORS.get(validatorName);
}
if (validator != null) {
if (optional && (actual.isNotPresent() || actual.isNull())) {
// pass
} else if (!optional && actual.isNotPresent()) {
// if the element is not present the expected result can only be
// the notpresent keyword, ignored or an optional comparison
return expected.isNotPresent() || "#ignore".contentEquals(expected.getAsString());
} else {
Match.Result mr = validator.apply(actual);
if (!mr.pass) {
return fail(mr.message);
}
}
} else if (!validatorName.startsWith(REGEX)) { // expected is a string that happens to start with "#"
String actualValue = actual.getValue();
switch (type) {
case CONTAINS:
return actualValue.contains(expStr);
default:
return actualValue.equals(expStr);
}
}
}
macro = StringUtils.trimToNull(macro);
if (macro != null && questionPos != -1) {
context.JS.put("$", context.root.actual.getValue());
context.JS.put("_", actual.getValue());
JsValue jv = context.JS.eval(macro);
context.JS.bindings.removeMember("$");
context.JS.bindings.removeMember("_");
if (!jv.isTrue()) {
return fail("evaluated to 'false'");
}
}
}
}
return true; // all ok
}
private static final Pattern UNDERSCORE_PATTERN = Pattern.compile("\\W_\\W|\\W_|_\\W");
private boolean containsPlaceholderUnderscore(String bracketContents) {
Matcher m1 = UNDERSCORE_PATTERN.matcher(bracketContents);
while (m1.find()) {
return true;
}
return false;
}
private boolean actualEqualsExpected() {
switch (actual.type) {
case NULL:
return true; // both are null
case BOOLEAN:
boolean actBoolean = actual.getValue();
boolean expBoolean = expected.getValue();
return actBoolean == expBoolean;
case NUMBER:
if (actual.getValue() instanceof BigDecimal || expected.getValue() instanceof BigDecimal) {
BigDecimal actBigDecimal = toBigDecimal(actual.getValue());
BigDecimal expBigDecimal = toBigDecimal(expected.getValue());
return actBigDecimal.compareTo(expBigDecimal) == 0;
} else {
Number actNumber = actual.getValue();
Number expNumber = expected.getValue();
return actNumber.doubleValue() == expNumber.doubleValue();
}
case STRING:
return actual.getValue().equals(expected.getValue());
case BYTES:
byte[] actBytes = actual.getValue();
byte[] expBytes = expected.getValue();
return Arrays.equals(actBytes, expBytes);
case LIST:
List actList = actual.getValue();
List expList = expected.getValue();
int actListCount = actList.size();
int expListCount = expList.size();
if (actListCount != expListCount) {
return fail("actual array length is not equal to expected - " + actListCount + ":" + expListCount);
}
for (int i = 0; i < actListCount; i++) {
Match.Value actListValue = new Match.Value(actList.get(i));
Match.Value expListValue = new Match.Value(expList.get(i));
MatchOperation mo = new MatchOperation(context.descend(i), Match.Type.EQUALS, actListValue, expListValue);
mo.execute();
if (!mo.pass) {
return fail("array match failed at index " + i);
}
}
return true;
case MAP:
Map actMap = actual.getValue();
Map expMap = expected.getValue();
return matchMapValues(actMap, expMap);
case XML:
Map actXml = (Map) XmlUtils.toObject(actual.getValue(), true);
Map expXml = (Map) XmlUtils.toObject(expected.getValue(), true);
return matchMapValues(actXml, expXml);
case OTHER:
return actual.getValue().equals(expected.getValue());
default:
throw new RuntimeException("unexpected type (match equals): " + actual.type);
}
}
private boolean matchMapValues(Map actMap, Map expMap) { // combined logic for equals and contains
if (actMap.size() > expMap.size() && (type == Match.Type.EQUALS || type == Match.Type.CONTAINS_ONLY || type == Match.Type.CONTAINS_ONLY_DEEP)) {
int sizeDiff = actMap.size() - expMap.size();
Map diffMap = new LinkedHashMap(actMap);
for (String key : expMap.keySet()) {
diffMap.remove(key);
}
return fail("actual has " + sizeDiff + " more key(s) than expected - " + JsonUtils.toJson(diffMap));
}
Set unMatchedKeysAct = new LinkedHashSet(actMap.keySet());
Set unMatchedKeysExp = new LinkedHashSet(expMap.keySet());
for (Map.Entry expEntry : expMap.entrySet()) {
String key = expEntry.getKey();
Object childExp = expEntry.getValue();
if (!actMap.containsKey(key)) {
if (childExp instanceof String) {
String childString = (String) childExp;
if (childString.startsWith("##") || childString.equals("#ignore") || childString.equals("#notpresent")) {
if (type == Match.Type.CONTAINS_ANY || type == Match.Type.CONTAINS_ANY_DEEP) {
return true; // exit early
}
unMatchedKeysExp.remove(key);
if (unMatchedKeysExp.isEmpty()) {
if (type == Match.Type.CONTAINS || type == Match.Type.CONTAINS_DEEP) {
return true; // all expected keys matched
}
}
continue;
}
}
if (type != Match.Type.CONTAINS_ANY && type != Match.Type.CONTAINS_ANY_DEEP) {
return fail("actual does not contain key - '" + key + "'");
}
}
Match.Value childActValue = new Match.Value(actMap.get(key));
Match.Type childMatchType;
if (type == Match.Type.CONTAINS_DEEP) {
childMatchType = childActValue.isMapOrListOrXml() ? Match.Type.CONTAINS_DEEP : Match.Type.EQUALS;
} else if (type == Match.Type.CONTAINS_ONLY_DEEP) {
childMatchType = childActValue.isMapOrListOrXml() ? Match.Type.CONTAINS_ONLY_DEEP : Match.Type.EQUALS;
} else {
childMatchType = Match.Type.EQUALS;
}
MatchOperation mo = new MatchOperation(context.descend(key), childMatchType, childActValue, new Match.Value(childExp));
mo.execute();
if (mo.pass) {
if (type == Match.Type.CONTAINS_ANY || type == Match.Type.CONTAINS_ANY_DEEP) {
return true; // exit early
}
unMatchedKeysExp.remove(key);
if (unMatchedKeysExp.isEmpty()) {
if (type == Match.Type.CONTAINS || type == Match.Type.CONTAINS_DEEP) {
return true; // all expected keys matched
}
}
unMatchedKeysAct.remove(key);
} else if (type == Match.Type.EQUALS) {
return fail("match failed for name: '" + key + "'");
}
}
if (type == Match.Type.CONTAINS_ANY || type == Match.Type.CONTAINS_ANY_DEEP) {
return unMatchedKeysExp.isEmpty() ? true : fail("no key-values matched");
}
if (unMatchedKeysExp.isEmpty()) {
if (type == Match.Type.CONTAINS || type == Match.Type.CONTAINS_DEEP) {
return true; // all expected keys matched, expMap was empty in the first place
}
if (type == Match.Type.NOT_CONTAINS && !expMap.isEmpty()) {
return true; // hack alert: the NOT_CONTAINS will be reversed by the calling routine
}
}
if (!unMatchedKeysExp.isEmpty()) {
return fail("all key-values did not match, expected has un-matched keys - " + unMatchedKeysExp);
}
if (!unMatchedKeysAct.isEmpty()) {
return fail("all key-values did not match, actual has un-matched keys - " + unMatchedKeysAct);
}
return true;
}
private boolean actualContainsExpected() {
switch (actual.type) {
case STRING:
String actString = actual.getValue();
String expString = expected.getValue();
return actString.contains(expString);
case LIST:
List actList = actual.getValue();
List expList = expected.getValue();
int actListCount = actList.size();
int expListCount = expList.size();
// visited array used to handle duplicates
boolean[] actVisitedList = new boolean[actListCount];
if (type != Match.Type.CONTAINS_ANY && type != Match.Type.CONTAINS_ANY_DEEP && expListCount > actListCount) {
return fail("actual array length is less than expected - " + actListCount + ":" + expListCount);
}
if ((type == Match.Type.CONTAINS_ONLY || type == Match.Type.CONTAINS_ONLY_DEEP) && expListCount != actListCount) {
return fail("actual array length is not equal to expected - " + actListCount + ":" + expListCount);
}
for (Object exp : expList) { // for each item in the expected list
boolean found = false;
Match.Value expListValue = new Match.Value(exp);
for (int i = 0; i < actListCount; i++) {
Match.Value actListValue = new Match.Value(actList.get(i));
Match.Type childMatchType;
switch (type) {
case CONTAINS_DEEP:
childMatchType = actListValue.isMapOrListOrXml() ? Match.Type.CONTAINS_DEEP : Match.Type.EQUALS;
break;
case CONTAINS_ONLY_DEEP:
childMatchType = actListValue.isMapOrListOrXml() ? Match.Type.CONTAINS_ONLY_DEEP : Match.Type.EQUALS;
break;
case CONTAINS_ANY_DEEP:
childMatchType = actListValue.isMapOrListOrXml() ? Match.Type.CONTAINS_ANY : Match.Type.EQUALS;
break;
default:
childMatchType = Match.Type.EQUALS;
}
MatchOperation mo = new MatchOperation(context.descend(i), childMatchType, actListValue, expListValue);
mo.execute();
if (mo.pass) {
if (type == Match.Type.CONTAINS_ANY || type == Match.Type.CONTAINS_ANY_DEEP) {
return true; // exit early
}
// contains only : If element is found also check its occurrence in actVisitedList
else if(type == Match.Type.CONTAINS_ONLY) {
// if not yet visited
if(!actVisitedList[i]) {
// mark it visited
actVisitedList[i] = true;
found = true;
break; // next item in expected list
}
// else do nothing does not consider it a match
}
else {
found = true;
break; // next item in expected list
}
}
}
if (!found && type != Match.Type.CONTAINS_ANY && type != Match.Type.CONTAINS_ANY_DEEP) { // if we reached here, all items in the actual list were scanned
return fail("actual array does not contain expected item - " + expListValue.getAsString());
}
}
if (type == Match.Type.CONTAINS_ANY || type == Match.Type.CONTAINS_ANY_DEEP) {
return fail("actual array does not contain any of the expected items");
}
return true; // if we reached here, all items in the expected list were found
case MAP:
Map actMap = actual.getValue();
Map expMap = expected.getValue();
return matchMapValues(actMap, expMap);
case XML:
Map actXml = (Map) XmlUtils.toObject(actual.getValue());
Map expXml = (Map) XmlUtils.toObject(expected.getValue());
return matchMapValues(actXml, expXml);
default:
throw new RuntimeException("unexpected type (match contains): " + actual.type);
}
}
private static BigDecimal toBigDecimal(Object o) {
if (o instanceof BigDecimal) {
return (BigDecimal) o;
} else if (o instanceof Number) {
Number n = (Number) o;
return BigDecimal.valueOf(n.doubleValue());
} else {
throw new RuntimeException("expected number instead of: " + o);
}
}
private boolean pass() {
pass = true;
return true;
}
private boolean fail(String reason) {
pass = false;
if (reason == null) {
return false;
}
failReason = failReason == null ? reason : reason + " | " + failReason;
context.root.failures.add(this);
return false;
}
String getFailureReasons() {
return collectFailureReasons(this);
}
private boolean isXmlAttributeOrMap() {
return context.xml && actual.isMap()
&& (context.name.equals("@") || actual.
