Best Selenium code snippet using org.openqa.selenium.json.JsonInput.skipValue
Source:NewSessionPayload.java
...200 switch (name) {201 case "capabilities":202 case "desiredCapabilities":203 case "requiredCapabilities":204 input.skipValue();205 break;206 default:207 out.name(name);208 out.write(input.<Object>read(Object.class));209 break;210 }211 }212 }213 }214 private void streamW3CProtocolParameters(JsonOutput out, Map<String, Object> des) {215 // Technically we should be building up a combination of "alwaysMatch" and "firstMatch" options.216 // We're going to do a little processing to figure out what we might be able to do, and assume217 // that people don't really understand the difference between required and desired (which is218 // commonly the case). Wish us luck. Looking at the current implementations, people may have219 // set options for multiple browsers, in which case a compliant W3C remote end won't start220 // a session. If we find this, then we create multiple firstMatch capabilities. Furrfu.221 // The table of options are:222 //223 // Chrome: chromeOptions224 // Firefox: moz:.*, firefox_binary, firefox_profile, marionette225 // Edge: none given226 // IEDriver: ignoreZoomSetting, initialBrowserUrl, enableElementCacheCleanup,227 // browserAttachTimeout, enablePersistentHover, requireWindowFocus, logFile, logLevel, host,228 // extractPath, silent, ie.*229 // Opera: operaOptions230 // SafariDriver: safari.options231 //232 // We can't use the constants defined in the classes because it would introduce circular233 // dependencies between the remote library and the implementations. Yay!234 }235 /**236 * Stream the {@link Capabilities} encoded in the payload used to create this instance. The237 * {@link Stream} will start with a {@link Capabilities} object matching the OSS capabilities, and238 * will then expand each of the "{@code firstMatch}" and "{@code alwaysMatch}" contents as defined239 * in the W3C WebDriver spec.240 * <p>241 * The OSS {@link Capabilities} are listed first because converting the OSS capabilities to the242 * equivalent W3C capabilities isn't particularly easy, so it's hoped that this approach gives us243 * the most compatible implementation.244 */245 public Stream<Capabilities> stream() throws IOException {246 // OSS first247 Stream<Map<String, Object>> oss = Stream.of(getOss());248 // And now W3C249 Stream<Map<String, Object>> w3c = getW3C();250 return Stream.concat(oss, w3c)251 .filter(Objects::nonNull)252 .map(this::applyTransforms)253 .filter(Objects::nonNull)254 .distinct()255 .map(ImmutableCapabilities::new);256 }257 public ImmutableSet<Dialect> getDownstreamDialects() {258 return dialects.isEmpty() ? ImmutableSet.of(DEFAULT_DIALECT) : dialects;259 }260 @Override261 public void close() throws IOException {262 backingStore.reset();263 }264 private Map<String, Object> getOss() throws IOException {265 CharSource charSource = backingStore.asByteSource().asCharSource(UTF_8);266 try (Reader reader = charSource.openBufferedStream();267 JsonInput input = json.newInput(reader)) {268 input.beginObject();269 while (input.hasNext()) {270 String name = input.nextName();271 if ("desiredCapabilities".equals(name)) {272 return input.read(MAP_TYPE);273 } else {274 input.skipValue();275 }276 }277 }278 return null;279 }280 private Stream<Map<String, Object>> getW3C() throws IOException {281 // If there's an OSS value, generate a stream of capabilities from that using the transforms,282 // then add magic to generate each of the w3c capabilities. For the sake of simplicity, we're283 // going to make the (probably wrong) assumption we can hold all of the firstMatch values and284 // alwaysMatch value in memory at the same time.285 Map<String, Object> oss = convertOssToW3C(getOss());286 Stream<Map<String, Object>> fromOss;287 if (oss != null) {288 Set<String> usedKeys = new HashSet<>();289 // Are there any values we care want to pull out into a mapping of their own?290 List<Map<String, Object>> firsts = adapters.stream()291 .map(adapter -> adapter.apply(oss))292 .filter(Objects::nonNull)293 .filter(map -> !map.isEmpty())294 .map(map ->295 map.entrySet().stream()296 .filter(entry -> entry.getKey() != null)297 .filter(entry -> ACCEPTED_W3C_PATTERNS.test(entry.getKey()))298 .filter(entry -> entry.getValue() != null)299 .collect(Collectors.toMap(Map.Entry::getKey, Map.Entry::getValue)))300 .peek(map -> usedKeys.addAll(map.keySet()))301 .collect(Collectors.toList());302 if (firsts.isEmpty()) {303 firsts = ImmutableList.of(ImmutableMap.of());304 }305 // Are there any remaining unused keys?306 Map<String, Object> always = oss.entrySet().stream()307 .filter(entry -> !usedKeys.contains(entry.getKey()))308 .filter(entry -> entry.getValue() != null)309 .collect(Collectors.toMap(Map.Entry::getKey, Map.Entry::getValue));310 // Firsts contains at least one entry, always contains everything else. Let's combine them311 // into the stream to form a unified set of capabilities. Woohoo!312 fromOss = firsts.stream()313 .map(first -> ImmutableMap.<String, Object>builder().putAll(always).putAll(first).build())314 .map(this::applyTransforms)315 .map(map -> map.entrySet().stream()316 .filter(entry -> ACCEPTED_W3C_PATTERNS.test(entry.getKey()))317 .collect(Collectors.toMap(Map.Entry::getKey, Map.Entry::getValue)));318 } else {319 fromOss = Stream.of();320 }321 Stream<Map<String, Object>> fromW3c = null;322 Map<String, Object> alwaysMatch = getAlwaysMatch();323 Collection<Map<String, Object>> firsts = getFirstMatches();324 if (alwaysMatch == null && firsts == null) {325 fromW3c = Stream.of(); // No W3C capabilities.326 } else {327 if (alwaysMatch == null) {328 alwaysMatch = ImmutableMap.of();329 }330 Map<String, Object> always = alwaysMatch; // Keep the comoiler happy.331 if (firsts == null) {332 firsts = ImmutableList.of(ImmutableMap.of());333 }334 fromW3c = firsts.stream()335 .map(first -> ImmutableMap.<String, Object>builder().putAll(always).putAll(first).build());336 }337 return Stream.concat(fromOss, fromW3c).distinct();338 }339 private Map<String, Object> convertOssToW3C(Map<String, Object> capabilities) {340 if (capabilities == null) {341 return null;342 }343 Map<String, Object> toReturn = new TreeMap<>();344 toReturn.putAll(capabilities);345 // Platform name346 if (capabilities.containsKey(PLATFORM) && !capabilities.containsKey(PLATFORM_NAME)) {347 toReturn.put(PLATFORM_NAME, String.valueOf(capabilities.get(PLATFORM)));348 }349 return toReturn;350 }351 private Map<String, Object> getAlwaysMatch() throws IOException {352 CharSource charSource = backingStore.asByteSource().asCharSource(UTF_8);353 try (Reader reader = charSource.openBufferedStream();354 JsonInput input = json.newInput(reader)) {355 input.beginObject();356 while (input.hasNext()) {357 String name = input.nextName();358 if ("capabilities".equals(name)) {359 input.beginObject();360 while (input.hasNext()) {361 name = input.nextName();362 if ("alwaysMatch".equals(name)) {363 return input.read(MAP_TYPE);364 } else {365 input.skipValue();366 }367 }368 input.endObject();369 } else {370 input.skipValue();371 }372 }373 }374 return null;375 }376 private Collection<Map<String, Object>> getFirstMatches() throws IOException {377 CharSource charSource = backingStore.asByteSource().asCharSource(UTF_8);378 try (Reader reader = charSource.openBufferedStream();379 JsonInput input = json.newInput(reader)) {380 input.beginObject();381 while (input.hasNext()) {382 String name = input.nextName();383 if ("capabilities".equals(name)) {384 input.beginObject();385 while (input.hasNext()) {386 name = input.nextName();387 if ("firstMatch".equals(name)) {388 return input.read(LIST_OF_MAPS_TYPE);389 } else {390 input.skipValue();391 }392 }393 input.endObject();394 } else {395 input.skipValue();396 }397 }398 }399 return null;400 }401 private Map<String, Object> applyTransforms(Map<String, Object> caps) {402 Queue<Map.Entry<String, Object>> toExamine = new LinkedList<>();403 toExamine.addAll(caps.entrySet());404 Set<String> seenKeys = new HashSet<>();405 Map<String, Object> toReturn = new TreeMap<>();406 // Take each entry and apply the transforms407 while (!toExamine.isEmpty()) {408 Map.Entry<String, Object> entry = toExamine.remove();409 seenKeys.add(entry.getKey());...
Source:Connection.java
...111 case "result":112 consumer.accept(input);113 break;114 default:115 input.skipValue();116 }117 }118 input.endObject();119 }120 } else if (raw.get("method") instanceof String && raw.get("params") instanceof Map) {121 System.out.println("Seen: " + raw);122 // TODO: Also only decode once.123 eventCallbacks.keySet().stream()124 .filter(event -> raw.get("method").equals(event.getMethod()))125 .forEach(event -> {126 // TODO: This is grossly inefficient. I apologise, and we should fix this.127 try (StringReader reader = new StringReader(asString);128 JsonInput input = JSON.newInput(reader)) {129 Object value = null;130 input.beginObject();131 while (input.hasNext()) {132 switch (input.nextName()) {133 case "params":134 value = event.getMapper().apply(input);135 break;136 default:137 input.skipValue();138 break;139 }140 }141 input.endObject();142 if (value == null) {143 // Do nothing.144 return;145 }146 final Object finalValue = value;147 for (Consumer<?> action : eventCallbacks.get(event)) {148 @SuppressWarnings("unchecked") Consumer<Object> obj = (Consumer<Object>) action;149 obj.accept(finalValue);150 }151 }...
Source:Values.java
...45 while (input.hasNext()) {46 if ("value".equals(input.nextName())) {47 return input.read(typeOfT);48 } else {49 input.skipValue();50 }51 }52 throw new IllegalStateException("Unable to locate value: " + string(response));53 } catch (IOException e) {54 throw new UncheckedIOException(e);55 }56 }57}...
Source:TeeReaderTest.java
...31 Reader tee = new TeeReader(source, writer);32 try (JsonInput reader = new Json().newInput(tee)) {33 reader.beginObject();34 assertEquals("key", reader.nextName());35 reader.skipValue();36 reader.endObject();37 assertEquals(expected, writer.toString());38 }39 }40}...
skipValue
Using AI Code Generation
1import org.openqa.selenium.json.JsonInput;2public class JsonInputSkipValue {3 public static void main(String[] args) {4 JsonInput jsonInput = new JsonInput("{\"name\":\"John\",\"age\":30,\"cars\":[\"Ford\",\"BMW\",\"Fiat\"]}");5 jsonInput.skipValue();6 jsonInput.skipValue();7 jsonInput.skipValue();8 System.out.println(jsonInput.nextString());9 }10}11}
skipValue
Using AI Code Generation
1import org.openqa.selenium.json.JsonInput;2public class SkipValue {3public static void main(String[] args) {4String json = "{ \"name\" : \"John\", \"age\" : 30, \"car\" : null }";5try (JsonInput input = new JsonInput(json)) {6input.beginObject();7while (input.hasNext()) {8String name = input.nextName();9if (name.equals("age")) {10input.skipValue();11} else {12System.out.println(name + " : " + input.nextString());13}14}15}16}17}18import org.openqa.selenium.json.JsonInput;19public class SkipValue {20public static void main(String[] args) {21String json = "{ \"name\" : \"John\", \"age\" : 30, \"car\" : null }";22try (JsonInput input = new JsonInput(json)) {23input.beginObject();24while (input.hasNext()) {25String name = input.nextName();26if (name.equals("age")) {27input.skipValue();28} else {29System.out.println(name + " : " + input.nextString());30}31}32}33}34}35import org.openqa.selenium.json.JsonInput;36public class SkipValue {37public static void main(String[] args) {38String json = "{ \"name\" : \"John\", \"age\" : 30, \"car\" : null }";39try (JsonInput input = new JsonInput(json)) {40input.beginObject();41while (input.hasNext()) {42String name = input.nextName();43if (name.equals("age")) {44input.skipValue();45} else {46System.out.println(name + " : " + input.nextString());47}48}49}50}51}52import org.openqa.selenium.json.JsonInput;53public class SkipValue {54public static void main(String[] args) {55String json = "{ \"
skipValue
Using AI Code Generation
1JsonInput jsonInput = new JsonInput(new StringReader(response));2jsonInput.beginObject();3while (jsonInput.hasNext()) {4 String name = jsonInput.nextName();5 if (name.equals("value")) {6 jsonInput.skipValue();7 } else {8 jsonInput.skipValue();9 }10}11jsonInput.endObject();12JsonInput jsonInput = new JsonInput(new StringReader(response));13jsonInput.beginObject();14while (jsonInput.hasNext()) {15 String name = jsonInput.nextName();16 if (name.equals("value")) {17 jsonInput.skipValue();18 } else {19 jsonInput.skipValue();20 }21}22jsonInput.endObject();23JsonInput jsonInput = new JsonInput(new StringReader(response));24jsonInput.beginObject();25while (jsonInput.hasNext()) {26 String name = jsonInput.nextName();27 if (name.equals("value")) {28 jsonInput.skipValue();29 } else {30 jsonInput.skipValue();31 }32}33jsonInput.endObject();34JsonInput jsonInput = new JsonInput(new StringReader(response));35jsonInput.beginObject();36while (jsonInput.hasNext()) {37 String name = jsonInput.nextName();38 if (name.equals("value")) {39 jsonInput.skipValue();40 } else {41 jsonInput.skipValue();42 }43}44jsonInput.endObject();45JsonInput jsonInput = new JsonInput(new StringReader(response));46jsonInput.beginObject();47while (jsonInput.hasNext()) {48 String name = jsonInput.nextName();49 if (name.equals("value")) {50 jsonInput.skipValue();51 } else {52 jsonInput.skipValue();53 }54}55jsonInput.endObject();
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