public void WillThrowAnExceptionWithOnlyOneRetry()
{
var executor = new Executor(3, new InvalidOperationException());
var proxy = (Executor)proxyGenerator.CreateClassProxyWithTarget(typeof(Executor), executor, new[] { new RetryInterceptor(1) });
proxy.Execute();
Assert.Fail();
}
public override void Eval(Executor exec)
{
string sHelpFile = Config.gsDataFolder + "\\help.html";
StreamWriter sw = new StreamWriter(sHelpFile);
sw.WriteLine("<html><head><title>Cat Help File</title></head><body>");
/*
sw.WriteLine("<h1><a name='level0prims'></a>Level 0 Primitives</h1>");
OutputTable(sw, "level0", exec);
sw.WriteLine("<h1><a name='level1prims'></a>Level 1 Primitives</h1>");
OutputTable(sw, "level1", exec);
sw.WriteLine("<h1><a name='level2prims'></a>Level 2 Primitives</h1>");
OutputTable(sw, "level2", exec);
sw.WriteLine("<h1><a name='otherprims'></a>Other Functions</h1>");
OutputTable(sw, "", exec);
*/
sw.WriteLine("<h1>Instructions</h1>");
OutputAllTable(sw, exec);
sw.WriteLine("<h1>Definitions</h1>");
sw.WriteLine("<pre>");
foreach (Function f in exec.GetAllFunctions())
{
sw.WriteLine(f.GetImplString(true));
}
sw.WriteLine("</pre>");
sw.WriteLine("</body></html>");
sw.Close();
Output.WriteLine("saved help file to " + sHelpFile);
}
public static void Bury(Executor exec)
{
var count = exec.DataStack.Pop<Tokens.Number>().Value;
var token = exec.DataStack.Pop<IToken>();
exec.DataStack.Bury(token, (int) count);
}
public static void Dig(Executor exec)
{
var count = exec.DataStack.Pop<Tokens.Number>().Value;
var token = exec.DataStack.Dig<IToken>((int) count);
exec.DataStack.Push(token);
}
public CharacterHandler(char toHandle, Executor Execute, bool stop)
{
this.toHandle = toHandle;
this.Condition = SimpleCheck;
this.Execute = Execute;
this.stop = stop;
}
public IOutputExecutor Create(Settings settings)
{
Executor = Executor.WithForsetiConfigurationFile(settings.ForsetiConfigurationFile, verbose: settings.VerboseOutput);
Executor.ReportWith<Forseti.AppVeyor.Reporter>();
Executor.RegisterWatcher<Forseti.ConsoleReporter.ConsoleHarnessWatcher>();
return this;
}
public static void If(Executor exec)
{
var code = exec.DataStack.Pop<Tokens.CodeBlock>().Value;
var condition = exec.DataStack.Pop<Tokens.Number>().Value != 0;
if (condition)
exec.CodeStack.PushRange(code);
}
/// <param name="options">Compile options</param>
/// <param name="runInSeparateAppDomain">Should be set to true for production code, but there are issues with NUnit, so tests need to set this to false.</param>
public bool Compile(CompilerOptions options, bool runInSeparateAppDomain)
{
try {
AppDomain ad = null;
var actualOut = Console.Out;
try {
Console.SetOut(new StringWriter()); // I don't trust the third-party libs to not generate spurious random messages, so make sure that any of those messages are suppressed.
var er = new ErrorReporterWrapper(_errorReporter, actualOut);
Executor executor;
if (runInSeparateAppDomain) {
var setup = new AppDomainSetup { ApplicationBase = Path.GetDirectoryName(typeof(Executor).Assembly.Location) };
ad = AppDomain.CreateDomain("SCTask", null, setup);
executor = (Executor)ad.CreateInstanceAndUnwrap(typeof(Executor).Assembly.FullName, typeof(Executor).FullName);
}
else {
executor = new Executor();
}
return executor.Compile(options, er);
}
finally {
if (ad != null) {
AppDomain.Unload(ad);
}
if (actualOut != null) {
Console.SetOut(actualOut);
}
}
}
catch (Exception ex) {
_errorReporter.InternalError(ex, null, TextLocation.Empty);
return false;
}
}
public static void Redef(Executor exec)
{
var to = exec.DataStack.Pop<Tokens.Symbol>().Value;
var from = exec.DataStack.Pop<Tokens.Symbol>().Value;
exec.Methods[to] = exec.Methods[from];
}
public static void Def(Executor exec)
{
var name = exec.DataStack.Pop<Tokens.Symbol>().Value;
var code = exec.DataStack.Pop<Tokens.CodeBlock>().Value;
exec.Methods[name] = new Executor.CodeblockFunction(code.ToList());
}
public static void Swap(Executor exec)
{
var a = exec.DataStack.Pop<IToken>();
var b = exec.DataStack.Pop<IToken>();
exec.DataStack.Push(a);
exec.DataStack.Push(b);
}
public void SetUp()
{
symbols = A.Fake<Symbols>();
tokenizer = A.Fake<Tokenizer>();
executor = A.Fake<Executor>();
sut = new Interpreter(symbols, tokenizer, executor);
}
public override ICommand Execute()
{
using (Executor executor = new Executor(this))
{
executor.Execute();
return this;
}
}
public override void Eval(Executor exec)
{
string s = exec.PopString();
Executor aux = new Executor(exec);
aux.Execute(s);
exec.Push(aux.GetStackAsList());
}
public static void Unpack(Executor exec)
{
var block = exec.DataStack.Pop<Tokens.PackedBlock>().Value;
var count = block.Count;
exec.DataStack.PushRange(block);
exec.DataStack.Push(new Tokens.Number(count));
}
public static void PackedResize(Executor exec)
{
var size = (int) exec.DataStack.Pop<Tokens.Number>().Value;
var value = exec.DataStack.Peek<Tokens.PackedBlock>().Value;
if (value.Count > size)
value.RemoveRange(value.Count - size - 1, size);
else if (value.Count < size)
value.AddRange(Enumerable.Repeat<IToken>(null, size - value.Count));
}
public static void Dive(Executor exec)
{
var count = exec.DataStack.Pop<Tokens.Number>().Value;
var code = exec.DataStack.Pop<Tokens.CodeBlock>().Value;
exec.DataStack.Dive += (int) count;
exec.CodeStack.PushRange(new IToken[] { new Tokens.Number(-count), new Tokens.Method(" dive") });
exec.CodeStack.PushRange(code);
}
public void SetUp()
{
instruction = new InstructionTestDouble();
var registry = new Registry {
{ 0x00, opcode, instruction, AddressingMode.Implied} };
model = new ProgrammingModel();
memory = new Memory();
executor = new Executor(registry, model, memory);
}
public PartialViewExecutor( MethodInfo method )
{
var name = method.Name;
if ( !name.StartsWith( PartialRenderAdapter.partialExecutorMethodPrefix ) )
throw new InvalidOperationException();
Name = name.Substring( PartialRenderAdapter.partialExecutorMethodPrefix.Length );
_parameters = method.GetParameters();
_executor = CreateExecutor( method );
}
public static void Main(string[] args)
{
IExecutor executor = new Executor();
executor.TaskCompleted += Completed;
foreach (int i in Enumerable.Range(1, NumTasks))
{
executor.ExecuteAsync(i);
}
_countdown.Wait();
Environment.Exit(0);
}
public static void Pack(Executor exec)
{
var count = exec.DataStack.Pop<Tokens.Number>().Value;
List<IToken> Tokens = new List<IToken>();
for (int i = 0; i < count; i++)
{
Tokens.Add(exec.DataStack.Pop<IToken>());
}
exec.DataStack.Push(new Tokens.PackedBlock(Tokens));
}
public bool Execute(ISession session, MigrationResources resources)
{
_logger.Debug("Initialize database versioner");
var versioner = new Versioner(session, new Logger<Version>());
_logger.Debug("Initialize executor");
var executor = new Executor(session, versioner, new Logger<Executor>());
_logger.Debug("Execute migrations");
return executor.Execute(resources);
}
public static void Main(string[] args)
{
Console.WriteLine("Enter string to match:");
string toMatch = Console.ReadLine();
Console.WriteLine("Start to compute keys, trying to find match for \"{0}\".", toMatch);
char[] keyspace = new char[] {
'a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j',
'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't',
'u', 'v', 'w', 'x', 'y', 'z','A','B','C','D','E',
'F','G','H','I','J','K','L','M','N','O','P','Q','R',
'S','T','U','V','W','X','Y','Z','1','2','3','4','5',
'6','7','8','9','0','!','$','#','@','-'
};
Executor executor = new Executor(keyspace);
var iterations = Program.GetEstimatedIterations(keyspace, toMatch.ToCharArray());
Console.WriteLine("Need to compute {0} keys to match your input.", iterations);
// just a rough estimation
Console.WriteLine("Approximate time needed: {0} ms", iterations / 5000);
char[] lookupKey = toMatch.ToCharArray();
bool isMatched = false;
ulong generatedKeyCount = 0;
Stopwatch stopWatch = Stopwatch.StartNew();
while(!isMatched) {
char[] currentKey = executor.ComputeNextKey();
generatedKeyCount++;
if (generatedKeyCount % 500000 == 0) {
Console.Write('.');
}
if (currentKey.Length != lookupKey.Length) {
continue;
}
for(var i = currentKey.Length - 1; i >= 0; i--) {
if (!(currentKey[i] == lookupKey[i])) {
break;
}
if (i == 0) {
isMatched = true;
}
}
}
stopWatch.Stop();
Console.WriteLine("Found match.");
Console.WriteLine("Generated {0} keys, took {1}ms.", generatedKeyCount, stopWatch.ElapsedMilliseconds.ToString());
Console.Write("Press any key to continue . . . ");
Console.ReadKey(true);
}
public override void Eval(Executor exec)
{
Output.WriteLine("Some basic commands to get you started:");
Output.WriteLine(" \"filename\" #load - loads a source file");
Output.WriteLine(" [...] #trace - runs a function in trace mode");
Output.WriteLine(" #test_all - runs all unit tests");
Output.WriteLine(" [...] #type - shows the type of a function");
Output.WriteLine(" [...] #metacat - optimizes a function by applying rewriting rules");
Output.WriteLine(" #defs - lists all loaded commands");
Output.WriteLine(" \"instruction\" #def - detailed help on an instruction");
Output.WriteLine(" \"prefix\" #defmatch - describes all instructions starting with prefix");
Output.WriteLine(" \"tag\" #deftag - outputs all instructions tagged with given tag");
Output.WriteLine(" #exit - exits the Cat interpreter");
Output.WriteLine("");
}
/// <summary>
/// 获取分页数据
/// </summary>
public DatabaseResultModel<List<TDemoModel>> getListData(TDemoModel searchModel)
{
var result = new DatabaseResultModel<List<TDemoModel>>();
try
{
using (databaseConnector = getDatabaseConnector())
using (databaseExecutor = new Executor(databaseConnector))
{
databaseScriptModel = new DatabaseScriptModel();
databaseScriptModel.command = (new TDemoScript()).getListData(searchModel);
result.data = databaseExecutor.sqlQueryToList<TDemoModel>(databaseScriptModel);
}
}
catch (Exception ex) { result.exception = ex; }
return result;
}
public DiagnosticIncrementalAnalyzer(
DiagnosticAnalyzerService owner,
int correlationId,
Workspace workspace,
HostAnalyzerManager hostAnalyzerManager,
AbstractHostDiagnosticUpdateSource hostDiagnosticUpdateSource)
: base(owner, workspace, hostAnalyzerManager, hostDiagnosticUpdateSource)
{
_correlationId = correlationId;
_stateManager = new StateManager(hostAnalyzerManager);
_stateManager.ProjectAnalyzerReferenceChanged += OnProjectAnalyzerReferenceChanged;
_executor = new Executor(this);
_compilationManager = new CompilationManager(this);
}
void Awake()
{
// インスタンスが存在するなら破棄する
if (existsInstance)
{
Destroy(gameObject);
return;
}
// 存在しない場合
// 自身が唯一のインスタンスとなる
existsInstance = true;
DontDestroyOnLoad(gameObject);
executor = new Executor();
}
public TestOutcome RunSession(ITestContext assemblyTestContext, MSTestAssembly assemblyTest,
ITestCommand assemblyTestCommand, TestStep parentTestStep, IProgressMonitor progressMonitor)
{
DirectoryInfo tempDir = SpecialPathPolicy.For("MSTestAdapter").CreateTempDirectoryWithUniqueName();
try
{
// Set the test results path. Among other things, the test results path
// will determine where the deployed test files go.
string testResultsPath = Path.Combine(tempDir.FullName, "tests.trx");
// Set the test results root directory.
// This path determines both where MSTest searches for test files which
// is used to resolve relative paths to test files in the "*.vsmdi" file.
string searchPathRoot = Path.GetDirectoryName(assemblyTest.AssemblyFilePath);
// Set the test metadata and run config paths. These are just temporary
// files that can go anywhere on the filesystem. It happens to be convenient
// to store them in the same temporary directory as the test results.
string testMetadataPath = Path.Combine(tempDir.FullName, "tests.vsmdi");
string runConfigPath = Path.Combine(tempDir.FullName, "tests.runconfig");
progressMonitor.SetStatus("Generating test metadata file.");
CreateTestMetadataFile(testMetadataPath,
GetTestsFromCommands(assemblyTestCommand.PreOrderTraversal), assemblyTest.AssemblyFilePath);
progressMonitor.SetStatus("Generating run config file.");
CreateRunConfigFile(runConfigPath);
progressMonitor.SetStatus("Executing tests.");
Executor executor = new Executor(this, assemblyTestContext, assemblyTestCommand);
TestOutcome outcome = executor.Execute(testMetadataPath, testResultsPath,
runConfigPath, searchPathRoot);
return outcome;
}
finally
{
try
{
tempDir.Delete(true);
}
catch
{
// Ignore I/O exceptions deleting temporary files.
// They will probably be deleted by the OS later on during a file cleanup.
}
}
}
void OutputAllTable(StreamWriter sw, Executor exec)
{
sw.WriteLine("<table width='100%'>");
int nRow = 0;
foreach (Function f in exec.GetAllFunctions())
{
if (nRow % 5 == 0)
sw.WriteLine("<tr valign='top'>");
string sName = Util.ToHtml(f.GetName());
string s = "<td><a href='#" + sName + "'>" + sName + "</a></td>";
sw.WriteLine(s);
if (nRow++ % 5 == 4)
sw.WriteLine("</tr>");
}
if (nRow % 5 != 0) sw.WriteLine("</tr>");
sw.WriteLine("</table>");
}
/// <summary>
/// 批量更新数据（新增和更新）
/// </summary>
public DatabaseResultModel<bool> updateMany(List<TDemoModel> models)
{
var result = new DatabaseResultModel<bool>();
try
{
using (databaseConnector = getDatabaseConnector())
using (databaseExecutor = new Executor(databaseConnector))
{
databaseScriptModel = new DatabaseScriptModel();
databaseScriptModel.command = (new TDemoScript()).updateMany(models);
executeSqlCommand(new TDemoScript());
result.data = true;
}
}
catch (Exception ex) { result.exception = ex; result.data = false; }
return result;
}
public void WhenEnteringForTheElement(ResolvedString text, ActiveElementSelector selector)
=> Executor.Execute(()
=> WebDriver.Select(selector).Enter(text));
public BattleState(IMemoryAPI fface) : base(fface)
{
_executor = new Executor(fface);
}
public void step_05()
{
lid = Other.GetParamFromCurrentUrl("lid");
lid = lid.Substring(0, lid.IndexOf('#'));
Executor.ExecuteProcedure("inac.iptv_services_load.job", Environment.InacDb);
}
public Wave(Dictionary <string, System.Object> json)
{
canvas = GameObject.Find("Canvas").transform;
System.Random rand = new System.Random();
enemies = new List <GameObject> ();
//note: ints in MiniJSON come out as longs, so must be cast twice
levelID = (int)(long)json ["levelID"];
waveID = (int)(long)json ["waveID"];
maxTime = (int)(long)json ["maxMilliseconds"];
interval = (int)(long)json ["minimumInterval"];
List <System.Object> enemyjson = (List <System.Object>)json ["enemies"];
//step one: create a randomized list of spawn times
int slots = maxTime / interval;
//Debug.Log ("wave "+ waveID + " slots: " + slots);
int occupants = enemyjson.Count;
//create bool array to randomize
List <bool> timeslots = new List <bool>();
for (int i = 0; i < slots; i++)
{
if (i < occupants)
{
timeslots.Add(true);
}
else
{
timeslots.Add(false);
}
}
//randomize this array (fisher-yates shuffle)
for (int i = slots - 1; i > 0; i--)
{
int j = rand.Next(i + 1);
bool temp = timeslots[i];
timeslots[i] = timeslots[j];
timeslots[j] = temp;
}
//make sure one enemy spawns immediately
if (!timeslots[0])
{
for (int i = 1; i < slots; i++)
{
if (timeslots[i])
{
timeslots[0] = true;
timeslots[i] = false;
break;
}
}
}
//create corresponding array of random-ish long bonuses to positions
List <long> timeChaos = new List <long>();
for (int i = 0; i < timeslots.Count; i++)
{
timeChaos.Add(0);
}
for (int i = 0; i < timeChaos.Count; i++)
{
if (timeslots[i]) //if an enemy should spawn in this timeframe,
//get the previous bonus to make sure you're the min distance away
{
long previous = 0;
if (i > 0)
{
previous = timeChaos[i - 1];
}
//create random spawn time within the time slot allotted
long chaos = rand.Next((int)previous, (int)interval);
timeChaos[i] = chaos;
}
}
//check to make sure nothing went wrong and timeslots and timechaos are both of length slots
if (timeslots.Count != slots)
{
Debug.Log("timeslots is wrong length! slots is " + slots + " but timeslots length is " + timeslots.Count);
}
if (timeChaos.Count != slots)
{
Debug.Log("timechaos is wrong length! slots is " + slots + " but timechaos length is " + timeChaos.Count);
}
//finally, create final list of spawn times
List <long> spawntimesInMillis = new List <long>();
for (int i = 0; i < timeslots.Count; i++)
{
if (timeslots[i])
{
long spawntime = i * interval;
spawntime += timeChaos[i];
spawntimesInMillis.Add(spawntime);
}
}
//for(int i = 0; i < spawntimesInMillis.Count; i++){
// Debug.Log ("wave "+ waveID + " spawntime "+i +": " + spawntimesInMillis[i]);
//}
//check to make sure nothing went wrong and spawntimes is of length occupants
if (spawntimesInMillis.Count != enemyjson.Count)
{
Debug.Log("spawntimes and enemies don't match! (" + spawntimesInMillis.Count + "/" + enemyjson.Count + ")");
}
//shuffle the enemy order (fisher-yates)
for (int i = enemyjson.Count - 1; i > 0; i--)
{
int j = rand.Next(i + 1);
System.Object temp = enemyjson[i];
enemyjson[i] = enemyjson[j];
enemyjson[j] = temp;
}
for (int i = 0; i < enemyjson.Count; i++)
{
System.Object enemy = enemyjson[i];
Dictionary <string, System.Object> enemydict = (Dictionary <string, System.Object>)enemy;
//would load from bestiary using (string)enemydict["enemyID"], but no bestiary yet
//long spawntimeInMillis = (long)enemydict["spawntime"];
string filename = (string)enemydict["enemyID"];
int track = (int)(long)enemydict["trackID"];
int trackpos = 0;
if (enemydict.ContainsKey("trackpos"))
{
trackpos = (int)(long)enemydict["trackpos"];
}
//make enemy
GameObject enemyspawn = GameObject.Instantiate(Resources.Load("Prefabs/MainCanvas/Enemy")) as GameObject;
//Debug.Log("we're setting it to the spawn layer");
//Debug.Log (Dial.spawnLayer == null);
enemyspawn.transform.SetParent(Dial.spawnLayer, false);
enemyspawn.SetActive(false);
Enemy ec = enemyspawn.GetComponent <Enemy>();
FileLoader fl = new FileLoader("JSONData" + Path.DirectorySeparatorChar + "Bestiary", filename);
string actualenemyjson = fl.Read();
Dictionary <string, System.Object> actualenemydict = Json.Deserialize(actualenemyjson) as Dictionary <string, System.Object>;
string enemytype = (string)actualenemydict["enemyType"];
if (enemytype.Equals("Chainers"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Chainer c = enemyobj.AddComponent <Chainer>() as Chainer;
float chaindelay = (float)(double)actualenemydict["delay"];
c.delay = chaindelay;
ec = c;
}
else if (enemytype.Equals("TipOfTheSpear"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
TipOfTheSpear tots = enemyobj.AddComponent <TipOfTheSpear>() as TipOfTheSpear;
float chaindelay = (float)(double)actualenemydict["delay"];
tots.SetDelay(chaindelay);
tots.leader = true;
ec = tots;
}
else if (enemytype.Equals("WallOfDoom"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
WallOfDoom wod = enemyobj.AddComponent <WallOfDoom>() as WallOfDoom;
ec = wod;
}
else if (enemytype.Equals("TheDiversion"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Diversion d = enemyobj.AddComponent <Diversion>() as Diversion;
float chaindelay = (float)(double)actualenemydict["delay"];
d.SetDelay(chaindelay);
ec = d;
}
else if (enemytype.Equals("MeatShield"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
MeatShield ms = enemyobj.AddComponent <MeatShield>() as MeatShield;
float chaindelay = (float)(double)actualenemydict["delay"];
ms.SetDelay(chaindelay);
ms.leader = true;
ec = ms;
}
else if (enemytype.Equals("Splitter"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Splitter s = enemyobj.AddComponent <Splitter>() as Splitter;
ec = s;
}
else if (enemytype.Equals("Blob"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Blob b = enemyobj.AddComponent <Blob>() as Blob;
ec = b;
}
else if (enemytype.Equals("Megasplit"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Megasplit ms = enemyobj.AddComponent <Megasplit>() as Megasplit;
ec = ms;
}
else if (enemytype.Equals("Melder"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Melder m = enemyobj.AddComponent <Melder>() as Melder;
ec = m;
}
else if (enemytype.Equals("BigSplit"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
BigSplit bs = enemyobj.AddComponent <BigSplit>() as BigSplit;
ec = bs;
}
else if (enemytype.Equals("Junior"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Junior j = enemyobj.AddComponent <Junior>() as Junior;
ec = j;
}
else if (enemytype.Equals("Cheater"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Cheater ch = enemyobj.AddComponent <Cheater>() as Cheater;
ec = ch;
}
else if (enemytype.Equals("Spite"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Spite s = enemyobj.AddComponent <Spite>() as Spite;
ec = s;
}
else if (enemytype.Equals("Executor"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Executor s = enemyobj.AddComponent <Executor>() as Executor;
ec = s;
}
else if (enemytype.Equals("Saboteur"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Saboteur s = enemyobj.AddComponent <Saboteur>() as Saboteur;
ec = s;
}
else if (enemytype.Equals("Pusher"))
{
GameObject enemyobj = ec.gameObject;
GameObject.Destroy(enemyobj.GetComponent <Enemy>());
Pusher s = enemyobj.AddComponent <Pusher>() as Pusher;
ec = s;
}
//give enemy a filename to load from
ec.SetSrcFileName(filename);
ec.SetTrackID(track);
ec.SetTrackLane(trackpos);
//calculate and set position
float degrees = (track - 1) * 60 + 30; //clockwise of y-axis
degrees += 15 * trackpos; //negative trackpos is left side, positive is right side, 0 is middle
degrees = ((360 - degrees) + 90) % 360; //convert to counterclockwise of x axis
degrees *= Mathf.Deg2Rad;
((RectTransform)enemyspawn.transform).anchoredPosition = new Vector2(Dial.ENEMY_SPAWN_LENGTH * Mathf.Cos(degrees), Dial.ENEMY_SPAWN_LENGTH * Mathf.Sin(degrees));
//set spawn time
ec.SetSpawnTime(spawntimesInMillis[i]);
enemies.Add(enemyspawn);
}
/*foreach (System.Object enemy in enemyjson) {
* //ec.ConfigureEnemy ();
* }*/
}
public bool shouldJump(List <string> codeLine, int lineNumber, Executor executor)
{
return(executor.labelDict[codeLine[1]] < lineNumber);
}
public static SearchMailboxesResults SeachMailboxes(ISearchPolicy policy, SearchMailboxesInputs input)
{
Recorder.Trace(2L, TraceType.InfoTrace, new object[]
{
"Controller.SeachMailboxes Input:",
input,
"IsLocal:",
input.IsLocalCall,
"SearchType:",
input.SearchType
});
Recorder.Record record = policy.Recorder.Start("SearchMailboxes", TraceType.InfoTrace, true);
ValidateSource.ValidateSourceContext taskContext = new ValidateSource.ValidateSourceContext
{
AllowedRecipientTypeDetails = SearchRecipient.RecipientTypeDetail,
AllowedRecipientTypes = SearchRecipient.RecipientTypes,
MinimumVersion = null,
RequiredCmdlet = "New-MailboxSearch",
RequiredCmdletParameters = "EstimateOnly"
};
MailboxInfoCreation.MailboxInfoCreationContext taskContext2 = new MailboxInfoCreation.MailboxInfoCreationContext
{
SuppressDuplicates = true,
MaximumItems = (int)((input != null && input.SearchType == SearchType.Statistics) ? policy.ThrottlingSettings.DiscoveryMaxStatsSearchMailboxes : ((uint)policy.ExecutionSettings.DiscoveryMaxMailboxes))
};
ServerLookup.ServerLookupContext taskContext3 = new ServerLookup.ServerLookupContext();
CompleteSearchMailbox.CompleteSearchMailboxContext taskContext4 = new CompleteSearchMailbox.CompleteSearchMailboxContext();
Func <object, string> batchByDatabase = delegate(object item)
{
if (!((SearchSource)item).MailboxInfo.IsArchive)
{
return(((SearchSource)item).MailboxInfo.MdbGuid.ToString());
}
return(((SearchSource)item).MailboxInfo.ArchiveDatabase.ToString());
};
Func <object, string> batchKeyFactory = delegate(object item)
{
if (!((SearchSource)item).MailboxInfo.IsRemoteMailbox)
{
return(batchByDatabase(item));
}
return("Remote");
};
Func <object, string> batchKeyFactory2 = (object item) => ((FanoutParameters)item).GroupId.Uri.ToString();
Executor executor = new Executor(policy, typeof(InitializeSearchMailbox))
{
Concurrency = policy.ExecutionSettings.DiscoverySynchronousConcurrency
};
Executor executor2 = executor;
if (input.IsLocalCall)
{
Recorder.Trace(2L, TraceType.InfoTrace, "Controller.SeachMailboxes LocalSearch");
executor2 = executor2.Chain(new BatchedExecutor(policy, typeof(SearchDatabase))
{
Concurrency = policy.ExecutionSettings.DiscoveryLocalSearchConcurrency,
BatchSize = (policy.ExecutionSettings.DiscoveryLocalSearchIsParallel ? 1U : policy.ExecutionSettings.DiscoveryLocalSearchBatch),
BatchKeyFactory = batchByDatabase
});
}
else
{
Recorder.Trace(2L, TraceType.InfoTrace, "Controller.SeachMailboxes Search");
executor2 = executor2.Chain(new Executor(policy, typeof(DirectoryQueryFormatting))
{
Concurrency = policy.ExecutionSettings.DiscoverySynchronousConcurrency
}).Chain(new Executor(policy, typeof(DirectoryLookup))
{
Concurrency = policy.ExecutionSettings.DiscoveryADLookupConcurrency
}).Chain(new Executor(policy, typeof(ValidateSource))
{
Concurrency = policy.ExecutionSettings.DiscoverySynchronousConcurrency,
TaskContext = taskContext
}).Chain(new Executor(policy, typeof(MailboxInfoCreation))
{
Concurrency = policy.ExecutionSettings.DiscoverySynchronousConcurrency,
TaskContext = taskContext2
});
if (input.SearchType == SearchType.ExpandSources)
{
Recorder.Trace(2L, TraceType.InfoTrace, "Controller.SeachMailboxes ExpandSources");
executor2 = executor2.Chain(new BatchedExecutor(policy, typeof(CompleteSourceLookup))
{
Concurrency = policy.ExecutionSettings.DiscoverySynchronousConcurrency,
BatchKeyFactory = BatchedExecutor.BatchByCount,
BatchSize = policy.ThrottlingSettings.DiscoveryMaxPreviewSearchMailboxes,
TaskContext = input
});
}
else
{
executor2 = executor2.Chain(new BatchedExecutor(policy, typeof(ServerLookup))
{
Concurrency = policy.ExecutionSettings.DiscoveryServerLookupConcurrency,
TaskContext = taskContext3,
BatchSize = policy.ExecutionSettings.DiscoveryServerLookupBatch,
BatchKeyFactory = batchKeyFactory
}).Chain(new BatchedExecutor(policy, typeof(FanoutSearchMailboxes))
{
Concurrency = policy.ExecutionSettings.DiscoveryFanoutConcurrency,
BatchSize = policy.ExecutionSettings.DiscoveryFanoutBatch,
BatchKeyFactory = batchKeyFactory2
});
}
}
executor2 = executor2.Chain(new Executor(policy, typeof(CompleteSearchMailbox))
{
Concurrency = 1U,
TaskContext = taskContext4
});
Recorder.Trace(2L, TraceType.InfoTrace, "Controller.SeachMailboxes Start");
SearchMailboxesResults result;
try
{
ServicePointManager.ServerCertificateValidationCallback = (RemoteCertificateValidationCallback)Delegate.Combine(ServicePointManager.ServerCertificateValidationCallback, new RemoteCertificateValidationCallback(ServerToServerEwsCallingContext.CertificateErrorHandler));
SearchMailboxesResults searchMailboxesResults = executor.Process(input) as SearchMailboxesResults;
Recorder.Trace(2L, TraceType.InfoTrace, "Controller.SeachMailboxes End");
if (executor.Context.Failures.Count > 0)
{
Recorder.Trace(2L, TraceType.InfoTrace, "Controller.SeachMailboxes Failures:", executor.Context.Failures.Count);
if (searchMailboxesResults == null)
{
searchMailboxesResults = new SearchMailboxesResults(null);
}
searchMailboxesResults.AddFailures(executor.Context.Failures);
}
policy.Recorder.End(record);
result = searchMailboxesResults;
}
finally
{
ServicePointManager.ServerCertificateValidationCallback = (RemoteCertificateValidationCallback)Delegate.Remove(ServicePointManager.ServerCertificateValidationCallback, new RemoteCertificateValidationCallback(ServerToServerEwsCallingContext.CertificateErrorHandler));
}
return(result);
}
public void ReceiveExecutor(Executor executor)
{
// Not Needed
}
public static void EnableUtilities(IExecutorPlatform utilityPlatform)
{
_utility = new Executor(utilityPlatform);
}
public void NullTempFileCollection_Required_Throws()
{
string outputName = null, errorName = null;
Assert.Throws <NullReferenceException>(() => Executor.ExecWaitWithCapture("", null, ref outputName, ref errorName));
}
internal TableQuerySegment <DynamicTableEntity> EndExecuteQuerySegmented(IAsyncResult asyncResult)
{
return(Executor.EndExecuteAsync <TableQuerySegment <DynamicTableEntity> >(asyncResult));
}
public ExecutorDelivery(Executor executor, BlinkListener listener)
{
mPoster = executor;
mListener = listener;
}
public async Task Part6_Custom_Scalar()
{
// Create builder and load sdl
var builder = new SchemaBuilder()
.Sdl(@"
# Custom scalar defined in the SDL
scalar Uri
type Query {
url: Uri!
}
");
// Get query type
builder.GetQuery(out var query);
// Build schema by binding resolvers from ObjectTypeMap
var schema = SchemaTools.MakeExecutableSchema(
builder,
new ObjectTypeMap
{
{
query.Name, new FieldResolversMap
{
{
"url", context => ResolveSync.As(new Uri("https://localhost/"))
}
}
}
},
converters: new Dictionary <string, IValueConverter>()
{
// this will add value converter for Uri scalar type
["Uri"] = new InlineConverter(
serialize: value =>
{
var uri = (Uri)value;
return(uri.ToString());
},
parseValue: value => new Uri(value.ToString()),
parseLiteral: value =>
{
if (value.Kind == NodeKind.StringValue)
{
return(new Uri((StringValue)value));
}
throw new ArgumentOutOfRangeException(
nameof(value),
$"Cannot coerce Uri from value kind: '{value.Kind}'");
})
});
// execute query
var result = await Executor.ExecuteAsync(new ExecutionOptions()
{
Schema = schema,
Document = Parser.ParseDocument(@"{ url }")
});
var url = result.Data["url"];
Assert.Equal("https://localhost/", url.ToString());
}
protected override void Update()
{
if (landing)
{
do_land(); return;
}
switch (stage)
{
case Stage.Start:
VSC_ON(HFlight.Stop);
if (VSL.LandedOrSplashed || VSL.Altitude.Relative < StartAltitude)
{
CFG.DesiredAltitude = StartAltitude;
}
else
{
CFG.DesiredAltitude = VSL.Altitude.Relative;
}
if (!VSL.LandedOrSplashed)
{
compute_initial_trajectory();
}
break;
case Stage.GainAltitude:
Status("Gaining altitude...");
VSC_ON(HFlight.Level);
if (VSL.Altitude.Relative > CFG.DesiredAltitude * 0.9f)
{
compute_initial_trajectory();
}
break;
case Stage.Compute:
double obstacle;
if (!trajectory_computed())
{
break;
}
if (find_biggest_obstacle_ahead(C.StartAltitude, out obstacle))
{
break;
}
if (obstacle > 0)
{
StartAltitude += (float)obstacle + C.ObstacleOffset;
CFG.DesiredAltitude = StartAltitude;
stage = Stage.GainAltitude;
}
else if (VSL.Altitude.Relative < C.StartAltitude - 10)
{
stage = Stage.GainAltitude;
}
else if (check_initial_trajectory())
{
accelerate();
}
else
{
stage = Stage.Wait;
}
break;
case Stage.Wait:
if (!string.IsNullOrEmpty(TCAGui.StatusMessage))
{
break;
}
accelerate();
break;
case Stage.Accelerate:
CFG.AT.OnIfNot(Attitude.Custom);
var dV = (trajectory.Orbit.GetFrameVelAtUT(trajectory.StartUT) -
VSL.orbit.GetFrameVelAtUT(trajectory.StartUT)).xzy;
if (VSL.Controls.AlignmentFactor > 0.9 || !CFG.VSCIsActive)
{
CFG.DisableVSC();
var dVv = -VSL.Altitude.Absolute;//Vector3d.Dot(dV, VSL.Physics.Up);
if (RAD != null)
{
var dH = VSL.Altitude.Relative - VSL.Altitude.Ahead - VSL.Geometry.H;
if (dH < 0)
{
dVv -= dH / RAD.TimeAhead * 1.1f;
}
}
if (dVv > 0)
{
fall_correction.I = C.FallCorrectionPID.I * Utils.ClampL(100 / VSL.Altitude.Relative, 1);
fall_correction.Update(-VSL.Altitude.Absolute);
}
else
{
fall_correction.IntegralError *= Utils.ClampL(1 - fall_correction.I / 10 * TimeWarp.fixedDeltaTime, 0);
fall_correction.Update(0);
}
// Log("dV {}, dVv {}, correction {}, I {}", dV, dVv, fall_correction.Action, fall_correction.I);//debug
if (Executor.Execute(dV + fall_correction * VSL.Physics.Up, 10))
{
Status("Accelerating: " + Colors.Warning.Tag("<b>{0}</b> m/s"),
(dV.magnitude - 10).ToString("F1"));
}
else
{
fine_tune_approach();
}
}
else
{
ATC.SetThrustDirW(-dV);
}
break;
case Stage.CorrectTrajectory:
VSL.Info.Countdown = landing_trajectory.BrakeStartPoint.UT - VSL.Physics.UT - ManeuverOffset;
if (VSL.Info.Countdown > 0)
{
warp_to_countdown();
if (!trajectory_computed())
{
break;
}
add_correction_node_if_needed();
stage = Stage.Coast;
}
else
{
stage = Stage.None;
start_landing();
}
break;
case Stage.Coast:
if (!coast_to_start())
{
stage = Stage.None;
}
break;
}
}
public void WhenSelectingTheElement(ActiveElementSelector selector)
=> Executor.Execute(()
=> WebDriver.Select(selector).Select());
public void WhenSelectingTheElementRow(RowSelectorPrefix row, ActiveElementSelector selector)
=> Executor.Execute(()
=> WebDriver.ForRow(row).Select(selector).Select());
public void WhenEnteringForTheElementRow(RowSelectorPrefix row, ResolvedString text, ActiveElementSelector selector)
=> Executor.Execute(()
=> WebDriver.ForRow(row).Select(selector).Enter(text));
