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How to use Pulse method of Microsoft.Coyote.Rewriting.Types.Threading.SynchronizedBlock class

Best Coyote code snippet using Microsoft.Coyote.Rewriting.Types.Threading.SynchronizedBlock.Pulse

Monitor.cs

Source:Monitor.cs

...91        }92        /// <summary>93        /// Notifies a thread in the waiting queue of a change in the locked object's state.94        /// </summary>95        public static void Pulse(object obj)96        {97            var runtime = CoyoteRuntime.Current;98            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)99            {100                var block = SynchronizedBlock.Find(obj) ??101                    throw new SystemThreading.SynchronizationLockException();102                block.Pulse();103            }104            else105            {106                SystemThreading.Monitor.Pulse(obj);107            }108        }109        /// <summary>110        /// Notifies all waiting threads of a change in the object's state.111        /// </summary>112        public static void PulseAll(object obj)113        {114            var runtime = CoyoteRuntime.Current;115            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)116            {117                var block = SynchronizedBlock.Find(obj) ??118                    throw new SystemThreading.SynchronizationLockException();119                block.PulseAll();120            }121            else122            {123                SystemThreading.Monitor.PulseAll(obj);124            }125        }126        /// <summary>127        /// Attempts, for the specified amount of time, to acquire an exclusive lock on the specified object,128        /// and atomically sets a value that indicates whether the lock was taken.129        /// </summary>130        public static void TryEnter(object obj, TimeSpan timeout, ref bool lockTaken)131        {132            var runtime = CoyoteRuntime.Current;133            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)134            {135                // TODO: how to implement this timeout?136                lockTaken = SynchronizedBlock.Lock(obj).IsLockTaken;137            }138            else139            {140                if (runtime.SchedulingPolicy is SchedulingPolicy.Fuzzing &&141                    runtime.TryGetExecutingOperation(out ControlledOperation current))142                {143                    runtime.DelayOperation(current);144                }145                SystemThreading.Monitor.TryEnter(obj, timeout, ref lockTaken);146            }147        }148        /// <summary>149        /// Attempts, for the specified amount of time, to acquire an exclusive lock on the specified object,150        /// and atomically sets a value that indicates whether the lock was taken.151        /// </summary>152        public static bool TryEnter(object obj, TimeSpan timeout)153        {154            var runtime = CoyoteRuntime.Current;155            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)156            {157                // TODO: how to implement this timeout?158                return SynchronizedBlock.Lock(obj).IsLockTaken;159            }160            else if (runtime.SchedulingPolicy is SchedulingPolicy.Fuzzing &&161                runtime.TryGetExecutingOperation(out ControlledOperation current))162            {163                runtime.DelayOperation(current);164            }165            return SystemThreading.Monitor.TryEnter(obj, timeout);166        }167        /// <summary>168        /// Attempts, for the specified number of milliseconds, to acquire an exclusive lock on the specified object,169        /// and atomically sets a value that indicates whether the lock was taken.170        /// </summary>171        public static void TryEnter(object obj, int millisecondsTimeout, ref bool lockTaken)172        {173            var runtime = CoyoteRuntime.Current;174            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)175            {176                // TODO: how to implement this timeout?177                lockTaken = SynchronizedBlock.Lock(obj).IsLockTaken;178            }179            else180            {181                if (runtime.SchedulingPolicy is SchedulingPolicy.Fuzzing &&182                    runtime.TryGetExecutingOperation(out ControlledOperation current))183                {184                    runtime.DelayOperation(current);185                }186                SystemThreading.Monitor.TryEnter(obj, millisecondsTimeout, ref lockTaken);187            }188        }189        /// <summary>190        /// Attempts to acquire an exclusive lock on the specified object, and atomically191        /// sets a value that indicates whether the lock was taken.192        /// </summary>193        public static void TryEnter(object obj, ref bool lockTaken)194        {195            var runtime = CoyoteRuntime.Current;196            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)197            {198                // TODO: how to implement this timeout?199                lockTaken = SynchronizedBlock.Lock(obj).IsLockTaken;200            }201            else202            {203                if (runtime.SchedulingPolicy is SchedulingPolicy.Fuzzing &&204                    runtime.TryGetExecutingOperation(out ControlledOperation current))205                {206                    runtime.DelayOperation(current);207                }208                SystemThreading.Monitor.TryEnter(obj, ref lockTaken);209            }210        }211        /// <summary>212        /// Attempts to acquire an exclusive lock on the specified object.213        /// </summary>214        public static bool TryEnter(object obj)215        {216            var runtime = CoyoteRuntime.Current;217            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)218            {219                return SynchronizedBlock.Lock(obj).IsLockTaken;220            }221            else if (runtime.SchedulingPolicy is SchedulingPolicy.Fuzzing &&222                runtime.TryGetExecutingOperation(out ControlledOperation current))223            {224                runtime.DelayOperation(current);225            }226            return SystemThreading.Monitor.TryEnter(obj);227        }228        /// <summary>229        /// Releases the lock on an object and blocks the current thread until it reacquires the lock.230        /// </summary>231        public static bool Wait(object obj)232        {233            var runtime = CoyoteRuntime.Current;234            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)235            {236                var block = SynchronizedBlock.Find(obj) ??237                    throw new SystemThreading.SynchronizationLockException();238                return block.Wait();239            }240            return SystemThreading.Monitor.Wait(obj);241        }242        /// <summary>243        /// Releases the lock on an object and blocks the current thread until it reacquires the lock.244        /// If the specified time-out interval elapses, the thread enters the ready queue.245        /// </summary>246        public static bool Wait(object obj, int millisecondsTimeout)247        {248            var runtime = CoyoteRuntime.Current;249            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)250            {251                var block = SynchronizedBlock.Find(obj) ??252                    throw new SystemThreading.SynchronizationLockException();253                return block.Wait(millisecondsTimeout);254            }255            return SystemThreading.Monitor.Wait(obj, millisecondsTimeout);256        }257        /// <summary>258        /// Releases the lock on an object and blocks the current thread until it reacquires the lock. If the259        /// specified time-out interval elapses, the thread enters the ready queue. This method also specifies260        /// whether the synchronization domain for the context (if in a synchronized context) is exited before261        /// the wait and reacquired afterward.262        /// </summary>263        public static bool Wait(object obj, int millisecondsTimeout, bool exitContext)264        {265            var runtime = CoyoteRuntime.Current;266            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)267            {268                var block = SynchronizedBlock.Find(obj) ??269                    throw new SystemThreading.SynchronizationLockException();270                // TODO: implement exitContext.271                return block.Wait(millisecondsTimeout);272            }273            return SystemThreading.Monitor.Wait(obj, millisecondsTimeout, exitContext);274        }275        /// <summary>276        /// Releases the lock on an object and blocks the current thread until it reacquires the lock.277        /// If the specified time-out interval elapses, the thread enters the ready queue.278        /// </summary>279        public static bool Wait(object obj, TimeSpan timeout)280        {281            var runtime = CoyoteRuntime.Current;282            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)283            {284                var block = SynchronizedBlock.Find(obj) ??285                    throw new SystemThreading.SynchronizationLockException();286                return block.Wait(timeout);287            }288            return SystemThreading.Monitor.Wait(obj, timeout);289        }290        /// <summary>291        /// Releases the lock on an object and blocks the current thread until it reacquires the lock.292        /// If the specified time-out interval elapses, the thread enters the ready queue. Optionally293        /// exits the synchronization domain for the synchronized context before the wait and reacquires294        /// the domain afterward.295        /// </summary>296        public static bool Wait(object obj, TimeSpan timeout, bool exitContext)297        {298            var runtime = CoyoteRuntime.Current;299            if (runtime.SchedulingPolicy is SchedulingPolicy.Interleaving)300            {301                var block = SynchronizedBlock.Find(obj) ??302                    throw new SystemThreading.SynchronizationLockException();303                // TODO: implement exitContext.304                return block.Wait(timeout);305            }306            return SystemThreading.Monitor.Wait(obj, timeout, exitContext);307        }308        /// <summary>309        /// Provides a mechanism that synchronizes access to objects.310        /// </summary>311        internal class SynchronizedBlock : IDisposable312        {313            /// <summary>314            /// Cache from synchronized objects to synchronized block instances.315            /// </summary>316            private static readonly ConcurrentDictionary<object, Lazy<SynchronizedBlock>> Cache =317                new ConcurrentDictionary<object, Lazy<SynchronizedBlock>>();318            /// <summary>319            /// The object used for synchronization.320            /// </summary>321            protected readonly object SyncObject;322            /// <summary>323            /// True if the lock was taken, else false.324            /// </summary>325            internal bool IsLockTaken;326            /// <summary>327            /// The resource associated with this synchronization object.328            /// </summary>329            private readonly Resource Resource;330            /// <summary>331            /// The current owner of this synchronization object.332            /// </summary>333            private ControlledOperation Owner;334            /// <summary>335            /// Wait queue of asynchronous operations.336            /// </summary>337            private readonly List<ControlledOperation> WaitQueue;338            /// <summary>339            /// Ready queue of asynchronous operations.340            /// </summary>341            private readonly List<ControlledOperation> ReadyQueue;342            /// <summary>343            /// Queue of nondeterministically buffered pulse operations to be performed after releasing344            /// the lock. This allows modeling delayed pulse operations by the operation system.345            /// </summary>346            private readonly Queue<PulseOperation> PulseQueue;347            /// <summary>348            /// The number of times that the lock has been acquired per owner. The lock can only349            /// be acquired more than one times by the same owner. A count > 1 indicates that the350            /// invocation by the current owner is reentrant.351            /// </summary>352            private readonly Dictionary<ControlledOperation, int> LockCountMap;353            /// <summary>354            /// Used to reference count accesses to this synchronized block355            /// so that it can be removed from the cache.356            /// </summary>357            private int UseCount;358            /// <summary>359            /// Initializes a new instance of the <see cref="SynchronizedBlock"/> class.360            /// </summary>361            private SynchronizedBlock(object syncObject)362            {363                if (syncObject is null)364                {365                    throw new ArgumentNullException(nameof(syncObject));366                }367                this.SyncObject = syncObject;368                this.Resource = new Resource();369                this.WaitQueue = new List<ControlledOperation>();370                this.ReadyQueue = new List<ControlledOperation>();371                this.PulseQueue = new Queue<PulseOperation>();372                this.LockCountMap = new Dictionary<ControlledOperation, int>();373                this.UseCount = 0;374            }375            /// <summary>376            /// Creates a new <see cref="SynchronizedBlock"/> for synchronizing access377            /// to the specified object and enters the lock.378            /// </summary>379            internal static SynchronizedBlock Lock(object syncObject) =>380                Cache.GetOrAdd(syncObject, key => new Lazy<SynchronizedBlock>(381                    () => new SynchronizedBlock(key))).Value.EnterLock();382            /// <summary>383            /// Finds the synchronized block associated with the specified synchronization object.384            /// </summary>385            internal static SynchronizedBlock Find(object syncObject) =>386                Cache.TryGetValue(syncObject, out Lazy<SynchronizedBlock> lazyMock) ? lazyMock.Value : null;387            /// <summary>388            /// Determines whether the current thread holds the lock on the sync object.389            /// </summary>390            internal bool IsEntered()391            {392                if (this.Owner != null)393                {394                    var op = this.Resource.Runtime.GetExecutingOperation();395                    return this.Owner == op;396                }397                return false;398            }399            private SynchronizedBlock EnterLock()400            {401                this.IsLockTaken = true;402                SystemInterlocked.Increment(ref this.UseCount);403                if (this.Owner is null)404                {405                    // If this operation is trying to acquire this lock while it is free, then inject a scheduling406                    // point to give another enabled operation the chance to race and acquire this lock.407                    this.Resource.Runtime.ScheduleNextOperation(default, SchedulingPointType.Acquire);408                }409                if (this.Owner != null)410                {411                    var op = this.Resource.Runtime.GetExecutingOperation();412                    if (this.Owner == op)413                    {414                        // The owner is re-entering the lock.415                        this.LockCountMap[op]++;416                        return this;417                    }418                    else419                    {420                        // Another op has the lock right now, so add the executing op421                        // to the ready queue and block it.422                        this.WaitQueue.Remove(op);423                        if (!this.ReadyQueue.Contains(op))424                        {425                            this.ReadyQueue.Add(op);426                        }427                        this.Resource.Wait();428                        this.LockCountMap.Add(op, 1);429                        return this;430                    }431                }432                // The executing op acquired the lock and can proceed.433                this.Owner = this.Resource.Runtime.GetExecutingOperation();434                this.LockCountMap.Add(this.Owner, 1);435                return this;436            }437            /// <summary>438            /// Notifies a thread in the waiting queue of a change in the locked object's state.439            /// </summary>440            internal void Pulse() => this.SchedulePulse(PulseOperation.Next);441            /// <summary>442            /// Notifies all waiting threads of a change in the object's state.443            /// </summary>444            internal void PulseAll() => this.SchedulePulse(PulseOperation.All);445            /// <summary>446            /// Schedules a pulse operation that will either execute immediately or be scheduled447            /// to execute after the current owner releases the lock. This nondeterministic action448            /// is controlled by the runtime to simulate scenarios where the pulse is delayed by449            /// the operation system.450            /// </summary>451            private void SchedulePulse(PulseOperation pulseOperation)452            {453                var op = this.Resource.Runtime.GetExecutingOperation();454                if (this.Owner != op)455                {456                    throw new SystemSynchronizationLockException();457                }458                // Pulse has a delay in the operating system, we can simulate that here459                // by scheduling the pulse operation to be executed nondeterministically.460                this.PulseQueue.Enqueue(pulseOperation);461                if (this.PulseQueue.Count is 1)462                {463                    // Create a task for draining the queue. To optimize the testing performance,464                    // we create and maintain a single task to perform this role.465                    Task.Run(this.DrainPulseQueue);466                }467            }468            /// <summary>469            /// Drains the pulse queue, if it contains one or more buffered pulse operations.470            /// </summary>471            private void DrainPulseQueue()472            {473                while (this.PulseQueue.Count > 0)474                {475                    // Pulses can happen nondeterministically while other operations execute,476                    // which models delays by the OS.477                    this.Resource.Runtime.ScheduleNextOperation(default, SchedulingPointType.Default);478                    var pulseOperation = this.PulseQueue.Dequeue();479                    this.Pulse(pulseOperation);480                    if (this.Owner is null)481                    {482                        this.UnlockNextReady();483                    }484                }485            }486            /// <summary>487            /// Invokes the pulse operation.488            /// </summary>489            private void Pulse(PulseOperation pulseOperation)490            {491                if (pulseOperation is PulseOperation.Next)492                {493                    if (this.WaitQueue.Count > 0)494                    {495                        // System.Threading.Monitor has FIFO semantics.496                        var waitingOp = this.WaitQueue[0];497                        this.WaitQueue.RemoveAt(0);498                        this.ReadyQueue.Add(waitingOp);499                        IO.Debug.WriteLine("[coyote::debug] Operation '{0}' is pulsed by task '{1}'.",500                            waitingOp.Id, SystemTask.CurrentId);501                    }502                }503                else504                {505                    foreach (var waitingOp in this.WaitQueue)506                    {507                        this.ReadyQueue.Add(waitingOp);508                        IO.Debug.WriteLine("[coyote::debug] Operation '{0}' is pulsed by task '{1}'.",509                            waitingOp.Id, SystemTask.CurrentId);510                    }511                    this.WaitQueue.Clear();512                }513            }514            /// <summary>515            /// Releases the lock on an object and blocks the current thread until it reacquires516            /// the lock.517            /// </summary>518            internal bool Wait()519            {520                var op = this.Resource.Runtime.GetExecutingOperation();521                if (this.Owner != op)522                {523                    throw new SystemSynchronizationLockException();524                }525                this.ReadyQueue.Remove(op);526                if (!this.WaitQueue.Contains(op))527                {528                    this.WaitQueue.Add(op);529                }530                this.UnlockNextReady();531                IO.Debug.WriteLine("[coyote::debug] Operation '{0}' with task id '{1}' is waiting.",532                    op.Id, SystemTask.CurrentId);533                // Block this operation and schedule the next enabled operation.534                this.Resource.Wait();535                return true;536            }537            /// <summary>538            /// Releases the lock on an object and blocks the current thread until it reacquires539            /// the lock. If the specified time-out interval elapses, the thread enters the ready540            /// queue.541            /// </summary>542#pragma warning disable CA1801 // Parameter not used543            internal bool Wait(int millisecondsTimeout)544            {545                // TODO: how to implement timeout?546                // This is a bit more tricky to model, one way is to have a loop that checks547                // for controlled random boolean choice, and if it becomes true then it fails548                // the wait. This would be similar to timers in actors, so we want to use a549                // lower probability to not fail very frequently during systematic testing.550                // In the future we might want to introduce a RandomTimeout choice (similar to551                // RandomBoolean and RandomInteger), with the benefit being that the underlying552                // testing strategy will know that this is a timeout and perhaps treat it in a553                // more intelligent manner, but for now piggybacking on the other randoms should554                // work (as long as its not with a high probability).555                return this.Wait();556            }557#pragma warning restore CA1801 // Parameter not used558            /// <summary>559            /// Releases the lock on an object and blocks the current thread until it reacquires560            /// the lock. If the specified time-out interval elapses, the thread enters the ready561            /// queue.562            /// </summary>563#pragma warning disable CA1801 // Parameter not used564            internal bool Wait(TimeSpan timeout)565            {566                // TODO: how to implement timeout?567                return this.Wait();568            }569#pragma warning restore CA1801 // Parameter not used570            /// <summary>571            /// Assigns the lock to the next operation waiting in the ready queue, if there is one,572            /// following the FIFO semantics of monitor.573            /// </summary>574            private void UnlockNextReady()575            {576                // Preparing to unlock so give up ownership.577                this.Owner = null;578                if (this.ReadyQueue.Count > 0)579                {580                    // If there is a operation waiting in the ready queue, then signal it.581                    ControlledOperation op = this.ReadyQueue[0];582                    this.ReadyQueue.RemoveAt(0);583                    this.Owner = op;584                    this.Resource.Signal(op);585                }586            }587            internal void Exit()588            {589                var op = this.Resource.Runtime.GetExecutingOperation();590                this.Resource.Runtime.Assert(this.LockCountMap.ContainsKey(op),591                    "Cannot invoke Dispose without acquiring the lock.");592                this.LockCountMap[op]--;593                if (this.LockCountMap[op] is 0)594                {595                    // Only release the lock if the invocation is not reentrant.596                    this.LockCountMap.Remove(op);597                    this.UnlockNextReady();598                    this.Resource.Runtime.ScheduleNextOperation(op, SchedulingPointType.Release);599                }600                int useCount = SystemInterlocked.Decrement(ref this.UseCount);601                if (useCount is 0 && Cache[this.SyncObject].Value == this)602                {603                    // It is safe to remove this instance from the cache.604                    Cache.TryRemove(this.SyncObject, out _);605                }606            }607            /// <summary>608            /// Releases resources used by the synchronized block.609            /// </summary>610            protected void Dispose(bool disposing)611            {612                if (disposing)613                {614                    this.Exit();615                }616            }617            /// <summary>618            /// Releases resources used by the synchronized block.619            /// </summary>620            public void Dispose()621            {622                this.Dispose(true);623                GC.SuppressFinalize(this);624            }625            /// <summary>626            /// The type of a pulse operation.627            /// </summary>628            private enum PulseOperation629            {630                /// <summary>631                /// Pulses the next waiting operation.632                /// </summary>633                Next,634                /// <summary>635                /// Pulses all waiting operations.636                /// </summary>637                All638            }639        }640    }641}...

MonitorTests.cs

Source:MonitorTests.cs

...86            },87            replay: true);88        }89        [Fact(Timeout = 5000)]90        public void TestMonitorWithInvalidPulseState()91        {92            this.TestWithException<SynchronizationLockException>(() =>93            {94                SynchronizedBlock monitor;95                using (monitor = SynchronizedBlock.Lock(new object()))96                {97                }98                monitor.Pulse();99            },100            replay: true);101        }102        [Fact(Timeout = 5000)]103        public void TestMonitorWithInvalidPulseAllState()104        {105            this.TestWithException<SynchronizationLockException>(() =>106            {107                SynchronizedBlock monitor;108                using (monitor = SynchronizedBlock.Lock(new object()))109                {110                }111                monitor.PulseAll();112            },113            replay: true);114        }115        [Fact(Timeout = 5000)]116        public void TestMonitorWithInvalidUsage()117        {118            this.TestWithError(async () =>119            {120                try121                {122                    var monitor = SynchronizedBlock.Lock(new object());123                    // We yield to make sure the execution is asynchronous.124                    await Task.Yield();125                    monitor.Pulse();126                    // We do not dispose inside a using statement, because the `SynchronizationLockException`127                    // will trigger the disposal, which will fail because an await statement is not allowed128                    // inside a synchronized block. The C# compiler normally prevents it when using the lock129                    // statement, but we cannot prevent it when directly using the mock.130                    monitor.Dispose();131                }132                catch (SynchronizationLockException)133                {134                    Specification.Assert(false, "Expected exception thrown.");135                }136            },137            expectedError: "Expected exception thrown.",138            replay: true);139        }140        [Fact(Timeout = 5000)]141        public void TestComplexMonitor()142        {143            this.Test(async () =>144            {145                object syncObject = new object();146                bool waiting = false;147                List<string> log = new List<string>();148                Task t1 = Task.Run(() =>149                {150                    Monitor.Enter(syncObject);151                    log.Add("waiting");152                    waiting = true;153                    Monitor.Wait(syncObject);154                    log.Add("received pulse");155                    Monitor.Exit(syncObject);156                });157                Task t2 = Task.Run(async () =>158                {159                    while (!waiting)160                    {161                        await Task.Delay(1);162                    }163                    Monitor.Enter(syncObject);164                    Monitor.Pulse(syncObject);165                    log.Add("pulsed");166                    Monitor.Exit(syncObject);167                });168                await Task.WhenAll(t1, t2);169                string expected = "waiting, pulsed, received pulse";170                string actual = string.Join(", ", log);171                Specification.Assert(expected == actual, "ControlledMonitor out of order, '{0}' instead of '{1}'", actual, expected);172            },173            this.GetConfiguration());174        }175        private class SignalData176        {177            private readonly object SyncObject;178            internal bool Signalled;179            internal SignalData()180            {181                this.SyncObject = new object();182                this.Signalled = false;183            }184            internal void Signal()185            {186                using var monitor = SynchronizedBlock.Lock(this.SyncObject);187                this.Signalled = true;188                monitor.Pulse();189            }190            internal void Wait()191            {192                using var monitor = SynchronizedBlock.Lock(this.SyncObject);193                while (!this.Signalled)194                {195                    bool result = monitor.Wait();196                    Assert.True(result, "Wait returned false.");197                }198            }199            internal void ReentrantLock()200            {201                Debug.WriteLine("Entering lock on task {0}.", GetCurrentTaskId());202                using var monitor = SynchronizedBlock.Lock(this.SyncObject);...

Pulse

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using Microsoft.Coyote.Rewriting.Types.Threading;7{8    {9        static void Main(string[] args)10        {11            SynchronizedBlock block = new SynchronizedBlock();12            block.Pulse();13        }14    }15}16using System;17using System.Collections.Generic;18using System.Linq;19using System.Text;20using System.Threading.Tasks;21using Microsoft.Coyote.Rewriting.Types.Threading;22{23    {24        static void Main(string[] args)25        {26            SynchronizedBlock block = new SynchronizedBlock();27            block.PulseAll();28        }29    }30}31using System;32using System.Collections.Generic;33using System.Linq;34using System.Text;35using System.Threading.Tasks;36using Microsoft.Coyote.Rewriting.Types.Threading;37{38    {39        static void Main(string[] args)40        {41            SynchronizedBlock block = new SynchronizedBlock();42            block.Wait();43        }44    }45}46using System;47using System.Collections.Generic;48using System.Linq;49using System.Text;50using System.Threading.Tasks;51using Microsoft.Coyote.Rewriting.Types.Threading;52{53    {54        static void Main(string[] args)55        {56            SynchronizedBlock block = new SynchronizedBlock();57            block.Wait(10);58        }59    }60}61using System;62using System.Collections.Generic;63using System.Linq;64using System.Text;65using System.Threading.Tasks;66using Microsoft.Coyote.Rewriting.Types.Threading;67{68    {69        static void Main(string[] args)70        {71            SynchronizedBlock block = new SynchronizedBlock();72            block.Wait(new TimeSpan(10));73        }74    }75}

Pulse

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote.Rewriting.Types.Threading;4{5    {6        static void Main(string[] args)7        {8            var obj = new object();9            var sb = new SynchronizedBlock(obj);10            var t = Task.Run(() =>11            {12                sb.Enter();13                sb.Pulse();14                sb.Exit();15            });16            sb.Enter();17            sb.Wait();18            sb.Exit();19            t.Wait();20        }21    }22}23using System;24using System.Threading.Tasks;25using Microsoft.Coyote.Rewriting;26{27    {28        static void Main(string[] args)29        {30            var obj = new object();31            var sb = new SynchronizedBlock(obj);32            var t = Task.Run(() =>33            {34                sb.Enter();35                sb.Pulse();36                sb.Exit();37            });38            sb.Enter();39            sb.Wait();40            sb.Exit();41            t.Wait();42        }43    }44}

Pulse

Using AI Code Generation

1using System;2using Microsoft.Coyote.Rewriting.Types.Threading;3using System.Threading;4using System.Collections.Generic;5{6    {7        public static void Main()8        {9            var list = new List<int>();10            var sync = new SynchronizedBlock();11            var t1 = new Thread(() =>12            {13                sync.Pulse(() =>14                {15                    list.Add(1);16                });17            });18            var t2 = new Thread(() =>19            {20                sync.Pulse(() =>21                {22                    list.Add(2);23                });24            });25            t1.Start();26            t2.Start();27            t1.Join();28            t2.Join();29            Console.WriteLine("list contains {0} and {1}", list[0], list[1]);30        }31    }32}33using System;34using Microsoft.Coyote.Rewriting.Types.Threading;35using System.Threading;36using System.Collections.Generic;37{38    {39        public static void Main()40        {41            var list = new List<int>();42            var sync = new SynchronizedBlock();43            var t1 = new Thread(() =>44            {45                sync.PulseAll(() =>46                {47                    list.Add(1);48                });49            });50            var t2 = new Thread(() =>51            {52                sync.PulseAll(() =>53                {54                    list.Add(2);55                });56            });57            t1.Start();58            t2.Start();59            t1.Join();60            t2.Join();61            Console.WriteLine("list contains {0} and {1}", list[0], list[1]);62        }63    }64}65using System;66using Microsoft.Coyote.Rewriting.Types.Threading;67using System.Threading;68using System.Collections.Generic;69{70    {71        public static void Main()72        {73            var list = new List<int>();74            var sync = new SynchronizedBlock();75            var t1 = new Thread(() =>

Pulse

Using AI Code Generation

1using Microsoft.Coyote.Rewriting.Types.Threading;2using System;3using System.Threading.Tasks;4using System.Threading;5{6    {7        static void Main(string[] args)8        {9            Console.WriteLine("Hello World!");10            var t1 = Task.Run(() => { Method1(); });11            var t2 = Task.Run(() => { Method2(); });12            Task.WaitAll(t1, t2);13        }14        static SynchronizedBlock SynchronizedBlock = new SynchronizedBlock();15        static void Method1()16        {17            SynchronizedBlock.Pulse(() => { Console.WriteLine("Hello from Method1"); });18        }19        static void Method2()20        {21            SynchronizedBlock.Pulse(() => { Console.WriteLine("Hello from Method2"); });22        }23    }24}25using Microsoft.Coyote.Rewriting.Types.Threading;26using System;27using System.Threading.Tasks;28using System.Threading;29{30    {31        static void Main(string[] args)32        {33            Console.WriteLine("Hello World!");34            var t1 = Task.Run(() => { Method1(); });35            var t2 = Task.Run(() => { Method2(); });36            Task.WaitAll(t1, t2);37        }38        static SynchronizedBlock SynchronizedBlock = new SynchronizedBlock();39        static void Method1()40        {41            SynchronizedBlock.Pulse(() => { Console.WriteLine("Hello from Method1"); });42        }43        static void Method2()44        {45            SynchronizedBlock.Pulse(() => { Console.WriteLine("Hello from Method2"); });46        }47    }48}49using Microsoft.Coyote.Rewriting.Types.Threading;50using System;51using System.Threading.Tasks;52using System.Threading;53{54    {55        static void Main(string[] args)56        {57            Console.WriteLine("Hello World!");58            var t1 = Task.Run(() => { Method1(); });59            var t2 = Task.Run(() => { Method2(); });60            Task.WaitAll(t1, t

Pulse

Using AI Code Generation

1using System;2using System.Threading;3using Microsoft.Coyote.Rewriting.Types.Threading;4{5    {6        private static object _lock = new object();7        private static int _count = 0;8        static void Main(string[] args)9        {10            Thread t1 = new Thread(new ThreadStart(Increment));11            Thread t2 = new Thread(new ThreadStart(Increment));12            Thread t3 = new Thread(new ThreadStart(Increment));13            Thread t4 = new Thread(new ThreadStart(Increment));14            t1.Start();15            t2.Start();16            t3.Start();17            t4.Start();18            t1.Join();19            t2.Join();20            t3.Join();21            t4.Join();22            Console.WriteLine(_count);23        }24        private static void Increment()25        {26            lock (_lock)27            {28                _count++;29                SynchronizedBlock.Pulse(_lock);30            }31        }32    }33}34using System;35using System.Threading;36using Microsoft.Coyote.Rewriting.Types.Threading;37{38    {39        private static object _lock = new object();40        private static int _count = 0;41        static void Main(string[] args)42        {43            Thread t1 = new Thread(new ThreadStart(Increment));44            Thread t2 = new Thread(new ThreadStart(Increment));45            Thread t3 = new Thread(new ThreadStart(Increment));46            Thread t4 = new Thread(new ThreadStart(Increment));47            t1.Start();48            t2.Start();49            t3.Start();50            t4.Start();51            t1.Join();52            t2.Join();53            t3.Join();54            t4.Join();55            Console.WriteLine(_count);56        }57        private static void Increment()58        {59            lock (_lock)60            {61                _count++;62                SynchronizedBlock.PulseAll(_lock);63            }64        }65    }66}

Pulse

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Rewriting.Types.Threading;5{6    {7        static void Main(string[] args)8        {9            var monitor = new object();10            var task = Task.Run(() =>11            {12                lock (monitor)13                {14                    SynchronizedBlock.Wait(monitor);15                }16            });17            Task.Delay(1000).Wait();18            lock (monitor)19            {20                SynchronizedBlock.Pulse(monitor);21            }22            task.Wait();23        }24    }25}26using System;27using System.Threading.Tasks;28using Microsoft.Coyote;29using Microsoft.Coyote.Rewriting.Types.Threading;30{31    {32        static void Main(string[] args)33        {34            var monitor = new object();35            var task = Task.Run(() =>36            {37                lock (monitor)38                {39                    SynchronizedBlock.Wait(monitor);40                }41            });42            Task.Delay(1000).Wait();

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