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How to use PrioritizationStrategy class of Microsoft.Coyote.Testing.Fuzzing package

Best Coyote code snippet using Microsoft.Coyote.Testing.Fuzzing.PrioritizationStrategy

FuzzingStrategy.cs

Source:FuzzingStrategy.cs

...36        {37            switch (configuration.SchedulingStrategy)38            {39                case "prioritization":40                    return new PrioritizationStrategy(configuration, generator);41                default:42                    // return new RandomStrategy(configuration, generator);43                    return new BoundedRandomStrategy(configuration, generator);44            }45        }46        /// <summary>47        /// Returns the next delay.48        /// </summary>49        /// <param name="ops">Operations executing during the current test iteration.</param>50        /// <param name="current">The operation requesting the delay.</param>51        /// <param name="maxValue">The max value.</param>52        /// <param name="next">The next delay.</param>53        /// <returns>True if there is a next delay, else false.</returns>54        internal bool GetNextDelay(IEnumerable<ControlledOperation> ops, ControlledOperation current,...

PrioritizationStrategy.cs

Source:PrioritizationStrategy.cs

...7{8    /// <summary>9    /// A probabilistic priority-based fuzzing strategy.10    /// </summary>11    internal class PrioritizationStrategy : FuzzingStrategy12    {13        /// <summary>14        /// The maximum number of steps after which we should reshuffle the probabilities.15        /// </summary>16        protected readonly int PriorityChangePoints;17        /// <summary>18        /// Set of low priority operations.19        /// </summary>20        /// <remarks>21        /// Tasks in this set will experience more delay.22        /// </remarks>23        private readonly List<Guid> LowPrioritySet;24        /// <summary>25        /// Set of high priority operations.26        /// </summary>27        private readonly List<Guid> HighPrioritySet;28        /// <summary>29        /// Probability with which operations should be alloted to the low priority set.30        /// </summary>31        private double LowPriorityProbability;32        /// <summary>33        /// Initializes a new instance of the <see cref="PrioritizationStrategy"/> class.34        /// </summary>35        internal PrioritizationStrategy(Configuration configuration, IRandomValueGenerator generator)36            : base(configuration, generator, false)37        {38            this.PriorityChangePoints = configuration.StrategyBound;39            this.HighPrioritySet = new List<Guid>();40            this.LowPrioritySet = new List<Guid>();41            this.LowPriorityProbability = 0;42        }43        /// <inheritdoc/>44        internal override bool InitializeNextIteration(uint iteration)45        {46            this.StepCount = 0;47            this.LowPrioritySet.Clear();48            this.HighPrioritySet.Clear();49            // Change the probability of a task to be assigned to the low priority set after each iteration....

PrioritizationStrategy

Using AI Code Generation

1using Microsoft.Coyote.Testing.Fuzzing;2using System;3using System.Collections.Generic;4using System.Linq;5using System.Text;6using System.Threading.Tasks;7{8    {9        static void Main(string[] args)10        {11            var strategy = new PrioritizationStrategy();12            strategy.Add(1, 1);13            strategy.Add(2, 2);14            strategy.Add(3, 3);15            for (int i = 0; i < 10; i++)16            {17                Console.WriteLine(strategy.Next());18            }19        }20    }21}

PrioritizationStrategy

Using AI Code Generation

1using Microsoft.Coyote.Testing.Fuzzing;2using System;3using System.Collections.Generic;4using System.Linq;5using System.Text;6using System.Threading.Tasks;7{8    {9        static void Main(string[] args)10        {11            var strategy = PrioritizationStrategy.Default;12            strategy = new RandomStrategy(1);13            strategy = new RandomStrategy(1, new List<string>() { "Test1", "Test2" });14            strategy = new RandomStrategy(1, new List<(string, int)>() { ("Test1", 1), ("Test2", 2) });15            strategy = new RandomStrategy(1, new List<(string, int)>() { ("Test1", 1), ("Test2", 2) });16            strategy = new RandomStrategy(1, new List<(string, int)>() { ("Test1", 1), ("Test2", 2) });17            strategy = new RandomStrategy(1, new List<(string, int)>() { ("Test1", 1), ("Test2", 2) });18            strategy = new RandomStrategy(1, new List<(string, int)>() { ("Test1", 1), ("Test2", 2) });19            strategy = new RandomStrategy(1, new List<(string, int)>() { ("Test1", 1), ("Test2", 2) });20            strategy = new RandomStrategy(1, new List<(string, int)>() { ("Test1", 1), ("Test2", 2) });

PrioritizationStrategy

Using AI Code Generation

1using Microsoft.Coyote.Testing.Fuzzing;2{3    {4        static void Main(string[] args)5        {6            PrioritizationStrategy strategy = new PrioritizationStrategy();7            strategy.MaxIterations = 1000;8            strategy.NumOfInputsToGenerate = 100;9            FuzzingEngine engine = new FuzzingEngine(strategy);10            engine.RunFuzzing();11        }12    }13}

PrioritizationStrategy

Using AI Code Generation

1using Microsoft.Coyote.Testing.Fuzzing;2{3    {4        static void Main(string[] args)5        {6            var strategy = new PrioritizationStrategy();7            strategy.Add("A", 1);8            strategy.Add("B", 2);9            strategy.Add("C", 3);10            strategy.Add("D", 4);11            strategy.Add("E", 5);12            strategy.Add("F", 6);13            strategy.Add("G", 7);14            strategy.Add("H", 8);15            strategy.Add("I", 9);16            strategy.Add("J", 10);17            strategy.Add("K", 11);18            strategy.Add("L", 12);19            strategy.Add("M", 13);20            strategy.Add("N", 14);21            strategy.Add("O", 15);22            strategy.Add("P", 16);23            strategy.Add("Q", 17);24            strategy.Add("R", 18);25            strategy.Add("S", 19);26            strategy.Add("T", 20);27            strategy.Add("U", 21);28            strategy.Add("V", 22);29            strategy.Add("W", 23);30            strategy.Add("X", 24);31            strategy.Add("Y", 25);32            strategy.Add("Z", 26);33            var random = new Random();34            for (int i = 0; i < 100; i++)35            {36                var next = strategy.GetNext(random);37                Console.WriteLine(next);38            }39        }40    }41}42using Microsoft.Coyote.Testing.Fuzzing;43{44    {45        static void Main(string[] args)46        {47            var strategy = new PrioritizationStrategy();48            strategy.Add("A", 1);49            strategy.Add("B", 2);50            strategy.Add("C", 3);51            strategy.Add("D", 4);52            strategy.Add("E", 5);53            strategy.Add("F", 6);54            strategy.Add("G", 7);55            strategy.Add("H", 8);56            strategy.Add("I", 9);57            strategy.Add("J", 10);58            strategy.Add("K", 11);59            strategy.Add("L

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