SampleLinqProject/Program.cs at master · justcodebruh/SampleLinqProject · GitHub

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// Program.cs
usingSystem;
usingSystem.Collections.Generic;
usingSystem.Linq;
usingLinqFaroShuffle;

namespaceSampleLinqProject
{
classProgram
{
// Program.cs
staticvoidMain(string[]args)
{
varstartingDeck=Suits()
.SelectMany(suit =>Ranks()
.Select( rank =>new{Suit=suit,Rank=rank}))
.LogQuery("Starting Deck")
.ToArray();

// Display each card that we've generated and placed in startingDeck in the console
foreach(varcardinstartingDeck)
{
Console.WriteLine(card);
}

Console.WriteLine();
vartimes=0;
// We can re-use the shuffle variable from earlier, or you can make a new one
varshuffle=startingDeck;
do
{
// Out shuffle
/*
 shuffle = shuffle.Take(26)
 .LogQuery("Top Half")
 .InterleaveSequenceWith(shuffle.Skip(26)
 .LogQuery("Bottom Half"))
 .LogQuery("Shuffle");
 */

// In shuffle

shuffle=shuffle.Skip(26).LogQuery("Bottom Half")
.InterleaveSequenceWith(shuffle.Take(26).LogQuery("Top Half"))
.LogQuery("Shuffle")
.ToArray();

foreach(varcardinshuffle)
{
Console.WriteLine(card);
}
times++;
Console.WriteLine();

}while(!startingDeck.SequenceEquals(shuffle));

Console.WriteLine(times);
}

staticIEnumerable<string>Suits()
{
yieldreturn"clubs";
yieldreturn"diamonds";
yieldreturn"hearts";
yieldreturn"spades";
}

staticIEnumerable<string>Ranks()
{
yieldreturn"two";
yieldreturn"three";
yieldreturn"four";
yieldreturn"five";
yieldreturn"six";
yieldreturn"seven";
yieldreturn"eight";
yieldreturn"nine";
yieldreturn"ten";
yieldreturn"jack";
yieldreturn"queen";
yieldreturn"king";
yieldreturn"ace";
}
}
}
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// Program.cs
usingSystem;
usingSystem.Collections.Generic;
usingSystem.Linq;
usingLinqFaroShuffle;

namespaceSampleLinqProject
{
classProgram
{
// Program.cs
staticvoidMain(string[]args)
{
varstartingDeck=Suits()
.SelectMany(suit =>Ranks()
.Select( rank =>new{Suit=suit,Rank=rank}))
.LogQuery("Starting Deck")
.ToArray();

// Display each card that we've generated and placed in startingDeck in the console
foreach(varcardinstartingDeck)
{
Console.WriteLine(card);
}

Console.WriteLine();
vartimes=0;
// We can re-use the shuffle variable from earlier, or you can make a new one
varshuffle=startingDeck;
do
{
// Out shuffle
/*
 shuffle = shuffle.Take(26)
 .LogQuery("Top Half")
 .InterleaveSequenceWith(shuffle.Skip(26)
 .LogQuery("Bottom Half"))
 .LogQuery("Shuffle");
 */

// In shuffle

shuffle=shuffle.Skip(26).LogQuery("Bottom Half")
.InterleaveSequenceWith(shuffle.Take(26).LogQuery("Top Half"))
.LogQuery("Shuffle")
.ToArray();

foreach(varcardinshuffle)
{
Console.WriteLine(card);
}
times++;
Console.WriteLine();

}while(!startingDeck.SequenceEquals(shuffle));

Console.WriteLine(times);
}

staticIEnumerable<string>Suits()
{
yieldreturn"clubs";
yieldreturn"diamonds";
yieldreturn"hearts";
yieldreturn"spades";
}

staticIEnumerable<string>Ranks()
{
yieldreturn"two";
yieldreturn"three";
yieldreturn"four";
yieldreturn"five";
yieldreturn"six";
yieldreturn"seven";
yieldreturn"eight";
yieldreturn"nine";
yieldreturn"ten";
yieldreturn"jack";
yieldreturn"queen";
yieldreturn"king";
yieldreturn"ace";
}
}
}
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// Program.cs
usingSystem;
usingSystem.Collections.Generic;
usingSystem.Linq;
usingLinqFaroShuffle;

namespaceSampleLinqProject
{
classProgram
{
// Program.cs
staticvoidMain(string[]args)
{
varstartingDeck=Suits()
.SelectMany(suit =>Ranks()
.Select( rank =>new{Suit=suit,Rank=rank}))
.LogQuery("Starting Deck")
.ToArray();

// Display each card that we've generated and placed in startingDeck in the console
foreach(varcardinstartingDeck)
{
Console.WriteLine(card);
}

Console.WriteLine();
vartimes=0;
// We can re-use the shuffle variable from earlier, or you can make a new one
varshuffle=startingDeck;
do
{
// Out shuffle
/*
 shuffle = shuffle.Take(26)
 .LogQuery("Top Half")
 .InterleaveSequenceWith(shuffle.Skip(26)
 .LogQuery("Bottom Half"))
 .LogQuery("Shuffle");
 */

// In shuffle

shuffle=shuffle.Skip(26).LogQuery("Bottom Half")
.InterleaveSequenceWith(shuffle.Take(26).LogQuery("Top Half"))
.LogQuery("Shuffle")
.ToArray();

foreach(varcardinshuffle)
{
Console.WriteLine(card);
}
times++;
Console.WriteLine();

}while(!startingDeck.SequenceEquals(shuffle));

Console.WriteLine(times);
}

staticIEnumerable<string>Suits()
{
yieldreturn"clubs";
yieldreturn"diamonds";
yieldreturn"hearts";
yieldreturn"spades";
}

staticIEnumerable<string>Ranks()
{
yieldreturn"two";
yieldreturn"three";
yieldreturn"four";
yieldreturn"five";
yieldreturn"six";
yieldreturn"seven";
yieldreturn"eight";
yieldreturn"nine";
yieldreturn"ten";
yieldreturn"jack";
yieldreturn"queen";
yieldreturn"king";
yieldreturn"ace";
}
}
}
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// Program.cs
usingSystem;
usingSystem.Collections.Generic;
usingSystem.Linq;
usingLinqFaroShuffle;

namespaceSampleLinqProject
{
classProgram
{
// Program.cs
staticvoidMain(string[]args)
{
varstartingDeck=Suits()
.SelectMany(suit =>Ranks()
.Select( rank =>new{Suit=suit,Rank=rank}))
.LogQuery("Starting Deck")
.ToArray();

// Display each card that we've generated and placed in startingDeck in the console
foreach(varcardinstartingDeck)
{
Console.WriteLine(card);
}

Console.WriteLine();
vartimes=0;
// We can re-use the shuffle variable from earlier, or you can make a new one
varshuffle=startingDeck;
do
{
// Out shuffle
/*
 shuffle = shuffle.Take(26)
 .LogQuery("Top Half")
 .InterleaveSequenceWith(shuffle.Skip(26)
 .LogQuery("Bottom Half"))
 .LogQuery("Shuffle");
 */

// In shuffle

shuffle=shuffle.Skip(26).LogQuery("Bottom Half")
.InterleaveSequenceWith(shuffle.Take(26).LogQuery("Top Half"))
.LogQuery("Shuffle")
.ToArray();

foreach(varcardinshuffle)
{
Console.WriteLine(card);
}
times++;
Console.WriteLine();

}while(!startingDeck.SequenceEquals(shuffle));

Console.WriteLine(times);
}

staticIEnumerable<string>Suits()
{
yieldreturn"clubs";
yieldreturn"diamonds";
yieldreturn"hearts";
yieldreturn"spades";
}

staticIEnumerable<string>Ranks()
{
yieldreturn"two";
yieldreturn"three";
yieldreturn"four";
yieldreturn"five";
yieldreturn"six";
yieldreturn"seven";
yieldreturn"eight";
yieldreturn"nine";
yieldreturn"ten";
yieldreturn"jack";
yieldreturn"queen";
yieldreturn"king";
yieldreturn"ace";
}
}
}
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// Program.cs
usingSystem;
usingSystem.Collections.Generic;
usingSystem.Linq;
usingLinqFaroShuffle;

namespaceSampleLinqProject
{
classProgram
{
// Program.cs
staticvoidMain(string[]args)
{
varstartingDeck=Suits()
.SelectMany(suit =>Ranks()
.Select( rank =>new{Suit=suit,Rank=rank}))
.LogQuery("Starting Deck")
.ToArray();

// Display each card that we've generated and placed in startingDeck in the console
foreach(varcardinstartingDeck)
{
Console.WriteLine(card);
}

Console.WriteLine();
vartimes=0;
// We can re-use the shuffle variable from earlier, or you can make a new one
varshuffle=startingDeck;
do
{
// Out shuffle
/*
 shuffle = shuffle.Take(26)
 .LogQuery("Top Half")
 .InterleaveSequenceWith(shuffle.Skip(26)
 .LogQuery("Bottom Half"))
 .LogQuery("Shuffle");
 */

// In shuffle

shuffle=shuffle.Skip(26).LogQuery("Bottom Half")
.InterleaveSequenceWith(shuffle.Take(26).LogQuery("Top Half"))
.LogQuery("Shuffle")
.ToArray();

foreach(varcardinshuffle)
{
Console.WriteLine(card);
}
times++;
Console.WriteLine();

}while(!startingDeck.SequenceEquals(shuffle));

Console.WriteLine(times);
}

staticIEnumerable<string>Suits()
{
yieldreturn"clubs";
yieldreturn"diamonds";
yieldreturn"hearts";
yieldreturn"spades";
}

staticIEnumerable<string>Ranks()
{
yieldreturn"two";
yieldreturn"three";
yieldreturn"four";
yieldreturn"five";
yieldreturn"six";
yieldreturn"seven";
yieldreturn"eight";
yieldreturn"nine";
yieldreturn"ten";
yieldreturn"jack";
yieldreturn"queen";
yieldreturn"king";
yieldreturn"ace";
}
}
}
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// Program.cs
usingSystem;
usingSystem.Collections.Generic;
usingSystem.Linq;
usingLinqFaroShuffle;

namespaceSampleLinqProject
{
classProgram
{
// Program.cs
staticvoidMain(string[]args)
{
varstartingDeck=Suits()
.SelectMany(suit =>Ranks()
.Select( rank =>new{Suit=suit,Rank=rank}))
.LogQuery("Starting Deck")
.ToArray();

// Display each card that we've generated and placed in startingDeck in the console
foreach(varcardinstartingDeck)
{
Console.WriteLine(card);
}

Console.WriteLine();
vartimes=0;
// We can re-use the shuffle variable from earlier, or you can make a new one
varshuffle=startingDeck;
do
{
// Out shuffle
/*
 shuffle = shuffle.Take(26)
 .LogQuery("Top Half")
 .InterleaveSequenceWith(shuffle.Skip(26)
 .LogQuery("Bottom Half"))
 .LogQuery("Shuffle");
 */

// In shuffle

shuffle=shuffle.Skip(26).LogQuery("Bottom Half")
.InterleaveSequenceWith(shuffle.Take(26).LogQuery("Top Half"))
.LogQuery("Shuffle")
.ToArray();

foreach(varcardinshuffle)
{
Console.WriteLine(card);
}
times++;
Console.WriteLine();

}while(!startingDeck.SequenceEquals(shuffle));

Console.WriteLine(times);
}

staticIEnumerable<string>Suits()
{
yieldreturn"clubs";
yieldreturn"diamonds";
yieldreturn"hearts";
yieldreturn"spades";
}

staticIEnumerable<string>Ranks()
{
yieldreturn"two";
yieldreturn"three";
yieldreturn"four";
yieldreturn"five";
yieldreturn"six";
yieldreturn"seven";
yieldreturn"eight";
yieldreturn"nine";
yieldreturn"ten";
yieldreturn"jack";
yieldreturn"queen";
yieldreturn"king";
yieldreturn"ace";
}
}
}
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// Program.cs
usingSystem;
usingSystem.Collections.Generic;
usingSystem.Linq;
usingLinqFaroShuffle;

namespaceSampleLinqProject
{
classProgram
{
// Program.cs
staticvoidMain(string[]args)
{
varstartingDeck=Suits()
.SelectMany(suit =>Ranks()
.Select( rank =>new{Suit=suit,Rank=rank}))
.LogQuery("Starting Deck")
.ToArray();

// Display each card that we've generated and placed in startingDeck in the console
foreach(varcardinstartingDeck)
{
Console.WriteLine(card);
}

Console.WriteLine();
vartimes=0;
// We can re-use the shuffle variable from earlier, or you can make a new one
varshuffle=startingDeck;
do
{
// Out shuffle
/*
 shuffle = shuffle.Take(26)
 .LogQuery("Top Half")
 .InterleaveSequenceWith(shuffle.Skip(26)
 .LogQuery("Bottom Half"))
 .LogQuery("Shuffle");
 */

// In shuffle

shuffle=shuffle.Skip(26).LogQuery("Bottom Half")
.InterleaveSequenceWith(shuffle.Take(26).LogQuery("Top Half"))
.LogQuery("Shuffle")
.ToArray();

foreach(varcardinshuffle)
{
Console.WriteLine(card);
}
times++;
Console.WriteLine();

}while(!startingDeck.SequenceEquals(shuffle));

Console.WriteLine(times);
}

staticIEnumerable<string>Suits()
{
yieldreturn"clubs";
yieldreturn"diamonds";
yieldreturn"hearts";
yieldreturn"spades";
}

staticIEnumerable<string>Ranks()
{
yieldreturn"two";
yieldreturn"three";
yieldreturn"four";
yieldreturn"five";
yieldreturn"six";
yieldreturn"seven";
yieldreturn"eight";
yieldreturn"nine";
yieldreturn"ten";
yieldreturn"jack";
yieldreturn"queen";
yieldreturn"king";
yieldreturn"ace";
}
}
}
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// Program.cs
usingSystem;
usingSystem.Collections.Generic;
usingSystem.Linq;
usingLinqFaroShuffle;

namespaceSampleLinqProject
{
classProgram
{
// Program.cs
staticvoidMain(string[]args)
{
varstartingDeck=Suits()
.SelectMany(suit =>Ranks()
.Select( rank =>new{Suit=suit,Rank=rank}))
.LogQuery("Starting Deck")
.ToArray();

// Display each card that we've generated and placed in startingDeck in the console
foreach(varcardinstartingDeck)
{
Console.WriteLine(card);
}

Console.WriteLine();
vartimes=0;
// We can re-use the shuffle variable from earlier, or you can make a new one
varshuffle=startingDeck;
do
{
// Out shuffle
/*
 shuffle = shuffle.Take(26)
 .LogQuery("Top Half")
 .InterleaveSequenceWith(shuffle.Skip(26)
 .LogQuery("Bottom Half"))
 .LogQuery("Shuffle");
 */

// In shuffle

shuffle=shuffle.Skip(26).LogQuery("Bottom Half")
.InterleaveSequenceWith(shuffle.Take(26).LogQuery("Top Half"))
.LogQuery("Shuffle")
.ToArray();

foreach(varcardinshuffle)
{
Console.WriteLine(card);
}
times++;
Console.WriteLine();

}while(!startingDeck.SequenceEquals(shuffle));

Console.WriteLine(times);
}

staticIEnumerable<string>Suits()
{
yieldreturn"clubs";
yieldreturn"diamonds";
yieldreturn"hearts";
yieldreturn"spades";
}

staticIEnumerable<string>Ranks()
{
yieldreturn"two";
yieldreturn"three";
yieldreturn"four";
yieldreturn"five";
yieldreturn"six";
yieldreturn"seven";
yieldreturn"eight";
yieldreturn"nine";
yieldreturn"ten";
yieldreturn"jack";
yieldreturn"queen";
yieldreturn"king";
yieldreturn"ace";
}
}
}