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Math.xml samples -- updating for Try .NET #1875

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ee917bd
updating for Try .NET
WilliamAntonRohm Dec 31, 2019
787fe61
updating for interpolated strings
WilliamAntonRohm Jan 2, 2020
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109 changes: 55 additions & 54 deletions snippets/csharp/VS_Snippets_CLR/math.max/CS/max.cs
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@@ -1,62 +1,63 @@
//<snippet1>
// This example demonstrates Math.Max()
// This example demonstrates Math.Max()
using System;

class Sample
{
public static void Main()
{
string str = "{0}: The greater of {1,3} and {2,3} is {3}.";
string nl = Environment.NewLine;

byte xByte1 = 1, xByte2 = 51;
short xShort1 = -2, xShort2 = 52;
int xInt1 = -3, xInt2 = 53;
long xLong1 = -4, xLong2 = 54;
float xSingle1 = 5.0f, xSingle2 = 55.0f;
double xDouble1 = 6.0, xDouble2 = 56.0;
Decimal xDecimal1 = 7m, xDecimal2 = 57m;

// The following types are not CLS-compliant.
sbyte xSbyte1 = 101, xSbyte2 = 111;
ushort xUshort1 = 102, xUshort2 = 112;
uint xUint1 = 103, xUint2 = 113;
ulong xUlong1 = 104, xUlong2 = 114;

Console.WriteLine("{0}Display the greater of two values:{0}", nl);
Console.WriteLine(str, "Byte ", xByte1, xByte2, Math.Max(xByte1, xByte2));
Console.WriteLine(str, "Int16 ", xShort1, xShort2, Math.Max(xShort1, xShort2));
Console.WriteLine(str, "Int32 ", xInt1, xInt2, Math.Max(xInt1, xInt2));
Console.WriteLine(str, "Int64 ", xLong1, xLong2, Math.Max(xLong1, xLong2));
Console.WriteLine(str, "Single ", xSingle1, xSingle2, Math.Max(xSingle1, xSingle2));
Console.WriteLine(str, "Double ", xDouble1, xDouble2, Math.Max(xDouble1, xDouble2));
Console.WriteLine(str, "Decimal", xDecimal1, xDecimal2, Math.Max(xDecimal1, xDecimal2));
//
Console.WriteLine("{0}The following types are not CLS-compliant.{0}", nl);
Console.WriteLine(str, "SByte ", xSbyte1, xSbyte2, Math.Max(xSbyte1, xSbyte2));
Console.WriteLine(str, "UInt16 ", xUshort1, xUshort2, Math.Max(xUshort1, xUshort2));
Console.WriteLine(str, "UInt32 ", xUint1, xUint2, Math.Max(xUint1, xUint2));
Console.WriteLine(str, "UInt64 ", xUlong1, xUlong2, Math.Max(xUlong1, xUlong2));
//<snippet1>
string str = "{0}: The greater of {1,3} and {2,3} is {3}.";
string nl = Environment.NewLine;

byte xByte1 = 1, xByte2 = 51;
short xShort1 = -2, xShort2 = 52;
int xInt1 = -3, xInt2 = 53;
long xLong1 = -4, xLong2 = 54;
float xSingle1 = 5.0f, xSingle2 = 55.0f;
double xDouble1 = 6.0, xDouble2 = 56.0;
Decimal xDecimal1 = 7m, xDecimal2 = 57m;

// The following types are not CLS-compliant.
sbyte xSbyte1 = 101, xSbyte2 = 111;
ushort xUshort1 = 102, xUshort2 = 112;
uint xUint1 = 103, xUint2 = 113;
ulong xUlong1 = 104, xUlong2 = 114;

Console.WriteLine("{0}Display the greater of two values:{0}", nl);
Console.WriteLine(str, "Byte ", xByte1, xByte2, Math.Max(xByte1, xByte2));
Console.WriteLine(str, "Int16 ", xShort1, xShort2, Math.Max(xShort1, xShort2));
Console.WriteLine(str, "Int32 ", xInt1, xInt2, Math.Max(xInt1, xInt2));
Console.WriteLine(str, "Int64 ", xLong1, xLong2, Math.Max(xLong1, xLong2));
Console.WriteLine(str, "Single ", xSingle1, xSingle2, Math.Max(xSingle1, xSingle2));
Console.WriteLine(str, "Double ", xDouble1, xDouble2, Math.Max(xDouble1, xDouble2));
Console.WriteLine(str, "Decimal", xDecimal1, xDecimal2, Math.Max(xDecimal1, xDecimal2));
//
Console.WriteLine("{0}The following types are not CLS-compliant.{0}", nl);
Console.WriteLine(str, "SByte ", xSbyte1, xSbyte2, Math.Max(xSbyte1, xSbyte2));
Console.WriteLine(str, "UInt16 ", xUshort1, xUshort2, Math.Max(xUshort1, xUshort2));
Console.WriteLine(str, "UInt32 ", xUint1, xUint2, Math.Max(xUint1, xUint2));
Console.WriteLine(str, "UInt64 ", xUlong1, xUlong2, Math.Max(xUlong1, xUlong2));

/*
This example produces the following results:

Display the greater of two values:

Byte : The greater of 1 and 51 is 51.
Int16 : The greater of -2 and 52 is 52.
Int32 : The greater of -3 and 53 is 53.
Int64 : The greater of -4 and 54 is 54.
Single : The greater of 5 and 55 is 55.
Double : The greater of 6 and 56 is 56.
Decimal: The greater of 7 and 57 is 57.

(The following types are not CLS-compliant.)

SByte : The greater of 101 and 111 is 111.
UInt16 : The greater of 102 and 112 is 112.
UInt32 : The greater of 103 and 113 is 113.
UInt64 : The greater of 104 and 114 is 114.
*/
//</snippet1>
}
}
/*
This example produces the following results:

Display the greater of two values:

Byte : The greater of 1 and 51 is 51.
Int16 : The greater of -2 and 52 is 52.
Int32 : The greater of -3 and 53 is 53.
Int64 : The greater of -4 and 54 is 54.
Single : The greater of 5 and 55 is 55.
Double : The greater of 6 and 56 is 56.
Decimal: The greater of 7 and 57 is 57.

(The following types are not CLS-compliant.)

SByte : The greater of 101 and 111 is 111.
UInt16 : The greater of 102 and 112 is 112.
UInt32 : The greater of 103 and 113 is 113.
UInt64 : The greater of 104 and 114 is 114.
*/
//</snippet1>
110 changes: 56 additions & 54 deletions snippets/csharp/VS_Snippets_CLR/math.min/CS/min.cs
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//<snippet1>
// This example demonstrates Math.Min()
// This example demonstrates Math.Min()
using System;

class Sample
{
public static void Main()
{
string str = "{0}: The lesser of {1,3} and {2,3} is {3}.";
string nl = Environment.NewLine;

byte xByte1 = 1, xByte2 = 51;
short xShort1 = -2, xShort2 = 52;
int xInt1 = -3, xInt2 = 53;
long xLong1 = -4, xLong2 = 54;
float xSingle1 = 5.0f, xSingle2 = 55.0f;
double xDouble1 = 6.0, xDouble2 = 56.0;
Decimal xDecimal1 = 7m, xDecimal2 = 57m;

// The following types are not CLS-compliant.
sbyte xSbyte1 = 101, xSbyte2 = 111;
ushort xUshort1 = 102, xUshort2 = 112;
uint xUint1 = 103, xUint2 = 113;
ulong xUlong1 = 104, xUlong2 = 114;

Console.WriteLine("{0}Display the lesser of two values:{0}", nl);
Console.WriteLine(str, "Byte ", xByte1, xByte2, Math.Min(xByte1, xByte2));
Console.WriteLine(str, "Int16 ", xShort1, xShort2, Math.Min(xShort1, xShort2));
Console.WriteLine(str, "Int32 ", xInt1, xInt2, Math.Min(xInt1, xInt2));
Console.WriteLine(str, "Int64 ", xLong1, xLong2, Math.Min(xLong1, xLong2));
Console.WriteLine(str, "Single ", xSingle1, xSingle2, Math.Min(xSingle1, xSingle2));
Console.WriteLine(str, "Double ", xDouble1, xDouble2, Math.Min(xDouble1, xDouble2));
Console.WriteLine(str, "Decimal", xDecimal1, xDecimal2, Math.Min(xDecimal1, xDecimal2));
//
Console.WriteLine("{0}The following types are not CLS-compliant:{0}", nl);
Console.WriteLine(str, "SByte ", xSbyte1, xSbyte2, Math.Min(xSbyte1, xSbyte2));
Console.WriteLine(str, "UInt16 ", xUshort1, xUshort2, Math.Min(xUshort1, xUshort2));
Console.WriteLine(str, "UInt32 ", xUint1, xUint2, Math.Min(xUint1, xUint2));
Console.WriteLine(str, "UInt64 ", xUlong1, xUlong2, Math.Min(xUlong1, xUlong2));
//<snippet1>
string str = "{0}: The lesser of {1,3} and {2,3} is {3}.";
string nl = Environment.NewLine;

byte xByte1 = 1, xByte2 = 51;
short xShort1 = -2, xShort2 = 52;
int xInt1 = -3, xInt2 = 53;
long xLong1 = -4, xLong2 = 54;
float xSingle1 = 5.0f, xSingle2 = 55.0f;
double xDouble1 = 6.0, xDouble2 = 56.0;
Decimal xDecimal1 = 7m, xDecimal2 = 57m;

// The following types are not CLS-compliant.
sbyte xSbyte1 = 101, xSbyte2 = 111;
ushort xUshort1 = 102, xUshort2 = 112;
uint xUint1 = 103, xUint2 = 113;
ulong xUlong1 = 104, xUlong2 = 114;

Console.WriteLine("{0}Display the lesser of two values:{0}", nl);
Console.WriteLine(str, "Byte ", xByte1, xByte2, Math.Min(xByte1, xByte2));
Console.WriteLine(str, "Int16 ", xShort1, xShort2, Math.Min(xShort1, xShort2));
Console.WriteLine(str, "Int32 ", xInt1, xInt2, Math.Min(xInt1, xInt2));
Console.WriteLine(str, "Int64 ", xLong1, xLong2, Math.Min(xLong1, xLong2));
Console.WriteLine(str, "Single ", xSingle1, xSingle2, Math.Min(xSingle1, xSingle2));
Console.WriteLine(str, "Double ", xDouble1, xDouble2, Math.Min(xDouble1, xDouble2));
Console.WriteLine(str, "Decimal", xDecimal1, xDecimal2, Math.Min(xDecimal1, xDecimal2));

//
Console.WriteLine("{0}The following types are not CLS-compliant:{0}", nl);
Console.WriteLine(str, "SByte ", xSbyte1, xSbyte2, Math.Min(xSbyte1, xSbyte2));
Console.WriteLine(str, "UInt16 ", xUshort1, xUshort2, Math.Min(xUshort1, xUshort2));
Console.WriteLine(str, "UInt32 ", xUint1, xUint2, Math.Min(xUint1, xUint2));
Console.WriteLine(str, "UInt64 ", xUlong1, xUlong2, Math.Min(xUlong1, xUlong2));

/*
This example produces the following results:

Display the lesser of two values:

Byte : The lesser of 1 and 51 is 1.
Int16 : The lesser of -2 and 52 is -2.
Int32 : The lesser of -3 and 53 is -3.
Int64 : The lesser of -4 and 54 is -4.
Single : The lesser of 5 and 55 is 5.
Double : The lesser of 6 and 56 is 6.
Decimal: The lesser of 7 and 57 is 7.

The following types are not CLS-compliant:

SByte : The lesser of 101 and 111 is 101.
UInt16 : The lesser of 102 and 112 is 102.
UInt32 : The lesser of 103 and 113 is 103.
UInt64 : The lesser of 104 and 114 is 104.
*/
//</snippet1>
}
}
/*
This example produces the following results:

Display the lesser of two values:

Byte : The lesser of 1 and 51 is 1.
Int16 : The lesser of -2 and 52 is -2.
Int32 : The lesser of -3 and 53 is -3.
Int64 : The lesser of -4 and 54 is -4.
Single : The lesser of 5 and 55 is 5.
Double : The lesser of 6 and 56 is 6.
Decimal: The lesser of 7 and 57 is 7.

The following types are not CLS-compliant:

SByte : The lesser of 101 and 111 is 101.
UInt16 : The lesser of 102 and 112 is 102.
UInt32 : The lesser of 103 and 113 is 103.
UInt64 : The lesser of 104 and 114 is 104.
*/
//</snippet1>
19 changes: 9 additions & 10 deletions snippets/csharp/VS_Snippets_CLR_System/system.Math.Abs/cs/Abs1.cs
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// <Snippet1>
using System;
using System;

public class Example
{
public static void Main()
{
// <Snippet1>
decimal[] decimals = { Decimal.MaxValue, 12.45M, 0M, -19.69M,
Decimal.MinValue };
foreach (decimal value in decimals)
Console.WriteLine("Abs({0}) = {1}", value, Math.Abs(value));
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You may check if there are other places where string interpolation can be used.

Suggested change
Console.WriteLine("Abs({0}) = {1}", value, Math.Abs(value));
Console.WriteLine($"Abs({value}) = {Math.Abs(value)}");

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This set of changes is optional, but highly recommended.

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This instance is fixed -- looking for others now.

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@BillWagner, @Youssef1313 -- there are 13 more such constructs in this set of example files; working on them.


// The example displays the following output:
// Abs(79228162514264337593543950335) = 79228162514264337593543950335
// Abs(12.45) = 12.45
// Abs(0) = 0
// Abs(-19.69) = 19.69
// Abs(-79228162514264337593543950335) = 79228162514264337593543950335
// </Snippet1>
}
}
// The example displays the following output:
// Abs(79228162514264337593543950335) = 79228162514264337593543950335
// Abs(12.45) = 12.45
// Abs(0) = 0
// Abs(-19.69) = 19.69
// Abs(-79228162514264337593543950335) = 79228162514264337593543950335
// </Snippet1>

23 changes: 12 additions & 11 deletions snippets/csharp/VS_Snippets_CLR_System/system.Math.Abs/cs/abs2.cs
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// <Snippet2>
using System;
using System;

public class Example
{
public static void Main()
{
// <Snippet2>
double[] doubles = { Double.MaxValue, 16.354e-17, 15.098123, 0,
-19.069713, -15.058e18, Double.MinValue };
foreach (double value in doubles)
Console.WriteLine("Abs({0}) = {1}", value, Math.Abs(value));

// The example displays the following output:
// Abs(1.79769313486232E+308) = 1.79769313486232E+308
// Abs(1.6354E-16) = 1.6354E-16
// Abs(15.098123) = 15.098123
// Abs(0) = 0
// Abs(-19.069713) = 19.069713
// Abs(-1.5058E+19) = 1.5058E+19
// Abs(-1.79769313486232E+308) = 1.79769313486232E+308
// </Snippet2>
}
}
// The example displays the following output:
// Abs(1.79769313486232E+308) = 1.79769313486232E+308
// Abs(1.6354E-16) = 1.6354E-16
// Abs(15.098123) = 15.098123
// Abs(0) = 0
// Abs(-19.069713) = 19.069713
// Abs(-1.5058E+19) = 1.5058E+19
// Abs(-1.79769313486232E+308) = 1.79769313486232E+308
// </Snippet2>

19 changes: 10 additions & 9 deletions snippets/csharp/VS_Snippets_CLR_System/system.Math.Abs/cs/abs3.cs
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// <Snippet3>
using System;
using System;

public class Example
{
public static void Main()
{
// <Snippet3>
short[] values = { Int16.MaxValue, 10328, 0, -1476, Int16.MinValue };
foreach (short value in values)
{
Expand All @@ -16,12 +16,13 @@ public static void Main()
value);
}
}

// The example displays the following output:
// Abs(32767) = 32767
// Abs(10328) = 10328
// Abs(0) = 0
// Abs(-1476) = 1476
// Unable to calculate the absolute value of -32768.
// </Snippet3>
}
}
// The example displays the following output:
// Abs(32767) = 32767
// Abs(10328) = 10328
// Abs(0) = 0
// Abs(-1476) = 1476
// Unable to calculate the absolute value of -32768.
// </Snippet3>
19 changes: 10 additions & 9 deletions snippets/csharp/VS_Snippets_CLR_System/system.Math.Abs/cs/abs4.cs
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// <Snippet4>
using System;
using System;

public class Example
{
public static void Main()
{
// <Snippet4>
int[] values = { Int32.MaxValue, 16921, 0, -804128, Int32.MinValue };
foreach (int value in values)
{
Expand All @@ -16,12 +16,13 @@ public static void Main()
value);
}
}

// The example displays the following output:
// Abs(2147483647) = 2147483647
// Abs(16921) = 16921
// Abs(0) = 0
// Abs(-804128) = 804128
// Unable to calculate the absolute value of -2147483648.
// </Snippet4>
}
}
// The example displays the following output:
// Abs(2147483647) = 2147483647
// Abs(16921) = 16921
// Abs(0) = 0
// Abs(-804128) = 804128
// Unable to calculate the absolute value of -2147483648.
// </Snippet4>
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