remove inner snippets + formatting

docs/csharp/language-reference/keywords/value-types-table.md

@@ -11,25 +11,25 @@ ms.assetid: 67d8f631-b6e3-4d83-9910-5ec497f8c5f3
 ---
 # Value types table (C# Reference)
 
-The following table shows the C# value types.  
-  
-|Value type|Category|Type suffix|  
-|----------------|--------------|-----------------|  
-|[bool](bool.md)|Boolean||  
-|[byte](byte.md)|Unsigned, numeric, [integral](integral-types-table.md)||  
-|[char](char.md)|Unsigned, numeric, [integral](integral-types-table.md)||  
-|[decimal](decimal.md)|Numeric, [floating-point](floating-point-types-table.md)|M or m|  
-|[double](double.md)|Numeric, [floating-point](floating-point-types-table.md)|D or d|  
-|[enum](enum.md)|Enumeration||  
-|[float](float.md)|Numeric, [floating-point](floating-point-types-table.md)|F or f|  
-|[int](int.md)|Signed, numeric, [integral](integral-types-table.md)||  
-|[long](long.md)|Signed, numeric, [integral](integral-types-table.md)|L or l|  
-|[sbyte](sbyte.md)|Signed, numeric, [integral](integral-types-table.md)||  
-|[short](short.md)|Signed, numeric, [integral](integral-types-table.md)||  
-|[struct](struct.md)|User-defined structure||  
-|[uint](uint.md)|Unsigned, numeric, [integral](integral-types-table.md)|U or u|  
-|[ulong](ulong.md)|Unsigned, numeric, [integral](integral-types-table.md)|UL, Ul, uL, ul, LU, Lu, lU, or lu|  
-|[ushort](ushort.md)|Unsigned, numeric, [integral](integral-types-table.md)||  
+The following table shows the C# value types:
+
+|Value type|Category|Type suffix|
+|----------------|--------------|-----------------|
+|[bool](bool.md)|Boolean||
+|[byte](byte.md)|Unsigned, numeric, [integral](integral-types-table.md)||
+|[char](char.md)|Unsigned, numeric, [integral](integral-types-table.md)||
+|[decimal](decimal.md)|Numeric, [floating-point](floating-point-types-table.md)|M or m|
+|[double](double.md)|Numeric, [floating-point](floating-point-types-table.md)|D or d|
+|[enum](enum.md)|Enumeration||
+|[float](float.md)|Numeric, [floating-point](floating-point-types-table.md)|F or f|
+|[int](int.md)|Signed, numeric, [integral](integral-types-table.md)||
+|[long](long.md)|Signed, numeric, [integral](integral-types-table.md)|L or l|
+|[sbyte](sbyte.md)|Signed, numeric, [integral](integral-types-table.md)||
+|[short](short.md)|Signed, numeric, [integral](integral-types-table.md)||
+|[struct](struct.md)|User-defined structure||
+|[uint](uint.md)|Unsigned, numeric, [integral](integral-types-table.md)|U or u|
+|[ulong](ulong.md)|Unsigned, numeric, [integral](integral-types-table.md)|UL, Ul, uL, ul, LU, Lu, lU, or lu|
+|[ushort](ushort.md)|Unsigned, numeric, [integral](integral-types-table.md)||
 
 ## Remarks
 
@@ -50,4 +50,4 @@ If a [real numerical literal](~/_csharplang/spec/lexical-structure.md#real-liter
 - [Reference tables for types](reference-tables-for-types.md)
 - [Default values table](default-values-table.md)
 - [Value types](value-types.md)
-- [Formatting numeric results table](formatting-numeric-results-table.md)
+- [Formatting numeric results table](formatting-numeric-results-table.md)

docs/csharp/language-reference/keywords/value-types.md

@@ -23,14 +23,14 @@ There are two kinds of value types:
 
 A variable of a value type contains a value of the type. For example, a variable of the `int` type might contain the value `42`. This differs from a variable of a reference type, which contains a reference to an instance of the type, also known as an object. When you assign a new value to a variable of a value type, that value is copied. When you assign a new value to a variable of a reference type, the reference is copied, not the object itself.
 
-All value types are derived implicitly from the <xref:System.ValueType?displayProperty=nameWithType>.  
-  
-Unlike with reference types, you cannot derive a new type from a value type. However, like reference types, structs can implement interfaces.  
-  
+All value types are derived implicitly from the <xref:System.ValueType?displayProperty=nameWithType>.
+
+Unlike with reference types, you cannot derive a new type from a value type. However, like reference types, structs can implement interfaces.
+
 Value type variables cannot be `null` by default. However, variables of the corresponding [nullable types](../../../csharp/programming-guide/nullable-types/index.md) can be `null`.
-  
-Each value type has an implicit default constructor that initializes the default value of that type. For information about default values of value types, see [Default values table](default-values-table.md).  
-  
+
+Each value type has an implicit default constructor that initializes the default value of that type. For information about default values of value types, see [Default values table](default-values-table.md).
+
 ## Simple types
 
 The *simple types* are a set of predefined struct types provided by C# and comprise the following types:
@@ -50,59 +50,59 @@ The simple types differ from other struct types in that they permit certain addi
 - Constant expressions, whose operands are all simple type constants, are evaluated at compile time.
 
 For more information, see the [Simple types](~/_csharplang/spec/types.md#simple-types) section of the [C# language specification](../language-specification/index.md).
-  
+
 ## Initializing value types
 
- Local variables in C# must be initialized before they are used. For example, you might declare a local variable without initialization as in the following example:  
-  
-```csharp  
-int myInt;  
-```  
-  
- You cannot use it before you initialize it. You can initialize it using the following statement:  
-  
-```csharp  
-myInt = new int();  // Invoke default constructor for int type.  
-```  
-  
- This statement is equivalent to the following statement:  
-  
-```csharp  
-myInt = 0;         // Assign an initial value, 0 in this example.  
-```  
-  
- You can, of course, have the declaration and the initialization in the same statement as in the following examples:  
-  
-```csharp  
-int myInt = new int();  
-```  
-  
- –or–  
-  
-```csharp  
-int myInt = 0;  
-```  
-  
- Using the [new](new.md) operator calls the default constructor of the specific type and assigns the default value to the variable. In the preceding example, the default constructor assigned the value `0` to `myInt`. For more information about values assigned by calling default constructors, see [Default values table](default-values-table.md).  
-  
- With user-defined types, use [new](new.md) to invoke the default constructor. For example, the following statement invokes the default constructor of the `Point` struct:  
-  
-```csharp  
-Point p = new Point(); // Invoke default constructor for the struct.  
-```  
-  
- After this call, the struct is considered to be definitely assigned; that is, all its members are initialized to their default values.  
-  
- For more information about the `new` operator, see [new](new.md).  
-  
- For information about formatting the output of numeric types, see [Formatting numeric results table](formatting-numeric-results-table.md).  
-  
+Local variables in C# must be initialized before they are used. For example, you might declare a local variable without initialization as in the following example:
+
+```csharp
+int myInt;
+```
+
+You cannot use it before you initialize it. You can initialize it using the following statement:
+
+```csharp
+myInt = new int();  // Invoke default constructor for int type.
+```
+
+This statement is equivalent to the following statement:
+
+```csharp
+myInt = 0;         // Assign an initial value, 0 in this example.
+```
+
+You can, of course, have the declaration and the initialization in the same statement as in the following examples:
+
+```csharp
+int myInt = new int();
+```
+
+–or–
+
+```csharp
+int myInt = 0;
+```
+
+Using the [new](new.md) operator calls the default constructor of the specific type and assigns the default value to the variable. In the preceding example, the default constructor assigned the value `0` to `myInt`. For more information about values assigned by calling default constructors, see [Default values table](default-values-table.md).
+
+With user-defined types, use [new](new.md) to invoke the default constructor. For example, the following statement invokes the default constructor of the `Point` struct:
+
+```csharp
+Point p = new Point(); // Invoke default constructor for the struct.
+```
+
+After this call, the struct is considered to be definitely assigned; that is, all its members are initialized to their default values.
+
+For more information about the `new` operator, see [new](new.md).
+
+For information about formatting the output of numeric types, see [Formatting numeric results table](formatting-numeric-results-table.md).
+
 ## See also
 
-- [C# Reference](../index.md)  
-- [C# Programming Guide](../../programming-guide/index.md)  
-- [C# Keywords](index.md)  
-- [Types](types.md)  
-- [Reference tables for types](reference-tables-for-types.md)  
-- [Reference Types](reference-types.md)  
-- [Nullable types](../../programming-guide/nullable-types/index.md)  
+- [C# Reference](../index.md)
+- [C# Programming Guide](../../programming-guide/index.md)
+- [C# Keywords](index.md)
+- [Types](types.md)
+- [Reference tables for types](reference-tables-for-types.md)
+- [Reference Types](reference-types.md)
+- [Nullable types](../../programming-guide/nullable-types/index.md)