C# Programming/Keywords/fixed

The fixed keyword is used to prevent the garbage collector from relocating a variable. You may only use this in an unsafe context.

fixed(int*c=&shape.color){
*c=Color.White;
}

If you are using C# 2.0 or greater, the fixed may also be used to declare a fixed-size array. This is useful when creating code that works with a COM project or DLL.

Your array must be composed of one of the primitive types: bool, byte, char, double, float, int, long, sbyte, short, ulong, or ushort.

protectedfixedintmonthDays[12];

C# Keywords
`abstract` `as` `base` `bool` `break` `byte` `case` `catch` `char` `checked` `class` `const` `continue` `decimal` `default` `delegate` `do` `double` `else` `enum` `event` `explicit` `extern` `false` `finally` `fixed` `float` `for` `foreach` `goto` `if` `implicit` `in` `int` `interface` `internal` `is` `lock` `long` `namespace` `new` `null` `object` `operator` `out` `override` `params` `private` `protected` `public` `readonly` `ref` `return` `sbyte` `sealed` `short` `sizeof` `stackalloc` `static` `string` `struct` `switch` `this` `throw` `true` `try` `typeof` `uint` `ulong` `unchecked` `unsafe` `ushort` `using` `var` `virtual` `void` `volatile` `while`
Special C# Identifiers (Contextual Keywords)
`add` `alias` `async` `await` `dynamic` `get` `global` `nameof` `partial` `remove` `set` `value` `when` `where` `yield`
Contextual Keywords (Used in Queries)
`ascending` `by` `descending` `equals` `from` `group` `in` `into` `join` `let` `on` `orderby` `select` `where`

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