Explicit conversion to 64-bit unsigned integer: CULngInt, QWord, CULng
The required type conversion can be carried out as follows:explicit conversion to 64-bit unsigned integer
Description
( type ) expressionInput
- type - 64-bit unsigned integer
- expression - Expressions
Output
- return - 64-bit unsigned integer
Note: In C like languages the data type size may be different depending on compiler and architecture, we show only one standard look.
Examples
Example
Explicit conversion to 64-bit unsigned integer the possible of use:xmin = 0; ymax = 18446744073709551615;
ulong x=7001234; // x = 7001234
ulong y = 10250 div 8; // y = 1281
y = (ulong)(x * y); // z = 8968580754CULngInt
Description
CULngInt (expr)Input
- expr - Any
Output
- return - 64-bit unsigned integer
Examples
FreeBASIC
Explicit conversion to 64-bit unsigned integer the possible of use:xmin = 0
ymax = 18446744073709551615
Dim x As ulongint=7001234 ' x = 7001234
Dim y As ulongint= 10250 \ 8 ' y = 1281
y = CULngInt((x * y)) ' z = 8968580754QWord
Description
QWord (expr)Input
- expr - Any
Output
- return - 64-bit unsigned integer
Examples
Object Pascal
Explicit conversion to 64-bit unsigned integer the possible of use:xmin := 0; ymax := 18446744073709551615;
x:=7001234; // x = 7001234
y:= 10250 div 8; // y = 1281
y := QWord((x * y)); // z = 8968580754CULng
Description
CULng (expr)Input
- expr - Any
Output
- return - 64-bit unsigned integer
Examples
Visual Basic .NET
Explicit conversion to 64-bit unsigned integer the possible of use:xmin = 0
ymax = 18446744073709551615
Dim x As ulong=7001234 ' x = 7001234
Dim y As ulong= 10250 \ 8 ' y = 1281
y = CULng((x * y)) ' z = 8968580754You can find it in the following collections: explicit type conversions
Explicit conversion to 64-bit unsigned integer in another programming language: