INTEGER (QuickBasic)

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{{FormatInfo
 
{{FormatInfo
| name          = INTEGER
 
 
| formattype    = electronic
 
| formattype    = electronic
 
| subcat        = Data types
 
| subcat        = Data types
| subcat2        = QuickBASIC
+
| subcat2        = QuickBasic data types
 
| caption        =  
 
| caption        =  
 
}}
 
}}
{{DISPLAYTITLE:INTEGER}}
 
 
The '''INTEGER''' type in [[QuickBASIC]] stores non-floating-point numbers from -32,768 to 32,767. INTEGER types can be defined with the <code>%</code> suffix.
 
 
{{FormatInfo
 
| name          = INTEGER
 
| formattype    = electronic
 
| subcat        = Data types
 
| subcat2        = QuickBASIC
 
| caption        =
 
}}
 
{{DISPLAYTITLE:INTEGER}}
 
 
 
The '''INTEGER''' type in [[QuickBASIC]] stores non-floating-point numbers from -32,768 to 32,767. INTEGER types can be defined with the <code>%</code> suffix.
 
The '''INTEGER''' type in [[QuickBASIC]] stores non-floating-point numbers from -32,768 to 32,767. INTEGER types can be defined with the <code>%</code> suffix.
  
= Syntax =
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== Syntax ==
  
 
Using the <code>DIM</code> statement:
 
Using the <code>DIM</code> statement:
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</pre>
 
</pre>
  
= References =
+
== References ==
  
 
* [https://qb64.com/wiki/INTEGER INTEGER] data-type on ''qb64.com''
 
* [https://qb64.com/wiki/INTEGER INTEGER] data-type on ''qb64.com''

Latest revision as of 18:06, 31 July 2023

File Format
Name INTEGER (QuickBasic)
Ontology

The INTEGER type in QuickBASIC stores non-floating-point numbers from -32,768 to 32,767. INTEGER types can be defined with the % suffix.

[edit] Syntax

Using the DIM statement:

DIM i AS INTEGER
i = 38
PRINT i

Using the suffix:

i% = 38
PRINT i%

[edit] References

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