Libelle

This keyword declares an integer variable where the value is within the range from 0 to 255.
This declaration is deprecated and should be replaced by Tinyint.

Syntax

Local Libelle NAME(LENGTH)Local Libelle NAME(LENGTH)(DIMENSIONS)Variable Libelle NAME(LENGTH)(DIMENSIONS)Value Libelle NAME(LENGTH)(DIMENSIONS)Const Libelle NAME(LENGTH)(DIMENSIONS)

Local declarations create the variables in the current local variable class that is not seen by nested or calling subprograms. The Call / Subprog and func / Funprog insulate the local variables, as well as the calls of method by fmet.

Const, Variable, and Value declarations state the arguments sent by a Call, func, or fmet. With these syntaxes, the dimensions and the index ranges can be omitted when the parenthesis is present. The dimension and index ranges are defined by the calling program.

Example

# Direct declarationsLocal Libelle MYCHOICE : # Local tiny integer variableLocal Libelle BYTES_ARRAY(1..1024) : # An array of 1024 byte values# A sub-program sending tiny integers and returning a resultFunprog SEND_BYTES(MYCHOICE)Variable Libelle MYCHOICE()(,) : # A 2 dimensions matrix of tiny integers is sent as references...End SEND_STATUS# A sub-program storing tiny integersSubprog STORE_BYTES(MYCHOICE)Value Libelle MYCHOICE()(1..3) : # An array of 3 elements is sent (a copy is done when passing the arguments)...End

Comments

There is still a Global declaration variable that exists for variables that have to be seen in the scope of a process execution, but its use is strongly discouraged.

Libelle class properties are declared with the L data type associated with local menus (this handles enumerations).

See also

Tinyint, Shortint, Date, Integer, Float, Double, Decimal, Char, Clbfile, Blbfile, Uuident, Datetime, Instance.