           BASIC HELP : MS4BI by MS4script   
   2023 version 1.18

Chapter 2 : DECLARATION TYPES

KEYWORD : SCALAR

Definition

Scalar types:
INTEGER

LONG

FLOAT (number with floating decimal)

DOUBLE (number with floating decimal)

REAL (number with floating decimal)

CHAR (number of characters)

TEXT (number of characters, max 255)

STRING (automatically manages the memory allocated to store strings.)

CONSTANT_STRING (CONSTANT string : number of characters, max 255)

CONSTANT_NUM (CONSTANT numeric : type long)

DEFINE (DEFINE = CONSTANT numeric : type long)

Syntax

  
		INTEGER : VarName ;(optional-assignment  := XXXXX) 
		LONG 	: VarName ;(optional-assignment  := XXXXX) 
		FLOAT 	: VarName DEC (X) ; (number of decimals) (optional-assignment  := XXXXX or XXXX.XX)
		DOUBLE 	: VarName DEC (X) ;(number of decimals) (optional-assignment  := XXXXXX or XXXXX.XXXXX)
		REAL 	: VarName DEC (X) ;(number of decimals) (optional-assignment  := XXXXXX or XXXXX.XXXXX)

		CHAR 	: VarName :XXX  ;(number of characters) (optional-assignment  := "zzzzzzz")
		TEXT	: VarName  (optional-assignment , max 255 := "zzzzzz");
		STRING : Varstring1,Varstring2...; 
		CONSTANT_STRING :   VarName "literal max 255" ;
		CONSTANT_NUM :   VarName value ;
		DEFINE       :   VarName value ;

Example

  

INTEGER :  X ,I ;
LONG    : Wnt ;
FLOAT   : Y Dec(2),X1 Dec(3):=123.857;
DOUBLE  : Dval Dec(5) := 1234567890123.12345;
CHAR    : Zone1:150 :="MgPlanete " ;
TEXT    : LabelMsg:= "   Simple Calculation .......";
STRING  : strstring1;
CONSTANT_STRING :  $Bts_btn_default "  type='button' class='btn btn-default ";
CONSTANT_NUM    :  cVal1 20, cVal2  99;

define WS_OVERLAPPED       0x00000000
define WS_POPUP            0x80000000
define WS_CHILD            0x40000000
define WS_MINIMIZE         0x20000000

Pre-requisites

Remarks
. Declarations for ALPHANUMERIC scalar: 40 characters max. Cannot contain the following Custom characters : * + - / ? __ [ ] ( ) { } & | ; , \ " => <= != := : > < = Example : TEXT : LABELMSG;
Example of acceptable or unacceptable FLOAT or DOUBLE values
a = 1.234; OK
b = 1.2e3; NOT OK
c = 7E-10; NOT OK
min/max values :
integer -32 768 to 32 767
long -2 147 483 648 to 2 147 483 647
float 3.4E +/- 38 (7 figures)
double 1.7E +/- 308 (15 figures)
char 0 to 255
For num or string or Define constants: values cannot be changed after declaration.

DATA STRUCTURE

Definition

STRUCT

ARRAY

TABLEBTREE

TABLE

KEYWORD : STRUCT

Definition
Data structure

Syntax

  
 	STRUCT : NameStruct { scalar, table , struct..};

Example

  
	STRUCT : Week {INTEGER MgPlanete,Tuesday, Sunday;}
	STRUCT : ST_INFO 
			{
			
			LONG Postcode  ; 
	  		CHAR Town:40  ;
			INTEGER zint  ;
			CHAR Reference:80  ;
			TEXT LabelTxt;
			FLOAT Ca Dec(2) ;
			DOUBLE Catotal Dec(6) ;
			STRING Reference;
			FLOAT Array : BusinessValue dec(2) Occurs 20 ;
			STRUCT:Week;
	  		};
 
  ST_INFO Year2017 ; ** duplicate st_info
  integer i:=2;
 
  ST_INFO.town := "London";
  Year2017.town := "New York";
  Week.MgPlanete := 24; 
  ST_INFO.Week.MgPlanete  := 155;
  ST_INFO.ca := 12345.99;
    ST_INFO.BusinessValue[12] := 8888888.99; 
	ST_INFO.Reference#SetValue("Reference Internal9988secret");

Pre-requisites
SCALAR AND/OR TABLE AND/OR STRUCT

Remark
None

KEYWORD : ARRAY

Definition
Simple array with 1 dimension and n occurrences

Syntax

  
 	
	ARRAY : ArrayName OCCURS XXXX { scalar } ;   struct   
	CHAR     :  ArrayName OCCURS XXXX;
	INTEGER  :  ArrayName OCCURS XXXX;
	LONG     :  ArrayName OCCURS XXXX;
	FLOAT    :  ArrayName OCCURS XXXX;
	DOUBLE   :  ArrayName OCCURS XXXX;

Example 1

  
  Array : Department OCCURS 10 { INTEGER Number ; CHAR Name :25 ; } ;
  
  BEGIN
   integer i :=2 ;
   Department[i].Number:= 99 ;
	 
    Display " Department[2].Number :", Department[2].Number;
  END ;

Example 2

 	
CHAR    : Array : tableSAP :40 Occurs 10,     cVar:40 ;
INTEGER : Array : Number0 Occurs 10 ;
LONG    : Array : NumberL0 Occurs 10 ;
FLOAT   : Array : MontantF Dec(2) Occurs 30;
DOUBLE  : Array : MontantD Dec(4) Occurs 30;
integer  x1:=25:	

 tablesap[1] := "PRPSS"; tablesap[2] := "PROJS";
 Number0[4]  := 99;
 NumberL0[6] := 199999;
 MontantF[x1] := 2000.02;
 MontantD[18] := 910002000.01234;
 cVar := "toto";
 Display " ";
 SetColorText (Hwdisplay:Blue,Red) ;
 		
	Display "------------------------------------------------------------------------- " ;
	Display "     ARRAY --------------------->SIMPLE! ....          " ;
	Display "------------------------------------------------------------------------- " ;
 
	SetColorText(Hwdisplay:green,black) ;
 display "CHAR: table 1  :" ,tablesap[1],"    table 2 :",tablesap[2],"     CVar :",cvar;
  skipline 2;
 display  "INTEGER: Number0[4] :" , Number0[4];
  skipline 2;
 display "LONG: NumberL0[6] :" , NumberL0[6];
  skipline 2;
 display "FLOAT: MontantF[25] :" , MontantF[x1];
  skipline 2;
 display "DOUBLE: MontantD[18] :" , MontantD[18];

Pre-requisites
none

Remarks
NUMBER OF OCCURRENCES <999999 Advice: Create a temporary table: MS4_SQL{ ..} "CREATE VIEW TEMP name..." + SELECT..

KEYWORD : TABLEBTREE

Definition
Simple Btree Memory array with 1 dimension and n data values

Syntax

  
 	
	 TABLEBTREE : nameTabletree
		{ "constants".. };

Example

  
		Tablebtree : Toto
		{"Z" , " A", "B", "C", "EEF", " tuesday" ,"12", "20000" } ;

Pre-requisites
none

Remarks
NUMBER OF CONSTANTS : no constraints

See also
TABLEBTREE_UPDATE, TABLEBTREE_INSERT, TABLEBTREE_DELETE,TABLEBTREE_DELETEALL,TABLEBTREE_DELETEALL,TABLEBTREE_LOOKUP,TABLEBTREE_GETSIZE,TABLEBTREE_TRACE

KEYWORD : TABLEBTREE_UPDATE, TABLEBTREE_INSERT,TABLEBTREE_LOOKUP,
TABLEBTREE_GETSIZE, TABLEBTREE_DELETE,TABLEBTREE_DELETEALL

Definition
Simple Btree Memory array with 1 dimension and n data values : UPDATE, INSERT + LOOKUP, DELETE, DELETEALL

Syntax

  
 	
	 	 TABLEBTREE_UPDATE(nameBtree, old value in btree, new value) (optional) return (0 or 1) (integer) ; 
		 TABLEBTREE_INSERT(nameBtree,   new value);
		 TABLEBTREE_LOOKUP(nameBtree,   new value) (optional)  return (0 or 1) (integer) ; 
		 TABLEBTREE_GETSIZE(nameBtree) return value(integer) return (0 or 1) (integer)
		 TABLEBTREE_DELETE(nameBtree,    value)(optional)  return (0 or 1) (integer) ; 
		 TABLEBTREE_DELETEALL(nameBtree)(optional)  return (0 or 1) (integer);

Example

  
INTEGER :   X ;
Tablebtree : Toto
		{"Z" , " A", "B", "C", "EEF", " tuesday" ,"12", "20000" } ;
 	
	 Tablebtree_Update(Toto,"12","999") Return(X); /* change 12 by 999 !!! */
 	IF (X Not_Void) 
	THEN Display " Update it's OKKKKKKKKKKKKKK........12, and 999 :  ",X ;
	ELSE Display " Update it's NOT  OK ........ 12 :   " ,X ;
	END_If ;
	
	Tablebtree_Insert(Toto,"MGPLANETE");
	Tablebtree_Lookup(Toto,"MGPLANETE") Return  (X);
	IF (X Not_Void) 
	THEN Display "  Found :  MGPLANETE"  ;
	ELSE Display " NOT Found :MGPLANETE ";
	END_If ;
	Tablebtree_Getsize(toto) return(x);
    Display "Getsize TableBtree(toto) : ",x;
	
	Tablebtree_Delete(Toto,"EEF") Return(X); /* returning Not obligatoire */
 	IF (X Not_Void) 
	THEN Display " Delete it's OKKKKKKKKKKKKKK........EEF :  ",X ;
	ELSE Display " Delete it's NOT  OK ........ EEF :   " ,X ;
	END_If ;
 
  Tablebtree_DeleteAll(Toto) ;** Clear All

Pre-requisites
DECLARE TABLEBTREE

Remarks
return value : 0 = not found or KO , 1= found or ok

KEYWORD : TABLE STRINGXD, DOUBLEXD , FLOATXD, LONGXD, INTEGERXD

Definition
simple table with 1 to 3 dimensions for each variable type: string, double, float, long, and integer

Syntax

  
 	
table	 STRING1D :  varnameSTR1D  ;
table    STRING2D :  varnameSTR2D  ; 
table    STRING3D :  varnameSTR3D  ; 
    
table	 DOUBLE1D :  varnameD1D  ;  
table    DOUBLE2D :  varnamewntD2D  ;   
table    DOUBLE3D :  varnamewntD3D  ;   

table    FLOAT1D  :  varnamewntF1D  ;
table    FLOAT2D  :  varnamewntF2D  ; 
table    FLOAT3D  :  varnamewntF3D  ; 

table  	LONG1D   :  varnamentL1D  ;  
table   LONG2D   :  varnameL2D  ;   
table   LONG3D   :  varnameL3D  ;   
 
table	INTEGER1D   :  varnameI1D  ;  
table	INTEGER2D   :  varnameI2D  ;   
table	INTEGER3D   :  varname3D  ;

Example 1

 	
	table STRING1D :  STR1D  ;
    table STRING2D :  STR2D  ;
    table STRING3D :  STR3D  ;
	
	printlog(1);
// ///////////////////////////////////////
// 1Dim1
// ///////////////////////////////////////
	
	BEGIN  // init size String
 	STR1D#SetSize(10)  ;// line
 	STR2D#SetSize(5,4)  ;// line , col
 	STR3D#SetSize(5,2,2)  ;// line , col ,depths
	END ;
	STR1D#setAt(0,"setAt Value ONE") ;
	STR1D#setAt(1,"setAt Value TWO") ;
	STR1D#setAt(2,"setAt Value 3") ;

Pre-requisites
none

Remarks
These are identical instructions for the double, float, long, and integer data types

See also
#SETSIZE,#RESIZE, #SETAT, #REMOVEAT, #ADDVALUE,/n #GETVALUE, #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS,#CLEAR

KEYWORD : TABLE : #SETSIZE,#RESIZE, #SETAT, #REMOVEAT, #ADDVALUE,/n #GETVALUE,#GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS,#CLEAR

#b+c

Definition
unctions to handle tables with 1 to 3 dimensions for each type

KEYWORD : #(hashtag)SETSIZE

Definition
function sizes the tables according to the expected dimension parameter, which can be 1, 2, or 3

Syntax

  
 	
	 	 varType1D#SETSIZE(integer )  1 dimension  ; 
		 varType2D#SETSIZE(integer, integer )   2 dimensions; 
		 varType3D#SETSIZE(integer, integer, integer )   3 dimension;

Example

 	
 table STRING1D :  STR1D  ;
 table STRING2D :  STR2D  ;
 table STRING3D :  STR3D  ;
 
// ///////////////////////////////////////
// 1Dim1
// ///////////////////////////////////////
	
	BEGIN  // init size String
 	STR1D#SetSize(10)  ;// nb line
 	STR2D#SetSize(5,4)  ;// nb line , nb col
 	STR3D#SetSize(5,2,2)  ;// line , col ,depths
	END ;

Pre-requisites
none

Remarks
These are identical instructions for the double, float, long, and integer data types

See also
#RESIZE, #SETAT, #REMOVEAT, #ADDVALUE,/n #GETVALUE, #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS,#CLEAR

KEYWORD : #(hashtag)RESIZE

Definition
function re sizes the tables according to the expected dimension parameter, which can be 1, 2, or 3

Syntax

  
 	
	 	 varType1D#RESIZE(integer )  1 dimension  ; 
		 varType2D#RESIZE(integer, integer )   2 dimensions; 
		 varType3D#RESIZE(integer, integer, integer )   3 dimension;

Example

 	
 table STRING1D :  STR1D  ;
 table STRING2D :  STR2D  ;
 table STRING3D :  STR3D  ;
 
// ///////////////////////////////////////
// 1Dim1
// ///////////////////////////////////////
	
	BEGIN  // init size String
 	STR1D#ReSize(10)  ;// nb line
 	STR2D#ReSize(5,4)  ;// nb line , nb col
 	STR3D#RESize(5,2,2)  ;// line , col ,depths
	END ;

Pre-requisites
none

Remarks
These are identical instructions for the double, float, long, and integer data types

See also
#SIZE, #SETAT, #REMOVEAT, #ADDVALUE,/n #GETVALUE, #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS,#CLEAR

KEYWORD : #(hashtag)SETAT

Definition
function initializes the values according to the table type and dimension.

Syntax

  
 	
	 	 varType1D#SETAT(integer, value )  1 dimension  ; 
		 varType2D#SETAT(integer, integer , value)   2 dimensions; 
		 varType3D#SETAT(integer, integer, integer , value)   3 dimension;

Example

 	
 table STRING1D :  STR1D  ;
 table STRING2D :  STR2D  ;
 table STRING3D :  STR3D  ;
 .....SIZE,
// ///////////////////////////////////////
// 1Dim1
// ///////////////////////////////////////
	
	STR1D#setAt(0,"setAt Value ONE") ;
	STR1D#setAt(1,"setAt Value TWO") ;
	STR1D#setAt(2,"setAt Value 3") ;
	STR1D#setAt(3,"setAt Value 4") ;
   
// ///////////////////////////////////////
// 2Dim2
// ///////////////////////////////////////
 
 	STR2D#setAt(0,0,"0 0 Value 1ONE2D") ;
  	STR2D#setAt(1,0,"1 0 Value 2ONE2D") ;
    STR2D#setAt(1,1,"1 1 Value 3ONE2D") ;
// ///////////////////////////////////////
//  Dim3
// ///////////////////////////////////////
	
	STR3D#setAt(0,0,0,"3D 0 0 0 Value 1ONE3D") ;
  	STR3D#setAt(1,0,0,"3D 1 0 0 Value 2ONE3D") ;
    STR3D#setAt(1,1,1,"3D 1 1 1 Value 3ONE3D") ;
	STR3D#GetValue(1,0,0) return str1;

Pre-requisites
#SIZE

Remarks
These are identical instructions for the double, float, long, and integer data types

See also
#SIZE , #RESIZE ,#SETAT, #ADDVALUE,/n #GETVALUE, #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS,#CLEAR

KEYWORD : #(hashtag)REMOVEAT

Definition
function deletes the record based on the parameters of this function

Syntax

  
 	
	 	 varType1D#REMOVEAT(integer )  1 dimension  ; 
		 varType2D#REMOVEAT(integer, integer )   2 dimensions; 
		 varType3D#REMOVEAT(integer, integer, integer )   3 dimension;

Example

 	
 table STRING1D :  STR1D  ;
 table STRING2D :  STR2D  ;
 table STRING3D :  STR3D  ;
 
// ///////////////////////////////////////
// 1Dim1
// ///////////////////////////////////////
	.....SIZE, SETAT...
	BEGIN  // delete record 
 	STR1D#RemoveAt(10)  ;//   line
 	STR2D#RemoveAt(5,4)  ;//   line ,   col
 	STR3D#RemoveAt(5,2,2)  ;// line , col ,depths
	END ;

Pre-requisites
#SIZE, #SETAT

Remarks
These are identical instructions for the double, float, long, and integer data types

See also
#SIZE , #RESIZE ,#SETAT, #ADDVALUE,/n #GETVALUE, #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS,#CLEAR

KEYWORD : #(hashtag)GETVALUE

Definition
function returns the value based on the table type and the dimensions of this function

Syntax

  
 	
	 	 varType1D#GETVALUE(integer ) RETURN VALUE ; 1 dimension  ; 
		 varType2D#GETVALUE(integer, integer ) RETURN VALUE  2 dimensions; 
		 varType3D#GETVALUE(integer, integer, integer ) RETURN VALUE  3 dimension;

Example

 	
 table STRING1D :  STR1D  ;
 table STRING2D :  STR2D  ;
 table STRING3D :  STR3D  ;
 
// ///////////////////////////////////////
// 1Dim1
// ///////////////////////////////////////
	.....SIZE, SETAT...
	text str1;
	integer : a,d,i , x ,y,z;
	x := STR2D#getNbRow()  ;
   d :=  STR2D#getNbCol()  ;
 	 skipline 1;
 display "2D : getNbRow() : ",X,"  getNbCol() : ",d; 
	for ( i:=0 ; i< x; i++ )
	begin_for	
	display " new Row/cols ---------------------------------------------------" ;
		for ( y:=0; y< d;  y++)
		begin_for	
	 	STR2D#GetValue(i,y) return str1;
		Display "STR2D#GetValue(i,y) 2D: nbRowe :  ",x," Dim1 : ",i," Dim2 : ",y," value : ",str1 ;
		end_for;
	end_for;	
	END ;

Pre-requisites
#SIZE, #SETAT

Remarks
These are identical instructions for the double, float, long, and integer data types

See also
#SIZE , #RESIZE ,#SETAT, #REMOVEAT, #ADDVALUE,/n #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS ,#CLEAR

KEYWORD : #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS

Definition
These functions return an integer: table size, number of records in the table, number of columns in the table, and table depth

Syntax

  
 	
	 	 varType1D#GETSIZE()  return integer; 
		 varType1D#GETNBROW() return integer; 
		 
	 	 varType2D#GETSIZE()  return integer; 
		 varType2D#GETNBROW() return integer; 
		 varType2D#GETNBCOL() return integer; 
		 
	 	 varType3D#GETSIZE()  return integer; 
		 varType3D#GETNBROW() return integer; 
		 varType3D#GETNBCOL() return integer; 
 		 varType3D#GETNBDEPTHS() return integer;;

Example

 	
 table STRING1D :  STR1D  ;
 table STRING2D :  STR2D  ;
 table STRING3D :  STR3D  ;
 
// ///////////////////////////////////////
// 1Dim1
// ///////////////////////////////////////
STR3D#getNbRow() return x;
 STR3D#getNbCol() return d;
 STR3D#getNbDepths() return z;
 	 skipline 1;
 display "3D : getNbRow() : ",X,"  getNbCol() : ",d,"  getgetNbDepths()  : ",z; 
 	
	for ( i:=0 ; i< x; i++ )
	begin_for	
	display " new Row/cols ---------------------------------------------------" ;
		for ( y:=0; y< d;  y++)
		begin_for	
			display " new Row/cols/depths ---------------------------------------------------" ;
 			for ( a:=0; a< z;  a++)
			begin_for	
				STR3D#GetValue(i,y,a) return str1;
				Display "STR3D#GetValue(i,y) 3D: nbRowe :  ",x," Dim1 : ",i," dim2 : ",y," dim3 : ",a," value : ",str1 ;
			end_for;
		
	  	end_for;
	end_for;	
	END ;

Pre-requisites
#SIZE, #SETAT

Remarks
These are identical instructions for the double, float, long, and integer data types

See also
#SIZE , #RESIZE ,#SETAT, #ADDVALUE,/n #GETVALUE, #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS ,#CLEAR

KEYWORD : #ADDVALUE

Definition
function allows adding records to the table by dynamically incrementing one additional dimension without invoking the SIZE or RESIZE functions. Note: Dimensions 2 or 3 are not affected by this function; you must respect the existing dimensions 2 and 3 according to the SIZE or RESIZE instruction
Syntax
  
 
	 	 varType1D#ADDVALUE(integer, value )  1 dimension  ; 
		 varType2D#ADDVALUE(integer, integer , value)   2 dimensions; 
		 varType3D#ADDVALUE(integer, integer, integer , value)   3 dimension; 
 	
	 
Example
 	
 table STRING1D :  STR1D  ;
 table STRING2D :  STR2D  ;
 table STRING3D :  STR3D  ;
 	 STR2D#getNbRow() return x;
	 x++;
 	STR2D#AddValue(x,0,"9 0  2D AddValue-- Value ONE2D") ;
  	STR2D#AddValue(x,1,"9 1  2D AddValue-- Value ONE2D") ;


  
Pre-requisites
#SIZE, #SETAT optional
Remarks
These are identical instructions for the double, float, long, and integer data types
See also
#SIZE , #RESIZE ,#SETAT, #ADDVALUE,/n #GETVALUE, #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS,#CLEAR

KEYWORD : #CLEAR
Definition
function clears the entire table
Syntax
  
 
	 	 varType1D#CLEAR()  1 dimension  ; 
		 varType2D#CLEAR()   2 dimensions; 
		 varType3D#CLEAR()   3 dimension; 
 	
	 
Example
 	
 table STRING1D :  STR1D  ;
 table STRING2D :  STR2D  ;
 table STRING3D :  STR3D  ;
 	..SIZE, RESIZE, SETAT, ADDVALUE..
	 STR1D#Clear() ;
     STR2D#Clear() ;  
     STR3D#Clear() ; 


  
Pre-requisites
#SIZE, #SETAT, #ADDVALUE

Remarks
These are identical instructions for the double, float, long, and integer data types

See also
#SIZE , #RESIZE ,#SETAT, #ADDVALUE,/n #GETVALUE, #GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS

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BASIC HELP : MS4BI by MS4script

Chapter 2 : DECLARATION TYPES

KEYWORD : SCALAR

Definition

Syntax

Example

Pre-requisites

Remarks

DATA STRUCTURE

Definition

KEYWORD : STRUCT

Definition

Syntax

Example

Pre-requisites

Remark

KEYWORD : ARRAY

Definition

Syntax

Example 1

Example 2

Pre-requisites

Remarks

KEYWORD : TABLEBTREE

Definition

Syntax

Example

Pre-requisites

Remarks

See also

KEYWORD : TABLEBTREE_UPDATE, TABLEBTREE_INSERT,TABLEBTREE_LOOKUP,TABLEBTREE_GETSIZE, TABLEBTREE_DELETE,TABLEBTREE_DELETEALL

Definition

Syntax

Example

Pre-requisites

Remarks

KEYWORD : TABLE STRINGXD, DOUBLEXD , FLOATXD, LONGXD, INTEGERXD

Definition

Syntax

Example 1

Pre-requisites

Remarks

See also

KEYWORD : TABLE : #SETSIZE,#RESIZE, #SETAT, #REMOVEAT, #ADDVALUE,/n #GETVALUE,#GETSIZE, #GETNBROW,#GETNBCOL, #GETNBDEPTHS,#CLEAR

Definition

KEYWORD : #(hashtag)SETSIZE

Definition

Syntax

Example

Pre-requisites

Remarks

See also

KEYWORD : #(hashtag)RESIZE

Definition

Syntax

Example

Pre-requisites

Remarks

See also

KEYWORD : #(hashtag)SETAT

Definition

Syntax

Example

Pre-requisites

Remarks

See also

KEYWORD : #(hashtag)REMOVEAT

Definition

Syntax

Example

Pre-requisites

Remarks

See also

KEYWORD : #(hashtag)GETVALUE

Definition

Syntax

Example

Pre-requisites

KEYWORD : TABLEBTREE_UPDATE, TABLEBTREE_INSERT,TABLEBTREE_LOOKUP,
TABLEBTREE_GETSIZE, TABLEBTREE_DELETE,TABLEBTREE_DELETEALL