Difference between revisions of "Green-screen Chart/Graph"
From MidrangeWiki
(→GENCHART#R - Source Code) |
(→GENCHART#R - Source Code) |
||
| Line 401: | Line 401: | ||
* Before compile: | * Before compile: | ||
* | * | ||
| − | *'''''THIS SOURCE CODE IS PROVIDED AS IS, USE IT AT YOUR OWN RISK!'''' | + | *'''''THIS SOURCE CODE IS PROVIDED AS IS, USE IT AT YOUR OWN RISK!''''' |
* | * | ||
*================================================================ | *================================================================ | ||
| Line 422: | Line 422: | ||
CopyNest(128) | CopyNest(128) | ||
Thread(*Serialize); | Thread(*Serialize); | ||
| − | |||
| − | |||
*================================================================ | *================================================================ | ||
*š Declare files here | *š Declare files here | ||
| Line 501: | Line 499: | ||
error Char(16) options(*varsize:*OMIT); | error Char(16) options(*varsize:*OMIT); | ||
End-PR; | End-PR; | ||
| − | |||
Dcl-C DS4_MODE '4'; | Dcl-C DS4_MODE '4'; | ||
Dcl-C MODE_ALLOWED 1; | Dcl-C MODE_ALLOWED 1; | ||
Revision as of 07:44, 9 June 2021
Contents
Green-screen Chart/Graph
Background
It is sometimes useful to display a graph of values on the AS400 green-screen. Although there are commercial products available for the AS400, these are often difficult to use and not available everywhere. This product was designed to allow for a simple text-based line-graph to be displayed on the screen. It will take a data-structure from another program, and build up the screen accordingly.
The program has been written to work correctly on either a wide screen (27x132) or a normal screen(24x80).
Screen Layout
- a. This is the header as passed to the program
- b. This is the Y-label, as passed to the program
- c. The Y-axis values will be build based on the chart type or the chart calc function
- d. If the number of data points exceed the screen width, the program will create additional pages. Page Up/Down will show the rest of the entries. If you want to jump to the 1st page, press F17, or last page press F18.
- e. If you position your cursor on any data item/column, and press F1, the program will display information about the data point
Objects
The following objects will be used by the program:
- a. GENCHART#D - Display File
- b. GENCHART#R – RPG Program
GenChart Program Parameters
The GENCHART#R program requires the following parameters:
- a. Data structure (see point 4):
- - The data structure will be passed from your program, to the GENCHART#R program, by using pointers. When you call the program, the variable has to use %ADDR(DSNAME).
- b. Heading:
- - Char (100).
- - The heading you need for your chart
- c. Y-Axis Label:
- - Char(30)
- - Here you can specify a label for the Y-Axis.
- - Label will be affected by the Chart Type variable
- d. Total Items:
- - Int(10)
- - Specify the number of values to be passed via the DataStructure
- e. Max Value:
- - Packed(31:2)
- - Specify the Maximum value. This is needed to determine the sizing of the bars
- f. Chart Type
- - Char(10)
- - Allows for two types of charts. Can be either
- *PCT: Determine %, betwee max value and actual value
- *NORMAL: Display the values on the screen as they are
- g. Chart Calc:
- - Char(10)
- - If the values are too big, the program can scale them. Allowed values are:
- *NONE – Keep the values as is
- *TB – Scale the values in Terrabytes
- *GB – Scale the values in Gigabytes
- *KB – Scale the values in Megabytes
- *KB – Scale the values in Kilobytes
RPG Program Usage
In order to use the GENCHART functionality inside your RPG program, the following is needed:
- a. Data structure: A datastructure has to be passed onto the calling program. This data structure HAS to use the following definitions:
- - The DataStructure must be limited to 9999 entries.
- - Field 1 is a description field, 30 chars long. It will be used for the X-Axis
- - Field 2 is a numeric field, packed 31:2.
*====================================================================*
dcl-ds TestDS qualified dim(9999);
wDescription char(30);
wDataItem packed(31:2);
end-ds;
*====================================================================*
- b. GenChart Prototype: Add the prototype for the external program:
*====================================================================*
dcl-pr GenChart extpgm('GENCHART#R');
p_InputDS pointer const;
p_Heading char(100) const;
p_Ylabel char(30) const;
p_TotalItems like(TInt) const;
p_MaxValue packed(31:2) const;
p_ChartType char(10) const;
p_YCalc char(10) const;
End-pr;
*====================================================================*
- c. Clear the data structure: You have to clear the data structure before you use it, to ensure it does not contain null values.
*====================================================================*
clear TestDS;
*====================================================================*
- d. Build up your SQL String:
- - Limit your data to 9999 entries, either in the SQL String or in the fetch statement
- - Use casting in SQL to ensure the data match the data structure
*====================================================================*
SQLString =
'SELECT cast( ADATE as char(30)) as "WorkDate", cast(aspsizusd as '+
'decimal(31,2)) as "Value" FROM aspinf#p order by aDate';
*====================================================================*
- e. Prepare the SQL cursor now:
- - Use SQL diagnostics to determine the number of records returned
*====================================================================*
exec sql Prepare SQLGET1 from :SqlString;
exec sql declare IntCursor1 insensitive cursor for SQLGet1;
exec sql Open IntCursor1;
exec sql get diagnostics :wRecCount = DB2_NUMBER_ROWS;
*====================================================================*
- f. Fetch the data:
*====================================================================*
exec sql fetch IntCursor1 for 9999 rows into :TestDs;
// Cose the Cursor
exec sql close Intcursor1;
*====================================================================*
- g. Determine the maximum size for the range:
*====================================================================*
exec sql select max(aspsiztot) into :wMaxValue from ASPINF#P;
*====================================================================*
- h. Generate the chart now:
*====================================================================*
GenChart(%addr(TestDs):'ASP Information - % Usage':'% Storage':
wRecCount:wMaxValue:'*PCT':'*NONE');
GenChart(%addr(TestDs):'ASP Information':'Size in GB':wRecCount:
wMaxValue:'*NORMAL':'*NONE');
Example program
THIS SOURCE CODE IS PROVIDED AS IS, USE IT AT YOUR OWN RISK!'
CTL-OPT COPYRIGHT('Pieter Henrico')
DATFMT(*ISO) TIMFMT(*HMS:)
DFTACTGRP(*NO)
OPTIMIZE(*NONE)
OPTION(*NODEBUGIO)
USRPRF(*USER)
TEXT(*SRCMBRTXT)
CopyNest(128)
BndDir('QC2LE')
Thread(*Serialize);
*================================================================
* Declare files here
*================================================================
// File Description here 0
*================================================================
* Copy Programs
*================================================================
* Setup *Entry Parameters
*================================================================
dcl-pr TESTCHART# extpgm('TESTCHART# ');
end-pr;
dcl-pi TESTCHART# ;
end-pi;
* ------------------------------------------------------------------------
dcl-s wRecCount int(10) inz(0);
dcl-s SqlString char(5000);
dcl-s wCur int(10) inz(1);
dcl-s wMaxValue packed(31:2) inz(0);
*====================================================================*
dcl-ds TestDS qualified dim(9999);
wDescription char(30);
wDataItem packed(31:2);
end-ds;
*====================================================================*
dcl-pr GenChart extpgm('GENCHART#R');
p_InputDS pointer const;
p_Heading char(100) const;
p_Ylabel char(30) const;
p_TotalItems int(10) const;
p_MaxValue packed(31:2) const;
p_ChartType char(10) const;
p_YCalc char(10) const;
End-pr;
*====================================================================*
* Mainline *
*====================================================================*
*================================================================
* Check if the data files are available
*================================================================
Clear TestDS;
// Build up the SQL String
Exec SQL Set Option DatFmt = *ISO;
SQLString =
'SELECT cast( ADATE as char(30)) as "WorkDate", cast(aspsizusd as '+
'decimal(31,2)) as "Value" FROM aspinf#p order by aDate';
// ================================================================
// Prepare the SQL here
// ================================================================
exec sql Prepare SQLGET1 from :SqlString;
exec sql declare IntCursor1 insensitive cursor for SQLGet1;
exec sql Open IntCursor1;
exec sql get diagnostics :wRecCount = DB2_NUMBER_ROWS;
// ================================================================
// Fill the datastructure
// ================================================================
exec sql fetch IntCursor1 for 9999 rows into :TestDs;
// Cose the Cursor, as it will be recreated
exec sql close Intcursor1;
exec sql select max(aspsiztot) into :wMaxValue from ASPINF#P;
SndstsMsg('Loading Chart 1...');
GenChart(%addr(TestDs):'ASP Information - % Usage':'% Storage':
wRecCount:wMaxValue:'*PCT':'*NONE');
GenChart(%addr(TestDs):'ASP Information':'Size in GB':wRecCount:
wMaxValue:'*NORMAL':'*NONE');
// ================================================================
// Program ends here
// ================================================================
*InLR = *On;
return;
GENCHART#D - Source code
THIS SOURCE CODE IS PROVIDED AS IS, USE IT AT YOUR OWN RISK!'
A*%%TS SD 20210608 135832 REKA REL-V7R3M0 5770-WDS
A*%%EC
A DSPSIZ(27 132 *DS4 -
A 24 80 *DS3)
A INDARA
A R MAIN
A*%%TS SD 20210607 181701 REKA REL-V7R3M0 5770-WDS
A CF03(03 'Exit')
A PAGEDOWN(40 'PageDown')
A PAGEUP(41 'PageUP')
A CF01(01 'Info')
A CF18(18 'Last Page')
A CF17(17 'First Page')
A RTNCSRLOC(*RECNAME &CSRREC &CSRFLD)
A RTNCSRLOC(*MOUSE &CSRROW &CSRCOL)
A CSRLOC(ROWPOS COLPOS)
A OVERLAY
A PRINT
A CSRFLD 10A H
A CSRREC 10A H
A COLPOS 3S 0H
A ROWPOS 3S 0H
A CSRROW 3S 0H
A CSRCOL 3S 0H
A HLINE 120 O 1 7DSPATR(HI)
A DLINE01 131A O 3 1
A DLINE02 131A O 4 1
A DLINE03 131A O 5 1
A DLINE04 131A O 6 1
A DLINE05 131A O 7 1
A DLINE06 131A O 8 1
A DLINE07 131A O 9 1
A DLINE08 131A O 10 1
A DLINE09 131A O 11 1
A DLINE10 131A O 12 1
A DLINE11 131A O 13 1
A DLINE12 131A O 14 1
A DLINE13 131A O 15 1
A DLINE14 131A O 16 1
A DLINE15 131A O 17 1
A DLINE16 131A O 18 1
A DLINE17 131A O 19 1
A DLINE18 131A O 20 1
A DLINE19 131A O 21 1
A DLINE20 131A O 22 1
A DLINE21 131A O 23 1
A DLINE22 131A O 24 1
A DLINE23 131A O 25 1
A DLINE24 131A O 26 1
A YDESC 40 O 2 1COLOR(BLU)
A FLINE1 50A O 27 82DSPATR(HI)
A 27 1'F1=Item Info'
A COLOR(BLU)
A 27 16'F3=Exit'
A COLOR(BLU)
A 27 26'F17=First Page'
A COLOR(BLU)
A 27 43'F18=Last Page'
A COLOR(BLU)
A R INFO
A*%%TS SD 20210608 134900 REKA REL-V7R3M0 5770-WDS
A CF03(03 'Exit')
A *DS4 WINDOW(7 34 11 60 *NOMSGLIN)
A *DS3 WINDOW(7 10 11 60 *NOMSGLIN)
A 1 23'Item Information'
A DSPATR(HI)
A 3 3'Page..............:'
A 4 3'Values............:'
A 5 5'-'
A WSDETAIL1 52A O 5 7DSPATR(HI)
A 6 5'-'
A WSDETAIL2 52A O 6 7DSPATR(HI)
A 7 5'-'
A WSDETAIL3 52A O 7 7DSPATR(HI)
A 8 5'-'
A WSDETAIL4 52A O 8 7DSPATR(HI)
A* 9 5'-'
A* WSDETAIL5 52A O 9 7DSPATR(HI)
A WSPAGE 35A O 3 24DSPATR(HI)
A 9 5'-'
A WSDETAIL5 52A O 9 7DSPATR(HI)
A 11 4'F3=Exit'
A COLOR(BLU)
A R MAIN2
A*%%TS SD 20210608 093006 REKA REL-V7R3M0 5770-WDS
A CF03(03 'Exit')
A PAGEDOWN(40 'PageDown')
A PAGEUP(41 'PageUP')
A CF01(01 'Info')
A CF18(18 'Last Page')
A CF17(17 'First Page')
A RTNCSRLOC(*RECNAME &CSRREC &CSRFLD)
A RTNCSRLOC(*MOUSE &CSRROW &CSRCOL)
A DSPMOD(*DS3)
A CSRLOC(ROWPOS COLPOS)
A OVERLAY
A PRINT
A CSRFLD 10A H
A CSRREC 10A H
A COLPOS 3S 0H
A ROWPOS 3S 0H
A CSRROW 3S 0H
A CSRCOL 3S 0H
A H2LINE 70A O 1 7DSPATR(HI)
A D2LINE01 78A O 3 1
A D2LINE02 78A O 4 1
A D2LINE03 78A O 5 1
A D2LINE04 78A O 6 1
A D2LINE05 78A O 7 1
A D2LINE06 78A O 8 1
A D2LINE07 78A O 9 1
A D2LINE08 78A O 10 1
A D2LINE09 78A O 11 1
A D2LINE10 78A O 12 1
A D2LINE11 78A O 13 1
A D2LINE12 78A O 14 1
A D2LINE13 78A O 15 1
A D2LINE14 78A O 16 1
A D2LINE15 78A O 17 1
A D2LINE16 78A O 18 1
A D2LINE17 78A O 19 1
A D2LINE18 78A O 20 1
A D2LINE19 78A O 21 1
A D2LINE20 78A O 22 1
A D2LINE21 78A O 23 1
A Y2DESC 40A O 2 1COLOR(BLU)
A F2LINE1 27A O 24 52DSPATR(HI)
A 24 1'F1=Item Info'
A COLOR(BLU)
A 24 15'F3=Exit'
A COLOR(BLU)
A 24 24'F17=1st Page'
A COLOR(BLU)
A 24 38'F18=Last Page'
A COLOR(BLU)
A R ERRSCREEN
A*%%TS SD 20210608 135832 REKA REL-V7R3M0 5770-WDS
A CF03(03 'Exit')
A *DS4 WINDOW(10 46 4 40 *NOMSGLIN)
A *DS3 WINDOW(10 20 5 40 *NOMSGLIN *NORSTC-
A SR)
A 1 15' ERROR! '
A COLOR(RED)
A DSPATR(RI)
A 3 4' There is no data to display! '
A DSPATR(HI)
A DSPATR(RI)
GENCHART#R - Source Code
*================================================================
*šProgram Name:‚GENCHART#R
*šAuthor :‚REKA - Pieter Henrico
*šDate :‚2021-06-02
*================================================================
*šPurpose of program:‚
*
*
*
* Before compile:
*
*THIS SOURCE CODE IS PROVIDED AS IS, USE IT AT YOUR OWN RISK!
*
*================================================================
//== A M E N D M E N T S ==
//=======================================================================
//== DD.MM.YYYY Name Description
//==
//==
//==
//==
*================================================================
CTL-OPT COPYRIGHT('Pieter Henrico')
DATFMT(*ISO) TIMFMT(*HMS:)
DFTACTGRP(*NO)
OPTIMIZE(*NONE)
OPTION(*NODEBUGIO)
USRPRF(*USER)
TEXT(*SRCMBRTXT)
ALWNULL(*USRCTL)
CopyNest(128)
Thread(*Serialize);
*================================================================
*š Declare files here
*================================================================
// File Description here
dcl-f GENCHART#D workstn indds(Indicators1);
*================================================================
*š Copy Programs
*================================================================
*======================== *ENTRY ================================
*š Setup *Entry Parameters
*================================================================
dcl-pr GENCHART#R extpgm('GENCHART#R ');
p_InputDS pointer;
p_Heading char(100);
p_YLabel char(30);
p_TotalItems int(10);
p_MaxVal packed(31:2);
p_ChartType char(10);
p_YCalc char(10);
end-pr;
dcl-pi GENCHART#R ;
p_InputDS pointer;
p_Heading char(100);
p_YLabel char(30);
p_TotalItems int(10);
p_MaxVal packed(31:2);
p_ChartType char(10);
p_YCalc char(10);
end-pi;
*================================================================
*š Declare data structures and variables here
*================================================================
* ------------------------------------------------------------------------
/if not defined(#INDICATORS)
/define #INDICATORS
dcl-ds Indicators1;
InfoRequest ind pos(1) ;
ExitPgm ind pos(3) ;
FirstPage ind pos(17);
LastPage ind pos(18);
PageDown ind pos(40) ;
PageUp ind pos(41) ;
end-ds ;
/Endif
dcl-s wDetailLine char(130) dim(24);
dcl-s wLine int(10);
dcl-s wTempLine char(130);
dcl-s wColumn int(10);
dcl-s wPage int(10);
dcl-s wDetailX char(30) dim(140);
dcl-s wDetailValue packed(15:2) dim(140);
dcl-ds dsData qualified based(wPointer) dim(9999);
wXData char(30);
wDataItem packed(31:2);
end-ds;
dcl-s wPointer pointer;
dcl-s wMax packed(31:2);
dcl-s wCount int(10) inz(0);
dcl-s wStrCol int(10) inz(0);
dcl-s wDeterminePages ind inz('0');
dcl-s wTotalPages int(10) inz(0);
dcl-ds dsPage qualified dim(200);
Start int(10);
End int(10);
Entries int(10);
End-Ds;
dcl-s wLineStr int(10) inz(0);
dcl-s wLastCol int(10) inz(0);
dcl-s wScreenLarge ind inz('0');
dcl-c wCol_White const(X'22');
//==============================================================
Dcl-PR QsnQryModSup Int(10:0) extProc('QsnQryModSup');
mode Char(1) const;
modeAllowed Char(1) options(*OMIT);
llhandle Int(10:0) const options(*OMIT);
error Char(16) options(*varsize:*OMIT);
End-PR;
Dcl-C DS4_MODE '4';
Dcl-C MODE_ALLOWED 1;
*====================================================================*
* Mainline *
*====================================================================*
wPointer = p_InputDS;
wPage = 1;
wMax = p_MaxVal;
ROWPOS = 0;
COLPOS = 0;
wScreenLarge = ScreenSizeIs132();
DoU ExitPgm = *On;
Reset wDetailLine;
Reset wDetailValue;
Reset wDetailX;
BuildScreen(wPage:wMax:p_TotalItems:p_YLabel:p_ChartType:p_YCalc);
If wScreenLarge = *On;
hLine = CenterText(%trim(p_Heading):%len(hLine));
If p_TotalItems > 0;
exfmt main;
Else;
write main;
exfmt ErrScreen;
ExitPgm = *On;
EndIf;
Else;
h2Line = CenterText(%trim(p_Heading):%len(h2Line));
If p_TotalItems > 0;
exfmt main2;
Else;
write main2;
exfmt ErrScreen;
ExitPgm = *On;
EndIf;
EndIf;
If ExitPgm = *Off;
If wScreenLarge = *On;
wLastCol = wPage*(130-wLineStr);
Else;
wLastCol = wPage*(78-wLineStr);
EndIf;
select;
when PageUp = *On and wPage > 1;
wPage = wPage - 1;
When PageDown = *On and wPage < wTotalPages;
wPage = wPage + 1;
When FirstPage = *On;
wPage = 1;
FirstPage = *Off;
When LastPage = *On;
wPage = wTotalPages;
LastPage = *Off;
When InfoRequest = *On and CSRCOL >= wLineStr+1 and
CSRCol - wLineStr <= dsPage(wPage).Entries;
InfoRequest = *Off;
If wScreenLarge = *On;
wsPage = %trim(FLine1);
Else;
wsPage = %trim(F2Line1);
EndIf;
wsDetail1 = 'Heading: ' + %trim(p_Heading);
wsDetail2 = 'X-Axis Label: ' + %trim(wDetailX(csrcol):'1');
wsDetail3 = 'X-Value: ' +
%trim(%editc(wDetailValue(csrcol) :'1'));
wsDetail4 = 'Max Value: ' +
%trim(%editc(wMax:'1'));
If wPage > 1;
wsDetail5 = 'Data point: ' +
%trim(%editc(dsPage(wPage-1).End+
csrcol-wLineStr:'1'));
Else;
wsDetail5 = 'Data point: ' +
%trim(%editc(csrcol-wLineStr:'1'));
EndIf;
exfmt info;
ROWPOS = CSRROW;
COLPOS = CSRCOL;
ExitPgm = *Off;
EndSl;
EndIf;
EndDo;
// ================================================================
// Program ends here
// ================================================================
*InLR = *On;
return;
// ================================================================
dcl-proc BuildColumn;
dcl-pi BuildColumn;
pColumn int(10) value;
pMaxValue int(20) value;
pValue int(20) value;
pXValue char(30) value;
end-pi;
dcl-s wLoopCount int(10) inz(0);
dcl-s wChartValue int(10) inz(0);
dcl-s wMaxRows int(10) inz(0);
//
If wScreenLarge = *On;
wMaxRows = 23;
Else;
wMaxRows = 20;
EndIf;
wChartValue = %int((pValue/pMaxValue)*wMaxRows);
wDetailValue(pColumn) = %dec(pValue:31:2);
wDetailX(pColumn) = pXValue;
If wChartValue > 0;
For wLoopCount = wMaxRows downto (wMaxRows - wChartValue);
If wLoopCount > 0;
%subst(wDetailLine(wLoopCount):pColumn:1) = '|';
EndIf;
EndFor;
If wChartValue < wMaxRows;
%Subst(wDetailLine(wMaxRows-wChartValue):pColumn:1) = '_';
Else;
%Subst(wDetailLine(1):pColumn:1) = '_';
EndIf;
EndIf;
End-proc;
// ================================================================
dcl-proc BuildYLines;
dcl-pi BuildYLines int(10);
pMaxValue int(20) value;
pYType char(10) value;
pYLabel char(30) value;
pYCalc char(10) value;
end-pi;
dcl-s wLoopCount int(10) inz(0);
dcl-s wDivisor int(10) inz(0);
dcl-s wTempValue packed(15:2) inz(0);
dcl-s wUnderLine char(130) inz(*all'-');
dcl-s wUnderLine2 char(130) inz(*all'_');
dcl-s wUnderLine3 char(130) inz(*all'=');
dcl-s wLength int(10) inz(0);
dcl-s wEndOfDesc int(10) inz(0);
//
yDesc = pYLabel;
y2Desc = pYLabel;
Select;
When pYType = '*PCT' and wScreenLarge = *On; // Y-bar will be percentage
wDetailLine(1) = '100% :' + wCol_White + %trim(wUnderLine);
wDetailLine(6) = ' 75% :' + wCol_White + %trim(wUnderLine);
wDetailLine(12) = ' 50% :' + wCol_White + %trim(wUnderLine);
wDetailLine(17) = ' 25% :' + wCol_White + %trim(wUnderLine);
wDetailLine(23) = ' 0% :' + wCol_White + %trim(wUnderLine2);
wDetailLine(24) = ' ' +
%trim(wUnderLine3);
For wLine = 1 to 23;
%subst(wDetailLine(wLine):7:2) = ':' + wCol_White;
Endfor;
wEndOfDesc = 8;
When pYType = '*NORMAL' and wScreenLarge = *On; // Determine Min/Max/25%/50%/75%
select; //1234567890123
when pMaxValue >= 1000000000000 and pYCalc = '*TB';
wDivisor = 1024*1024*1024*1024;
yDesc = 'Size in TB';
when pMaxValue >= 1000000000 and pYCalc = '*GB';
wDivisor = 1024*1024*1024;
yDesc = 'Size in GB';
when pMaxValue >= 1000000 and pYCalc = '*MB';
yDesc = 'Size in MB';
wDivisor = 1024*1024;
when pMaxValue >= 1000 and pYCalc = '*KB';
yDesc = 'Size in KB';
wDivisor = 1024;
Other;
wDivisor = 1;
EndSl;
wLength = %len(%trim(FormatNumber(%dec(pMaxValue/wDivisor:31:2))));
wEndOfDesc = wLength + 4;
wDetailLine(1) =
%trim(FormatNumber(%dec(pMaxValue/wDivisor:31:2)));
%subst(wDetailLine(1):wEndOfDesc+1:131-wEndOfDesc-1) =
%trim(wUnderLine);
wDetailLine(6) =
%trim(FormatNumber(%dec(pMaxValue/wDivisor*0.75:31:2)));
%subst(wDetailLine(6):wEndOfDesc+1:131-wEndOfDesc-1) =
%trim(wUnderLine);
wDetailLine(12) =
%trim(FormatNumber(%dec(pMaxValue/wDivisor*0.50:31:2)));
%subst(wDetailLine(12):wEndOfDesc+1:131-wEndOfDesc-1) =
%trim(wUnderLine);
wDetailLine(17) =
%trim(FormatNumber(%dec(pMaxValue/wDivisor*0.25:31:2)));
%subst(wDetailLine(17):wEndOfDesc+1:131-wEndOfDesc-1) =
%trim(wUnderLine);
wDetailLine(23) = '0';
%subst(wDetailLine(23):wEndOfDesc+1:131-wEndOfDesc-1) =
%trim(wUnderLine2);
%Subst(wDetailLine(24):wEndOfDesc+1:131-wEndOfDesc-1)=
%trim(wUnderLine3);
For wLine = 1 to 23;
%subst(wDetailLine(wLine):wEndOfDesc-1:2) = ':' +
wCol_White;
Endfor;
When pYType = '*PCT' and wScreenLarge = *Off; // Y-bar will be percentage
wDetailLine(1) = '100% : ' + %trim(wUnderLine);
wDetailLine(5) = ' 75% : ' + %trim(wUnderLine);
wDetailLine(10) = ' 50% : ' + %trim(wUnderLine);
wDetailLine(15) = ' 25% : ' + %trim(wUnderLine);
wDetailLine(20) = ' 0% : ' + %trim(wUnderLine2);
wDetailLine(21) = ' ' +
%trim(wUnderLine3);
For wLine = 1 to 20;
%subst(wDetailLine(wLine):7:2) = ':' + wCol_White;
Endfor;
wEndOfDesc = 8;
When pYType = '*NORMAL' and wScreenLarge = *Off; // Determine Min/Max/25%/50%/75%
select; //1234567890123
when pMaxValue >= 1000000000000 and pYCalc = '*TB';
wDivisor = 1024*1024*1024*1024;
y2Desc = 'Size in TB';
when pMaxValue >= 1000000000 and pYCalc = '*GB';
wDivisor = 1024*1024*1024;
y2Desc = 'Size in GB';
when pMaxValue >= 1000000 and pYCalc = '*MB';
y2Desc = 'Size in MB';
wDivisor = 1024*1024;
when pMaxValue >= 1000 and pYCalc = '*KB';
y2Desc = 'Size in KB';
wDivisor = 1024;
Other;
wDivisor = 1;
EndSl;
wLength = %len(%trim(FormatNumber(%dec(pMaxValue/wDivisor:31:2))));
wEndOfDesc = wLength + 4;
wDetailLine(1) =
%trim(FormatNumber(%dec(pMaxValue/wDivisor:31:2)));
%subst(wDetailLine(1):wEndOfDesc+1:79-wEndOfDesc-1) =
%trim(wUnderLine);
wDetailLine(5) =
%trim(FormatNumber(%dec(pMaxValue/wDivisor*0.75:31:2)));
%subst(wDetailLine(5):wEndOfDesc+1:79-wEndOfDesc-1) =
%trim(wUnderLine);
wDetailLine(10) =
%trim(FormatNumber(%dec(pMaxValue/wDivisor*0.50:31:2)));
%subst(wDetailLine(10):wEndOfDesc+1:79-wEndOfDesc-1) =
%trim(wUnderLine);
wDetailLine(15) =
%trim(FormatNumber(%dec(pMaxValue/wDivisor*0.25:31:2)));
%subst(wDetailLine(15):wEndOfDesc+1:79-wEndOfDesc-1) =
%trim(wUnderLine);
wDetailLine(20) = '0';
%subst(wDetailLine(20):wEndOfDesc+1:79-wEndOfDesc-1) =
%trim(wUnderLine2);
%Subst(wDetailLine(21):wEndOfDesc+1:79-wEndOfDesc-1)=
%trim(wUnderLine3);
For wLine = 1 to 20;
%subst(wDetailLine(wLine):wEndOfDesc-1:2) = ':' + wCol_White;
Endfor;
EndSl;
Return wEndOfDesc;
End-proc;
// ================================================================
dcl-proc FormatNumber;
dcl-pi FormatNumber char(20);
pInputValue packed(15:2) value;
end-pi;
dcl-s wTempValue char(20) inz(' ');
//
If pInputValue < 1 and pInputValue > 0;
wTempValue = '0' + %trim(%editc(pInputValue:'J'));
Else;
wTempValue = %trim(%editC(pInputValue:'J'));
EndIf;
Return wTempValue;
End-proc;
// ================================================================
dcl-proc BuildScreen;
dcl-pi BuildScreen;
pPage int(10) value;
pMaxValue packed(31:2) value;
pTotalItems int(10) value;
pYLabel char(30) value;
pChartType char(10) value;
pYCalc char(10) value;
end-pi;
dcl-s wLineCount int(10) inz(0);
dcl-s wTotalColumns int(10) inz(0);
dcl-s wPageCount int(10) inz(0);
dcl-s wStrCol int(10) inz(0);
dcl-s wEndCol int(10) inz(0);
dcl-s wTempNum packed(31:2) inz(0);
dcl-s wMaxCol int(10) inz(0);
If wScreenLarge = *On;
wMaxCol = 130;
Else;
wMaxCol = 78;
EndIf;
wLineStr = BuildyLines(pMaxValue:pChartType:pYLabel:pYCalc);
If wDeterminePages = *Off;
wDeterminePages = *On;
wTotalColumns = wMaxCol - wLineStr;
wTotalPages = %inth(pTotalItems/wTotalColumns);
wStrCol = 1;
If wTotalPages = 0;
wTotalPages = 1;
EndIf;
For wPageCount = 1 to wTotalPages;
dsPage(wPageCount).Start = wStrCol;
wEndCol = wStrCol + wTotalColumns - 1;
If wEndCol > pTotalItems;
wEndCol = pTotalItems;
EndIf;
dsPage(wPageCount).End = wEndCol;
dsPage(wPageCount).Entries = wEndCol - wStrCol + 1;
wStrCol = wEndCol + 1;
EndFor;
EndIf;
wStrCol = dsPage(pPage).Start;
wEndCol = dsPage(pPage).End;
For wLineCount = 0 to (wMaxCol - wLineStr - 1);
If dsData(wLineCount+wStrCol).wDataItem < 0;
wTempNum = 0;
Else;
wTempNum = dsData(wLineCount+wStrCol).wDataItem;
EndIf;
BuildColumn(wLineStr+wLineCount+1:pMaxValue:
wTempNum:
dsData(wLineCount+wStrCol).wxData);
EndFor;
BuildDLines();
If wScreenLarge = *On;
EvalR FLine1 = 'Page ' + %trim(%editc(wPage:'1')) + ' of ' +
%trim(%editc(wTotalPages:'1')) + ' page(s)';
Else;
EvalR F2LIne1= 'Page ' + %trim(%editc(wPage:'1')) + ' of ' +
%trim(%editc(wTotalPages:'1')) + ' page(s)';
EndIf;
End-proc;
// ================================================================
// ================================================================
dcl-proc BuildDlines;
If wScreenLarge = *On;
dline01 = wDetailLine(1);
dline02 = wDetailLine(2);
dline03 = wDetailLine(3);
dline04 = wDetailLine(4);
dline05 = wDetailLine(5);
dline06 = wDetailLine(6);
dline07 = wDetailLine(7);
dline08 = wDetailLine(8);
dline09 = wDetailLine(9);
dline10 = wDetailLine(10);
dline11 = wDetailLine(11);
dline12 = wDetailLine(12);
dline13 = wDetailLine(13);
dline14 = wDetailLine(14);
dline15 = wDetailLine(15);
dline16 = wDetailLine(16);
dline17 = wDetailLine(17);
dline18 = wDetailLine(18);
dline19 = wDetailLine(19);
dline20 = wDetailLine(20);
dline21 = wDetailLine(21);
dline22 = wDetailLine(22);
dline23 = wDetailLine(23);
dline24 = wDetailLine(24);
Else;
d2line01 = wDetailLine(1);
d2line02 = wDetailLine(2);
d2line03 = wDetailLine(3);
d2line04 = wDetailLine(4);
d2line05 = wDetailLine(5);
d2line06 = wDetailLine(6);
d2line07 = wDetailLine(7);
d2line08 = wDetailLine(8);
d2line09 = wDetailLine(9);
d2line10 = wDetailLine(10);
d2line11 = wDetailLine(11);
d2line12 = wDetailLine(12);
d2line13 = wDetailLine(13);
d2line14 = wDetailLine(14);
d2line15 = wDetailLine(15);
d2line16 = wDetailLine(16);
d2line17 = wDetailLine(17);
d2line18 = wDetailLine(18);
d2line19 = wDetailLine(19);
d2line20 = wDetailLine(20);
d2line21 = wDetailLine(21);
EndIf;
End-proc;
// ====================================================================*
// Subroutine.... ScreenSizeIs132 *
// Description... Check if the screen is configured for 132 Chars *
//
// Parameters:
//
// ‚Example:
//
// šIf ScreenSizeIs132() = *Off;
// SndCompMsg('Screen is NOT configured for 132 chars');
// šElse;
// SndCompMsg('Object is configured for 132 chars');
// šEndIf;
// ====================================================================*
Dcl-Proc ScreenSizeIs132 export;
Dcl-PI ScreenSizeIs132 ind;// Return Variable
End-PI;
// Check the screen size now
If (QsnQryModSup(DS4_MODE:*OMIT:*OMIT:*OMIT) <> MODE_ALLOWED);
Return *Off;
Else;
Return *On;
EndIf;
End-Proc;
//********************************************************************
// ===================================================================================
// Center Text in a string
// Parm: Input String varchar(32767)
// String Length (untrimmed)
// Returns: Output String varchar(32000)
// ===================================================================================
// EXAMPLE:
// wTestString = CenterText(wTestString):%len(wTestString));
//
// +++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
dcl-proc CenterText export;
dcl-pi CenterText char(32767);
p_InputString char(32767) const OPTIONS(*VARSIZE);
p_Stringlength int(10) value;
end-pi;
//
dcl-s wStrPos int(10) inz(0);
dcl-s wTempLen int(10) inz(0);
dcl-s wOutputString char(32767) inz(' ');
wTempLen = %len(%trim(%subst(p_InputString:1:p_StringLength)));
wStrPos = ((p_StringLength - wTempLen)/2) + 1;
%Subst(wOutputString:wStrPos:wTempLen) =
%trim(%subst(p_InputString:1:p_StringLength));
Return wOutputString;
end-proc;
