On compilation in J2ME WTK, Midlet code generates clone() method

I did try to compile a MIDlet which creates a user defined object in J2ME WTK. The compiled code has Object.clone() method invocation. However clone() method is not available in J2ME CLDC API. So the code results in java.lang.NoSuchMethodError and subsequently the emulator crashes. Any idea how to compile the MIDlet so that clone() method is not put in the compiled code ?
regards,
Ashwath

I did include few J2SE classes, which contained clone() method. I removed them, now problem solved.

Similar Messages

Problem with .c code generated from proc compiler.

I am having a problem compiling the c code generated from the proc pre-compiler.
First some info on my system.
[root@dell-xps-420-22 ~]# cat /etc/redhat-release
Red Hat Enterprise Linux Client release 5.4 (Tikanga)
[root@dell-xps-420-22 ~]# cat /proc/version
Linux version 2.6.18-164.11.1.el5 ([email protected]) (gcc version 4.1.2 20080704 (Red Hat 4.1.2-46)) #1 SMP Wed Jan 6 13:26:04 EST 2010
[root@dell-xps-420-22 ~]# uname -a
Linux dell-xps-420-22.drew.com 2.6.18-164.11.1.el5 #1 SMP Wed Jan 6 13:26:04 EST 2010 x86_64 x86_64 x86_64 GNU/Linux
Oracle Database 10g Enterprise Edition Release 10.2.0.1.0 - 64bit Production
With the Partitioning, OLAP and Data Mining options
I have written a simple PRO*C program to test the compile.
[oracle@dell-xps-420-22 etl]$ cat Test.pc
#include <stdio.h>
main(int argc,char **argv)
printf("Testing ........\n");
[oracle@dell-xps-420-22 admin]$ cat pcscfg.cfg
sys_include=(/usr/include,/usr/include/linux,/build/s630/precomp/public,/usr/lib/gcc/x86_64-redhat-linux/4.1.1/include)
include=$(ORACLE_HOME)/precomp/public
include=$(ORACLE_HOME)/precomp/hdrs
include=$(ORACLE_HOME)/precomp/include
CODE=cpp
TYPE_CODE=ORACLE
DEF_SQLCODE=YES
VARCHAR=YES
LTYPE=short
define=__x86_64__
When compiling the Test.pc program with the pcscfg.cfg file above.
[oracle@dell-xps-420-22 etl]$ proc Test.pc
Pro*C/C++: Release 10.2.0.1.0 - Production on Sun Feb 21 19:51:15 2010
Copyright (c) 1982, 2005, Oracle. All rights reserved.
System default option values taken from: /u01/app/oracle/product/10.2.0/db_1/precomp/admin/pcscfg.cfg
[oracle@dell-xps-420-22 etl]$ gcc -c ./Test.c -I . -I$ORACLE_HOME/precomp/public
./Test.c:117: error: expected identifier or '(' before string constant
./Test.c:131: error: expected identifier or '(' before string constant
The code generated by the proc compiler that has problems is below.
//File Test.c
// Prototypes
Line 117: extern "C" {
void sqlcxt (void **, unsigned int *,
struct sqlexd *, const struct sqlcxp *);
void sqlcx2t(void **, unsigned int *,
struct sqlexd *, const struct sqlcxp *);
void sqlbuft(void **, char *);
void sqlgs2t(void **, char *);
void sqlorat(void **, unsigned int *, void *);
// Forms Interface
Line 131: extern "C" { void sqliem(char *, int *); }
It seems like the compiler is generating c++ code but the gcc compiler is only compiling in cc mode. I've tried a number of options in the pcscfg.cfg file to no avail. I have tried the different options for the CODE=cpp in the pcscfg.cfg file but still get the same error and/or multiple errors. I have also tried to compile the oracle demo programs using the demo_proc.mk file and also get the same error.
The install of Oracle is fine. I can start the database and have created a needed user and tables but cannot successfully compile the pro*C code.

My proc is also compiling for cpp code but in the pcscfg.cfg file there is no "CODE=cpp"

Code generated by JIT compiler

Hi,
I'm doing some research about Java and C performance on different platforms. My question: is it possible to access the code that is generated by JIT compiler. Without knowing what exactly JIT compiler does, only the statistical analysis (performance measurements) can be made...
Thank you in advance!
Vytautas Dusevicius,
M.Sc student in Aalborg University, Denmark

is it possible to access the code that is generated by JIT compiler.Considering that there is no "JIT compiler" any more, no. HotSpot generates fragments of native code at the basic block (or even finer) level within routines. I don't know if there's a dumper that can dump out the code sequences chosen.
Oh, you can try downloading the SCSL (Sun Community Source License) JDK sources, and reading the HotSpot source files..

How do I edit the file created by code generator?

hi all,
I want to modify a java file that is generated when you create the webdynpro, but I can not change.
// This file has been generated partially by the Web Dynpro Code Generator.
// MODIFY CODE ONLY IN SECTIONS ENCLOSED BY @@begin AND @@end.
// ALL OTHER CHANGES WILL BE LOST IF THE FILE IS REGENERATED.
how can I disable the file to modify
thanks!

Hi Pablo.
There's no way to modify it, NW2004s and its IDE has a code compilation based in some internal scripts based on eclipse plugin architecture.
In your code you must consider this.
1 - Try to find in your declared methods, importing directives, packages declarations some like this:
// This file has been generated partially by the Web Dynpro Code Generator.
// MODIFY CODE ONLY IN SECTIONS ENCLOSED BY @@begin AND @@end.
// ALL OTHER CHANGES WILL BE LOST IF THE FILE IS REGENERATED.
package com.sap.teste;
// IMPORTANT NOTE:
// ALL IMPORT STATEMENTS MUST BE PLACED IN THE FOLLOWING SECTION ENCLOSED
// BY @@begin imports AND @@end. FURTHERMORE, THIS SECTION MUST ALWAYS CONTAIN
// AT LEAST ONE IMPORT STATEMENT (E.G. THAT FOR IPrivateTesteApp).
// OTHERWISE, USING THE ECLIPSE FUNCTION "Organize Imports" FOLLOWED BY
// A WEB DYNPRO CODE GENERATION (E.G. PROJECT BUILD) WILL RESULT IN THE LOSS
// OF IMPORT STATEMENTS.
//@@begin imports
import com.sap.teste.wdp.IPrivateTesteApp;
import com.sap.myimport.MyClass;
//@@end
//@@begin
//@@end
it means that between begin and end...you can add what you want..and the code will not be removed after class compilation....
//@@begin javadoc:wdDoExit()
/** Hook method called to clean up controller. */
//@@end
public void wdDoExit()
//@@begin wdDoExit()
//@@end
int this case too....if you implement something between //@@begin and //@@end in the method scope...all part of your code will be surely safe.

HELP!! Nokia's API classes not found with j2me WTK

I setup j2me WTK, jdk1.4.2 and also Nokia's SDK (Series_60_MIDP_SDK_for_Symbian_OS_v_1_2_1) on my Win NT 4.0 machine.
J2ME samples (shipped with it) are working fine with ktoolbar. but when i try to build & run nokia samples, they are always giving error "FullCanvas class not found" and "package com.nokia.lcd.ui.* not found". I am sure it is the problem of placement of classes of nokia at correct place inside j2me's WTK. However, i followed the guidelines to install symbian sdk inside wtk401\wtklib\devices folder (as per instructions of forum nokia). But i am still not able to get it running. Any expert suggestions, then plz respond me , i am in urgent need to solve this issue!!!! plz help me!!!!

Hi,
Maybe I'm being thick but I can't get this work. I've tried zipping the com/nokia stuff into the midpapi.zip. And I've tried just replacing midapi.zip with classes.zip from the nokia emulator. But it still says:
"package nokia.mid.ui does not exist
import nokia.mid.ui.*;"
I'm using ktoolbar 1.04.
Many thanks!
CP
Hey, thanks for the great tip. Was also using
KToolbar because it runs faster on my slow laptop than
Sun One studio.
With the later version of WTK, the paths
C:\...\WTK21\lib contains 2 files, midpapi20.zip and
midpapi10.zip
The later contains classes for compiling to MIDP1.0
standard. I think most people use this. Replace it
the class.zip in
C:\Nokia\Devices\Nokia_7210_MIDP_SDK_v1_0\lib if
you're using the same SDK as I am, and don't forget to
rename it.
Cheers.

The code generated by EJBC in Weblogic 5.1 is wrong!

I have a container managed bean that has a primary key named
productLicenseId as follows:
public class ProductLicenseBean implements EntityBean
public int productLicenseId;
I had this code running in Weblogic 4.5.1 and converted it to EJB 1.1
(now I use java.lang.Integer for the primary key class) and attempted to
build it using WebLogic 5.1. I built your container managed example
(AccountBean), which built fine (it is clear why your example did not
have the problem mine did- the primary key is java.lang.String). After
that, I tried to build my container managed bean, but without success.
Here is a description of my problem:
After trying to compile my simple container-managed program using EJBC
in Weblogic 5.1, I get the following error:
ProductLicenseBeanEOImpl.java:56: Incompatible type for =. Can't convert
int to java.lang.Integer
pk = bean.productLicenseId;
ProductLicenseBeanEOImpl.java is a class that was generated by EJBC. It
is clear that this code is incorrect! The generated code (pk =
bean.productLicenseId) attempts to assign the primary key in the
ProductLicenseBean (an int) to a java.lang.Integer (pk is of type
java.lang.Integer), which is wrong! The source code generated by EJBC is
wrong!
Do you have a bug fix for this, or is there something I'm just not
getting?? !!
I should be able to use a java.lang.Integer as a primary key.
Thanks much for your help.
Tim Kimmet, [email protected]
[timk.vcf]

I had the same problem. I had used the deployer tool and had specified a
primary key class AND a primary key field "ID".
This had put an extra tag in the ejb-jar.xml file <persistence field> which
I hadn't seen before.
Changing the primary key field to "none" fixed caused other problems to show
up in the deployer tool (finders). I had to redo the
deployer project from scratch, this time keeping the primary key field to
"none" and it worked.
Tim Kimmet <[email protected]> wrote in message
news:[email protected]..
I have a container managed bean that has a primary key named
productLicenseId as follows:
public class ProductLicenseBean implements EntityBean
public int productLicenseId;
I had this code running in Weblogic 4.5.1 and converted it to EJB 1.1
(now I use java.lang.Integer for the primary key class) and attempted to
build it using WebLogic 5.1. I built your container managed example
(AccountBean), which built fine (it is clear why your example did not
have the problem mine did- the primary key is java.lang.String). After
that, I tried to build my container managed bean, but without success.
Here is a description of my problem:
After trying to compile my simple container-managed program using EJBC
in Weblogic 5.1, I get the following error:
ProductLicenseBeanEOImpl.java:56: Incompatible type for =. Can't convert
int to java.lang.Integer
pk = bean.productLicenseId;
ProductLicenseBeanEOImpl.java is a class that was generated by EJBC. It
is clear that this code is incorrect! The generated code (pk =
bean.productLicenseId) attempts to assign the primary key in the
ProductLicenseBean (an int) to a java.lang.Integer (pk is of type
java.lang.Integer), which is wrong! The source code generated by EJBC is
wrong!
Do you have a bug fix for this, or is there something I'm just not
getting?? !!
I should be able to use a java.lang.Integer as a primary key.
Thanks much for your help.
Tim Kimmet, [email protected]

Program LPC2378 with code generated by LabView ARM embedded, without using LabView

I would like to use the C files that are originally generated in LabVIEW ARM embedded module, and use Keil software (or other lower cost) to load these files into custom boards with LPC2378 controller without LabView. Are there detailed instuctions for this? I am using version 8.6 and the ARM embedded module is 1.1.
My reason for this task is boards are being made in a maufacturing facility oversees, and they need to be programmed at their end.
I read a forum describing the use of hex files, but not enough detail for me to figure this out.
Thanks in advance.

Hey Bob,
What you're looking to do should be possible. You'll just need to build the application in LabVIEW, then you should be able to use the uVisions command line to deploy the system. As for the C code itself, it gets generated when you build your build specification and you should see it placed in the same directory as your labview project in a folder named the name of your project. For example, if your project were called My ARM Project, you'll see a folder called "My ARM Project" created/updated whenever you build the build specification in that project and it will contain the C Code. To see the code organized logically, after building your build specification, right-click on the ARM target and select "Show Keil uVision". This will open a uVision window in "LabVIEW mode" and you'll be able to see all of the C files associated with you application; your VI specific code will be under a folder titled "VIs". You could also just open the C code files from disk in uVision, which is what you'll need to do if LabVIEW isn't installed. The main LabVIEW project can be found in the built directory described above as the LabVIEW.uvproj file in the "target"/Application/"uvision version"/Project directory. For example my main file was built in MyProject\EK_LM3S8962\Application\4.01\Project. From there, you'll need to follow uVision's process for compiling and deploying the target code from their command line:
Command Line
http://www.keil.com/support/man/docs/uv4/uv4_commandline.htm
Hope this helps!
--Ryan_S

Which compiler genrerates the most efficient code?

Does anybody know which compiler genrates the most efficient code? Jikes or javac? Or are there others more powerfull? If anybody has any information please submit a link to some benchmark test. I have tried both compilers, and I think that Jikes is compiling clearly faster, but does that mean that it is sloppy or doesn't it mean anything.

It's not so much the comiler but rather the jvm that is responsible for speed issues.
Of course if the compiler generates crappy bytecodes it doesn't help. But finally the jvm does the optimizing and running...

Warning codes generated in UCCHECK   - Technical Upgrade - 4.0b to ECC 6.0

Hi SDN'ers ,
I am currently working on Technical Upgrade project from 4.0 b system to ECC 6.0 system . I am facing a
problem relating to the analysis of the warnings displayed whehn we run the UCCHECK for the client inventory by
checking the "Display lines that cannot be analyzed statically" option under the Selection-screen block
"Statements that cannot be analyzed statically" .Based on the warning codes generated during UCCHECK, they can
be classified into 12 different categories given below in the list ( Viz. ABB,MESSAGEG!C,MESSAGEG!D......MESSAGEG!P).The same are given below in the end
I want to know
- Which are the warning codes which need resolution so that the program does not encounter any runtime
errors or during Integration testing ?
- Do all the offset related errors (For example ;variable A = B+offset(length)
or variable A+offset(length) = B ) need resolution so that the program gives no runtime error.
- Also, do all statements where length is calculated using STRLEN also need changes ? I have seen offset length related warnings come under MESSAGEG!M warning code.
The objective of this is to make sure that the upgraded system ECC 6.0 in Australia ,when rolled out to
non-English speaking geographies in APAc such as Malaysia,Japan or China would only need translations and no ABAP Coding effort even when using languages such as Japanese which have double byte characters.
S.No.     Error Code     Message
1     ABB     Syntax Check Aborted
     ABB Total
2     MESSAGEG!C      check at runtime. at runtime.
           statement because of untyped or generic operands. It can only carry out this
          The system could not perform a static convertibility check on the current
     MESSAGEG!C Total
3     MESSAGEG!D      out this check at runtime. It can only carry out this check at runtime.
           to a table line because of untyped or generic operands. It can only carry out
          The system could not perform a static check on convertibility from a work area
     MESSAGEG!D Total
4     MESSAGEG!E      check at runtime. at runtime.
           defined by a "DATA" statement. .
           statement because of untyped or generic operands. It can only carry out this
          Field "ELEMENTN" is unknown. It is neither in one of the specified tables nor
          The system could not perform a static comparability check on the current
     MESSAGEG!E Total
5     MESSAGEG!F      operand "<FELD1>" for the current statement. .
     MESSAGEG!F Total
6     MESSAGEG!G      current statement on incompletely typed operand "<DATA>". .
     MESSAGEG!G Total
7     MESSAGEG!H      for the incompletely typed operand "<S>". . - - - - - - - - -
          The system cannot perform a static check on a character-type field data type
     MESSAGEG!H Total
8     MESSAGEG!I      incompletely-typed operand "<A>" in the current statement. .
          The system cannot perform a static check on a character-type data type for the
     MESSAGEG!I Total
9     MESSAGEG!J      "<%_1_SYSINI>" in the current statement to check whether the operand can be
          The system cannot perform a static check on incompletely-typed operand "VALUE"
     MESSAGEG!J Total
Early response wil be highly appreciated.

Hi Karthik
>
> 1) SPDD adjustments are done in which phase? PREPARE or UPGRADE?
>
SPDD is done in Upgrade ->Phase ACT_700
> 2) Are here special cases where the adjustments need to be done before running the UPGRADE phase?
>
At ACT_700 phase stop the upgrade and take a backup of the DB and the PUT<DIR> before starting the SPDD activity.
Make sure there are no pending tp request. Either release them or delete them.
All phase need to be completed successfully in PREPARE, before starting UPGRADE
Cheers
Shaji
Edited by: Shaji Jacob on May 5, 2008 9:23 PM

Warning codes generated in UCCHECK

Hi SDN'ers ,
I am currently working on Technical Upgrade project from 4.0 b system to ECC 6.0 system . I am facing a
problem relating to the analysis of the warnings displayed whehn we run the UCCHECK for the client inventory by
checking the "Display lines that cannot be analyzed statically" option under the Selection-screen block
"Statements that cannot be analyzed statically" .Based on the warning codes generated during UCCHECK, they can
be classified into 12 different categories given below in the list ( Viz. ABB,MESSAGEG!C,MESSAGEG!D......MESSAGEG!P).The same are given below in the end
I want to know
- Which are the warning codes which need resolution so that the program does not encounter any runtime
errors or during Integration testing ?
- Do all the offset related errors (For example ;variable A = B+offset(length)
or variable A+offset(length) = B ) need resolution so that the program gives no runtime error.
- Also, do all statements where length is calculated using STRLEN also need changes ? I have seen offset length related warnings come under MESSAGEG!M warning code.
The objective of this is to make sure that the upgraded system ECC 6.0 in Australia ,when rolled out to
non-English speaking geographies in APAc such as Malaysia,Japan or China would only need translations and no ABAP Coding effort even when using languages such as Japanese which have double byte characters.
S.No.     Error Code     Message
1     ABB     Syntax Check Aborted
     ABB Total
2     MESSAGEG!C      check at runtime. at runtime.
           statement because of untyped or generic operands. It can only carry out this
          The system could not perform a static convertibility check on the current
     MESSAGEG!C Total
3     MESSAGEG!D      out this check at runtime. It can only carry out this check at runtime.
           to a table line because of untyped or generic operands. It can only carry out
          The system could not perform a static check on convertibility from a work area
     MESSAGEG!D Total
4     MESSAGEG!E      check at runtime. at runtime.
           defined by a "DATA" statement. .
           statement because of untyped or generic operands. It can only carry out this
          Field "ELEMENTN" is unknown. It is neither in one of the specified tables nor
          The system could not perform a static comparability check on the current
     MESSAGEG!E Total
5     MESSAGEG!F      operand "<FELD1>" for the current statement. .
     MESSAGEG!F Total
6     MESSAGEG!G      current statement on incompletely typed operand "<DATA>". .
     MESSAGEG!G Total
7     MESSAGEG!H      for the incompletely typed operand "<S>". . - - - - - - - - -
          The system cannot perform a static check on a character-type field data type
     MESSAGEG!H Total
8     MESSAGEG!I      incompletely-typed operand "<A>" in the current statement. .
          The system cannot perform a static check on a character-type data type for the
     MESSAGEG!I Total
9     MESSAGEG!J      "<%_1_SYSINI>" in the current statement to check whether the operand can be
          The system cannot perform a static check on incompletely-typed operand "VALUE"
     MESSAGEG!J Total
Early response wil be highly appreciated.
10     MESSAGEG!K      "<F_YEAR>" in the current statement to check whether the operand can be
          The system cannot perform a static check for incompletely-typed operand "WINY2"
     MESSAGEG!K Total
11     MESSAGEG!M      .
           at runtime. .
           check will take place at runtime. .
           entries for operand "<F_SOURCE>(2)". This check will take place at runtime. .
           entries for operand "<F_SOURCE>+2(2)". This check will take place at runtime.
          The system cannot perform a static check on the validity of the offset/length
     MESSAGEG!M Total
12     MESSAGEG!P      out this check at runtime. at runtime.
           statement because of untyped or generic operands. The system can only carry
          The system could not perform a static compatibility check on the current
     MESSAGEG!P Total
     Grand Total

Hi Monica,
             as bhaskar said no need to worry about warnings.
warnings will not lead to dump. only runtime errors will lead to dump.
if the system is unicode, remediate the objects without errors.
we can observe mainly,
open dataset, structure incompatibilty, offset, in byte or char mode etc
thanks
vinod

Code generate report in excel format from portal(Application Server)

Hi all
Please give some solution with code generate report in excel format from
oracle portal(Application Server).

Not feasible.
Why? Because "the Excel format" is a binary and proprietary Microsoft file format. And writing a generator to generate Excel files will be complex, and resource expensive. In the vast majority of cases this will not be justified.
As an alternative the very basic Microsoft XML office format can be used. But note that this is not a a ISO standard (it has been shot down in flames) - and effort and resources for that would be better spend on the Open Document XML standard (which very likely will be ratified as the ISO standard instead).
Of course, you could have meant a CSV file - in which case, you need to play close attention to details. CSV is not an Excel format. A software designers and developers, our success is determined by attention to technical detail. In which case you are not paying any attention to technical detail by confusing CSV with Excel.

How do I make this code generate a new pro when the "NEXT" button is pushed

How do I make this code generate a new set of problem when the "NEXT" Button is pushed
* To change this template, choose Tools | Templates
* and open the template in the editor.
/* Figure out how to create a new set of problms
* Type a list of specifications, include a list of test cases
* DONE :]
package javaapplication1;
import java.awt.GridLayout;
import java.awt.Window;
import javax.swing.*;
import java.awt.event.*;
* @author Baba Akinlolu -
class Grid extends JFrame{
    int done = 0;
    final int score = 0;
    final int total = 0;
        //Create Panels
        JPanel p2 = new JPanel();
        JPanel p3 = new JPanel();
        final JPanel p1 = new JPanel();
        //Create Radio buttons & group them
        ButtonGroup group = new ButtonGroup();
        final JRadioButton ADD = new JRadioButton("Addition");
        final JRadioButton SUB = new JRadioButton("Subtraction");
        final JRadioButton MUL = new JRadioButton("Multiplication");
        final JRadioButton DIV = new JRadioButton("Division");
        //Create buttons
        JButton NEXT = new JButton("NEXT");
        JButton END = new JButton("End");
        //Create Labels
        JLabel l1 = new JLabel("First num");
        JLabel l2 = new JLabel("Second num");
        JLabel l3 = new JLabel("Answer:");
        JLabel l4 = new JLabel("Score:");
        final JLabel l5 = new JLabel("");
        JLabel l6 = new JLabel("/");
        final JLabel l7 = new JLabel("");
        //Create Textfields
        final JTextField number = new JTextField(Generator1());
        final JTextField number2 = new JTextField(Generator1());
        final JTextField answer = new JTextField(5);
    Grid(){
        setLayout(new GridLayout(4, 4, 2 , 2));
        p2.add(ADD);
        p2.add(SUB);
        group.add(ADD);
        group.add(SUB);
        group.add(MUL);
        group.add(DIV);
        p2.add(ADD);
        p2.add(SUB);
        p2.add(DIV);
        p2.add(MUL);
        //Add to panels
        p1.add(l1);
        p1.add(number);
        p1.add(l2);
        p1.add(number2);
        p1.add(l3);
        p1.add(answer);
        p1.add(l4);
        p1.add(l5);
        p1.add(l6);
        p1.add(l7);
        p3.add(NEXT);
        p3.add(END);
        //Add panels
        add(p2);
        add(p1);
        add(p3);
        //Create Listners
        Listeners();
void Listeners(){
      NEXT.addActionListener(new ActionListener() {
      public void actionPerformed(ActionEvent e) {
         int answer1 = 0;
         //Grab the numbers entered
         int numm1 = Integer.parseInt(number.getText());
         int numm2 = Integer.parseInt(number2.getText());
         int nummsanswer = Integer.parseInt(answer.getText());
         //Set the score and total into new variabls
         int nummscore = score;
         int nummtotal = total;
         //Check if the add radio button is selected if so add
         if (ADD.isSelected() == true){
             answer1 = numm1 + numm2;
         //otherwise check if the subtract button is selected if so subtract
         else if (SUB.isSelected() == true){
             answer1 = numm1 - numm2;
         //check if the multiplication button is selected if so multiply
         else if (MUL.isSelected() == true){
             answer1 = numm1 * numm2;
         //check if the division button is selected if so divide
         else if (DIV.isSelected() == true){
             answer1 = numm1 / numm2;
         //If the answer user entered is the same with th true answer
         if (nummsanswer == answer1){
             //add to the total and score
             nummtotal += 1;
             nummscore += 1;
             //Convert the input back to String
             String newscore = String.valueOf(nummscore);
             String newtotal = String.valueOf(nummtotal);
             //Set the text
             l5.setText(newscore);
             l7.setText(newtotal);
         //Otherwise just increase the total counter
         else {
             nummtotal += 1;
             String newtotal = String.valueOf(nummtotal);
             l7.setText(newtotal);
//Create End listener
END.addActionListener(new ActionListener() {
      public void actionPerformed(ActionEvent e) {
        // get the root window and call dispose on it
        Window win = SwingUtilities.getWindowAncestor(p1);
        win.dispose();
//new Grid();
String Generator1(){
     int randomnum;
     randomnum = (1 + (int)(Math.random() * 100));
     String randomnumm = String.valueOf(randomnum);
     return randomnumm;
public class Main {
     * @param args the command line arguments
    public static void main(String[] args) {
        // TODO code application logic here
        JFrame frame = new Grid();
        frame.setTitle("Flashcard Testing");
        frame.setSize(500, 200);
        frame.setLocationRelativeTo(null);
        frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);
        frame.setVisible(true);
}Edited by: SirSaula on Dec 7, 2009 10:17 AM

Not only are you continuing to post in the wrong forum but now you are multiposting: [http://forums.sun.com/thread.jspa?threadID=5418935]
If people haven't answered you other posting its probably because we don't understand the question. Quit cluttering the forum by asking the same question over and over and then next time you have a new question post it in the proper forum. Your first posting was moved becuase you didn't post it properly.

Fpga HDL code generator

    Hello,
It seems that FPGA module cannot interface custom FPGA board.
I wonder if FPGA can be used as a HDL code generator.
Here is what I'd like to do :
- code an algorithm in a LabVIEW block diagram
- make a HDL from the BG with FPGA module
- build the HDL code in my FPGA IDE (Quartus II, in this case)
- download it in my FPGA target with the JTAG probe
- use RS232 (or any VISA interface) to communicate the results to another LabVIEW vi
The main question is : can LabVIEW FPGA module generate HDL code ?
Thanks,

Hello,
The LabVIEW FPGA module generates *.vhd files, located in the directory C:\NIFPGA80\clntTmp\[projectDir]\ (if you use LabVIEW 8.0); those files are then sent to Xilinx tools to generate the FPGA bitfile. LabVIEW FPGA module is not designed for non-NI products, this is why those intermediate files are encrypted.
Cordially,
.mrLeft{float:left} .mrInfo{border-left:solid 1px #989898;font-size:x-small;color:#989898}
Mathieu R.
  CTD - Certified TestStand Developer / Développeur TestStand Certifié
  CLAD - Certified LabVIEW Associate Developer

OWB Code generator - does not generate consistent code in every deployment

Hi,
I have a mapping to load dimension WM_USERS_ADVISORS_DIM.
Every time I generate the code for this mapping code generated is different than previous. Hence the query optimization applied at database level does not work.
following are 2 different queries generated for the same mapping.
Also, In target load order for this dimension, automatically values are populated like USERS_ADVISORS_STG, where as I have not declared this table/dim.
I am unable to remove this from load order. Every time code gets generated these _STG is added to each level in Dimension.
Please suggest how to have a consistent ETL generated every single time ETL deploys?
INSERT /*+ APPEND PARALLEL ("USERS_ADVISORS_STG") */ INTO "OWB$ *USERS_ADVISORS__1FFE2A* " "USERS_ADVISORS_STG" ( "PERSON_ID", "ADVISOR_PERSON_ID", "INVITE_CLIENT_ID", "IS_PRIMARY_ADVISOR", "SCHEMA_NAME", "DUMMY_LEVEL_KEY", "DESCRIPTION", "DUMMY_VALUE") (SELECT "INGRP1". "PERSON_ID" "PERSON_ID$10", "INGRP1". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID$10", "INGRP1". "INVITE_CLIENT_ID" "INVITE_CLIENT_ID$8", "INGRP1". "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR$10", "INGRP1". "SCHEMA_NAME" "SCHEMA_NAME$9", "INGRP2". "DUMMY_LEVEL_KEY" "DUMMY_LEVEL_KEY$8", "INGRP2". "DESCRIPTION" "DESCRIPTION$12", "INGRP1". "LOOKUP$$$_1_DUMMY_VALUE" "LOOKUP$$$_1_DUMMY_VALUE$6" FROM ( SELECT "LOOKUP_INPUT_SUBQUERY$5". "USERS_ADVISORS_KEY$6" "USERS_ADVISORS_KEY", "LOOKUP_INPUT_SUBQUERY$5". "PERSON_ID$11" "PERSON_ID", "LOOKUP_INPUT_SUBQUERY$5". "ADVISOR_PERSON_ID$11" "ADVISOR_PERSON_ID", "LOOKUP_INPUT_SUBQUERY$5". "INVITE_CLIENT_ID$9" "INVITE_CLIENT_ID", "LOOKUP_INPUT_SUBQUERY$5". "IS_PRIMARY_ADVISOR$11" "IS_PRIMARY_ADVISOR", "LOOKUP_INPUT_SUBQUERY$5". "SCHEMA_NAME$10" "SCHEMA_NAME", "LOOKUP_INPUT_SUBQUERY$5". "LOOKUP$$$_1_DUMMY_VALUE$7" "LOOKUP$$$_1_DUMMY_VALUE" FROM (SELECT "DEDUP_SRC_0$2". "USERS_ADVISORS_KEY$7" "USERS_ADVISORS_KEY$6", "DEDUP_SRC_0$2". "PERSON_ID$12" "PERSON_ID$11", "DEDUP_SRC_0$2". "ADVISOR_PERSON_ID$12" "ADVISOR_PERSON_ID$11", "DEDUP_SRC_0$2". "INVITE_CLIENT_ID$10" "INVITE_CLIENT_ID$9", "DEDUP_SRC_0$2". "IS_PRIMARY_ADVISOR$12" "IS_PRIMARY_ADVISOR$11", "DEDUP_SRC_0$2". "SCHEMA_NAME$11" "SCHEMA_NAME$10", "DEDUP_SRC_0$2". "LOOKUP$$$_1_DUMMY_VALUE$8" "LOOKUP$$$_1_DUMMY_VALUE$7" FROM (SELECT CAST (NULL AS NUMERIC) "USERS_ADVISORS_KEY$7", "AGG_INPUT$2". "PERSON_ID$13" "PERSON_ID$12", "AGG_INPUT$2". "ADVISOR_PERSON_ID$13" "ADVISOR_PERSON_ID$12", MIN( "AGG_INPUT$2". "INVITE_CLIENT_ID$11") "INVITE_CLIENT_ID$10", MIN( "AGG_INPUT$2". "IS_PRIMARY_ADVISOR$13") "IS_PRIMARY_ADVISOR$12", "AGG_INPUT$2". "SCHEMA_NAME$12" "SCHEMA_NAME$11", MIN( "AGG_INPUT$2". "LOOKUP$$$_1_DUMMY_VALUE$9") "LOOKUP$$$_1_DUMMY_VALUE$8" FROM (SELECT ( :B4 ) "USERS_ADVISORS_KEY$8", "USER_ADVISOR". "PERSON_ID" "PERSON_ID$13", "USER_ADVISOR". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID$13", "INVITE_CLIENTS". "INVITE_CLIENT_ID" "INVITE_CLIENT_ID$11", "USER_ADVISOR". "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR$13", ( :B3 ) "SCHEMA_NAME$12", 0 "LOOKUP$$$_1_DUMMY_VALUE$9" FROM ( SELECT "SET_OPERATION$2". "PERSON_ID$14" "PERSON_ID", "SET_OPERATION$2". "ADVISOR_PERSON_ID$14" "ADVISOR_PERSON_ID", "SET_OPERATION$2". "CREATED_ON$2" "CREATED_ON", "SET_OPERATION$2". "IS_PRIMARY_ADVISOR$14" "IS_PRIMARY_ADVISOR", "SET_OPERATION$2". "MOD_TAG$2" "MOD_TAG", "SET_OPERATION$2". "MODIFIED_ON$2" "MODIFIED_ON" FROM (SELECT "PERSON_ID" "PERSON_ID$14", "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID$14", "CREATED_ON" "CREATED_ON$2", "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR$14", "MOD_TAG" "MOD_TAG$2", "MODIFIED_ON" "MODIFIED_ON$2" FROM (SELECT "USERS_ADVISORS". "PERSON_ID" "PERSON_ID", "USERS_ADVISORS". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID", "USERS_ADVISORS". "CREATED_ON" "CREATED_ON", "USERS_ADVISORS". "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR", "USERS_ADVISORS". "MOD_TAG" "MOD_TAG", "USERS_ADVISORS". "MODIFIED_ON" "MODIFIED_ON" FROM "ADVIEWPROD". "USERS_ADVISORS" "USERS_ADVISORS" UNION SELECT "USERS_ADVISORS_DLOG". "PERSON_ID" "PERSON_ID", "USERS_ADVISORS_DLOG". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID", "USERS_ADVISORS_DLOG". "CREATED_ON" "CREATED_ON", "USERS_ADVISORS_DLOG". "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR", "USERS_ADVISORS_DLOG". "MOD_TAG" "MOD_TAG", "USERS_ADVISORS_DLOG". "MODIFIED_ON" "MODIFIED_ON" FROM "ADVIEWPROD". "USERS_ADVISORS_DLOG" "USERS_ADVISORS_DLOG") ) "SET_OPERATION$2" ) "USER_ADVISOR" LEFT OUTER JOIN ( SELECT "INVITE_CLIENTS". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID", "INVITE_CLIENTS". "PERSON_ID" "PERSON_ID", "INVITE_CLIENTS". "INVITE_CLIENT_ID" "INVITE_CLIENT_ID" FROM "ADVIEWPROD". "INVITE_CLIENTS" "INVITE_CLIENTS" ) "INVITE_CLIENTS" ON ( (( "USER_ADVISOR". "PERSON_ID" = "INVITE_CLIENTS". "PERSON_ID" )) AND (( "USER_ADVISOR". "ADVISOR_PERSON_ID" = "INVITE_CLIENTS". "ADVISOR_PERSON_ID" )) ) WHERE ( ( "USER_ADVISOR". "CREATED_ON" BETWEEN (TO_DATE( ( :B2 ) , 'mm/dd/yyyy hh24:mi:ss') ) AND (TO_DATE( ( :B1 ) , 'mm/dd/yyyy hh24:mi:ss') ) OR "USER_ADVISOR". "MODIFIED_ON" BETWEEN (TO_DATE( ( :B2 ) , 'mm/dd/yyyy hh24:mi:ss') ) AND (TO_DATE( ( :B1 ) , 'mm/dd/yyyy hh24:mi:ss') ) ) ) ) "AGG_INPUT$2" GROUP BY "AGG_INPUT$2". "PERSON_ID$13", "AGG_INPUT$2". "ADVISOR_PERSON_ID$13", "AGG_INPUT$2". "SCHEMA_NAME$12" ) "DEDUP_SRC_0$2" ) "LOOKUP_INPUT_SUBQUERY$5" WHERE ( (NOT ( "LOOKUP_INPUT_SUBQUERY$5". "PERSON_ID$11" IS NULL AND "LOOKUP_INPUT_SUBQUERY$5". "ADVISOR_PERSON_ID$11" IS NULL AND "LOOKUP_INPUT_SUBQUERY$5". "SCHEMA_NAME$10" IS NULL)) ) ) "INGRP1" LEFT OUTER JOIN ( SELECT "DUMMY_LEVEL_0". "DUMMY_LEVEL_KEY" "DUMMY_LEVEL_KEY", "DUMMY_LEVEL_0". "DUMMY_VALUE" "DUMMY_VALUE", "DUMMY_LEVEL_0". "DESCRIPTION" "DESCRIPTION" FROM "WM_USERS_ADVISORS_DIM" "DUMMY_LEVEL_0" WHERE ( "DUMMY_LEVEL_0". "DIMENSION_KEY" = "DUMMY_LEVEL_0". "DUMMY_LEVEL_KEY" ) AND ( "DUMMY_LEVEL_0". "DUMMY_LEVEL_KEY" IS NOT NULL ) ) "INGRP2" ON ( ( "INGRP1". "LOOKUP$$$_1_DUMMY_VALUE" = "INGRP2". "DUMMY_VALUE" ) ) )
INSERT /*+ APPEND PARALLEL ("USERS_ADVISORS_STG") */ INTO "OWB$ *USERS_ADVISORS__1FEA66* " "USERS_ADVISORS_STG" ( "PERSON_ID", "ADVISOR_PERSON_ID", "INVITE_CLIENT_ID", "IS_PRIMARY_ADVISOR", "SCHEMA_NAME", "DUMMY_LEVEL_KEY", "DESCRIPTION", "DUMMY_VALUE") (SELECT "INGRP1". "PERSON_ID" "PERSON_ID$10", "INGRP1". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID$10", "INGRP1". "INVITE_CLIENT_ID" "INVITE_CLIENT_ID$8", "INGRP1". "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR$10", "INGRP1". "SCHEMA_NAME" "SCHEMA_NAME$9", "INGRP2". "DUMMY_LEVEL_KEY" "DUMMY_LEVEL_KEY$8", "INGRP2". "DESCRIPTION" "DESCRIPTION$12", "INGRP1". "LOOKUP$$$_1_DUMMY_VALUE" "LOOKUP$$$_1_DUMMY_VALUE$6" FROM ( SELECT "LOOKUP_INPUT_SUBQUERY$5". "USERS_ADVISORS_KEY$6" "USERS_ADVISORS_KEY", "LOOKUP_INPUT_SUBQUERY$5". "PERSON_ID$11" "PERSON_ID", "LOOKUP_INPUT_SUBQUERY$5". "ADVISOR_PERSON_ID$11" "ADVISOR_PERSON_ID", "LOOKUP_INPUT_SUBQUERY$5". "INVITE_CLIENT_ID$9" "INVITE_CLIENT_ID", "LOOKUP_INPUT_SUBQUERY$5". "IS_PRIMARY_ADVISOR$11" "IS_PRIMARY_ADVISOR", "LOOKUP_INPUT_SUBQUERY$5". "SCHEMA_NAME$10" "SCHEMA_NAME", "LOOKUP_INPUT_SUBQUERY$5". "LOOKUP$$$_1_DUMMY_VALUE$7" "LOOKUP$$$_1_DUMMY_VALUE" FROM (SELECT "DEDUP_SRC_0$2". "USERS_ADVISORS_KEY$7" "USERS_ADVISORS_KEY$6", "DEDUP_SRC_0$2". "PERSON_ID$12" "PERSON_ID$11", "DEDUP_SRC_0$2". "ADVISOR_PERSON_ID$12" "ADVISOR_PERSON_ID$11", "DEDUP_SRC_0$2". "INVITE_CLIENT_ID$10" "INVITE_CLIENT_ID$9", "DEDUP_SRC_0$2". "IS_PRIMARY_ADVISOR$12" "IS_PRIMARY_ADVISOR$11", "DEDUP_SRC_0$2". "SCHEMA_NAME$11" "SCHEMA_NAME$10", "DEDUP_SRC_0$2". "LOOKUP$$$_1_DUMMY_VALUE$8" "LOOKUP$$$_1_DUMMY_VALUE$7" FROM (SELECT CAST (NULL AS NUMERIC) "USERS_ADVISORS_KEY$7", "AGG_INPUT$2". "PERSON_ID$13" "PERSON_ID$12", "AGG_INPUT$2". "ADVISOR_PERSON_ID$13" "ADVISOR_PERSON_ID$12", MIN( "AGG_INPUT$2". "INVITE_CLIENT_ID$11") "INVITE_CLIENT_ID$10", MIN( "AGG_INPUT$2". "IS_PRIMARY_ADVISOR$13") "IS_PRIMARY_ADVISOR$12", "AGG_INPUT$2". "SCHEMA_NAME$12" "SCHEMA_NAME$11", MIN( "AGG_INPUT$2". "LOOKUP$$$_1_DUMMY_VALUE$9") "LOOKUP$$$_1_DUMMY_VALUE$8" FROM (SELECT ( :B4 ) "USERS_ADVISORS_KEY$8", "USER_ADVISOR". "PERSON_ID" "PERSON_ID$13", "USER_ADVISOR". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID$13", "INVITE_CLIENTS". "INVITE_CLIENT_ID" "INVITE_CLIENT_ID$11", "USER_ADVISOR". "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR$13", ( :B3 ) "SCHEMA_NAME$12", 0 "LOOKUP$$$_1_DUMMY_VALUE$9" FROM ( SELECT "SET_OPERATION$2". "PERSON_ID$14" "PERSON_ID", "SET_OPERATION$2". "ADVISOR_PERSON_ID$14" "ADVISOR_PERSON_ID", "SET_OPERATION$2". "CREATED_ON$2" "CREATED_ON", "SET_OPERATION$2". "IS_PRIMARY_ADVISOR$14" "IS_PRIMARY_ADVISOR", "SET_OPERATION$2". "MOD_TAG$2" "MOD_TAG", "SET_OPERATION$2". "MODIFIED_ON$2" "MODIFIED_ON" FROM (SELECT "PERSON_ID" "PERSON_ID$14", "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID$14", "CREATED_ON" "CREATED_ON$2", "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR$14", "MOD_TAG" "MOD_TAG$2", "MODIFIED_ON" "MODIFIED_ON$2" FROM (SELECT "USERS_ADVISORS". "PERSON_ID" "PERSON_ID", "USERS_ADVISORS". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID", "USERS_ADVISORS". "CREATED_ON" "CREATED_ON", "USERS_ADVISORS". "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR", "USERS_ADVISORS". "MOD_TAG" "MOD_TAG", "USERS_ADVISORS". "MODIFIED_ON" "MODIFIED_ON" FROM "ADVIEWPROD". "USERS_ADVISORS" "USERS_ADVISORS" UNION SELECT "USERS_ADVISORS_DLOG". "PERSON_ID" "PERSON_ID", "USERS_ADVISORS_DLOG". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID", "USERS_ADVISORS_DLOG". "CREATED_ON" "CREATED_ON", "USERS_ADVISORS_DLOG". "IS_PRIMARY_ADVISOR" "IS_PRIMARY_ADVISOR", "USERS_ADVISORS_DLOG". "MOD_TAG" "MOD_TAG", "USERS_ADVISORS_DLOG". "MODIFIED_ON" "MODIFIED_ON" FROM "ADVIEWPROD". "USERS_ADVISORS_DLOG" "USERS_ADVISORS_DLOG") ) "SET_OPERATION$2" ) "USER_ADVISOR" LEFT OUTER JOIN ( SELECT "INVITE_CLIENTS". "ADVISOR_PERSON_ID" "ADVISOR_PERSON_ID", "INVITE_CLIENTS". "PERSON_ID" "PERSON_ID", "INVITE_CLIENTS". "INVITE_CLIENT_ID" "INVITE_CLIENT_ID" FROM "ADVIEWPROD". "INVITE_CLIENTS" "INVITE_CLIENTS" ) "INVITE_CLIENTS" ON ( (( "USER_ADVISOR". "PERSON_ID" = "INVITE_CLIENTS". "PERSON_ID" )) AND (( "USER_ADVISOR". "ADVISOR_PERSON_ID" = "INVITE_CLIENTS". "ADVISOR_PERSON_ID" )) ) WHERE ( ( "USER_ADVISOR". "CREATED_ON" BETWEEN (TO_DATE( ( :B2 ) , 'mm/dd/yyyy hh24:mi:ss') ) AND (TO_DATE( ( :B1 ) , 'mm/dd/yyyy hh24:mi:ss') ) OR "USER_ADVISOR". "MODIFIED_ON" BETWEEN (TO_DATE( ( :B2 ) , 'mm/dd/yyyy hh24:mi:ss') ) AND (TO_DATE( ( :B1 ) , 'mm/dd/yyyy hh24:mi:ss') ) ) ) ) "AGG_INPUT$2" GROUP BY "AGG_INPUT$2". "PERSON_ID$13", "AGG_INPUT$2". "ADVISOR_PERSON_ID$13", "AGG_INPUT$2". "SCHEMA_NAME$12" ) "DEDUP_SRC_0$2" ) "LOOKUP_INPUT_SUBQUERY$5" WHERE ( (NOT ( "LOOKUP_INPUT_SUBQUERY$5". "PERSON_ID$11" IS NULL AND "LOOKUP_INPUT_SUBQUERY$5". "ADVISOR_PERSON_ID$11" IS NULL AND "LOOKUP_INPUT_SUBQUERY$5". "SCHEMA_NAME$10" IS NULL)) ) ) "INGRP1" LEFT OUTER JOIN ( SELECT "DUMMY_LEVEL_0". "DUMMY_LEVEL_KEY" "DUMMY_LEVEL_KEY", "DUMMY_LEVEL_0". "DUMMY_VALUE" "DUMMY_VALUE", "DUMMY_LEVEL_0". "DESCRIPTION" "DESCRIPTION" FROM "WM_USERS_ADVISORS_DIM" "DUMMY_LEVEL_0" WHERE ( "DUMMY_LEVEL_0". "DIMENSION_KEY" = "DUMMY_LEVEL_0". "DUMMY_LEVEL_KEY" ) AND ( "DUMMY_LEVEL_0". "DUMMY_LEVEL_KEY" IS NOT NULL ) ) "INGRP2" ON ( ( "INGRP1". "LOOKUP$$$_1_DUMMY_VALUE" = "INGRP2". "DUMMY_VALUE" ) ) )
Thanks in advance
Meg
Edited by: Meg on Jan 4, 2012 5:33 PM

Hello,
These wrappers were separated into different templates. What you would need to do is to run the templates that you need. You can find these templates in the C:\Program Files\National Instruments\MATRIXx\mx_71.4\case\ACC\templates folder.
Hope this helps.
Ricardo S.
National Instruments

Compiling jdk 1.1.7 code to run in 1.4.2

I am new to Java & have inherited an old IBM Websphere 3.02 system which runs JDK 1.1.7. We need to move this to Websphere v5 or v6 which also involves a move to JDK 1.4.2.
From reading various forums it appears that java is not necessarily upwardly compatible. Given this I am looking for opinions on the following.
What is the likelihood of being able to compile the 1.1.7 code without any changes to run in 1.4.2?
Any help is much appreciated.

If I'm not mistaken, backward compatible would mean you could take 1.5 code,
compile it with a 1.1 compiler and run it on a 1.1 JVM, this definition Java is not
backward compatibleyes..i learned this when i compiled my program with 1.5. it turned out that how the byte code is stored has changed. i would get error message indicating this.
compile using 1.4 and run it with a JRE 1.5 will be ok.

On compilation in J2ME WTK, Midlet code generates clone() method

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