Using JDeveloper in order to create and manage Oracle Service Bus 12c resources, I am able to export the required resources into a .jar file using the Resources Export Wizard of JDeveloper, selecting one by one those needed, under the tree of each project.
What I want to do though is find a way to export a .jar file based on resources list, given in a file of a commonly used format (JSON, CSV etc), as it can be time saving for a large number of resources. My first thought was to search if JDeveloper provides such way or attempt do this programmatically, yet my search on this has not given me any information of how-to.
Is there an alternative way of doing this?
If you have Oracle OSB 11.1.1.7.0 or higher you can automate the compilation process for OSB at project level using configjar, here's a whole example of an implementation which include: compilation using configjar, automating the task retrieving the code from GIT using Jenkins and a python script.
You can also do it using ANT, here's a good document of Oracle explaining that. (I've tried it, but found easier to use configjar, this is the only option for versions below 11.1.1.7.0).
After creating any of those compilation methods you can create a CSV file, parse it with python and loop the compilation.
Related
I have installed pycparser that parses C code.
Using pycparser I want to parse an open source project, namely PostgreSQL . However, during compilation it cannot found some header files, namely
pg_config_ext.h and pg_config_os.h.
While looking at the directory structure of PostgreSQL, I find that it does not have these header files. How to fix this issue?
These header files are generated from the respective .in files when configure is run.
This will allow conditional compilation depending on the operating system and its configuration.
To compile PostgreSQL, you need what is called a configured source tree in PostgreSQL jargon.
Also note that the build process is somewhat different on Windows, see the documentation for details.
I am having trouble packaging applications to get them to run in Azure Batch compute nodes. I am using user subscription with VM configuration, so I can't use application packages. I have been uploading my executable files and dlls as resource files. Currently, I have a task that requires a lot of dlls, but it seems that I can't upload more than 10 resource files through Azure portal.
What is the best way to package an application and all its required dlls to have it run on a batch compute node without using the built-in application package? Is there a way other than going through all its dlls and adding them individually manually as resource files?
How to go about the limitation of 10 resource files per task application?
Thanks!
Application package functionality for Virtual Machine configuration should be available now (documentation may be out of date). With that being said, answers to your questions:
Without using application packages, you can do one of the following: (1) create a SFX-archive (self-extracting archive) with your archiver of choice. Ensure that it can be silently installed without a GUI pop-up (e.g., 7-zip can do this) and run the SFX-archive command as part of your start task. (2) Zip up your files. Add the zip file and unzip.exe as your two resource files. Run the unzip command as part of your start task.
The service limit is not 10 (although that may be the limit in portal). You can add as many resource files up to the service limit which varies depending upon the length of your URLs. For large number of dependencies, please follow the recommendation from #1 or use Application Packages (if possible).
Using Netbeans "Generate PHPDoc", I'm able to generate the structure.xml for my project, but I'm at a lost as to how to get from that XML file to the fully generated phpdoc.
I was finally able to generate my HTML files. I simply needed to activate the XSL extension manually by editing php.ini in WAMP.
I must admit that due to my lack of skills with the command line, it was somehow difficult to follow instructions that are given out on the web.
I am currently coding with Eclipse PDT, and I need to synchronise the files on my workstation with the files on the FTP server.
I've installed RSE, but I can only download and edit files as far as I can see it. What I want to happen is when I hit save, the file is saved locally, and the file to be updated on the FTP site.
Any ideas of how I can achieve this?
Create an ant builder on your project. See this article about how to do that. The important things you should know after you read the article:
You can use Ant FTP task to
transfer the files.
You can define properties given by
the Eclipse platform to get project
root, list of changed files, change
type (add, modify, delete) and so on.
Use them wisely. You will need
project_loc, resource_loc and so on.
See picture at end to see how to get
other available variables that can be
passed to the script.
Tune your Ant script, since if it run
for each file update, then it can be
slow. If it is slow anyway, then you can create a builder plugin for eclipse, which is not so complicated. I created some before.
Be prepared, that ant script can get
not only one file as changed, but a
list.
We're about to start development of a number of reports using Jasper Server Reports version 3.7.0 CE.
Does anyone have any recommendations as to how best to manage version control with this development, given that the structure of the report units is managed in the database and through either iReport or the web front end?
In fact you can import/export to a directory structure using the js-import/js-export scripts, but then you can't edit these files directly with iReport.
Does anyone have any pointers?
This is problematic. I have established a subversion repository to allow standard reports delivery to be versioned but it is a real pain because jasper does not make this even a little bit easy.
I created a maven project with an assembly descriptor so that "src/main/xml/resources/Reports,adhoc,Domains, etc" can be packaged up in a zip that is pushed to our maven repository.
The biggest problem is that you can't just develop adhoc and input controls merely by modifying XML files. The developer has to import what is in source control into a working jasper server, modify the reports or add new ones (after making sure that his organization and datasources are configured) and once he's satisfied that the report(s) works, export the resources to a directory or zip file, manually modify all references in the exported files from datasources and organization specific resource locations back to "generic" before checking in his changes.
When importing into jasper, the same process has to be done in reverse. The generic paths and organization values have to be converted to the developer's organization so they can be easily imported/updated and he can prove out that the full "round trip" works properly before checking in.
To make the export/subversion checkin easier, I created an ant build file which lives in the maven project's root dir. The build prompts (or will read a properties file) to determine the exported zip location, the organization id of the exported tree. It then opens exported zip file from jasper, explodes it, performs text replacements on the files, resets the "createdDate" and "updatedDate" elements to something standard (so that the developer does not end up checking in files that haven't actually changed since jasper does not preserve the date values), and then copy the files into the subversion tree.
For the import process (from the subversion tree into jasper) we have a script that takes as input the organization id and then modifies the versioned xml files to the appropriate values so that the entire tree can be easily imported/updated into their organization.
The reason this level of complexity is required is to allow us to create the same standard reports in a multi-tenant environment, plus jasper's notion of deploying reports is absolutely bizarre. I'm not sure it would be possible to make this process more difficult if you were intending to do so.
If I was in your position I would have established this kind of process:
end of development session: export all reports to a directory structure in a project under version control
commit the project
before next development session: synchronize the project with svn repository
import directory structure to Jasper Server Reports
continue development
Not sure if someone found posted the solution.
This is what I have done for existing reports.
export reports from jasper server
modify file names from .data to .jrmxl
modify subreport calling to add extension (like in A.jrxml should have subreport name as B.jrxml
modify add .jrmxl to datafile,label and name in report unit xml files.
If you are creating new report on jasper server, it simple
give .jrxml to name and label while adding jrxml file. thats it.
Now you can work same files in local and import same to jasper server.