Helping my son to roll out a Minecraft JAVA Linux server.
Adding new plugins however nothing is loaded without any error.
Played with plugins folder and plugin files permissions - made them chmod 777, still no success.
Didn't find even any info on how to switch on the DEBUG log level
Would really appreciate on any help
The answer was pretty clear and from the RTFM section.
Vanilla Minecraft server doesn't allow to use plugins. You should use Bukkit, Spigot and other modifications if you want to add plugins to your server.
Related
I agree that JDeveloper provides some unique ADF-specific functionality, but when it comes to work with java code, IntelliJ IDEA works better for me. Can I move java-related operations to IDEA?
Setup
Create IDEA project from existing sources, setup source folders and connect libraries.
Setup IDEA run configuration. "Listen to remote JWM" means that IDEA will act as a server and Jdev will connect to it as soon as it starts running. It is good if you need to debug processRequest() method - debugger must be connected immediately. I chose "JDK 1.4.x" because it looks closer to VM parameters which Jdev uses when it starts debugging (you can look at those is Jdev log while debugging).
Setup Jdev as a client. Append VM options from IDEA to your existing options.
Running
To start debugging, first, run IDEA run configuration with green bug button, and second, run Jdev with green play button.
I want to port a DVC (dynamic virtual channel) plugin from standard Microsoft RDP to FreeRDP for multiplatform use. But I have run into a brick wall regarding connecting the plugin into the FreeRDP client. While for Microsoft RDP on Windows you use Windows Registry for this, the documentation is quite lacking regarding usage of custom DVC on FreeRDP. Command-line interface has /dvc and /a for connecting plugins, and there's a drdynvc plugin which could possibly be used for this, but I am having a hard time reverse-engineering the code to learn how to use it (again, documentation is lacking info on drdynvc).
I would appreciate any information on this issue.
For any future FreeRDP DVC enthusiasts:
To attach a plugin, you have to use /dvc:<name> cli option, with the name of the plugin, and move the desired plugin lib to folders:
On Windows 7+ it looks in a static path C:\Program Files (x86)\FreeRDP\lib\freerdp2\<name>-client.dll
On MacOS: <FreeRDP install path>/lib/freerdp2/lib<name>-client.dylib
if it's build from source then /usr/local/lib/freerdp2/lib<name>-client.dylib
If unsure, you can check the cmake-generated file build-config.h in \include\freerdp\.
In a project we a forced to use IBM RAD and Webspher Application Server (6.1).
Setting up the development environment is currently described in about 10 pages of wiki documentation and takes about a day if you don't do any mistake. The main parts are:
Installing the IBM Installer;
Use it to install RAD
Install a patch to the Installer;
use it to install half a dozen patches to RAD
create a network drive pointing to ...
checkout project source to ...
install WAS
configure the a WAS instance with two jdbc drivers, 6 datasources, a queue ...
I think you get the idea
I'd like to automate that process (or at lest 95% of it) to something like.
start script x.
On prompt enter a directory with at least yGB of memory available.
Get yourself a cup of coffee
start working.
What are the proper tools to get this working? Should I use something like puppet and chef? Or is that overkill and I can just zip the installation directory and change 2 registry entries?
Has anybody experience with this? Any pointers to get started?
You can script the configuration of WAS using wsadmin:
http://pic.dhe.ibm.com/infocenter/wasinfo/v6r1/index.jsp?topic=%2Fcom.ibm.websphere.base.doc%2Finfo%2Faes%2Fae%2Fwelc6topscripting.html
It is some effort to learn how to do so but in the end it saves a lot of time. You need to use Jython or Jacl to do so.
WAS profiles can be created headless with a response file. Use manageprofiles.bat in bin directory of WAS to do so.
Regarding RAD installation you can install the IBM Installation Manager version you need to install the patches right away and then install everything in one shot. Add the fixes you need as Repositiories right from the beginning. The fixes will be installed instead of the old versions in this case. You should have the base images and all fixes on the local disk to do so.
The installation of RAD itself can also run in headless mode but I don't have any experience in doing this.
The configuration of the RAD workspace is the next thing you want to automate. This is not so simple to do. The simplest thing you can do is to export the workspace preferences of a workspace that contains all settings to an eclipse preference file (.epf). File -> Export
This is not a complete solution but may help you a bit. Be sure to keep all settings in just one file and import that into a fresh workspace.
Use Notepad++ TextFX plugin to sort the settings in the epf file. You can then figure out which settings you need just by looking at them.
More control over the workspace settings and automated conifiguration requires accessing eclipse internal APIs and some coding.
Regarding the the project sources it depends on the SCM you are using.
I'm trying to deploy openMRS v.1.9.2 to a local VM running CentOS & Glassfish 2 for work. Unfortunately, I could not get it to work. Normally, I just download the standalone found at source forge. I just double-click the jar, and I'm good to go.
I normally just SSH into the the VM, so I first tried doing everything through a terminal. Here are the steps I took:
Using wget, retrieve the .zip
Create a dir (I just called it /openmrs), cd into the new directory, and then expand the .zip.
cd into the directory.
At this point, there are two options to start openMRS.
Run the bash script: ./run-on-linux.sh
Run the .JAR: java -jar [insert_jar_name].jar -commandline
When I run the .JAR, I get a stack trace.
When I try to run the bash script, I get another error.
Anyways, I thought I found a potential solution in an openMRS JIRA ticket, but it seems aimed at Glassfish 3, and not Glassfish 2 (which is what I need to use).
I then tried deploying the .WAR via the Glassfish admin UI. I thought it would work, but after going through the steps of selecting a language, whether or not to use demo data, etc. I received this.
Does anyone have experience deploying openMRS to Glassfish 2.1.1? Unfortunately Glassfish 3 doesn't seem to be a realistic option. I would really appreciate any help here. Thanks.
Although it doesn't solve my problem of not being able to successfully deploy openMRS to an instance of Glassfish v.2, I did manage to get myself further by just installing MySQL on the VM. Our work machines are all set up for postgres, so I think should have guessed earlier that not having a MySQL server installation was the problem.
Here is a tutorial I used to install MySQL
I am looking for something similar to RStudio-server (r-studio), but for programming in Java/Scala.
RStudio-server accessed via web is the same as the desktop version.
May be there are other equivalent solutions, given that my problem is scarce local resources to run my programs, but plenty of resources in a remote computer.
The more seamless, the better.
It would be also good if I could just run my program remotely seamlessly (outputing like if it was local and inside the IDE).
I recently starting using Chromoting to remote into a different machine that has IntelliJ. It's convenient in that it's built into chrome and I can pretty much do this anywhere because everyone has Chrome these days. It's a very good remoting tool but it still is remoting, it has its delays and minor problems (some keyboard shortcuts don't get sent through and those options haven't been added yet).
Just an idea for something to try.
It is not seamless, but I just managed to solve the problem using the right workflow:
In the local machine:
edit files in IDEA
[optional] set the output path, if any, to your favorite file hosting service (dropbox in my case)
commit with your favorite VCS (bzr in my case, it can need a push to the remote machine)
In the remote machine:
update with your favorite VCS
compile and run with your favorite build tool (sbt in my case):
sbt 'run-main experiments.AtomicBombMain'
[optional] In the local machine again:
[optional] get the generated files at the output path at the shared folder of your favorite file hosting service
Link with more details about the entire process since instalation until compiling:
sbt-intellij-idea-scala-debian-wheezy-how-to