I am following
Red5 Media Server - Workspace Setup Guide - r4737!
I am able to build Red5 distribution and rename distribution jar files i.e completed upto step 6.But when I followed step 7 - Run inside of eclipse failed to debug it as java application -
Red5 root: /home/yuvraj/Documents/RED5/red5 java code all/java/server/trunk
Configuation root: /home/yuvraj/Documents/RED5/red5 java code all/java/server/trunk/conf
Red5 server jar was not found, using fallback.
URL list: [file:/home/yuvraj/Documents/RED5/red5%20java%20code%20all/java/server/trunk/red5.jar]
Bootstrap exception: null
Bootstrap exit
java.lang.NullPointerException
at org.red5.classloading.ClassLoaderBuilder.build(ClassLoaderBuilder.java:172)
at org.red5.classloading.ClassLoaderBuilder.build(ClassLoaderBuilder.java:96)
at org.red5.server.Bootstrap.bootStrap(Bootstrap.java:117)
at org.red5.server.Bootstrap.main(Bootstrap.java:48)
I couldn't find conf directory neither in /home/yuvraj/Documents/RED5/red5 java code all/java/server/trunk/ nor in /Red5_server/bin while setting classpath in java debug.
If you followed step by step the guide, you are probably using the 1.0.2 RC4.
Try this now:
Extract the red5-server-1.0.2-RC4.zip from the target folder to a custom folder
(I have it in c:\red5-server-1.0.2-RC4 )
Copy red5.jar and bootstrap.jar in the place you extracted red5. (In my case c:\red5-server-1.0.2-RC4\ )
Repeat the step 7 in the Guide and be carefull at point L.
conf directory is in \red5-server-1.0.2-RC4\
From the output you've shown, I'd assume you're missing the lib directory and its contents. This wiki link should help: https://code.google.com/p/red5/wiki/ServerWontStart#Bootstrap_exception
Related
I am trying to connect JMSToolbox to an app that is driven by JMS queues running on OpenLiberty.
I am using Open liberty version 22. Specifically 22.0.0.11-202210101601
As far as I can tell, the correct documentation to follow is https://github.com/jmstoolbox/jmstoolbox/wiki/2.2-Setup-for-IBM-LibertyProfile
The installed features I have on the Open Liberty server from the documentation are as follows:
restConnector-2.0 (note restConnector-1.0 as specified in the
documentation does not seem to be available)
appSecurity-2.0
wasJmsClient-2.0
wasJmsServer-1.0
Note I was not able to install restConnector-1.0 from the documentation as I could only find restConnector-2.0.
For the extra jars, I was only able to find restConnector.jar
I could not find the other jars specified in the documentation:
com.ibm.ws.ejb.thinclient_x.y.z.jar (from <was_full_home>/runtimes)
com.ibm.ws.orb_x.y.z.jar (from <was_full_home>/runtimes)
com.ibm.ws.sib.client.thin.jms_x.y.z.jar (from
<was_full_home>/runtimes) (tested with x.z.y ==8.5.5.0+, 9.0.0.0)
Where do I get these jars from? I'm not sure what WAS Full Home means. Am I supposed to take them from a copy of WAS? Are these Jars proprietary?
Thanks,
John
"WAS full" refers to "traditional" WebSphere Application Server. You can download it following this page https://www.ibm.com/cloud/blog/websphere-trial-options-and-downloads
WAS full home is shorthand for WAS installation directory, typically /IBM/WebSphere/AppServer.
These jars are included in the /runtimes subdirectory after you installed the product.
So typical approach following above page would be:
download InstallationManager
install InstallationManager
install developers version either v9 (http://www.ibm.com/software/repositorymanager/com.ibm.websphere.ILAN.v90) or v8.5.5 (https://www.ibm.com/software/repositorymanager/com.ibm.websphere.DEVELOPERSILAN.v85)
copy required jars from the installation directory
... but that would take a while...
So alternatively you could (if you have docker), which should be much faster than whole mumbo-jumbo with installation:
pull WAS v8.5 or v9 version from here https://hub.docker.com/r/ibmcom/websphere-traditional
start container: docker run --name was-server -p 9043:9043 -p 9443:9443 -d ibmcom/websphere-traditional
locate required files:
$ cd opt/IBM/WebSphere/AppServer/runtimes/
$ ls -la
total 343540
com.ibm.jaxrs1.1.thinclient_9.0.jar
com.ibm.jaxrs2.0.thinclient_9.0.jar
com.ibm.jaxws.thinclient_9.0.jar
com.ibm.ws.admin.client.forJython21_9.0.jar
com.ibm.ws.admin.client_9.0.jar
com.ibm.ws.ejb.embeddableContainer_9.0.jar
com.ibm.ws.ejb.embeddableContainer_nls_9.0.jar
com.ibm.ws.ejb.portable_9.0.jar
com.ibm.ws.ejb.thinclient_9.0.jar
com.ibm.ws.jpa-2.0.thinclient_9.0.jar
com.ibm.ws.jpa-2.1.thinclient_9.0.jar
com.ibm.ws.messagingClient.jar
com.ibm.ws.orb_9.0.jar
com.ibm.ws.sib.client.thin.jms_9.0.jar
com.ibm.ws.sib.client_ExpeditorDRE_9.0.jar
com.ibm.ws.webservices.thinclient_9.0.jar
com.ibm.xml.thinclient_9.0.jar
endorsed
properties
sibc.jmsra.rar
sibc.nls.zip
copy required files from the container:
docker cp <containerID>:/opt/IBM/WebSphere/AppServer/runtimes/xyz.jar .
Trying to deploy a Play Framework based Application using an ELB container
Recently it seems that AWS made changes to the way ELB works as we've done this before without issue.
The error we currently get is:
2021/12/14 23:00:15.705423 [INFO] Executing instruction: CheckProcfileForJavaApplication
2021/12/14 23:00:15.705468 [ERROR] An error occurred during execution of command [app-deploy] - [CheckProcfileForJavaApplication]. Stop running the command. Error: there is no Procfile and no .jar file at root level of your source bundle
2021/12/14 23:00:15.705474 [INFO] Executing cleanup logic
2021/12/14 23:00:15.705598 [INFO] CommandService Response: {"status":"FAILURE","api_version":"1.0","results":[{"status":"FAILURE","msg":"Engine execution has encountered an error.","returncode":1,"events":[{"msg":"Instance deployment failed. For details, see 'eb-engine.log'.","timestamp":1639522815,"severity":"ERROR"}]}]}
Now of course I wouldn't be here if this was the actual problem
# cd /var/app/staging/server-xxxxxxxxxxx/
# ls -l
total 16
-rw-r--r-- 1 webapp webapp 135 Dec 14 20:39 Procfile
drwxr-xr-x 2 webapp webapp 82 Dec 14 22:21 bin
drwxr-xr-x 2 webapp webapp 113 Dec 14 22:21 conf
drwxr-xr-x 2 webapp webapp 8192 Dec 14 22:21 lib
drwxr-xr-x 3 webapp webapp 17 Dec 14 22:21 share
So Procfile exists
Hmmm is it valid however?
Let's check that out:
# cat Procfile
web: bin/server -v -J-Xms512M -J-Xmx2048m -J-server -Dhttp.port=5000 -Dhttps.port=8443 -Dconfig.resource=application.conf
Looks normal enough -- but does it actually work?
Short answer is yes -- if I copy and paste that command (minus the "web:" prefix of course) system comes up without any issues (ELB still fails to realize that though...)
I've tried a few variants of the command thinking that it might be related to yaml formatting of perhaps a tighter regex ^[A-Za-z0-9_-]+:\s*[^\s].*$ (source: https://docs.aws.amazon.com/elasticbeanstalk/latest/dg/platforms-linux-extend.html)
web: bin/server
web: ./bin/server
web: bin/server
web: ./bin/server
web:bin/server
web:./bin/server
No difference (both worked when manually started without or without the leading ./ btw)
Unsure how I move forward here?
How do we find what the real problem is so that we have fighting chance to fix it?
And yes -- the initial trace above is already the output of eb-engine.log
Using (in case this is relevant)
Coretto Java 11
Play 2.8.8
Scala 2.13.6
SBT 1.5.2
Will answer any relevant queries that help improve this question and any chance of resolving it. Most Google searches I've dug through are related to other environments and are simply a missing Procfile...
I have worked out the following work-around to be able to use a standard (well slightly modified) Play Framework dist directly in an AWS ELB Java container
We start with the typical sbt dist process to create a zip "distribution" file
That file won't work in the format it is currently in (I've been researching and I will be asking specific questions to see if making it work directly might be possible) however it only takes a few small tweaks to get it to work
First Step: Modify Procfile (a file that you manually create and place in the project's dist directory) as follows:
web: chmod 700 bin/server; bin/server -v -J-Xms512M -J-Xmx2048m -J-server -Dpidfile.path=/dev/null -Dhttp.port=5000 -Dconfig.resource=application.conf
Note the chmod 700 bin/server; that was the final secret sauce required to make this work! I was kinda shocked that it did work actually. I did not think that would get past the regex they use to parse the Procfile
As a zip file is permissions agnostic, once I finally got the elb install process to get past that first "missing jar" hurdle I noticed the permissions on bin/server were simply rw. The ec2 instance's /var/log/eb-engine.log did not quite spell that out too clearly, however I confirmed that whenever I manually modified those permissions (on the ec2 instance) and then ran the bin/server command (to verify it) the Play server would start right away (however the elb container still failed to see it as a legitimate process and continued to report it as Status of no data, nor did it allow the load balancer to send it traffic so this "fix" was a real shot in the dark!)
Second step: Unzip that zip file and cd into the directory it created/assigned
cd server-vxxxxxxxxxxxxxx
touch placeholder.jar
The second dab of secret sauce is that the placeholder.jar file is simply a means to satisfy the CheckProcfileForJavaApplication which simply looks for the existence of any file named *.jar in the root of the bundled directory. If that file does not exist then the elb install script stops dead in it's tracks.
Note: You could simply place this empty placeholder.jar file in the Play dist folder if you prefer
Third Step: Create a new zip file elb.zip
zip --exclude share/doc/api/\* -r elb.zip .
Now take elb.zip and upload it to an AWS ELB container and low and behold it (finally) springs to life!
Getting the below response while running jmeter.server Batch file:
Could not find ApacheJmeter_core.jar ...
what to do now? I am using Java version-14
Could not find ApacheJmeter_core.jar ... meaning you haven't started Jmeter master.
But above error is different, in this case Jmeter slave cannot find rmi keystore file at bin folder thus throwing file not found exception for rmi_keystore.jks.
You have to generate rmi_keystore.jks by running create-rmi-keystore.bat for windows (for mac you have to run create-rmi-keystore.sh) then once .jks file is generated then copy it in bin folder of each Jmeter slave.
For more details, you can refer link: https://jmeter.apache.org/usermanual/remote-test.html#setup_ssl
System : windows 10 and AWS EC2
I have follow below steps:
install jdk
install tomcat8
install maven
PhantomJS
Updated app-convert.properties according to system (windows/linux)
Added new required highchart java-script files in diectory /phantomjs
Updated required java-scripts files names in resources.json
Export war/ install export server from repository
Deploy war in tomcat/ start server using mvn jetty:run
On preview server logs error
[ERROR] [http-nio-8080-exec-25 05:19:49] (ExportController.java:writeFileToStream:356) Tried to read file from filesystem: File '/tmp/tomcat8-tomcat8-tmp/export4935023327417038147/output/UOBhqYub.png' does not exist
So I debug Server.java, server is responding as
"ReferenceError: Can't find variable: highcharts".
(SVGConverter.java:convert:108) responce json: ReferenceError: Can't
find variable: Highcharts
I have added required js files in resource/phontomjs directory and mentioned these files in resources.json.
GitHub issue
Please correct me if I am missing anything.
My bad, my stupid mistake, I was using old version of highchart java-scripts files.
Trying to deploy a Java app to Google Appengine Managed VM. I'm using console gcloud and already prepared WAR file. Plus app.yaml.
Using following command:
gcloud preview app deploy ./build/libs/app.yaml
Right now it fails with:
Building and pushing image for module [default]
-------------------------------------------------------------------------------- DOCKER BUILD OUTPUT --------------------------------------------------------------------------------
Step 0 : FROM gcr.io/google_appengine/jetty9
---> 005014071b64
Step 1 : ADD webapp-webapp.war $JETTY_BASE/webapps/root.war
---> 3e9023930cc8
Removing intermediate container 342e8a2f5750
Successfully built 3e9023930cc8
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Beginning teardown of remote build environment (this may take a few seconds).
Updating module [default]...failed.
ERROR: (gcloud.preview.app.deploy) Error Response: [400] "env" setting is not supported for this deployment.
I see similar error (there) for maven-gcloud-plugin that happens when project is not configured as WAR. But notice that:
i'm using plain command line tool gcloud, a latest version
and my project is packaged into WAR already
Also i'm using following app.yaml (which i've got from maven plugin sources):
runtime: java
env: 2
api_version: 1
handlers:
- url: .*
script: dynamic
So the question, where from this error is coming from (docker image is already prepared at this moment, right?). What it means? And how to fix this?
Update
I noticed that it uses FROM gcr.io/google_appengine/jetty9 for VM. But for Appengine it should be FROM gcr.io/google_appengine/jetty9-compat. I've tried to switch to exploded app instead of WAR, and it started using correct Docker base image. But still fails:
Building and pushing image for module [default]
-------------------------------------------------------------------------------- DOCKER BUILD OUTPUT --------------------------------------------------------------------------------
Step 0 : FROM gcr.io/google_appengine/jetty9-compat
---> 2ad8572ef3d8
Step 1 : ADD . /app/
---> b10f4bc6718e
Removing intermediate container 8b149f4baf9c
Successfully built b10f4bc6718e
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Beginning teardown of remote build environment (this may take a few seconds).
Updating module [default]...failed.
ERROR: (gcloud.preview.app.deploy) Error Response: [400] "env" setting is not supported for this deployment.
The reason was this line in app.yaml:
env: 2
it was too simple and too obvious to try to deploy w/o this option. Also, every doc, official and unofficial, mentions that you need to have env: 2 option set to deploy your app as Appengine app. That's really strange.
Removing this line also changed base Docker image to gcr.io/google_appengine/java-compat. I guess it means that jetty images, including jetty9-compat, aren't compatible with Appengine apps