SaltedJBoss | based JBoss Cluster Mgmt via Pillar-driven Orchestration | Job Orchestrator library
kandi X-RAY | SaltedJBoss Summary
kandi X-RAY | SaltedJBoss Summary
SaltStack-based JBoss Cluster Mgmt via Pillar-driven Orchestration of Standalone Servers. Example of Predictive Orchestration with Salt (a.k.a. glue).
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Currently covering the most popular Java, JavaScript and Python libraries. See a Sample of SaltedJBoss
SaltedJBoss Key Features
SaltedJBoss Examples and Code Snippets
# command-testcluster01.sh jboss7_cli.run_command '/subsystem=datasources:read-resource'
... many minions report back...
{
"outcome" => "success",
"result" => {
"xa-data-source" => undefined,
"data-source" => {
clusters:
testcluster01:
bmanagement: 0.0.0.0
enableinstance: True
status: running
maddress: 230.0.0.11
balanceraddr: '*'
balancerport: 80
balancerallowfrom:
- 123.34.56
- 124.56.78
- 123.34.23
adgr
clusters:
testcluster01:
bmanagement: 0.0.0.0
enableinstance: True
status: running
maddress: 230.0.0.11
balanceraddr: '*'
balancerport: 80
balancerallowfrom:
- 123.34.56
- 124.56.78
- 123.34.23
adgr
Community Discussions
Trending Discussions on Job Orchestrator
QUESTION
im trying to follow those tutorials:
https://sandervandevelde.wordpress.com/2018/11/06/getting-started-with-opc-ua-on-azure-iot-edge/ and https://docs.microsoft.com/en-us/azure/iot-accelerators/howto-opc-publisher-run
to bring data from an opc-ua server to the azure cloud.
I have already successfully played through the https://docs.microsoft.com/en-us/azure/iot-edge/quickstart tutorial.
I think maybe the OPCPublisher does not find the configuration file?!
I set up the configuration file under C:\iiotedge\pn.json (with changed ip):
...ANSWER
Answered 2020-May-24 at 13:58Was facing the same issue. It looks like the container is not running in appdata
but in app
. I've changed the createOptions to:
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install SaltedJBoss
Provision hosts/containers. Decide how coarse-grained the hosts depending on requirements or other factors. The cluster will scale out both within the host (to consume RAM with multiple JVMs) and along the minion axis (multiple jboss hosts) You can put multiple Salt minions on a host provided you can get them working with their own IDs and own /etc/salt/minion directory, and test that they don't interfere with each other's operation. Each minion can then shadow a cluster or group of clusters (each minion would get its own pillar data). The cluster.sls file can already accomodate multiple clusters and can be managed with one minion. Multiple minions on the same host is just yet another config option, that would be best to manage with salt itself (a main host minion would manage the per-service minions). But, don't do this.
Install Salt Master/Minions Put a minion on every JBoss host Put a minion on the salt master. Put a minion on the optional launch host (or put launch host on the salt master) it's a good practice to put launch host on salt master because the manual failsafe (do-deploy.sh scripts for each app deployment) for the failure of salt beacon/reactor system depends on being on salt master.
Install EAP 6.4 or Wildfly on all minions (hosts/containers)
RHQ/JBossON. Auto-discover and manage all your nodes after they're built out with Salt. Two ways to manage things is a good idea. Different tools have different strengths/weaknesses and in case of failure of beacon system or your production python installation gets hosed, or RHQ cassandra internals gets messed up or you lose all your agents for some reason (a rather sinking feeling).
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