I feel like I must be missing something obvious in the documentation, but I can't seem to find any sort of way to get a configuration option for a provisioning module inside a hook.
I saw this answer about config options being stored in the tbladdonmodules table... but that does not seem to be true for provisioning modules, as I have a config option set, but that table is empty.
Related
I'm new to vue .env. I looked everywhere for a straight answer till I got lost. According to VueJS documentation that if we have .env.local file that will be loaded in all cases but will be ignored by git which exactly what we want to hide secret API keys from the public. But it also says that if we add VUE_APP before the key name in .env.local that will make our key load to the public.
My question is. How to securely hide API key from the public and still be able to use it in production and in development without any security risks?
my .env.local file
VUE_APP_DEEPGRAM_KEY=some_API_key_that_is_secret
the above works if I log it to the console from my app. but if i removed VUE_APP It won't work so is it safe to leave it like this?
Anothe thing, in Laravel we used to save API keys in .env and refer to them from config file and then call them in app from config. So is Vue different? if not, then how to do the same here?
To answer my own question, documentation is actually pretty obvious but I got a bit confused. it simply has to start with VUE_APP_ for it to work in Vue CLI
I am trying to deploy a RavenDB instance on a Kubernetes cluster. The deployment should be fully automated, i.e. there should be no need to access the UI to configure something.
I have found plenty of documentation on how raven in a container can be configured, e.g. with command line args via RAVEN_ARGS, environment variables (e.g. RAVEN_License_Eula_Accepted), or a custom settings.json file in a mounted volume.
I have tried all the options above, and they all work, except when trying to set a license. I have tried to set either License directly as a JSON string or License.Path pointing to a license.json file mounted in a volume. Yet whenever I access the UI after deploying the container, I get a notification telling me I need to set a license.
Can anyone tell me how I can get Raven to use the license I provide via the approaches mentioned above?
Thanks
You need to bootstrap the cluster with some kind of operation for the license to be picked up. For example, create a database or call the /admin/cluster/bootstrap endpoint.
As part of my startup sequence, I am attempting to log the routes that are defined in the configuration. I see (in the debugger) that what I am looking for is exposed in "StaticMessageRouter.routes". Is there any way to get programmatic access to these routes? This would allow me to see (in the log file) which commands/events defined in this service as well as seeing what is in the UnicastBusConfig section in the config file.
Does this make sense? Is there any other way to accomplish the same goal?
I am new to KeystoneJS and I am having a small problem concerning my deployment on Heroku.
This is my website: http://jeroendruwe.herokuapp.com/, when I navigate to the admin section (http://jeroendruwe.herokuapp.com/keystone/signin)
I get the Invalid Cloudinary Config Provided error
Papertrailapp log: http://pastebin.com/Yn8Pdttz
I've read the documentation (http://keystonejs.com/docs/configuration/#services-cloudinary). The weird thing is that when I try one of these (in keystone.js), the whole site stops working:
keystone.set('cloudinary config', { cloud_name: 'my-cloud', api_key: 'abc', api_secret: '123' });
// or
keystone.set('cloudinary config', 'cloudinary://api_key:api_secret#cloud_name' );
So what I've done at the moment is set the property in the keystone.init(...'cloudinary config': 'cloudinary://...'). I've also added the url to the CLOUDINARY_URL environment variable in the .env file
How can I fix this issue?
Can somebody also explain what the variables in the .env file do? There is 1 in the root and another one in the node_modules/dotenv folder, these files are not pushed to git so how do they get used?
Thanks in advance!
First, let me start by answering your last question first. The .env file is used by the dotenv module, which loads the variables/values in the .env file and makes them available to your application in process.env. Make sure you call the .load() method as early as possible in your code.
var dotenv = require('dotenv');
dotenv.load();
You should also know that Heroku has two other means to configure environment variables (See Configuration and Config Variables). One via your application dashboard and another via their CLI.
Using the Heroku Dashboard, just fill in the NEW_KEY and NEW_VALUE fields, then press Save.
Using the Heroku CLI, just use the heroku config:set command.
$ heroku config:set CLOUDINARY_URL=cloudinary://api_key:api_secret#cloud_name
Adding config vars and restarting myapp... done, v12
CLOUDINARY_URL: cloudinary://api_key:api_secret#cloud_name
If you're using Heroku, I suggest you use one of these to methods to set the CLOUDINARY_URL for your application in production.
Now back to your original question. This error typically means that there's something wrong with the Cloudinary configuration (i.e. it's either incorrect or completely missing). Without seeing the actual code that you're using it would be impossible to pinpoint the exact problem.
I'm going to assume that your replacing the api_key, api_secret and cloud_name with the actual values. That said, I would still double check to make sure those values are correct.
In my Heroku deployments, I use dovenv to set the environment variables in development, and use the either the Heroku Dashboard or CLI to set them in production.
If you're still having difficulties, please post the actual code your using (omitting your actual api key, of course), including the content of your .env file.
So I'm not sure what the best way to accomplish this is, but basically I have a laptop that I use at work for Maven projects. It works fine when I'm at work, but as soon as I walk out of the door of their corporate proxy and maven server, I often have to do alot of hand-fudging of the settings.xml file when I'm at home if I'm not VPN'ed in:
We have a corporate-installed Maven Repository proxy server to store some of our own artifacts and handle being the middle-man for our commonly used artifacts.
We have an http proxy that we use for connecting to the outside world.
Both configurations have been handled by my settings.xml file for setting a single Nexus group and maven proxies. If I'm not connected to the VPN while away from the office, I have to muck around with the settings.xml each time I'm not on it, then switch it back when I am on it.
What solutions have anyone else found to handle this? I've been trying profiles to manage the proxy, but I can't seem to get it to work correctly, and it's starting to look pretty ugly. Are there some settings configurations that can detect when I'm not behind the proxy at work and not use the corporate proxy server or Maven server?
While I can think of some profile based solution to handle the proxy (basically, reading the <active> value from a property defined in a profile), this wouldn't be fully automated (the profile activation do not support network based stuff) unless you can find a file that is present or not depending on your location (in which case, you could use an existing/missing file trigger but this is kinda hacky). Anyway, this would solve only one part of the problem because mirrors can't be declared in profiles (see MNG-3525).
So, instead of trying to control this with a profile, my suggestion would be to use two settings.xml and to pass your settings-home.xml file with the -s command line option when you're at home.
Another option would be to automate the changes in your settings.xml with a script (Groovy would be a good choice as someone reported in MNG-3525).
I found a use environment variables to set nonProxyHosts together with proxy and noproxy shell aliases to be the most convenient solution when switching between networks with proxy and without it.
In settings.xml, configure proxy with
<host>proxy.corporation.int</host>
<port>8080</port>
<nonProxyHosts>${env.MAVEN_NONPROXY}</nonProxyHosts>
Then in ~/.profile set
export MAVEN_NONPROXY_PROXY='*.corporation.int|local.net|some.host.com'
export MAVEN_NONPROXY_NOPROXY='*'
alias proxy="export MAVEN_NONPROXY=\"$MAVEN_NONPROXY_PROXY\" && export all_proxy=http://proxy.corporation.int:8080"
alias noproxy="export MAVEN_NONPROXY=\"$MAVEN_NONPROXY_NOPROXY\" && unset all_proxy"
To do the switch when roaming, you would just execute from a shell:
[me#linuxbox me]$ proxy
or
[me#linuxbox me]$ noproxy
Obviously, both aliases proxy and noproxy can include much more changes than just setup of MAVEN_NOPROXY and all_proxy.
I was frustrated by the same problem: having to manually edit settings.xml when roaming between networks. So much in fact, that I wrote a Maven plugin that enables automatic discovery of proxy settings. The current implementation uses the proxy-vole library written by Bernd Rosstauscher to detect proxy settings based on OS configuration, browser, and environment settings.
I've just released the source code of the plugin on Github, under an Apache 2.0 license: https://github.com/volkertb/autoproxy-maven-plugin
You're welcome to give it a try and to see if it meets your needs. Any feedback or contributions are welcome!
(Note: you don't necessarily have to add the plugin to your project's POM. You can invoke it from the command line as well, after you've installed it. See the README on the site for more details.)
You can set MAVEN_OPTS when you need to activate a proxy:
export MAVEN_OPTS="-Dhttp.proxyHost=my-proxy-server -Dhttp.proxyPort=80 -Dhttp.nonProxyHosts=*.my.org -Dhttps.proxyHost=my-proxy-server -Dhttps.proxyPort=80 -Dhttps.nonProxyHosts=*.my.org"