Create and modify collections in a package - mongodb

I'm trying to create a collection within a package (technically within a build plugin):
StaticCollection = new Mongo.Collection(null)
// also the same with Mongo.Collection('static')
StaticCollection.insert({stuff: 'thing'})
But this throws essentially this error:
While loading plugin `compileMarkdownFiles` from package `faichenshing:collection-files`:
packages/compileMarkdownFiles/plugin/compile-md.js:29:1: Mongo is not defined
at Package (packages/compileMarkdownFiles/plugin/compile-md.js:29:1)
at <runJavaScript-268>:121:4
at <runJavaScript-268>:128:3
This didn't work as Meteor.Collection either.
Then I tried to import the mongo collection into my build plugin like this:
Package.registerBuildPlugin({
name: "compileMarkdownFiles",
use: ['spacebars-compiler', 'mongo'],
// etc.
});
as well as in my Package.onUse:
api.use('mongo')
it throws this error:
While loading plugin `compileMarkdownFiles` from package `faichenshing:collection-files`:
packages/ddp/stream_server.js:3:1: __meteor_runtime_config__ is not defined
at self (packages/ddp/stream_server.js:3:1)
at <runJavaScript-83>:694:4
at <runJavaScript-83>:4779:3
No amount of searching for __meteor_runtime_config__ has clarified this problem. It seems completely unrelated.
Questions like this one seem to not run into this problem at all.
The more I think about this the more convinced I am it has something to do with the existence of a build plugin in this code, but the collection definition isn't taking place within registerSourceHandler or anything.

Related

CRM D365 update polymorphic/multitable lookup via Plugin

I'm trying to update a polymorphic lookup column on a table via plugin code and it doesn't seem happening. Wondering what additional I’m missing.
var entity1Id = "af435c64-a264-4f2a-9cee-22069ce36b3c";
var destinationEntity = new Entity("bookableresourcebooking", new Guid(myBookingGuid));
destinationEntity["my_ploymorphiclookupid"] = new EntityReference("my_entity1", new Guid(entity1Id));
organizationService.Update(destinationEntity);
my_ploymorphiclookupid is a polymorphic lookup (N:1) to my_entity1
Code looks fine. If you didn’t see any runtime errors in plug-in trace log, then few diagnosis steps needed.
Check audit history of that record
Chances of any other plugin steps replacing the value back or rolling back
Try to profile/debug the plugin for clues

Ag Grid Properties do not exist while using TypeScript

I'm trying to use TypeScript and AgGrid and using an example similar to https://www.ag-grid.com/react-data-grid/column-sizing/#resizing-example
The issue is that when using TypeScript I get different values than when I'm trying to use regular JavaScript.The main property I'm trying to get back is api
https://gitpodio-templatetypescr-ze7tjimg9lm.ws-us43.gitpod.io/ - here is a gitpod that I created. If you look at the console.log I get most of the same properties, but I'm not getting the api property to make changes.
*** Edit ***
Actually one thing I just noticed is that if I use
import { AgGridReact } from 'ag-grid-react'; it works properly
but if I use
import { AgGridReact } from '#ag-grid-community/react'; it doesn't work. Why would there be a difference and what am I missing?
*** Edit 2 ***
Why do I need to at least put in one module to get the api? Is there a core module that I can put in, instead of something like the ClientSideRowModelModule to trigger the api?

Debugging test cases when they are combination of Robot framework and python selenium

Currently I'm using Eclipse with Nokia/Red plugin which allows me to write robot framework test suites. Support is Python 3.6 and Selenium for it.
My project is called "Automation" and Test suites are in .robot files.
Test suites have test cases which are called "Keywords".
Test Cases
Create New Vehicle
Create new vehicle with next ${registrationno} and ${description}
Navigate to data section
Those "Keywords" are imported from python library and look like:
#keyword("Create new vehicle with next ${registrationno} and ${description}")
def create_new_vehicle_Simple(self,registrationno, description):
headerPage = HeaderPage(TestCaseKeywords.driver)
sideBarPage = headerPage.selectDaten()
basicVehicleCreation = sideBarPage.createNewVehicle()
basicVehicleCreation.setKennzeichen(registrationno)
basicVehicleCreation.setBeschreibung(description)
TestCaseKeywords.carnumber = basicVehicleCreation.save()
The problem is that when I run test cases, in log I only get result of this whole python function, pass or failed. I can't see at which step it failed- is it at first or second step of this function.
Is there any plugin or other solution for this case to be able to see which exact python function pass or fail? (of course, workaround is to use in TC for every function a keyword but that is not what I prefer)
If you need to "step into" a python defined keyword you need to use python debugger together with RED.
This can be done with any python debugger,if you like to have everything in one application, PyDev can be used with RED.
Follow below help document, if you will face any problems leave a comment here.
RED Debug with PyDev
If you are wanting to know which statement in the python-based keyword failed, you simply need to have it throw an appropriate error. Robot won't do this for you, however. From a reporting standpoint, a python based keyword is a black box. You will have to explicitly add logging messages, and return useful errors.
For example, the call to sideBarPage.createNewVehicle() should throw an exception such as "unable to create new vehicle". Likewise, the call to basicVehicleCreation.setKennzeichen(registrationno) should raise an error like "failed to register the vehicle".
If you don't have control over those methods, you can do the error handling from within your keyword:
#keyword("Create new vehicle with next ${registrationno} and ${description}")
def create_new_vehicle_Simple(self,registrationno, description):
headerPage = HeaderPage(TestCaseKeywords.driver)
sideBarPage = headerPage.selectDaten()
try:
basicVehicleCreation = sideBarPage.createNewVehicle()
except:
raise Exception("unable to create new vehicle")
try:
basicVehicleCreation.setKennzeichen(registrationno)
except:
raise exception("unable to register new vehicle")
...

Using twix and momentjs in meteor

I'm trying to put together a small app using meteor, and having a lot of luck. But I can't get the app to use the Twix plugin for momentjs.
Using Meteorite, I added the Momentjs library from Atmosphere, mrt add moment, so no problem there. But there's no twix package in Atmosphere. I used npm to install twix package, but neither meteor no mrt will add twix, responding Package named twix doesn't exist in your meteor installation which I guess makes sense, it being a Nodejs package not a Meteor package. Finally I tried downloading the twix.js file and placing it in different directories, but nothing has worked.
I'm not getting errors with this code:
if (Meteor.isServer) {
Meteor.startup(function () {
var moment = Npm.require('moment');
Npm.require('twix');
});
and I can use the MomentJS library, but not the twix plugin. Writing (within Meteor.isClient)
Template.dayTable.date = function() {
return moment(Session.get('selectedDate')).format("MMM Do YY");
}
works fine, but writing
var t = new moment("1/25/1982 9:30 AM").twix("1/25/1982 1:30 PM");
has the js console tell me Uncaught TypeError: Object [object Object] has no method 'twix'
Is there a secret place I can put the twix.js file for Meteor/MomentJS to use (which seems likely)? Am I not require-ing it correctly? Or what?
Thanks!
Meteor loads javascript in a certain order. See the Meteor docs (search for "load order"). To fix this:
add moment.js to client/lib to ensure it's loaded before twix
add twix.js to the client folder
You can also look into creating a package (which is what Npm.require is intended for) and include that, or rename the files since files are included alphabetically. More info is in the docs.
It's not documented anywhere, but you can also use Twix standalone, like this:
var Twix = Npm.require('twix');
var t = new Twix(firstTime, secondTime);

How do I get a list of members in a Python module, or how should I create plugins?

I'm writing a sort of dashboard-esque program in Python to make tasks that I do frequently here at work a little better/easier.
What I currently have set up is an actions module. actions contains an actionlist that is a list of classes. Each of my classes has a .title, .icon (base-64 encoded string for use with tkinter.PhotoImage), and a .action function.
Using tkinter I create a new button for each of these actions, with the appropriate icon, text, and the command of the button set to the .action. So far it works quite nicely, but if I want to create a new action, I have to go into my actions module, create a new class, and then put that class in my actionlist.
What I would like to do is be able to dynamically generate this actionlist based on what files are present in my module. So I would like to have something like this:
actions/
__init__.py
someaction.py
do_another_thing.py
do_all_the_things.py
chop_down_the_tree_with_a_herring.py
And whenever I would like to create a new action, I just put a .py script in my actions folder and then it would automagically generate the list of actions for me, however I can't seem to find any good way of creating this list. I've thought of using something like os.listdir to get the list of files, but neither that or the other methods of introspection (dir, and inspect.getmembers) seemed to have quite what I wanted. Of course, it's possible that I just missed the features that I need.
In any case, pointers in the right direction would be great. Thanks!
SOLUTION:
Lennart's solution, with some slight adaptations worked for me.
Inside my __init__.py I have the following code:
plugins = []
__all__ = [
'do_all_the_things',
'do_another_thing',
'someaction',
'chop_down_the_tree_with_a_herring',
'seek_the_grail',
]
Then inside each of my plugins I have something like this:
from actions import plugins
class SeekTheGrail:
def __init__(self):
self.text = 'We Seek The Grail'
self.icon = b'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'
def action(self):
print('I am Arthur, King of the Britons!')
plugins.append(SeekTheGrail())
and now I just have to modify the __all__ collection when I want to add or remove the actions from loading.
The way to create plugins is to have a plugin registry, and register plugins there. This can be done from the amazingly simple, like just defining a global list in a module:
plugins = []
And then registering the plugins with:
class APlugin(object):
blahblah
from themodule import plugins
plugin.add(APlugin())
This can be made more flexible by having types of plugins and registering them with a name etc. But then you are on the path to complexity, and then you might want to take a look at the Zope Component Architecture, which simply speaking is a very powerful system for making your application pluggable.
It should be noted that in any case it's best to have a list of what plugins should be activated instead of auto-discovering them. This can be as simple as a list in a text file or a setting in a config file. This enables you to easily activate and disactivate the plugins.
You can use something like this:
actions = {}
for filename in os.listdir('somepath/actions'):
actions[filename] = __import__('actions.'+filename)
for name,class in actions:
createButton(name,class)
Where in the createButton you create your tk_inter button and assign it the functions from the class. The important bit i suppose is that you can use __import__ to import a class using its string name and save it as a variable.