Rally | Let Follow you , Follow with Rally , for Laravel

That TYPE field is merely a filter to allow you to more easily narrow down which artifact you're looking for. Unfortunately, it can't be restricted or disabled as it is driven by the object model and how artifact relationships are designed in Rally.

For example, User Stories are allowed to be parented to either Features or other User Stories. This is why you see both of those options in the dropdown. But in the case of Features, they are only allowed to be parented to Capabilities. Since there is only one parent type available, the field is automatically disabled because you have no choice.

Another example is Tasks. They can be assigned to User Stories, Defects, Defect Suites, or Test Sets. In this case, you'll see all 4 of these options in the type filter dropdown.

And again, these relationships are inherent to Rally's core design and therefore cannot be manipulated or disabled.

Mongo startup script changes ownership on files in /data/configdb and /data/db if ran as root. Try running it as nfsnobody (the owner of local ./data/mongo) to skip the step:

1. get id of the user with id -u nfsnobody;
2. add user: under mongodb in your docker-compose.yml:

Thanks to Elastic Team for answering this question on their official discuss channel:

The setup required a docker network to be configured and shared between the Elasticsearch and Rally containers in order for them to communicate.

We don't state here how your Elasticsearch container is run, but once we have it executing with a network we can run rally with the following (provided you replace the network and container name placeholders):

You can read the file with pandas.read_csv() with error_bad_lines=False:

As indicated in the previous question Ploting a graph automatically using mouse coordinate (and I think this question should have been an edit of it), the mouse motion can be monitored with plt.connect('motion_notify_event', mouse_move). The slice of Data to be plotted in fig2 simply corresponds to the x-coordinate of the mouse, that is Data[int(event.xdata)] in mouse_move(event).

Therefore, in mouse_move(event), you:

1. Clear the axis: ax2.clear() (where ax2 is the AxesSubplot object of fig2)
2. Plot the slice ax2.plot(self.xAxes, self.Data[int(event.xdata)])
3. Update the figure fig2.canvas.draw_idle()

However, I had issues with using simultaneously the matplotlib figures and the tkinter GUI because of the separate event loops. Therefore I embedded the figures in the tkinter GUI directly (see e.g. https://matplotlib.org/3.4.0/gallery/user_interfaces/embedding_in_tk_sgskip.html).

I also put the graph related code in a class to keep the loaded data in attributes to avoid using global variables.

Grab the winners for each rally by grouping and taking the last row of Points for each group, then use multiindex to loc filter an assign the Outcome:

You just have to add the class hide in the div.gameCard-tags. The rest works as expected:

You are drawing all the Sprites in the all_sprites Group: