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Try this code:

Here is the solution I found :

Changin xvimagesink by ximagesink :

sink = gst_element_factory_make ("xvimagesink", NULL); g_assert(sink);

becomes

sink = gst_element_factory_make ("ximagesink", NULL); g_assert(sink);

Hope it will help some of you facing the same problem.

Some issues in your code (as it was first posted):

• return skipper(prev,curr) is going to exit the loop, but there might be more nodes to be removed further down the list. skipper only takes care of a sub sequence consisting of the same value, but it will not look beyond that. The list is not necessarily sorted, so the occurrences of the value are not necessarily grouped together.

• Be aware that the variable prev in skipper is not the same variable as the other, outer prev. So the assignment prev=curr in skipper is quite useless

• Unless the list starts with the searched value, dummy.next will always remain None, which is what the function returns. You should initialise dummy so it links to head as its next node. In your updated code you took care of this, but it is done in an obscure way (in the else part). dummy should just be initialised as the head of the whole list, so it is like any other node.

In your updated code, there some other problems as well:

• while prev.next: risks to be an infinite loop, because it continues while prev is not the very last node, but it also doesn't move forward in that list if its value is not equal to the searched value.

I would suggest doing this without the skipper function. Your main loop can just deal with the cases where current.val == val, one by one.

Here is the corrected code:

The process of manually editing a grid in a form with a linked sheet is as follows:

1. You click the input box for the item.
2. You update the text.
3. The sheet will automatically replace the title of the corresponding column.

However, with Apps Script. The only process available to change a title, is to use the method .setRows or .setColumns. This behaves very differently from the UI. Esentially, it replaces the rows, and so, the linked sheet will generate new columns so as to preserve the previous answers.

It creates new columns because it has no way to know which new title corresponds to the old one.

For example, if you had some rows:

• A
• B
• C

When you get this from Apps Script, you have to first getRows()

This is extreme weird behaviour, and I dont really think github and slack are linked together somehow that magically remove APP as soon as its Token got exposed.

They are, though: https://docs.github.com/en/code-security/secret-security/about-secret-scanning

Secret scanning is a mechanism to do just that, detect accidentally leaked secrets in GitHub and report them to the affected service. There are 40+ partners already participating in this, including Slack.

GitHub scans repositories for known types of secrets, to prevent fraudulent use of secrets that were committed accidentally.

Secret scanning is automatically enabled on public repositories. When you push to a public repository, GitHub scans the content of the commits for secrets. If you switch a private repository to public, GitHub scans the entire repository for secrets.

Probably intentionally publishing a live token to a public GitHub repo is a not the right approach, I'd recommend using a private repo instead.

This may not be as generic but will push you in the right direction. Consider using the operators $mergeObjects to merge the filtered document from the priv_users array with the document in users. Filtering takes the $substr of the priv_users name field and compares it with the users name field. The resulting pipeline will be as follows

You can get around the problems of subclassing dict by subclassing collections.UserDict instead. As the docs say:

Class that simulates a dictionary. The instance’s contents are kept in a regular dictionary, which is accessible via the data attribute of UserDict instances. If initialdata is provided, data is initialized with its contents; note that a reference to initialdata will not be kept, allowing it be used for other purposes.

Essentially, it's a thin regular-class wrapper around a dict. You should be able to use it with multiple inheritance as an abstract base class, as you do with AbstractRememberingDict.

The answer is to bypass the empty-string test; the underlying protocol does not support region-less configuration, nor is there a configuration option to support it.

The trick is able to work because the use of 'endpoint' causes the 'region' to be ignored. With that, setting the region to something and forcing the endpoint allows it to work: