aran | JavaScript Code Instrumenter | Runtime Evironment library

There are many options to do that. For static data i often use https://gist.github.com/.

Process:

1. Create valid JSON from your javascript object. For example: JSON.stringify(data, null, 2).
2. Paste the valid JSON text into the gist.
3. Give it a file name that ends with .json
4. Create the gist.
5. Now just select the raw button and use that url for doing your get request.

Here i've created a public_url_endpoint with your data.

Try to use this code. It was tested in Visual Studio.

I suggest you choose a better singleton implementation. The metaclass-based implementation is the most frequently used.

As for for thread-safety, nor your approach nor any of the ones suggested in the above link are thread safe: it is always possible that a thread reads that there is no existing instance and starts creating one, but another thread does the same before the first instance was stored.

You can use a with lock controller to protect the __call__ method of a metaclass-based singleton class with a lock.

I'm not sure what you mean with "seperate it" but the following SQL QUERY might be helpful for you.

JavaScript is modifying the page after it loads. So, when you use page.content, it gives you the HTML content of the page before JS modifies the page.

You can use selenium to render the JS content. After the page loads, you can use driver.page_souce to get the page source after JS modifies it and pass it to BeautifulSoup.

This is one way of doing it, not sure if it would be the fastest way, but it does work.

Essentially I removed all of the options from the HTML, and instead I am only adding on the correct options for that class type.

You have four main issues:

1. The _renderItem call must be added to the autocomplete instance.
2. You need to filter the resulting value you get into getJSON call.
3. You need to use this._value() inside _renderItem callback
4. You need to concatenate full_name and name fields when required.

When you put special regex attributes in [] they lose their meaning and act like ordinary characters. That is why [./$] is not working. Also, putting ^ inside square brackets means not to filter through all attributes inside it: [^./].

The execution context is different. Within the REPL we are working line-by-line (Read, Eval, Print, Loop), which allows an opportunity for global execution scope to change in between each step. But the runtime executing a module is to load the modules code, and then exec it within a scope.

In CPython, the builtins namespace associated with the execution of a code block is found by looking up the name __builtins__ in the global namespace; this should be bound to a dictionary or a module (in the latter case the module's dictionary is used). When in the __main__ module, __builtins__ is the built-in module builtins, otherwise __builtins__ is bound to the dictionary of the builtins module itself. In both contexts of your question, we are in the __main__ module.

What's important is that CPython only looks up the builtins once, right before it begins executing your code. In the REPL, this happens every time a new statement is executed. But when executing a python script, the entire content of the script is one single unit. That is why deleting the builtins in the middle of the script has no effect.

To more closely replicate that context inside a REPL, you would not enter the code of the module line by line, but instead use a compound statement: