cheats | cheats allows you to create interactive cheat sheets | Learning library

This is not currently supported - see this discussion on Github. The only workaround is to generate the string predicate as multiple equality statements combined with OR:

"Contexts" here refers to basically places where text can go in an HTML document. The OWASP XSS Prevention guide you're referencing aims to educate developers on how to safely place untrusted data in HTML.

Because HTML can do a lot of different stuff, it's important to understand exactly where your untrusted data is going so you can understand the risks and specific mitigation strategies.

The link you provided identifies several contexts:

It's just an attribute on the element. It doesn't have any meaning by itself, so it may be present simply as a red herring.

Prettified, the code is:

This is not from a misunderstanding of Rust's module system. Your module_b\mod.rs file is UTF-16 encoded instead of UTF-8 encoded as Rust is expecting.

If you're using VS Code: Change the encoding of a file in Visual Studio Code You can change the encoding by clicking on the UTF-16 LE part of the bottom status bar and selecting Save with encoding and then selecting UTF-8.

If using Vim: How can I change a file's encoding with vim?

The xsl:value-of instruction does exactly what you are describing: it extracts the string value of an element, dropping all internal markup.

To retain the existing markup unchanged, use the xsl:copy-of instruction.

To process the internal markup, turning it into something else, use the xsl:apply-templates instruction, with appropriate template rules to handle the descendant elements encountered.

Finally, please don't use w3schools as your primary learning resource. It's handy as a quick reference when you understand the concepts of the language and need a reminder of the details. It's not a good way of learning the concepts initially. It's also not a good place to go once you're beyond the basics and need a detailed explanation of edge cases (it tends to simplify).

Note: you say "I can't find anything that explicitly says that xsl:value-of invalidates anchor tags inside of the string it returns". w3schools says "The xsl:value-of element extracts the value of a selected node." But (typically) it doesn't say what it means to "extract the value". If you go to the XSLT 1.0 specification, however (https://www.w3.org/TR/xslt-10/#value-of) it's very clear: "The xsl:value-of element is instantiated to create a text node in the result tree. The required select attribute is an expression; this expression is evaluated and the resulting object is converted to a string as if by a call to the string function. The string specifies the string-value of the created text node." The fact that xsl:value-of creates a text node means (if you've understood the concept of the tree model) that it can't possibly retain any descendant node structure.

With function, you can do

Add the following to your CSS to avoid this from happening:

I tried the below code with explicit waits, and it seems to do the job with pyperclip :

With skip connection, you can indeed end up with twice the number of channels per connection. This is the case when you are concatenating the channels together. However, it doesn't necessarily have to grow exponentially, if you keep the number of output channels (what you refer to as out_C) under control.

For instance, if you have a skip connection providing a total of n channels and the convolutional layer gets in_C channels as input. Then you can define out_C as n as well, such that the resulting number of channels after concatenation is equal to 2*n. Ultimately, you decide on the number of output channels for each convolution, it is all about network capacity and how much it will be capable of learning.