narray | Multidimensional Arrays for the Go Language | Math library

Your version is only valid for trivially copyable types.

Because reallocation may involve bytewise copying (regardless of whether it's to expand or to contract), only the objects of TriviallyCopyable types are safe to access in the preserved part of the memory block after a call to realloc.

The ordinary std::vector has a very lax requirement in comparions, merely Destructible in general, and one of CopyInsertable or MoveInsertable for push_back.

THE PROBLEM is in the var total = 0 ;

Set it as var total;

I found a solution. I still do not know how it works with node-ses but I know how it works with nodemailer.

1. Install nodemailer (npm i nodemailer)
2. Install nodemailer-ses-transport
3. Change the region to one that suits your settings
4. Input the following in your index.js of Firebase Functions (put your AWS credentials)

--- SOURCE CODE BELOW ---

You can try to use a UNION. It is basically an "overlay" variable you can place over another variable.

This:

The issue is the printout of the values in the associative array. Try replacing the paargs for loop with this:

The first example is working in C++20, if sort is from the ranges namespace. Is it mentioned in the book/tutorial your are reading?

sort(arr, arr[5]); in your terms, arr[5] is not "where", it's an array element, i.e. "what". "Where" is the address &arr[5] or &arr[n]. You could use std::begin(arr) and std::end(arr) instead of arr and &arr[n].

How std::sort work is very well explained with examples on std::sort.

The error message tells you most of how to fix the error: reshape your data. The issue is that it's expecting a numpy array. Instead, you're giving it a pandas.Series object—which doesn't support reshape.

While reserved words may not occur in Java source code, they are permitted in compiled Java code. Some code obfuscation tools can make use of this to make decompiling harder. For instance, ProGuard provides the following option:

-obfuscationdictionary filename

Specifies a text file from which all valid words are used as obfuscated field and method names. By default, short names like 'a', 'b', etc. are used as obfuscated names. With an obfuscation dictionary, you can specify a list of reserved key words, or identifiers with foreign characters, for instance. White space, punctuation characters, duplicate words, and comments after a# sign are ignored. Note that an obfuscation dictionary hardly improves the obfuscation. Decent compilers can automatically replace them, and the effect can fairly simply be undone by obfuscating again with simpler names. The most useful application is specifying strings that are typically already present in class files (such as 'Code'), thus reducing the class file sizes just a little bit more. Only applicable when obfuscating.

So if you feed this a list with Java identifiers (such as this one) you end up with a class file that causes syntax errors if decompiled. Of course, you can simply rename the variables to fix these compilation errors (for instance by using ProGuard yourself before decompiling), so this is only a minor inconvenience.