synopsis | Automagical summarization for webpages and articles 🔥 | Natural Language Processing library

Here you have an example usage for the -ArgumentList parameter:

The C Standard was formalized in 1990 when most hard drives were smaller than 2 GB. The prototype for fseek() was already in broad use with a long type offset and 32 bits seemed large enough for all purposes, especially since the corresponding system call used the same API already. They did add fgetpos() and fsetpos() for exotic file systems where a simple long offset did not carry all the necessary information for seeking, but kept the fpos_t type opaque.

After a few years, when 64-bit offsets became necessary, many operating systems added 64-bit versions of the system calls and POSIX introduced fseeko() and ftello() to provide a high level interface for larger offsets. These extensions are not necessary anymore for 64-bit versions of common operating systems (linux, OS/X) but Microsoft decided to keep it's long, or more precisely LONG, type at 32-bits, solidifying this issue and other ones too such as size_t being larger than unsigned long. This very unfortunate decision plagues C developers on Win64 platforms ever since and forces them to use non portable APIs for large files.

Changing fseek and ftell prototypes would create more problems with existing software as it would break compatibility, so it will not happen.

Some other historical shortcomings are even more surprising, such as the prototype for fgets:

In Node.js event queues, and code like "new Promise((r) => setTimeout(r, t));", is the setTimeout() evaluated NOW, in the microqueue for Promise resolves, or where?

The call to setTimeout is evaluated "now." (The setTimeout callback is called later as appropriate, during the time phrase.) When you do new Promise(fn), the Promise constructor calls fn immediately and synchronously, during your call to new Promise(fn). This is so the function (called an executor function) can start the asynchronous work that the promise will report on, as your two examples (one starts the work by calling setTimeout, the other by calling setImmediate.)

You can easily see this with logging:

The first error is related to the $(window).load(populateFavorites()); in your script.js.

You are using version 3.5.1 of jQuery, and .load() was removed in version 3.0.

You can replace it with $(window).on("load", populateFavorites); and you will be fine.

The last two errors look like they are related to using an Adblocker (try disabling it, refresh the page, and check if the errors persist 😁).

As described by @sjakobi the solution is to add an extra-deps to the stack yaml file and use stack to build itself.

Although I'm not sure whether this is the direct solution to your issue, when your script is modified as follows, is that the direct solution to your issue? In this case, please modify the request header of "1st step: upload raw bytes" as follows.

You ran into this problem: Reference is ambiguous with generics

It's always a good idea to attach data types with your jOOQ expressions. In your particular case, you can work around the problem by specifying things like:

You quote the relevant line: "sendcount - number of elements sent to each process (integer". So if you send 1 element to each process, you need to set the sendcount to 1, not total_process.