SIMILE | implement SIMILE algorithm from the paper

I think the issue is either in th ft_subtr function when doing malloc

No. The issue is that your program misuses malloc (causing heap corruption).

Building it with Address Sanitizer yields:

The webpage supports filtering quotes by the tags. You can click on inspirational tag and see all the quotes with that tag.

http://quotes.toscrape.com/tag/inspirational/page/1/

This would make your work easier.

Here is the code that prints all the quotes from the above URL.

You need to use something like this:

You are looking for any character between the bounds -- and that includes '>'. So, just exclude the terminating character:

Question : So my question is has linux assigned io ports to all manufactured devices usable with kernel 5.7 or latest kernel version?

No.

Question : What if I want to write device driver for any device. How can I find the io ports number range to request to.

You ask the user for it. After all it's the user who set them using jumpers on the ISA card.

Here's a picture of an old Sound Blaster card (taken from Wikipedia, I'm too lazy to rummage around in my basement now). I've highlighted a specific area in the picture:

That jumper header I highlighted: That's the port configuration jumper. As a user you literally connect two of the pins with a jumper connector and that connects a specific address line that comes from the card connectors to the circuitry on the rest of the card. This address line is part of the AT bus port I/O scheme. The user sets this jumper, writes down the number and then tells the driver, which number it was set to. That's how AT style I/O ports.

Or the driver uses one of the well known port numbers for specific hardware (like network controllers) that dates back to the era, where ISA style ports were still are thing. Also there's old ISA-P'n'P where the BIOS and the add-in cards would negotiate the port assignments at power up, before the OS even started. You can read those port numbers with the ISA-P'n'P API provided by the kernel.

We no longer use this kind of hardware in practice! Except for legacy and retro computing purposes.

Over a quarter of century ago, the old AT / ISA bus was superseeded with PCI. Today we use PCIe which, from the point of view of software still looks like PCI. One of the important things about PCI was, that it completely dropped the whole concept of ports.

With ISA what you had were 8 data lines and 16 address lines, plus two read/write enable lines, one for memory mapped I/O and one for port I/O. You can find the details here https://archive.is/3jjZj. But what happens when you're reading from say, port 0x0104, it would physically set the bit pattern of 0x0104 to the address lines on the ISA bus, pull low the read enable line, and then read the voltage level on the data lines. And all of that is implemented as an actual set of instructions of the x86: https://c9x.me/x86/html/file_module_x86_id_139.html

Now look at the PCI bus: There's no longer separate data and address lines. Instead read/write commands would be sent, and everything happens through memory mappings. PCI devices have something called a BAR: a Base Address Register. This is configured by the PCI root complex and assigns the hardware the region of actual physical bus addresses where it appears. The OS has to get those BAR information from the PCI root complex. The driver uses the PCI IDs to have the hardware discovered and the BAR information told to it. It can then do memory reads/writes to talk to the hardware. No I/O ports involved. And that is just the lowest level. USB and Ethernet happen a lot further up. USB is quite abstract, as is Ethernet.

Your other question Looking for driver developer datasheet of Intel(R) Core(TM) i5-2450M CPU @ 2.50GHz suggests, that you have some serious misconceptions of what is actually going on. You were asking about USB devices, and Ethernet ports. Neither of those in any way directly interact with this part of the computer.

Your question per se is interesting. But we're also running into a massive XYZ problem here; it's worse than an XY problem; you're asking about X, although you want to solve Y. But Y isn't even the problem you're dealing with in the first place.

You're obviously smart, and curious, and I applaud that. But I have to tell you, that you've to backtrack quite a bit, to clear up some of the misconceptions you have.

I believe you're thinking about this from the wrong direction. I see 2 issues:

1. You seem to be trying to add a mock payload to the spy, as if to say it's only spying for when it receives that parameter.

If you look at your syntax and go back to your basic JavaScript fundamentals you're not actually passing a payload at all. You're defining a function. What you name the parameter doesn't make any difference.

To sort all lines you need to read them all into one datastructure, then write them again.

The csv module needs you to open files with newline="" to work properly. When you use a csv.reader to read, you can also use a csv.writer to write your data:

You probably use the same SftpRemoteFileTemplate in other places and you also modify it over there for other options. In fact something like handler.setRemoteDirectoryExpression() does a delegation, and therefore mutation, to the provided SftpRemoteFileTemplate:

I am afraid this is not a complete solution but hopefully it will put you in the right direction.

I started with the following dataset:

In Quicksight, I prepared my data by calculating the Year and Month fields from the Date field of my dataset. I then defined the following calculated field:

lag(sum(SALES), [Month ASC], 1)

I was then able to get the following result:

As mentioned, this is a partial answer as it doesn't work for May 2019 (it should be null/empty instead of 19). It might be easier to work with dates field rather than Month/Year string fields the way I did. I hope this will be of some help.