msb | SlackBuild scripts for the MATE desktop environment | Dektop Application library

In TTN they are no longer supporting large decoders.

I know what the decoder needs to be in TTN, it is in my DECODER function, but dont know how to execute it in the function node.

If you use inject Payload [1,2,3] RAW, it injects the raw payload that is msg.payload.payload.uplink_message.frm_payload into the decoder.

The DECODER needs to decode the raw payload and output it in msg.payload.uplink_message.decoded_payload

If you use inject Payload [1,2,3] Decoded in the flow you see how the end result needs to look like and the decoded msg.payload.uplink_message.decoded_payload

I am still learning JavaScript.

The code in the function node

I was reading an article on draw call buffers in game engines: https://realtimecollisiondetection.net/blog/?p=86

Such a buffer holds the draw calls before they are submitted to the GPU and the buffer is usually sorted before submitting according to multiple values (depth, material, viewport, etc.).

The approach in the article suggests to store the draw calls under keys that provide context such as viewport, material and depth using values packed together such that the sort order starts at the MSB and ends at LSB. Eg. first 2 bits is viewport, next 24 bits is depth, next 10 bits is material ID and so on. It should then be easy/quick to sort afterwards when actually drawing by sorting on this key. However, I am struggling as to:

• how this is implemented in practice,
• the actual speedup over simply having a struct with multiple members and implementing a comparison function that compares each of the struct members.

I am trying to set the highest bit in a byte value only when all lower 7 bits are set without introducing branching.

for example, given the following inputs:

I am currently using the CRC-16 algorithm posted in:

https://www.programmersought.com/article/73085244406/

I'm having trouble compiling this github repo for Super Mario 64. I followed all of the steps.

• I made sure I had all of the dependencies like build essential installed
• I cloned the repo and copied a rom for asset extraction
• I used the Makfile by running make VERSION=us -j4

The compiler did it's thing and gave a few warnings which is to be expected, but it didn't give any errors and make said the sha1 checksums matched. When I went into the build directory and tried executing sm64.us.bin, it gave this error: bash: ./sm64.us.bin: cannot execute binary file: Exec format error. When I googled the error, I found that some people got it when trying to run a 32 bit binary on a 64 bit OS, but that can't be it because I'm running a 64 bit kernel on a 64 bit machine and compiling it myself. I checked the permission bits and there don't seem to be any issues there. I even tried deleting the repo and cloning it again which didn't work. I then tried running different flags like -j5 or without the -j flag entirely (That shouldn't make a difference since I'm running a fairly zippy 12 core Ryzen 5 but I thought I'd try having GCC compile on a single core because I was running out of ideas). What am I doing wrong here? Is there a setting with GCC I should change or could there be a problem with the makefile?

I checked the ELF file and it looks like it is 32 bit for some reason. I ran file sm64.us.elf and the output was sm64.us.elf: ELF 32-bit MSB executable, MIPS, MIPS-III version 1 (SYSV), statically linked, not stripped. Why is GCC doing that? How can I compile a 64 bit executable?

there are two things I can't understand:

1-What does "non-string - with explicit base" means? is it like pointers? 2 How to solve it?

you can check the code and the error it appears on line 25 here. (it is clickable)

Error message:

hello i'm working with APDU command for writting and reading a RFID card . I can read from the block num 2 and write a data of 16 bytes . but i have a problem in writting a longer data so how can i mange i have tried to write in two blocks but it doesnt work. this the way that i have implemented my code in the operation of writing

I'm trying to return the 10 least significant bits (while setting the 6 most significant bits to 0) and 6 most significant bits (while setting the 10 least significant bits to 0) from a 16-bit unsigned short and I'm stuck on how to accomplish this. For example, if I have an unsigned short 0x651A, then the bit representation would be:

I am trying to implement a 4 bit signed sequential multiplier. I have a for loop in my TB, but only the multiplicand changes, not the multiplier. When I manually change the multiplier, I notice that my product outputs all 0s then it changes to the actual product. What am I doing wrong?