intcode | Compiler , assembler and VM for intcode from Advent of Code

I am a starter with Scala 2 Macros (before I switch to Dotty) who after trying out the shapeless type class derivation wanted to go one step beyond and write a macro that can generate a type class instances for any scala.Product without it.

(for the sake of example let's ignore nested recursive types, so my goal is flat case classes.)

My type class is an abstract class Coder[T] (e.g. trait with encode() / decode()).

So the generated code for:

I have a weird question. I have a code that im writing a name and grade of a student. it works great, but when i close EXCEL and reopen it the code writes about entries I have already written.

I need when i open again the EXCEL, it will keep writing where i finished.

This is my code:

I'm trying to update my database where in the Book copies will be updated to 5 depending on the Book code.

The Book copies I initialize in the database was 10. For now, I have a fixed value of 5 to change it. My plan is to decrement the copies by 1 if users borrowed it. But for now, I'm trying to learn how to update the book first if it will work.

Here's my code where the Book copies in my database still hasn't updated to 5.

i was writing a simple bootloader in assembly and testing it on qemu. i needed an idt and wrote a function to make entries. idk what is wrong here- please check-

I'm trying to setup a time trigger for the google script to run on a schedule, but I get the following error. I'm trying to run a single script, which has 3 other scripts combined.

The script works fine when I manually run it.

Just to note, the date column in the sheet is populated using a formula and the date format is "m/dd/yyyy"

Error:

I just started learning F#, and to improve my skills, I'm trying my hand at the 2019 Advent of Code. I'm attempting the first puzzle of day 2, and have gotten stuck. See the rules of day 2 at the bottom.

I think the issue I'm running into is that I don't quite understand how the compiler figures out the return type of a recursive function. See my attempt here:

I was playing around with my intcode computer implementation (from advent of code 2019) and found that when I implemented the switch (to select which operation to execute) it was taking the wrong value.

The following code demonstrates this. InstructionPointer had a value of 2, opcode had the value of 6 which means that OpcodeJumpIfFalse will be used. Function Jif() is called just fine, and it returns a value, in my case it was returning 0. Jif() also modified the value of InstructionPointer, changing its value to 9. The InstructionPointer would the be increased by 0 (return value of Jif()) and I would expect its value to be 9, but its value would go back to being 2.