#6502 Emulator C Source Code Code To Make#
#6502 Emulator C Source Code Software Solutions Are#
#6502 Emulator C Source Code Manual And Direct#

6502 Emulator C Source Code Software Solutions Are

He's got some great videos on coding in 6502 assembly. So it's a way of having JiffyDOS without modding your hardware, for example.There are also tape adapters like Tapuino and others, that might be another cost effective way to transfer to the machine.There are other methods but I think these are some of the easiest.The great thing about these machines is that, at least currently, aftermarket modern hardware and software solutions are really well supported.Another thing I would recommend if getting into coding, especially in assembly, check the OldSkoolCoder's youtube channel. I highly recommend these anyway because not only can you have up to 5 virtual carts at your disposal (including one loaded with your program you've written), you can also load custom Kernalls. But an SD2IEC of your choosing would be probably the easiest way and probably among the cheapest (plus, for the games they work with they are great devices).Further to that you can look into a Pi1541 or 1541 Ultimate II+ (if money isn't an issue).Another easy and great option is an Easyflash 3 cart. Original power supplies will fail at some point and they fail in a way that will brick your C64.As for getting your programs to the machine there are several options.

6502 Emulator C Source Code Manual And Direct

6502 Emulator C Source Code Code To Make

Whatever piques your interest is where you should go, and you should always go there.If you want to learn to code to make money/switch careers, almost definitely not C64 to start. Haven't done any coding in it myself but have been reading about it and watching content about it.Edit: got start of screen RAM wrong (was $0200 changed to $0400).So while I am very new to C64 development, I can give you some advice as both a developer and a developer manager.If you're looking to get into coding for fun, start wherever you want. You're literally coding directly to the hardware.I'm certainly no expert though, so take anything I say with a grain of salt. Not sure how much is transferable in concept to modern languages though.But as an example of how low level it is, with 6502 assembly you are, quite literally, flipping bits in the memory with your code.What I'm saying is, here is a value of 05 in hex (which is 5 in decimal or 00000101 in binary) go put that value into memory address location $0400 (in hex - which is 1024 in decimal).This means I've literally told the C64 to physically flip the bits at that location in RAM from whatever they were to 00000101 - which is literally a voltage flip of high or low, in that binary pattern, in the memory chip itself.The result of that code is that the first pixel in the top left of the screen will turn green.So that's an example of how it can be benefitial to learn. Most games and commercial software for the C64 was programmed in 6502 assembly.6502 Assembly is a very low level language and you'll be working a lot with binary expressed as hexadecimal values, and making very manual and direct low level changes to the memory map to get the machine to do what you want.They're 8 bit machines but the addressable memory is 16 bit.The advantage to learning it beyond just the C64 is that you're working directly with the memory and hardware, I guess.