vm: * bootstrap external disk manipulation boot sector * scheduler * paging set isr memory access: mmu on? page found? kgo page not found? call isr * interrupts code -> int kbd: save isr tty: send char clk: save isr, set timer port: pop input len, send input to port code <- int check events: kbd: push key, handle isr clk: handle isr port: push output len, send output to mem o disable update timer when not halted * refactor op handlers * add pseudo immediate mode instructions * add two-op swap instruction * dos * unix * fpu * gfx * sound hw: * engine * radar * lifesupport * nav * network game: * c++ * gfx * sound * netcode client_t entity_t entity entity_id_t id vec3f pos vec3f vel vec3f acc system_t system cpu_t cpu server_t server client_t clients[] world_t world cluster_t clusters[] system_t systems[] sector_t sectors[] entity_t entities[] ui_t ui console_t console client_loop() update_client(dt) update_server(dt) update_world(dt) foreach entities: update_entity(dt) update_cpus() send_login_request(username, password) handle_server_response(packet) handle_login_success_response(id) client.id = id handle_login_failure_response() handle_entity_request(entity) if (entity->id == client->id) client->entity = entity add_entity(world, entity) send_entity_response() server_loop() update_server(dt) handle_client_request(packet) handle_login_request(username, password) if (auth(username, password)) client = init_client() client->sock = sock client->entity = init_entity() send_login_success_response(e.id) send_entity_request(entity) else send_login_failure_response() vim: ts=4:sts=4:sw=4:et