Skip to content
charmOS docs

APCs

include/thread/apc.h View source View on GitHub

Structs

Section titled “Structs”

apc

Section titled “apc”
struct apc {
    apc_func_t              func;
    void                    *ctx;
    struct thread           *owner;
    struct apc              *next;
    refcount_t              refcount;
    _Atomic enum apc_state  state;
    apc_destroy_t           destroy;
};

event_apc

Section titled “event_apc”
struct event_apc {
    struct apc             apc;
    struct apc_event_desc  *desc;
    size_t                 execute_times;
};

apc_event_desc

Section titled “apc_event_desc”
struct apc_event_desc {
    const char  *name;
};

Enums

Section titled “Enums”

apc_state

Section titled “apc_state”
enum apc_state : uint8_t {
    APC_STATE_IDLE = 0,
    APC_STATE_QUEUED,
    APC_STATE_EXECUTING,
};

Type Aliases

Section titled “Type Aliases”

apc_destroy_t

Section titled “apc_destroy_t”
typedef void (*apc_destroy_t)(struct apc * apc);

Functions

Section titled “Functions”

apc_create

Section titled “apc_create”
struct apc * apc_create(void);

apc_event_apc_create

Section titled “apc_event_apc_create”
struct event_apc * apc_event_apc_create(void);

apc_init

Section titled “apc_init”
void apc_init(struct apc *a, apc_func_t fn, void *arg1, apc_destroy_t destroy);

apc_event_apc_init

Section titled “apc_event_apc_init”
void apc_event_apc_init(struct event_apc *a, apc_func_t fn, void *arg1, apc_destroy_t destroy);

apc_get

Section titled “apc_get”
bool apc_get(struct apc *a);

apc_put

Section titled “apc_put”
void apc_put(struct apc *a);

apc_destroy_free

Section titled “apc_destroy_free”
void apc_destroy_free(struct apc *a);

apc_event_signal

Section titled “apc_event_signal”
void apc_event_signal(struct apc_event_desc *desc);

apc_enqueue

Section titled “apc_enqueue”
bool apc_enqueue(struct thread *t, struct apc *a, enum apc_type type);

apc_enqueue_event_apc

Section titled “apc_enqueue_event_apc”
bool apc_enqueue_event_apc(struct event_apc *a, struct apc_event_desc *d);

apc_cancel

Section titled “apc_cancel”
bool apc_cancel(struct thread *t, struct apc *a);

apc_check_and_deliver

Section titled “apc_check_and_deliver”
void apc_check_and_deliver(struct thread *t);

apc_enable_special

Section titled “apc_enable_special”
void apc_enable_special();

apc_disable_special

Section titled “apc_disable_special”
void apc_disable_special();

apc_enable_kernel

Section titled “apc_enable_kernel”
void apc_enable_kernel();

apc_disable_kernel

Section titled “apc_disable_kernel”
void apc_disable_kernel();

apc_rundown_thread

Section titled “apc_rundown_thread”
void apc_rundown_thread(struct thread *t);

apc_event_str

Section titled “apc_event_str”
char apc_event_str(struct apc_event_desc *evt);

apc_enqueue_on_curr

Section titled “apc_enqueue_on_curr”
bool apc_enqueue_on_curr(struct apc *a, enum apc_type type);

apc_queue_init

Section titled “apc_queue_init”
void apc_queue_init(struct apc_queue *q);

Macros

Section titled “Macros”

APC_EVENT_EXTERN

Section titled “APC_EVENT_EXTERN”
#define APC_EVENT_EXTERN(n) extern struct apc_event_desc __apc_event_##n

APC_EVENT_CREATE

Section titled “APC_EVENT_CREATE”
#define APC_EVENT_CREATE(n, strname) \
    struct apc_event_desc __apc_event_##n = {.name = strname}

APC_EVENT

Section titled “APC_EVENT”
#define APC_EVENT(n) &(__apc_event_##n)