abti.h

Go to the documentation of this file.

/* -*- Mode: C; c-basic-offset:4 ; indent-tabs-mode:nil ; -*- */
/*
 * See COPYRIGHT in top-level directory.
 */
 
#ifndef ABTI_H_INCLUDED
#define ABTI_H_INCLUDED
 
#include <stdio.h>
#include <stdlib.h>
#include <stdint.h>
#include <inttypes.h>
#include <string.h>
#include <limits.h>
 
#include "abt_config.h"
#include "abt.h"
 
#ifndef ABT_CONFIG_DISABLE_ERROR_CHECK
#define ABTI_IS_ERROR_CHECK_ENABLED 1
#else
#define ABTI_IS_ERROR_CHECK_ENABLED 0
#endif
 
#ifdef ABT_CONFIG_DISABLE_EXT_THREAD
#define ABTI_IS_EXT_THREAD_ENABLED 0
#else
#define ABTI_IS_EXT_THREAD_ENABLED 1
#endif
 
#include "abtu.h"
#include "abti_error.h"
#include "abti_valgrind.h"
 
/* Constants */
#define ABTI_SCHED_NUM_PRIO 3
 
#define ABTI_SCHED_REQ_FINISH (1 << 0)
#define ABTI_SCHED_REQ_EXIT (1 << 1)
#define ABTI_SCHED_REQ_REPLACE (1 << 2)
 
#define ABTI_THREAD_REQ_JOIN (1 << 0)
#define ABTI_THREAD_REQ_TERMINATE (1 << 1)
#define ABTI_THREAD_REQ_CANCEL (1 << 2)
#define ABTI_THREAD_REQ_MIGRATE (1 << 3)
#define ABTI_THREAD_REQ_BLOCK (1 << 4)
#define ABTI_THREAD_REQ_ORPHAN (1 << 5)
#define ABTI_THREAD_REQ_NON_YIELD                                              \
    (ABTI_THREAD_REQ_CANCEL | ABTI_THREAD_REQ_MIGRATE |                        \
     ABTI_THREAD_REQ_TERMINATE | ABTI_THREAD_REQ_BLOCK |                       \
     ABTI_THREAD_REQ_ORPHAN)
 
#define ABTI_THREAD_INIT_ID 0xFFFFFFFFFFFFFFFF
#define ABTI_TASK_INIT_ID 0xFFFFFFFFFFFFFFFF
 
#define ABTI_INDENT 4
 
#define ABTI_UNIT_HASH_TABLE_SIZE_EXP 8 /* N -> 2^N table entries */
#define ABTI_UNIT_HASH_TABLE_SIZE ((size_t)(1 << ABTI_UNIT_HASH_TABLE_SIZE_EXP))
 
#define ABTI_SCHED_CONFIG_HTABLE_SIZE 8
#define ABTI_SCHED_CONFIG_UNUSED_INDEX INT_MIN
 
#define ABT_THREAD_TYPE_FULLY_FLEDGED 0
#define ABT_THREAD_TYPE_DYNAMIC_PROMOTION 1
 
#define ABTI_STACK_CHECK_TYPE_NONE 0
#define ABTI_STACK_CHECK_TYPE_CANARY 1
 
enum ABTI_xstream_type {
    ABTI_XSTREAM_TYPE_PRIMARY,
    ABTI_XSTREAM_TYPE_SECONDARY
};
 
enum ABTI_sched_used {
    ABTI_SCHED_NOT_USED,
    ABTI_SCHED_MAIN,
    ABTI_SCHED_IN_POOL
};
 
#define ABTI_THREAD_TYPE_EXT ((ABTI_thread_type)0)
#define ABTI_THREAD_TYPE_THREAD ((ABTI_thread_type)(0x1 << 0))
#define ABTI_THREAD_TYPE_ROOT ((ABTI_thread_type)(0x1 << 1))
#define ABTI_THREAD_TYPE_PRIMARY ((ABTI_thread_type)(0x1 << 2))
#define ABTI_THREAD_TYPE_MAIN_SCHED ((ABTI_thread_type)(0x1 << 3))
#define ABTI_THREAD_TYPE_YIELDABLE ((ABTI_thread_type)(0x1 << 4))
#define ABTI_THREAD_TYPE_NAMED ((ABTI_thread_type)(0x1 << 5))
#define ABTI_THREAD_TYPE_MIGRATABLE ((ABTI_thread_type)(0x1 << 6))
 
#define ABTI_THREAD_TYPE_MEM_MEMPOOL_DESC ((ABTI_thread_type)(0x1 << 7))
#define ABTI_THREAD_TYPE_MEM_MALLOC_DESC ((ABTI_thread_type)(0x1 << 8))
#define ABTI_THREAD_TYPE_MEM_MEMPOOL_DESC_STACK ((ABTI_thread_type)(0x1 << 9))
#define ABTI_THREAD_TYPE_MEM_MALLOC_DESC_STACK ((ABTI_thread_type)(0x1 << 10))
 
#define ABTI_THREAD_TYPES_MEM                                                  \
    (ABTI_THREAD_TYPE_MEM_MEMPOOL_DESC | ABTI_THREAD_TYPE_MEM_MALLOC_DESC |    \
     ABTI_THREAD_TYPE_MEM_MEMPOOL_DESC_STACK |                                 \
     ABTI_THREAD_TYPE_MEM_MALLOC_DESC_STACK)
 
/* ABTI_MUTEX_ATTR_NONE must be 0. See ABT_MUTEX_INITIALIZER. */
#define ABTI_MUTEX_ATTR_NONE 0
/* ABTI_MUTEX_ATTR_RECURSIVE must be 1. See ABT_RECURSIVE_MUTEX_INITIALIZER. */
#define ABTI_MUTEX_ATTR_RECURSIVE 1
 
/* Macro functions */
#define ABTI_UNUSED(a) (void)(a)
 
/* Data Types */
typedef struct ABTI_global ABTI_global;
typedef struct ABTI_local ABTI_local;
typedef struct ABTI_local_func ABTI_local_func;
typedef struct ABTI_xstream ABTI_xstream;
typedef enum ABTI_xstream_type ABTI_xstream_type;
typedef struct ABTI_sched ABTI_sched;
typedef struct ABTI_sched_config_element ABTI_sched_config_element;
typedef struct ABTI_sched_config ABTI_sched_config;
typedef enum ABTI_sched_used ABTI_sched_used;
typedef void *ABTI_sched_id;       /* Scheduler id */
typedef uintptr_t ABTI_sched_kind; /* Scheduler kind */
typedef struct ABTI_pool ABTI_pool;
typedef struct ABTI_pool_def ABTI_pool_def;
typedef struct ABTI_thread ABTI_thread;
typedef struct ABTI_thread_attr ABTI_thread_attr;
typedef struct ABTI_ythread ABTI_ythread;
typedef struct ABTI_thread_mig_data ABTI_thread_mig_data;
typedef uint32_t ABTI_thread_type;
typedef struct ABTI_key ABTI_key;
typedef struct ABTI_ktelem ABTI_ktelem;
typedef struct ABTI_ktable ABTI_ktable;
typedef struct ABTI_waitlist ABTI_waitlist;
typedef struct ABTI_mutex_attr ABTI_mutex_attr;
typedef struct ABTI_mutex ABTI_mutex;
typedef struct ABTI_cond ABTI_cond;
typedef struct ABTI_rwlock ABTI_rwlock;
typedef struct ABTI_eventual ABTI_eventual;
typedef struct ABTI_future ABTI_future;
typedef struct ABTI_barrier ABTI_barrier;
typedef struct ABTI_xstream_barrier ABTI_xstream_barrier;
typedef struct ABTI_timer ABTI_timer;
#ifndef ABT_CONFIG_DISABLE_TOOL_INTERFACE
typedef struct ABTI_tool_context ABTI_tool_context;
#endif
/* ID associated with native thread (e.g, Pthreads), which can distinguish
 * execution streams and external threads */
struct ABTI_native_thread_id_opaque;
typedef struct ABTI_native_thread_id_opaque *ABTI_native_thread_id;
/* ID associated with thread (i.e., ULTs, tasklets, and external threads) */
struct ABTI_thread_id_opaque;
typedef struct ABTI_thread_id_opaque *ABTI_thread_id;
/* Unit-to-thread hash table. */
typedef struct ABTI_atomic_unit_to_thread ABTI_atomic_unit_to_thread;
typedef struct ABTI_unit_to_thread_entry ABTI_unit_to_thread_entry;
 
/* Architecture-Dependent Definitions */
#include "abtd.h"
 
/* Basic data structure and memory pool. */
#include "abti_sync_lifo.h"
#include "abti_mem_pool.h"
 
/* Definitions */
struct ABTI_waitlist {
#ifndef ABT_CONFIG_ACTIVE_WAIT_POLICY
    ABTD_futex_multiple futex;
#endif
    ABTI_thread *p_head;
    ABTI_thread *p_tail;
};
 
struct ABTI_mutex_attr {
    int attrs; /* bit-or'ed attributes */
};
 
struct ABTI_mutex {
    int attrs;               /* attributes copied from ABTI_mutex_attr.  Check
                              * ABT_(RECURSIVE_)MUTEX_INITIALIZER to see how
                              * this variable can be  initialized. */
    ABTD_spinlock lock;      /* lock */
    int nesting_cnt;         /* nesting count (if recursive) */
    ABTI_thread_id owner_id; /* owner's ID (if recursive) */
#ifndef ABT_CONFIG_USE_SIMPLE_MUTEX
    ABTD_spinlock waiter_lock; /* lock */
    ABTI_waitlist waitlist;    /* waiting list */
#endif
};
 
struct ABTI_atomic_unit_to_thread {
    ABTD_atomic_ptr val;
};
 
struct ABTI_unit_to_thread_entry {
    ABTI_atomic_unit_to_thread list;
    ABTD_spinlock lock; /* Protecting any list update. */
};
 
struct ABTI_global {
    int max_xstreams;             /* Largest rank used in Argobots. */
    int num_xstreams;             /* Current # of ESs */
    ABTI_xstream *p_xstream_head; /* List of ESs (head). The list is sorted. */
    ABTD_spinlock
        xstream_list_lock; /* Spinlock protecting ES list. Any read and
                            * write to this list requires a lock.*/
 
    int num_cores;             /* Number of CPU cores */
    ABT_bool set_affinity;     /* Whether CPU affinity is used */
    ABT_bool use_logging;      /* Whether logging is used */
    ABT_bool use_debug;        /* Whether debug output is used */
    uint32_t key_table_size;   /* Default key table size */
    size_t thread_stacksize;   /* Default stack size for ULT (in bytes) */
    size_t sched_stacksize;    /* Default stack size for sched (in bytes) */
    uint32_t sched_event_freq; /* Default check frequency for sched */
    uint64_t sched_sleep_nsec; /* Default nanoseconds for scheduler sleep */
    ABTI_ythread *p_primary_ythread; /* Primary ULT */
 
    uint32_t
        mutex_max_handovers;    /* Default max. # of local handovers (unused) */
    uint32_t mutex_max_wakeups; /* Default max. # of wakeups (unused) */
    size_t huge_page_size;      /* Huge page size */
#ifdef ABT_CONFIG_USE_MEM_POOL
    size_t mem_page_size;    /* Page size for memory allocation */
    size_t mem_sp_size;      /* Stack page size */
    uint32_t mem_max_stacks; /* Max. # of stacks kept in each ES */
    uint32_t mem_max_descs;  /* Max. # of descriptors kept in each ES */
    int mem_lp_alloc;        /* How to allocate large pages */
 
    ABTI_mem_pool_global_pool mem_pool_stack; /* Pool of stack (default size) */
    ABTI_mem_pool_global_pool mem_pool_desc;  /* Pool of descriptors that can
                                               * store ABTI_task. */
#ifndef ABT_CONFIG_DISABLE_EXT_THREAD
    /* They are used for external threads. */
    ABTD_spinlock mem_pool_stack_lock;
    ABTI_mem_pool_local_pool mem_pool_stack_ext;
    ABTD_spinlock mem_pool_desc_lock;
    ABTI_mem_pool_local_pool mem_pool_desc_ext;
#endif
#endif
 
    ABT_bool print_config; /* Whether to print config on ABT_init */
 
#ifndef ABT_CONFIG_DISABLE_TOOL_INTERFACE
    ABTD_spinlock tool_writer_lock;
 
    ABT_tool_thread_callback_fn tool_thread_cb_f;
    void *tool_thread_user_arg;
    ABTD_atomic_uint64 tool_thread_event_mask_tagged;
#endif
 
    ABTI_unit_to_thread_entry
        unit_to_thread_entires[ABTI_UNIT_HASH_TABLE_SIZE]; /* Hash table that
                                                              maps ABT_unit to
                                                              ABTI_thread  */
};
 
struct ABTI_local; /* Empty. */
 
struct ABTI_local_func {
    char padding1[ABT_CONFIG_STATIC_CACHELINE_SIZE];
    ABTI_local *(*get_local_f)(void);
    void (*set_local_xstream_f)(ABTI_xstream *);
    void *(*get_local_ptr_f)(void);
    char padding2[ABT_CONFIG_STATIC_CACHELINE_SIZE];
};
 
struct ABTI_xstream {
    /* Linked list to manage all execution streams. */
    ABTI_xstream *p_prev;
    ABTI_xstream *p_next;
 
    int rank;                 /* Rank */
    ABTI_xstream_type type;   /* Type */
    ABTD_atomic_int state;    /* State (ABT_xstream_state) */
    ABTI_sched *p_main_sched; /* Main scheduler, which is the bottom of the
                               * linked list of schedulers */
    ABTD_xstream_context ctx; /* ES context */
 
    ABTI_ythread
        *p_root_ythread; /* Root thread that schedulers the main scheduler. */
    ABTI_pool *p_root_pool; /* Root pool that stores the main scheduler. */
 
    ABTU_align_member_var(ABT_CONFIG_STATIC_CACHELINE_SIZE)
        ABTI_thread *p_thread; /* Current running ULT/tasklet */
 
#ifdef ABT_CONFIG_USE_MEM_POOL
    ABTI_mem_pool_local_pool mem_pool_stack;
    ABTI_mem_pool_local_pool mem_pool_desc;
#endif
};
 
struct ABTI_sched {
    ABTI_sched_used used;           /* To know if it is used and how */
    ABT_bool automatic;             /* To know if automatic data free */
    ABTI_sched_kind kind;           /* Kind of the scheduler  */
    ABT_sched_type type;            /* Can yield or not (ULT or task) */
    ABTI_sched *p_replace_sched;    /* Main scheduler that should replace this.
                                     * ABTI_SCHED_REQ_REPLACE should be set. */
    ABTI_ythread *p_replace_waiter; /* Thread waiting for replacement. */
    ABTD_atomic_uint32 request;     /* Request */
    ABT_pool *pools;                /* Thread pools */
    size_t num_pools;               /* Number of thread pools */
    ABTI_ythread *p_ythread;        /* Associated ULT */
    void *data;                     /* Data for a specific scheduler */
 
    /* Scheduler functions */
    ABT_sched_init_fn init;
    ABT_sched_run_fn run;
    ABT_sched_free_fn free;
    ABT_sched_get_migr_pool_fn get_migr_pool;
 
#ifdef ABT_CONFIG_USE_DEBUG_LOG
    uint64_t id; /* ID */
#endif
};
 
struct ABTI_sched_config_element {
    int idx;                    /* Index of this element. */
    ABT_sched_config_type type; /* Element type. */
    char val[sizeof(double) > sizeof(void *)
                 ? sizeof(double)
                 : sizeof(void *)];    /* Memory for double, int, or pointer */
    ABTI_sched_config_element *p_next; /* Next element. */
};
 
struct ABTI_sched_config {
    ABTI_sched_config_element elements[ABTI_SCHED_CONFIG_HTABLE_SIZE];
};
 
struct ABTI_pool {
    ABT_pool_access access; /* Access mode */
    ABT_bool automatic;     /* To know if automatic data free */
    ABT_bool is_builtin;    /* Built-in pool. */
    /* NOTE: int32_t to check if still positive */
    ABTD_atomic_int32 num_scheds;  /* Number of associated schedulers */
    ABTD_atomic_int32 num_blocked; /* Number of blocked ULTs */
    void *data;                    /* Specific data */
    uint64_t id;                   /* ID */
 
    /* Functions to manage units */
    ABT_unit_is_in_pool_fn u_is_in_pool;
    ABT_unit_create_from_thread_fn u_create_from_thread;
    ABT_unit_free_fn u_free;
 
    /* Functions to manage the pool */
    ABT_pool_init_fn p_init;
    ABT_pool_get_size_fn p_get_size;
    ABT_pool_push_fn p_push;
    ABT_pool_pop_fn p_pop;
    ABT_pool_pop_wait_fn p_pop_wait;
    ABT_pool_pop_timedwait_fn p_pop_timedwait;
    ABT_pool_remove_fn p_remove;
    ABT_pool_free_fn p_free;
    ABT_pool_print_all_fn p_print_all;
};
 
struct ABTI_pool_def {
    ABT_pool_access access;
    ABT_unit_get_thread_fn u_get_thread;
    ABT_unit_is_in_pool_fn u_is_in_pool;
    ABT_unit_create_from_thread_fn u_create_from_thread;
    ABT_unit_free_fn u_free;
    ABT_pool_init_fn p_init;
    ABT_pool_get_size_fn p_get_size;
    ABT_pool_push_fn p_push;
    ABT_pool_pop_fn p_pop;
    ABT_pool_pop_wait_fn p_pop_wait;
    ABT_pool_pop_timedwait_fn p_pop_timedwait;
    ABT_pool_remove_fn p_remove;
    ABT_pool_free_fn p_free;
    ABT_pool_print_all_fn p_print_all;
};
 
struct ABTI_thread {
    ABTI_thread *p_prev;
    ABTI_thread *p_next;
    ABTD_atomic_int is_in_pool;   /* Whether this thread is in a pool. */
    ABTI_thread_type type;        /* Thread type */
    ABT_unit unit;                /* Unit enclosing this thread */
    ABTI_xstream *p_last_xstream; /* Last ES where it ran */
    ABTI_thread *p_parent;        /* Parent thread */
    void (*f_thread)(void *);     /* Thread function */
    void *p_arg;                  /* Thread function argument */
    ABTD_atomic_int state;        /* State (ABT_thread_state) */
    ABTD_atomic_uint32 request;   /* Request */
    ABTI_pool *p_pool;            /* Associated pool */
    ABTD_atomic_ptr p_keytable;   /* Thread-specific data (ABTI_ktable *) */
    ABT_unit_id id;               /* ID */
};
 
struct ABTI_thread_attr {
    void *p_stack;                /* Stack address */
    size_t stacksize;             /* Stack size (in bytes) */
    ABTI_thread_type thread_type; /* Thread type */
#ifndef ABT_CONFIG_DISABLE_MIGRATION
    ABT_bool migratable;              /* Migratability */
    void (*f_cb)(ABT_thread, void *); /* Callback function */
    void *p_cb_arg;                   /* Callback function argument */
#endif
};
 
struct ABTI_thread_mig_data {
    void (*f_migration_cb)(ABT_thread, void *); /* Callback function */
    void *p_migration_cb_arg;                   /* Callback function argument */
    ABTD_atomic_ptr
        p_migration_pool; /* Destination of migration (ABTI_pool *) */
};
 
struct ABTI_ythread {
    ABTI_thread thread;       /* Common thread definition */
    ABTD_ythread_context ctx; /* Context */
    void *p_stack;            /* Stack address */
    size_t stacksize;         /* Stack size (in bytes) */
};
 
struct ABTI_key {
    void (*f_destructor)(void *value);
    uint32_t id;
};
 
struct ABTI_ktelem {
    /* information of ABTI_key */
    void (*f_destructor)(void *value);
    uint32_t key_id;
    void *value;
    ABTD_atomic_ptr p_next; /* Next element (ABTI_ktelem *) */
};
 
struct ABTI_ktable {
    int size;           /* size of the table */
    ABTD_spinlock lock; /* Protects any new entry creation. */
    void *p_used_mem;
    void *p_extra_mem;
    size_t extra_mem_size;
    ABTD_atomic_ptr p_elems[1]; /* element array (ABTI_ktelem *) */
};
 
struct ABTI_cond {
    ABTD_spinlock lock;
    ABTI_mutex *p_waiter_mutex;
    ABTI_waitlist waitlist;
};
 
struct ABTI_rwlock {
    ABTI_mutex mutex;
    ABTI_cond cond;
    size_t reader_count;
    int write_flag;
};
 
struct ABTI_eventual {
    ABTD_spinlock lock;
    ABT_bool ready;
    void *value;
    size_t nbytes;
    ABTI_waitlist waitlist;
};
 
struct ABTI_future {
    ABTD_spinlock lock;
    ABTD_atomic_size counter;
    size_t num_compartments;
    void **array;
    void (*p_callback)(void **arg);
    ABTI_waitlist waitlist;
};
 
struct ABTI_barrier {
    size_t num_waiters;
    volatile size_t counter;
    ABTD_spinlock lock;
    ABTI_waitlist waitlist;
};
 
struct ABTI_xstream_barrier {
    uint32_t num_waiters;
#ifdef HAVE_PTHREAD_BARRIER_INIT
    ABTD_xstream_barrier bar;
#else
    ABTD_spinlock lock;
    uint32_t counter;
    ABTD_atomic_uint64 tag;
#endif
};
 
struct ABTI_timer {
    ABTD_time start;
    ABTD_time end;
};
 
#ifndef ABT_CONFIG_DISABLE_TOOL_INTERFACE
struct ABTI_tool_context {
    ABTI_thread *p_caller;
    ABTI_pool *p_pool;
    ABTI_thread
        *p_parent; /* Parent of the target thread.  Used to get the depth */
    ABT_sync_event_type sync_event_type;
    void *p_sync_object; /* ABTI type */
};
#endif
 
/* Global Data */
extern ABTI_global *gp_ABTI_global;
extern ABTI_local_func gp_ABTI_local_func;
 
/* ES Local Data */
extern ABTD_XSTREAM_LOCAL ABTI_local *lp_ABTI_local;
 
/* Execution Stream (ES) */
ABTU_ret_err int ABTI_xstream_create_primary(ABTI_global *p_global,
                                             ABTI_xstream **pp_xstream);
void ABTI_xstream_start_primary(ABTI_global *p_global,
                                ABTI_xstream **pp_local_xstream,
                                ABTI_xstream *p_xstream,
                                ABTI_ythread *p_ythread);
void ABTI_xstream_free(ABTI_global *p_global, ABTI_local *p_local,
                       ABTI_xstream *p_xstream, ABT_bool force_free);
void ABTI_xstream_schedule(void *p_arg);
void ABTI_xstream_run_thread(ABTI_global *p_global,
                             ABTI_xstream **pp_local_xstream,
                             ABTI_thread *p_thread);
void ABTI_xstream_check_events(ABTI_xstream *p_xstream, ABTI_sched *p_sched);
void ABTI_xstream_print(ABTI_xstream *p_xstream, FILE *p_os, int indent,
                        ABT_bool print_sub);
 
/* Scheduler */
ABT_sched_def *ABTI_sched_get_basic_def(void);
ABT_sched_def *ABTI_sched_get_basic_wait_def(void);
ABT_sched_def *ABTI_sched_get_prio_def(void);
ABT_sched_def *ABTI_sched_get_randws_def(void);
void ABTI_sched_finish(ABTI_sched *p_sched);
void ABTI_sched_exit(ABTI_sched *p_sched);
ABTU_ret_err int ABTI_sched_create_basic(ABT_sched_predef predef, int num_pools,
                                         ABT_pool *pools,
                                         ABTI_sched_config *p_config,
                                         ABTI_sched **pp_newsched);
void ABTI_sched_free(ABTI_global *p_global, ABTI_local *p_local,
                     ABTI_sched *p_sched, ABT_bool force_free);
ABTU_ret_err int ABTI_sched_get_migration_pool(ABTI_sched *, ABTI_pool *,
                                               ABTI_pool **);
ABT_bool ABTI_sched_has_to_stop(ABTI_local **pp_local, ABTI_sched *p_sched);
size_t ABTI_sched_get_size(ABTI_sched *p_sched);
size_t ABTI_sched_get_total_size(ABTI_sched *p_sched);
size_t ABTI_sched_get_effective_size(ABTI_local *p_local, ABTI_sched *p_sched);
void ABTI_sched_print(ABTI_sched *p_sched, FILE *p_os, int indent,
                      ABT_bool print_sub);
void ABTI_sched_reset_id(void);
 
/* Scheduler config */
ABTU_ret_err int ABTI_sched_config_read(const ABTI_sched_config *p_config,
                                        int idx, void *p_val);
 
/* Pool */
ABTU_ret_err int ABTI_pool_create_basic(ABT_pool_kind kind,
                                        ABT_pool_access access,
                                        ABT_bool automatic,
                                        ABTI_pool **pp_newpool);
void ABTI_pool_free(ABTI_pool *p_pool);
ABTU_ret_err int ABTI_pool_get_fifo_def(ABT_pool_access access,
                                        ABTI_pool_def *p_def);
ABTU_ret_err int ABTI_pool_get_fifo_wait_def(ABT_pool_access access,
                                             ABTI_pool_def *p_def);
void ABTI_pool_print(ABTI_pool *p_pool, FILE *p_os, int indent);
void ABTI_pool_reset_id(void);
 
/* Work Unit */
void ABTI_unit_init_hash_table(ABTI_global *p_global);
void ABTI_unit_finalize_hash_table(ABTI_global *p_global);
ABTU_ret_err int ABTI_unit_map_thread(ABTI_global *p_global, ABT_unit unit,
                                      ABTI_thread *p_thread);
void ABTI_unit_unmap_thread(ABTI_global *p_global, ABT_unit unit);
ABTI_thread *ABTI_unit_get_thread_from_user_defined_unit(ABTI_global *p_global,
                                                         ABT_unit unit);
/* Threads */
ABTU_ret_err int ABTI_thread_get_mig_data(ABTI_global *p_global,
                                          ABTI_local *p_local,
                                          ABTI_thread *p_thread,
                                          ABTI_thread_mig_data **pp_mig_data);
ABTU_ret_err int ABTI_thread_revive(ABTI_global *p_global, ABTI_local *p_local,
                                    ABTI_pool *p_pool,
                                    void (*thread_func)(void *), void *arg,
                                    ABTI_thread *p_thread);
void ABTI_thread_join(ABTI_local **pp_local, ABTI_thread *p_thread);
void ABTI_thread_free(ABTI_global *p_global, ABTI_local *p_local,
                      ABTI_thread *p_thread);
void ABTI_thread_print(ABTI_thread *p_thread, FILE *p_os, int indent);
void ABTI_thread_reset_id(void);
ABT_unit_id ABTI_thread_get_id(ABTI_thread *p_thread);
 
/* Yieldable threads */
ABTU_ret_err int ABTI_ythread_create_root(ABTI_global *p_global,
                                          ABTI_local *p_local,
                                          ABTI_xstream *p_xstream,
                                          ABTI_ythread **pp_root_ythread);
ABTU_ret_err int ABTI_ythread_create_primary(ABTI_global *p_global,
                                             ABTI_local *p_local,
                                             ABTI_xstream *p_xstream,
                                             ABTI_ythread **p_ythread);
ABTU_ret_err int ABTI_ythread_create_main_sched(ABTI_global *p_global,
                                                ABTI_local *p_local,
                                                ABTI_xstream *p_xstream,
                                                ABTI_sched *p_sched);
ABTU_ret_err int ABTI_ythread_create_sched(ABTI_global *p_global,
                                           ABTI_local *p_local,
                                           ABTI_pool *p_pool,
                                           ABTI_sched *p_sched);
ABTU_noreturn void ABTI_ythread_exit(ABTI_xstream *p_local_xstream,
                                     ABTI_ythread *p_ythread);
void ABTI_ythread_free_primary(ABTI_global *p_global, ABTI_local *p_local,
                               ABTI_ythread *p_ythread);
void ABTI_ythread_free_root(ABTI_global *p_global, ABTI_local *p_local,
                            ABTI_ythread *p_ythread);
void ABTI_ythread_set_blocked(ABTI_ythread *p_ythread);
void ABTI_ythread_suspend(ABTI_xstream **pp_local_xstream,
                          ABTI_ythread *p_ythread,
                          ABT_sync_event_type sync_event_type, void *p_sync);
void ABTI_ythread_set_ready(ABTI_local *p_local, ABTI_ythread *p_ythread);
void ABTI_ythread_print_stack(ABTI_ythread *p_ythread, FILE *p_os);
 
/* Thread attributes */
void ABTI_thread_attr_print(ABTI_thread_attr *p_attr, FILE *p_os, int indent);
ABTU_ret_err int
ABTI_thread_attr_dup(const ABTI_thread_attr *p_attr,
                     ABTI_thread_attr **pp_dup_attr) ABTU_ret_err;
 
/* Key */
void ABTI_ktable_free(ABTI_global *p_global, ABTI_local *p_local,
                      ABTI_ktable *p_ktable);
 
/* Information */
void ABTI_info_print_config(ABTI_global *p_global, FILE *fp);
void ABTI_info_check_print_all_thread_stacks(void);
 
#include "abti_timer.h"
#include "abti_log.h"
#include "abti_local.h"
#include "abti_global.h"
#include "abti_self.h"
#include "abti_pool.h"
#include "abti_sched.h"
#include "abti_config.h"
#include "abti_stream.h"
#include "abti_thread.h"
#include "abti_unit.h"
#include "abti_tool.h"
#include "abti_ythread.h"
#include "abti_thread_attr.h"
#include "abti_waitlist.h"
#include "abti_mutex.h"
#include "abti_mutex_attr.h"
#include "abti_cond.h"
#include "abti_rwlock.h"
#include "abti_eventual.h"
#include "abti_future.h"
#include "abti_barrier.h"
#include "abti_stream_barrier.h"
#include "abti_mem.h"
#include "abti_key.h"
 
#endif /* ABTI_H_INCLUDED */