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1 Introduction
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D R A
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D R A
Contents
1 Introduction
1.1 Object State
1.2 Object Invocations
2 Thread
2.1 Overview
2.2 State
2.3 References
2.4 fluke_thread_create: create a new thread
2.5 fluke_thread_create_hash: create a new thread with a given hash value
2.6 fluke_thread_destroy: destroy a thread
2.7 fluke_thread_disable_exceptions: prevent exceptions in the current thread
2.8 fluke_thread_enable_exceptions: allow exceptions in the current thread
2.9 fluke_thread_get_client: retrieve the ``client'' reliable-IPC link
2.10 fluke_thread_get_handlers: return the exception handling routines registered for a thread.
2.11 fluke_thread_get_saved_state: retrieve the exception state of a thread
2.12 fluke_thread_get_server: retrieve the ``server'' reliable-IPC link
2.13 fluke_thread_get_state: retrieve the current state of a thread
2.14 fluke_thread_interrupt: interrupt another thread
2.15 fluke_thread_move: move a thread object from one location to another
2.16 fluke_thread_reference: associates a reference with a thread
2.17 fluke_thread_return_from_exception: return from an exception handler
2.18 fluke_thread_self: find the current thread
2.19 fluke_thread_set_client: change the ``client'' reliable-IPC link
2.20 fluke_thread_set_handlers: register the exception handling routines for a thread.
2.21 fluke_thread_set_saved_state: restores exception state of a thread
2.22 fluke_thread_set_server: change the ``server'' reliable-IPC link
2.23 fluke_thread_set_state: set the current state of a thread object
2.24 fluke_thread_schedule: schedule another thread to run
3 Task
3.1 Overview
3.2 State
3.3 References
3.4 fluke_task_create: create a new task
3.5 fluke_task_create_hash: create a new task with a given hash value
3.6 fluke_task_destroy: destroy a task
3.7 fluke_task_get_state: retrieve the current state of a task object
3.8 fluke_task_move: move a task object from one location to another
3.9 fluke_task_reference: associates a reference with a task
3.10 fluke_task_set_state: set the current state of a task object
4 Regions
4.1 Overview
4.2 State
4.3 References
4.4 fluke_region_create: create a new memory region
4.5 fluke_region_create_hash: create a new memory region with a given hash value
4.6 fluke_region_destroy: destroy a memory region
4.7 fluke_region_get_state: retrieve the current state of a region object
4.8 fluke_region_move: move a region object from one location to another
4.9 fluke_region_protect: change the access permissions of a memory region
4.10 fluke_region_reference: associates a reference with a memory region
4.11 fluke_region_search: search for objects in a memory region
4.12 fluke_region_set_state: set the current state of a region object
5 Mappings
5.1 Overview
5.2 State
5.3 References
5.4 fluke_mapping_create: create a new memory mapping
5.5 fluke_mapping_create_hash: create a new memory mapping with a given hash value
5.6 fluke_mapping_destroy: destroy a memory mapping
5.7 fluke_mapping_get_state: retrieve the current state of a mapping object
5.8 fluke_mapping_move: move a mapping object from one location to another
5.9 fluke_mapping_protect: change the protection of an address mapping
5.10 fluke_mapping_set_state: set the current state of a mapping object
6 Ports
6.1 Overview
6.2 State
6.3 References
6.4 fluke_port_create: create a new port
6.5 fluke_port_create_hash: create a new port with a given hash value
6.6 fluke_port_destroy: destroy a port
6.7 fluke_port_get_state: retrieve the current state of a port
6.8 fluke_port_move: move a port object from one location to another
6.9 fluke_port_reference: associates a reference with a port
6.10 fluke_port_set_state: set the current state of a port object
7 Port Sets
7.1 Overview
7.2 State
7.3 References
7.4 fluke_pset_create: create a new port set
7.5 fluke_pset_create_hash: create a new port set with a given hash value
7.6 fluke_pset_destroy: destroy a port set
7.7 fluke_pset_get_state: retrieve the current state of a port set
7.8 fluke_pset_move: move a port set object from one location to another
7.9 fluke_pset_reference: associates a reference with a port set
7.10 fluke_pset_set_state: set the current state of a port set
8 Interprocess Communication
8.1 Overview
8.2 IPC types
8.3 IPC parameters
8.3.1 IPC buffer descriptors
8.3.2 Send parameters
8.3.3 Receive parameters
8.4 fluke_ipc_call: make a synchronous idempotent call to a port
8.5 fluke_ipc_client_connect_send: create a reliable connection to a server
8.6 fluke_ipc_client_connect_send_over_receive: perform a reliable RPC to a server
8.7 fluke_ipc_reply: reply to an idempotent call
8.8 fluke_ipc_reply_wait_receive: reply to an idempotent call and wait for a new request
8.9 fluke_ipc_send: send a one-way message to a port
8.10 fluke_ipc_server_ack_send_wait_receive: reply to a reliable RPC and wait for another
8.11 fluke_ipc_server_send_wait_receive: send data to a reliable IPC connection, disconnect and wait for a new invocation
8.12 fluke_ipc_setup_wait_receive: set up a server thread and wait for incoming IPC invocations
8.13 fluke_ipc_
side
_ack_send: become the sender on a reliable IPC connection
8.14 fluke_ipc_
side
_ack_send_over_receive: reverse a reliable IPC connection, send a message and reverse again
8.15 fluke_ipc_
side
_alert: send an interrupt on a reliable IPC connection
8.16 fluke_ipc_
side
_disconnect: destroy a reliable IPC connection
8.17 fluke_ipc_
side
_over_receive: reverse the transfer direction of a reliable IPC connection
8.18 fluke_ipc_
side
_receive: receive data through reliable IPC
8.19 fluke_ipc_
side
_send: send data across a reliable IPC connection
8.20 fluke_ipc_
side
_send_over_receive: send a message on a reliable IPC connection and reverse the connection
8.21 fluke_ipc_wait_receive: wait on a port set for incoming IPC invocations
9 Mutexes
9.1 Overview
9.2 State
9.3 References
9.4 fluke_mutex_create: create a new mutex
9.5 fluke_mutex_create_hash: create a new mutex with a given hash value
9.6 fluke_mutex_destroy: destroy a mutex
9.7 fluke_mutex_get_state: retrieve the current state of a mutex
9.8 fluke_mutex_lock: lock a mutex object
9.9 fluke_mutex_move: move a mutex object from one location to another
9.10 fluke_mutex_reference: associates a reference with a mutex
9.11 fluke_mutex_set_state: set the current state of a mutex object
9.12 fluke_mutex_trylock: attempt to lock a mutex object
9.13 fluke_mutex_unlock: unlock a mutex object
10 Condition Variables
10.1 Overview
10.2 State
10.3 References
10.4 fluke_cond_broadcast: broadcast on a condition variable object
10.5 fluke_cond_create: create a new condition variable
10.6 fluke_cond_create_hash: create a new condition variable with a given hash value
10.7 fluke_cond_destroy: destroy a condition variable
10.8 fluke_cond_get_state: retrieve the current state of a condition variable
10.9 fluke_cond_move: move a condition variable object from one location to another
10.10 fluke_cond_reference: associates a reference with a condition variable
10.11 fluke_cond_set_state: set the current state of a condition variable object
10.12 fluke_cond_signal: signal on a condition variable object
10.13 fluke_cond_wait: wait on a condition variable object
11 References
11.1 Overview
11.2 State
11.3 References
11.4 fluke_ref_check: determine if a reference is non-null
11.5 fluke_ref_compare: determine if two references are equivalent
11.6 fluke_ref_copy: make a copy of a reference object
11.7 fluke_ref_create: create a new reference object
11.8 fluke_ref_destroy: destroy a reference
11.9 fluke_ref_hash: return the hash value of an object associated with a reference
11.10 fluke_ref_move: move a reference object from one location to another
11.11 fluke_ref_type: return the type of an object associated with a reference
(X86) Processor-specific Fluke Interface
12.1 Address Spaces
12.2 System Calls
12.3 Thread System Calls
12.4 IPC System Calls
12.5 Exception Handlers
References
About this document ...
Utah Flux Research Group
