Examples of using Message buffer in English and their translations into Japanese
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
This error code is returned when there is insufficient memory(no memory) for allocating an object control block space, user stack area, memory pool area, message buffer area or the like.
This system call completes normally even if there were tasks queued in the message buffer for message receipt or message sending, but error code E_DLT is returned to the tasks in WAITING state.
A device driver sends events that occur on each device to the specific message buffer(event notification message buffer) as device event notification messages. .
As indicated in step 36-11, if the criteria is not met, the element is discarded, while if the criteria is met in the function block 36-13 the attribute is stored in the message buffer.
The system default event notification message buffer is created at system startup. Its size and maximum message length are defined by TDEvtMbfSz in the system configuration information.
As a device is registered by tk_def_dev when a device driver is started and the system default event notification message buffer ID(evtmbfid) is returned as this API return parameter, the value is held in the device driver and is used as the initial value of this attribute data.
Task management functions Task-dependent synchronization Synchronization and communication functions(event flags, semaphores, mailboxes) Extended synchronization and communication functions(message buffer) Interrupt management functions Time management functions System management functions Supplied format The UDEOS/r39 and UDEOS/i586 OSs are supplied with source code.
For example, a Task A wanting to send a 30-byte message is queued with a Task B wanting to send a 10-byte message, in the order A-B, even if 20 bytes of message buffer space becomes available, Task B never sends its message before Task A.
E_LIMIT Number of message buffers exceeds the system limit.
This includes memory used internally by T-Kernel as well as task stacks, message buffers, and memory pools.
This includes memory used internally by μT-Kernel as well as task stacks, message buffers, and memory pools.
This includes memory used internally by T-Kernel as well as task stacks, message buffers, and memory pools. System memory is managed in memory block units.
Messages can be transmitted normally using a message buffer.
This system call allocates a control block to the created message buffer.
Send the content of Message buffer to a command via pipe.
If the specified message buffer does not exist, error code E_NOEXS is returned.
A synchronous message function can be realized by setting the message buffer space size to 0.
E_DLT The object being waited for was deleted(message buffer was deleted while waiting).
C(team, output message buffer of the kernel on the screen, and for one cleaning buffer). .
On the message receive side(waiting for event notification), one message is fetched from the message buffer.