common: Generalize the BufferedBlockingQueue's concurrent test
[deliverable/tracecompass.git] / org.eclipse.tracecompass.btf.core / src / org / eclipse / tracecompass / btf / core / messages.properties
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1###############################################################################
2# Copyright (c) 2014 Ericsson
3#
4# All rights reserved. This program and the accompanying materials
5# are made available under the terms of the Eclipse Public License v1.0
6# which accompanies this distribution, and is available at
7# http://www.eclipse.org/legal/epl-v10.html
8#
9# Contributors:
10# Matthew Khouzam - Initial API and implementation
11###############################################################################
12
13BtfTypeId_CDescr=Hardware device which is part of a processor and executes software.
14BtfTypeId_CName=Core
15BtfTypeId_ECUDescr=Hardware device which has at least one processor.
16BtfTypeId_ECUName=Electronic Control Unit
17BtfTypeId_IBDescr=Sub-fraction of a Runnable
18BtfTypeId_IBName=Instruction Block
19BtfTypeId_ISRDescr=Object handled by Interrupt-Management Unit and calling all \u201CTop-Level\u201D Runnables. An ISR is the specialization of a Process type.
20BtfTypeId_ISRName=Interrupt-Service-Routine
21BtfTypeId_PDescr=Hardware device which has at least one core.
22BtfTypeId_PName=Processor
23BtfTypeId_RDescr=Object, called by a Process or another Runnable.
24BtfTypeId_RName=Runnable
25BtfTypeId_SCHEDDescr=Part of operating system which assigns processes to cores.
26BtfTypeId_SCHEDName=Scheduler
27BtfTypeId_SEMDescr=Operating system object, for restricting access to resources.
28BtfTypeId_SEMName=Semaphore
29BtfTypeId_SIGDescr=Shared data object (e.g. variable) in a software.
30BtfTypeId_SIGName=Signal
31BtfTypeId_SIMDescr=Trigger point for a Task or ISR
32BtfTypeId_SIMName=Simulation
33BtfTypeId_STIDescr=Trigger point for a Task or ISR
34BtfTypeId_STIName=Stimulus
35BtfTypeId_TDescr=Object handled by OS Scheduler, and calling all "Top-Level" Runnables. A Task is the specialization of a Process type.
36BtfTypeId_TName=Task
37BTFPayload_Activate=Process instance is activated by a stimulus
38BTFPayload_BoundedMigration=When last executing core of previous instance is not equal to first executing core of this instance
39BTFPayload_EnforcedMigration=When a process migrates at a predefined position in execution to another scheduler.
40BTFPayload_FullMigration=When the executing core before a suspend is not equal to new executing core and there is a schedule point right before this execution
41BTFPayload_MapLimitExceeded=When there are more process instances of this process as the MPA-LIMIT value (MPA = MultipleProcessActivation)
42BTFPayload_Park=Active waiting process instance is suspended by another process.
43BTFPayload_PhaseMigration=When the executing core before a suspend is not equal to the new executing core and there is no schedule point right before this execution
44BTFPayload_Poll=Process instance has requested a resource by polling (active waiting) which is not available
45BTFPayload_PollParking=Parking process instance is allocated to the core and again polls (i.e. actively waits) for a resource.
46BTFPayload_Preempt=Executing process instance is stopped by the scheduler, e.g. because of a higher priority process which is activated.
47BTFPayload_Release=OS EVENT which was requested by a process is set (see OSEK 2.2.3 Extended Task Model, SET_Event()) and process is ready to proceed execution.
48BTFPayload_ReleaseParking=Resource which is requested by parking process instance becomes available, but parking process stays suspended and changes to READY state.
49BTFPayload_Resume=Suspended process instance continues execution on the same or other core.
50BTFPayload_Run=Process instance resumes execution after polling (i.e. active waiting) for a resource
51BTFPayload_Start=Process instance is allocated to the core and starts execution for the first time
52BTFPayload_Terminate=Process instance has finished execution
53BTFPayload_Wait=Process has requested a non-set OS EVENT (see OSEK 2.2.3 Extended Task Model, WAIT_Event() ).
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