Embedded RTOS design: insights and implementation
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Elektronisch E-Book |
| Sprache: | English |
| Veröffentlicht: |
Kidlington, Oxford, United Kingdom ; Cambridge, MA, United States
Newnes, an imprint of Elsevier
[2021]
|
| Online-Zugang: | TUM01 |
| Beschreibung: | Description based on publisher supplied metadata and other sources |
| Beschreibung: | 1 Online-Ressource |
| ISBN: | 9780128228524 |
Internformat
MARC
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| 100 | 1 | |a Walls, Colin |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Embedded RTOS design |b insights and implementation |c Colin Walls |
| 264 | 1 | |a Kidlington, Oxford, United Kingdom ; Cambridge, MA, United States |b Newnes, an imprint of Elsevier |c [2021] | |
| 264 | 4 | |c © 2021 | |
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| 500 | |a Description based on publisher supplied metadata and other sources | ||
| 505 | 8 | |a Front Cover -- Embedded RTOS Design -- Copyright Page -- Dedication -- Contents -- Foreword -- Preface -- 1 Program structure and real time -- Why use an operating system? -- Software structure -- Embedded program models -- What is real time? -- 2 Multitasking and scheduling -- Tasks, threads, and processes -- Schedulers -- Run to completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Composite scheduler -- Task states -- Task suspend -- Other task states -- Task identifiers -- The context switch -- What is a task? -- Register set -- Local data -- Shared resources -- Saving context -- Dynamic task creation -- Requirements for dynamic task creation -- Implications of dynamic task creation -- Interrupts -- Interrupts and the kernel -- Context save -- Interrupts and the scheduler -- Tick clock -- 3 RTOS services and facilities -- Intertask communication services -- Shared variables or memory areas -- Signals -- Event flag groups -- Semaphores -- Mailboxes -- Queues -- Mutexes -- Other RTOS services -- Task control -- System information -- Memory allocation -- Problems with malloc() and free() -- Memory partitions -- Time -- Interrupts, drivers, and input/output -- Interrupts -- Drivers -- Input/output -- Diagnostics -- API call parameter checks -- Stack checking -- Application diagnostics -- Beyond the kernel -- Networking and connectivity -- Protocol validation -- Graphics -- File systems -- 4 Nucleus SE -- Nucleus SE target users -- Design decisions and trade-offs -- Static configuration -- Object number -- Object addressing -- The scheduler -- Limited functionality -- Memory utilization -- Application program interface implementation -- Critical sections -- Scalability -- Which application program interface? -- Services -- Parameter checking -- Configuration -- Naming conventions -- API calls | |
| 505 | 8 | |a Other functions and variables -- Configuration symbols -- Other & -- num -- define symbols -- Data structures -- Key differences from Nucleus RTOS -- Object data -- Object number -- Object names -- Task blocking mechanism -- API call timeout -- Task scheduling -- Task priorities -- Interrupt handling -- Device drivers -- 5 The scheduler -- Scheduling in Nucleus RTOS -- Scheduling in Nucleus SE -- Scheduler types -- Run-to-completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Task states -- Nucleus RTOS task states -- Nucleus SE task states -- Thread state -- Options -- Task suspend -- API call blocking -- Schedule count -- Initial task state -- Context saving -- Global data -- RAM data -- Scheduler data footprint -- Implementing other scheduling schemes -- Time slice with background -- Priority and round robin -- 6 Tasks -- Configuring tasks -- Number of tasks -- API enables -- Functionality enables -- Task service calls -- Task control services -- Suspending a task -- Nucleus RTOS API call for task suspend -- Nucleus SE API call for task suspend -- Nucleus SE implementation of task suspend -- Resuming a task -- Nucleus RTOS API call for task resume -- Nucleus SE API call for task resume -- Nucleus SE implementation of task resume -- Putting a task to sleep -- Nucleus RTOS API call for task sleep -- Nucleus SE API call for task sleep -- Nucleus SE implementation of task sleep -- Relinquishing the CPU -- Nucleus RTOS API call for task relinquish -- Nucleus SE API call for task relinquish -- Nucleus SE implementation of task relinquish -- Task utility services -- Obtaining the current task's ID -- Nucleus RTOS API call for current task -- Nucleus SE API call for current task -- Nucleus SE implementation of current task -- Checking available stack space -- Nucleus RTOS API call for stack space | |
| 505 | 8 | |a Nucleus SE API call for stack space -- Nucleus SE implementation of stack space -- Resetting a task -- Nucleus RTOS API call for task reset -- Nucleus SE API call for task reset -- Nucleus SE implementation of task reset -- Obtaining task information -- Nucleus RTOS API call for obtain task information -- Nucleus SE API call for obtain task information -- Nucleus SE implementation of obtain task information -- Obtaining the number of tasks -- Nucleus RTOS API call for number of tasks -- Nucleus SE API call for number of tasks -- Nucleus SE implementation of number of tasks -- Data structures -- Kernel RAM data -- User RAM data -- ROM data -- Task data footprint -- Unimplemented API calls -- Create task -- Delete task -- Change task priority -- Change task preemption -- Change task time slice -- Terminate task -- Compatibility with Nucleus RTOS -- Object identifiers -- Task states -- Unimplemented API calls -- 7 Partition memory -- Using partitions -- Configuring memory partitions -- Number of partition pools -- API enables -- Partition pool service calls -- Partition allocation and deallocation services -- Allocating a partition -- Nucleus RTOS API call for partition allocation -- Nucleus SE API call for allocating -- Nucleus SE implementation of partition allocation -- Deallocating a partition -- Nucleus RTOS API call for partition deallocation -- Nucleus SE API call for partition deallocation -- Nucleus SE implementation of partition deallocation -- Partition pool utility services -- Obtaining partition pool information -- Nucleus RTOS API call for partition pool information -- Nucleus SE API call for partition pool information -- Nucleus SE implementation of partition pool information -- Obtaining the number of partition pools -- Nucleus RTOS API call for number of partition pools -- Nucleus SE API call for number of partition pools | |
| 505 | 8 | |a Nucleus SE implementation of number of partition pools -- Data structures -- Kernel RAM data -- User RAM -- ROM data -- Partition pool data footprint -- Unimplemented API calls -- Create partition pool -- Delete partition pool -- Partition pool pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Partition size and number -- Unimplemented API calls -- 8 Signals -- Using signals -- Configuring signals -- Application program interface enables -- Signals service calls -- Signals send and receive services -- Sending signals -- Nucleus RTOS API call for sending signals -- Nucleus SE API call for sending signals -- Nucleus SE implementation of sending signals -- Receiving signals -- Nucleus RTOS API call for receiving signals -- Nucleus SE API call for receiving signals -- Nucleus SE implementation of receiving signals -- Data structures -- RAM data -- ROM data -- Signal data footprint -- Unimplemented API calls -- Register a signal handler -- Control (enable/disable) signals -- Compatibility with Nucleus RTOS -- Signal handlers -- Signal availability and number -- Unimplemented API calls -- 9 Event flag groups -- Using event flags -- Configuring event flag groups -- Number of event flag groups -- API enables -- Event flag service calls -- Event flag group set and retrieve services -- Setting event flags -- Nucleus RTOS API call for flag setting -- Nucleus SE API call for flag setting -- Nucleus SE implementation of set event flags -- Retrieving event flags -- Nucleus RTOS API call for flag retrieving -- Nucleus SE API call for flag retrieving -- Nucleus SE implementation of retrieve event flags -- Event flag group utility services -- Event flag group information -- Nucleus RTOS API call for event group information -- Nucleus SE API call for event group information -- Nucleus SE implementation of event group information | |
| 505 | 8 | |a Obtaining the number of event flag groups -- Nucleus RTOS API call for event flag group count -- Nucleus SE API call for event flag group count -- Nucleus SE implementation of event flag group count -- Data structures -- RAM data -- ROM data -- Event flag group data footprint -- Unimplemented API calls -- Create event flag group -- Delete event flag group -- Event flag group pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Number of flags in a group -- Consume flags option -- Unimplemented API calls -- 10 Semaphores -- Using semaphores -- Configuring semaphores -- Number of semaphores -- API enables -- Semaphore service calls -- Semaphore obtain and release services -- Obtaining a semaphore -- Nucleus RTOS API call for obtaining a semaphore -- Nucleus SE API Call for obtaining a semaphore -- Nucleus SE implementation of obtain semaphore -- Releasing a semaphore -- Nucleus RTOS API call for releasing a semaphore -- Nucleus SE API call for releasing a semaphore -- Nucleus SE implementation of release semaphore -- Semaphore utility services -- Resetting a semaphore -- Nucleus RTOS API call for resetting a semaphore -- Nucleus SE API call for resetting a semaphore -- Nucleus SE implementation of semaphore reset -- Semaphore information -- Nucleus RTOS API call for semaphore information -- Nucleus SE API call for semaphore information -- Nucleus SE implementation of semaphore information -- Obtaining the number of semaphores -- Nucleus RTOS API call for semaphore count -- Nucleus SE API call for semaphore count -- Nucleus SE implementation of semaphore count -- Data structures -- RAM data -- ROM data -- Semaphore data footprint -- Unimplemented API calls -- Create semaphore -- Delete semaphore -- Semaphore pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Counter size -- Unimplemented API calls -- 11 Mailboxes | |
| 505 | 8 | |a Using mailboxes | |
| 776 | 0 | 8 | |i Erscheint auch als |a Walls, Colin |t Embedded RTOS Design |d San Diego : Elsevier Science & Technology,c2020 |n Druck-Ausgabe |z 978-0-12-822851-7 |
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Datensatz im Suchindex
| _version_ | 1804182734942240769 |
|---|---|
| adam_txt | |
| any_adam_object | |
| any_adam_object_boolean | |
| author | Walls, Colin |
| author_facet | Walls, Colin |
| author_role | aut |
| author_sort | Walls, Colin |
| author_variant | c w cw |
| building | Verbundindex |
| bvnumber | BV047442473 |
| classification_tum | DAT 260 |
| collection | ZDB-30-PQE |
| contents | Front Cover -- Embedded RTOS Design -- Copyright Page -- Dedication -- Contents -- Foreword -- Preface -- 1 Program structure and real time -- Why use an operating system? -- Software structure -- Embedded program models -- What is real time? -- 2 Multitasking and scheduling -- Tasks, threads, and processes -- Schedulers -- Run to completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Composite scheduler -- Task states -- Task suspend -- Other task states -- Task identifiers -- The context switch -- What is a task? -- Register set -- Local data -- Shared resources -- Saving context -- Dynamic task creation -- Requirements for dynamic task creation -- Implications of dynamic task creation -- Interrupts -- Interrupts and the kernel -- Context save -- Interrupts and the scheduler -- Tick clock -- 3 RTOS services and facilities -- Intertask communication services -- Shared variables or memory areas -- Signals -- Event flag groups -- Semaphores -- Mailboxes -- Queues -- Mutexes -- Other RTOS services -- Task control -- System information -- Memory allocation -- Problems with malloc() and free() -- Memory partitions -- Time -- Interrupts, drivers, and input/output -- Interrupts -- Drivers -- Input/output -- Diagnostics -- API call parameter checks -- Stack checking -- Application diagnostics -- Beyond the kernel -- Networking and connectivity -- Protocol validation -- Graphics -- File systems -- 4 Nucleus SE -- Nucleus SE target users -- Design decisions and trade-offs -- Static configuration -- Object number -- Object addressing -- The scheduler -- Limited functionality -- Memory utilization -- Application program interface implementation -- Critical sections -- Scalability -- Which application program interface? -- Services -- Parameter checking -- Configuration -- Naming conventions -- API calls Other functions and variables -- Configuration symbols -- Other & -- num -- define symbols -- Data structures -- Key differences from Nucleus RTOS -- Object data -- Object number -- Object names -- Task blocking mechanism -- API call timeout -- Task scheduling -- Task priorities -- Interrupt handling -- Device drivers -- 5 The scheduler -- Scheduling in Nucleus RTOS -- Scheduling in Nucleus SE -- Scheduler types -- Run-to-completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Task states -- Nucleus RTOS task states -- Nucleus SE task states -- Thread state -- Options -- Task suspend -- API call blocking -- Schedule count -- Initial task state -- Context saving -- Global data -- RAM data -- Scheduler data footprint -- Implementing other scheduling schemes -- Time slice with background -- Priority and round robin -- 6 Tasks -- Configuring tasks -- Number of tasks -- API enables -- Functionality enables -- Task service calls -- Task control services -- Suspending a task -- Nucleus RTOS API call for task suspend -- Nucleus SE API call for task suspend -- Nucleus SE implementation of task suspend -- Resuming a task -- Nucleus RTOS API call for task resume -- Nucleus SE API call for task resume -- Nucleus SE implementation of task resume -- Putting a task to sleep -- Nucleus RTOS API call for task sleep -- Nucleus SE API call for task sleep -- Nucleus SE implementation of task sleep -- Relinquishing the CPU -- Nucleus RTOS API call for task relinquish -- Nucleus SE API call for task relinquish -- Nucleus SE implementation of task relinquish -- Task utility services -- Obtaining the current task's ID -- Nucleus RTOS API call for current task -- Nucleus SE API call for current task -- Nucleus SE implementation of current task -- Checking available stack space -- Nucleus RTOS API call for stack space Nucleus SE API call for stack space -- Nucleus SE implementation of stack space -- Resetting a task -- Nucleus RTOS API call for task reset -- Nucleus SE API call for task reset -- Nucleus SE implementation of task reset -- Obtaining task information -- Nucleus RTOS API call for obtain task information -- Nucleus SE API call for obtain task information -- Nucleus SE implementation of obtain task information -- Obtaining the number of tasks -- Nucleus RTOS API call for number of tasks -- Nucleus SE API call for number of tasks -- Nucleus SE implementation of number of tasks -- Data structures -- Kernel RAM data -- User RAM data -- ROM data -- Task data footprint -- Unimplemented API calls -- Create task -- Delete task -- Change task priority -- Change task preemption -- Change task time slice -- Terminate task -- Compatibility with Nucleus RTOS -- Object identifiers -- Task states -- Unimplemented API calls -- 7 Partition memory -- Using partitions -- Configuring memory partitions -- Number of partition pools -- API enables -- Partition pool service calls -- Partition allocation and deallocation services -- Allocating a partition -- Nucleus RTOS API call for partition allocation -- Nucleus SE API call for allocating -- Nucleus SE implementation of partition allocation -- Deallocating a partition -- Nucleus RTOS API call for partition deallocation -- Nucleus SE API call for partition deallocation -- Nucleus SE implementation of partition deallocation -- Partition pool utility services -- Obtaining partition pool information -- Nucleus RTOS API call for partition pool information -- Nucleus SE API call for partition pool information -- Nucleus SE implementation of partition pool information -- Obtaining the number of partition pools -- Nucleus RTOS API call for number of partition pools -- Nucleus SE API call for number of partition pools Nucleus SE implementation of number of partition pools -- Data structures -- Kernel RAM data -- User RAM -- ROM data -- Partition pool data footprint -- Unimplemented API calls -- Create partition pool -- Delete partition pool -- Partition pool pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Partition size and number -- Unimplemented API calls -- 8 Signals -- Using signals -- Configuring signals -- Application program interface enables -- Signals service calls -- Signals send and receive services -- Sending signals -- Nucleus RTOS API call for sending signals -- Nucleus SE API call for sending signals -- Nucleus SE implementation of sending signals -- Receiving signals -- Nucleus RTOS API call for receiving signals -- Nucleus SE API call for receiving signals -- Nucleus SE implementation of receiving signals -- Data structures -- RAM data -- ROM data -- Signal data footprint -- Unimplemented API calls -- Register a signal handler -- Control (enable/disable) signals -- Compatibility with Nucleus RTOS -- Signal handlers -- Signal availability and number -- Unimplemented API calls -- 9 Event flag groups -- Using event flags -- Configuring event flag groups -- Number of event flag groups -- API enables -- Event flag service calls -- Event flag group set and retrieve services -- Setting event flags -- Nucleus RTOS API call for flag setting -- Nucleus SE API call for flag setting -- Nucleus SE implementation of set event flags -- Retrieving event flags -- Nucleus RTOS API call for flag retrieving -- Nucleus SE API call for flag retrieving -- Nucleus SE implementation of retrieve event flags -- Event flag group utility services -- Event flag group information -- Nucleus RTOS API call for event group information -- Nucleus SE API call for event group information -- Nucleus SE implementation of event group information Obtaining the number of event flag groups -- Nucleus RTOS API call for event flag group count -- Nucleus SE API call for event flag group count -- Nucleus SE implementation of event flag group count -- Data structures -- RAM data -- ROM data -- Event flag group data footprint -- Unimplemented API calls -- Create event flag group -- Delete event flag group -- Event flag group pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Number of flags in a group -- Consume flags option -- Unimplemented API calls -- 10 Semaphores -- Using semaphores -- Configuring semaphores -- Number of semaphores -- API enables -- Semaphore service calls -- Semaphore obtain and release services -- Obtaining a semaphore -- Nucleus RTOS API call for obtaining a semaphore -- Nucleus SE API Call for obtaining a semaphore -- Nucleus SE implementation of obtain semaphore -- Releasing a semaphore -- Nucleus RTOS API call for releasing a semaphore -- Nucleus SE API call for releasing a semaphore -- Nucleus SE implementation of release semaphore -- Semaphore utility services -- Resetting a semaphore -- Nucleus RTOS API call for resetting a semaphore -- Nucleus SE API call for resetting a semaphore -- Nucleus SE implementation of semaphore reset -- Semaphore information -- Nucleus RTOS API call for semaphore information -- Nucleus SE API call for semaphore information -- Nucleus SE implementation of semaphore information -- Obtaining the number of semaphores -- Nucleus RTOS API call for semaphore count -- Nucleus SE API call for semaphore count -- Nucleus SE implementation of semaphore count -- Data structures -- RAM data -- ROM data -- Semaphore data footprint -- Unimplemented API calls -- Create semaphore -- Delete semaphore -- Semaphore pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Counter size -- Unimplemented API calls -- 11 Mailboxes Using mailboxes |
| ctrlnum | (ZDB-30-PQE)EBC6420776 (ZDB-30-PAD)EBC6420776 (ZDB-89-EBL)EBL6420776 (OCoLC)1268191467 (DE-599)BVBBV047442473 |
| discipline | Informatik |
| discipline_str_mv | Informatik |
| format | Electronic eBook |
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structure and real time -- Why use an operating system? -- Software structure -- Embedded program models -- What is real time? -- 2 Multitasking and scheduling -- Tasks, threads, and processes -- Schedulers -- Run to completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Composite scheduler -- Task states -- Task suspend -- Other task states -- Task identifiers -- The context switch -- What is a task? -- Register set -- Local data -- Shared resources -- Saving context -- Dynamic task creation -- Requirements for dynamic task creation -- Implications of dynamic task creation -- Interrupts -- Interrupts and the kernel -- Context save -- Interrupts and the scheduler -- Tick clock -- 3 RTOS services and facilities -- Intertask communication services -- Shared variables or memory areas -- Signals -- Event flag groups -- Semaphores -- Mailboxes -- Queues -- Mutexes -- Other RTOS services -- Task control -- System information -- Memory allocation -- Problems with malloc() and free() -- Memory partitions -- Time -- Interrupts, drivers, and input/output -- Interrupts -- Drivers -- Input/output -- Diagnostics -- API call parameter checks -- Stack checking -- Application diagnostics -- Beyond the kernel -- Networking and connectivity -- Protocol validation -- Graphics -- File systems -- 4 Nucleus SE -- Nucleus SE target users -- Design decisions and trade-offs -- Static configuration -- Object number -- Object addressing -- The scheduler -- Limited functionality -- Memory utilization -- Application program interface implementation -- Critical sections -- Scalability -- Which application program interface? -- Services -- Parameter checking -- Configuration -- Naming conventions -- API calls</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Other functions and variables -- Configuration symbols -- Other &amp -- num -- define symbols -- Data structures -- Key differences from Nucleus RTOS -- Object data -- Object number -- Object names -- Task blocking mechanism -- API call timeout -- Task scheduling -- Task priorities -- Interrupt handling -- Device drivers -- 5 The scheduler -- Scheduling in Nucleus RTOS -- Scheduling in Nucleus SE -- Scheduler types -- Run-to-completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Task states -- Nucleus RTOS task states -- Nucleus SE task states -- Thread state -- Options -- Task suspend -- API call blocking -- Schedule count -- Initial task state -- Context saving -- Global data -- RAM data -- Scheduler data footprint -- Implementing other scheduling schemes -- Time slice with background -- Priority and round robin -- 6 Tasks -- Configuring tasks -- Number of tasks -- API enables -- Functionality enables -- Task service calls -- Task control services -- Suspending a task -- Nucleus RTOS API call for task suspend -- Nucleus SE API call for task suspend -- Nucleus SE implementation of task suspend -- Resuming a task -- Nucleus RTOS API call for task resume -- Nucleus SE API call for task resume -- Nucleus SE implementation of task resume -- Putting a task to sleep -- Nucleus RTOS API call for task sleep -- Nucleus SE API call for task sleep -- Nucleus SE implementation of task sleep -- Relinquishing the CPU -- Nucleus RTOS API call for task relinquish -- Nucleus SE API call for task relinquish -- Nucleus SE implementation of task relinquish -- Task utility services -- Obtaining the current task's ID -- Nucleus RTOS API call for current task -- Nucleus SE API call for current task -- Nucleus SE implementation of current task -- Checking available stack space -- Nucleus RTOS API call for stack space</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Nucleus SE API call for stack space -- Nucleus SE implementation of stack space -- Resetting a task -- Nucleus RTOS API call for task reset -- Nucleus SE API call for task reset -- Nucleus SE implementation of task reset -- Obtaining task information -- Nucleus RTOS API call for obtain task information -- Nucleus SE API call for obtain task information -- Nucleus SE implementation of obtain task information -- Obtaining the number of tasks -- Nucleus RTOS API call for number of tasks -- Nucleus SE API call for number of tasks -- Nucleus SE implementation of number of tasks -- Data structures -- Kernel RAM data -- User RAM data -- ROM data -- Task data footprint -- Unimplemented API calls -- Create task -- Delete task -- Change task priority -- Change task preemption -- Change task time slice -- Terminate task -- Compatibility with Nucleus RTOS -- Object identifiers -- Task states -- Unimplemented API calls -- 7 Partition memory -- Using partitions -- Configuring memory partitions -- Number of partition pools -- API enables -- Partition pool service calls -- Partition allocation and deallocation services -- Allocating a partition -- Nucleus RTOS API call for partition allocation -- Nucleus SE API call for allocating -- Nucleus SE implementation of partition allocation -- Deallocating a partition -- Nucleus RTOS API call for partition deallocation -- Nucleus SE API call for partition deallocation -- Nucleus SE implementation of partition deallocation -- Partition pool utility services -- Obtaining partition pool information -- Nucleus RTOS API call for partition pool information -- Nucleus SE API call for partition pool information -- Nucleus SE implementation of partition pool information -- Obtaining the number of partition pools -- Nucleus RTOS API call for number of partition pools -- Nucleus SE API call for number of partition pools</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Nucleus SE implementation of number of partition pools -- Data structures -- Kernel RAM data -- User RAM -- ROM data -- Partition pool data footprint -- Unimplemented API calls -- Create partition pool -- Delete partition pool -- Partition pool pointers -- Compatibility 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Event flag group set and retrieve services -- Setting event flags -- Nucleus RTOS API call for flag setting -- Nucleus SE API call for flag setting -- Nucleus SE implementation of set event flags -- Retrieving event flags -- Nucleus RTOS API call for flag retrieving -- Nucleus SE API call for flag retrieving -- Nucleus SE implementation of retrieve event flags -- Event flag group utility services -- Event flag group information -- Nucleus RTOS API call for event group information -- Nucleus SE API call for event group information -- Nucleus SE implementation of event group information</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Obtaining the number of event flag groups -- Nucleus RTOS API call for event flag group count -- Nucleus SE API call for event flag group count -- Nucleus SE implementation of event flag group count -- Data structures -- RAM data -- ROM data -- Event flag group data footprint -- Unimplemented API calls -- Create event flag group -- Delete event flag group -- Event flag group pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Number of flags in a group -- Consume flags option -- Unimplemented API calls -- 10 Semaphores -- Using semaphores -- Configuring semaphores -- Number of semaphores -- API enables -- Semaphore service calls -- Semaphore obtain and release services -- Obtaining a semaphore -- Nucleus RTOS API call for obtaining a semaphore -- Nucleus SE API Call for obtaining a semaphore -- Nucleus SE implementation of obtain semaphore -- Releasing a semaphore -- Nucleus RTOS API call for releasing a semaphore -- Nucleus SE API call for releasing a semaphore -- Nucleus SE implementation of release semaphore -- Semaphore utility services -- Resetting a semaphore -- Nucleus RTOS API call for resetting a semaphore -- Nucleus SE API call for resetting a semaphore -- Nucleus SE implementation of semaphore reset -- Semaphore information -- Nucleus RTOS API call for semaphore information -- 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| id | DE-604.BV047442473 |
| illustrated | Not Illustrated |
| index_date | 2024-07-03T18:01:24Z |
| indexdate | 2024-07-10T09:12:16Z |
| institution | BVB |
| isbn | 9780128228524 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-032844625 |
| oclc_num | 1268191467 |
| open_access_boolean | |
| owner | DE-91 DE-BY-TUM |
| owner_facet | DE-91 DE-BY-TUM |
| physical | 1 Online-Ressource |
| psigel | ZDB-30-PQE ZDB-30-PQE TUM_PDA_PQE_Kauf |
| publishDate | 2021 |
| publishDateSearch | 2021 |
| publishDateSort | 2021 |
| publisher | Newnes, an imprint of Elsevier |
| record_format | marc |
| spelling | Walls, Colin Verfasser aut Embedded RTOS design insights and implementation Colin Walls Kidlington, Oxford, United Kingdom ; Cambridge, MA, United States Newnes, an imprint of Elsevier [2021] © 2021 1 Online-Ressource txt rdacontent c rdamedia cr rdacarrier Description based on publisher supplied metadata and other sources Front Cover -- Embedded RTOS Design -- Copyright Page -- Dedication -- Contents -- Foreword -- Preface -- 1 Program structure and real time -- Why use an operating system? -- Software structure -- Embedded program models -- What is real time? -- 2 Multitasking and scheduling -- Tasks, threads, and processes -- Schedulers -- Run to completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Composite scheduler -- Task states -- Task suspend -- Other task states -- Task identifiers -- The context switch -- What is a task? -- Register set -- Local data -- Shared resources -- Saving context -- Dynamic task creation -- Requirements for dynamic task creation -- Implications of dynamic task creation -- Interrupts -- Interrupts and the kernel -- Context save -- Interrupts and the scheduler -- Tick clock -- 3 RTOS services and facilities -- Intertask communication services -- Shared variables or memory areas -- Signals -- Event flag groups -- Semaphores -- Mailboxes -- Queues -- Mutexes -- Other RTOS services -- Task control -- System information -- Memory allocation -- Problems with malloc() and free() -- Memory partitions -- Time -- Interrupts, drivers, and input/output -- Interrupts -- Drivers -- Input/output -- Diagnostics -- API call parameter checks -- Stack checking -- Application diagnostics -- Beyond the kernel -- Networking and connectivity -- Protocol validation -- Graphics -- File systems -- 4 Nucleus SE -- Nucleus SE target users -- Design decisions and trade-offs -- Static configuration -- Object number -- Object addressing -- The scheduler -- Limited functionality -- Memory utilization -- Application program interface implementation -- Critical sections -- Scalability -- Which application program interface? -- Services -- Parameter checking -- Configuration -- Naming conventions -- API calls Other functions and variables -- Configuration symbols -- Other & -- num -- define symbols -- Data structures -- Key differences from Nucleus RTOS -- Object data -- Object number -- Object names -- Task blocking mechanism -- API call timeout -- Task scheduling -- Task priorities -- Interrupt handling -- Device drivers -- 5 The scheduler -- Scheduling in Nucleus RTOS -- Scheduling in Nucleus SE -- Scheduler types -- Run-to-completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Task states -- Nucleus RTOS task states -- Nucleus SE task states -- Thread state -- Options -- Task suspend -- API call blocking -- Schedule count -- Initial task state -- Context saving -- Global data -- RAM data -- Scheduler data footprint -- Implementing other scheduling schemes -- Time slice with background -- Priority and round robin -- 6 Tasks -- Configuring tasks -- Number of tasks -- API enables -- Functionality enables -- Task service calls -- Task control services -- Suspending a task -- Nucleus RTOS API call for task suspend -- Nucleus SE API call for task suspend -- Nucleus SE implementation of task suspend -- Resuming a task -- Nucleus RTOS API call for task resume -- Nucleus SE API call for task resume -- Nucleus SE implementation of task resume -- Putting a task to sleep -- Nucleus RTOS API call for task sleep -- Nucleus SE API call for task sleep -- Nucleus SE implementation of task sleep -- Relinquishing the CPU -- Nucleus RTOS API call for task relinquish -- Nucleus SE API call for task relinquish -- Nucleus SE implementation of task relinquish -- Task utility services -- Obtaining the current task's ID -- Nucleus RTOS API call for current task -- Nucleus SE API call for current task -- Nucleus SE implementation of current task -- Checking available stack space -- Nucleus RTOS API call for stack space Nucleus SE API call for stack space -- Nucleus SE implementation of stack space -- Resetting a task -- Nucleus RTOS API call for task reset -- Nucleus SE API call for task reset -- Nucleus SE implementation of task reset -- Obtaining task information -- Nucleus RTOS API call for obtain task information -- Nucleus SE API call for obtain task information -- Nucleus SE implementation of obtain task information -- Obtaining the number of tasks -- Nucleus RTOS API call for number of tasks -- Nucleus SE API call for number of tasks -- Nucleus SE implementation of number of tasks -- Data structures -- Kernel RAM data -- User RAM data -- ROM data -- Task data footprint -- Unimplemented API calls -- Create task -- Delete task -- Change task priority -- Change task preemption -- Change task time slice -- Terminate task -- Compatibility with Nucleus RTOS -- Object identifiers -- Task states -- Unimplemented API calls -- 7 Partition memory -- Using partitions -- Configuring memory partitions -- Number of partition pools -- API enables -- Partition pool service calls -- Partition allocation and deallocation services -- Allocating a partition -- Nucleus RTOS API call for partition allocation -- Nucleus SE API call for allocating -- Nucleus SE implementation of partition allocation -- Deallocating a partition -- Nucleus RTOS API call for partition deallocation -- Nucleus SE API call for partition deallocation -- Nucleus SE implementation of partition deallocation -- Partition pool utility services -- Obtaining partition pool information -- Nucleus RTOS API call for partition pool information -- Nucleus SE API call for partition pool information -- Nucleus SE implementation of partition pool information -- Obtaining the number of partition pools -- Nucleus RTOS API call for number of partition pools -- Nucleus SE API call for number of partition pools Nucleus SE implementation of number of partition pools -- Data structures -- Kernel RAM data -- User RAM -- ROM data -- Partition pool data footprint -- Unimplemented API calls -- Create partition pool -- Delete partition pool -- Partition pool pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Partition size and number -- Unimplemented API calls -- 8 Signals -- Using signals -- Configuring signals -- Application program interface enables -- Signals service calls -- Signals send and receive services -- Sending signals -- Nucleus RTOS API call for sending signals -- Nucleus SE API call for sending signals -- Nucleus SE implementation of sending signals -- Receiving signals -- Nucleus RTOS API call for receiving signals -- Nucleus SE API call for receiving signals -- Nucleus SE implementation of receiving signals -- Data structures -- RAM data -- ROM data -- Signal data footprint -- Unimplemented API calls -- Register a signal handler -- Control (enable/disable) signals -- Compatibility with Nucleus RTOS -- Signal handlers -- Signal availability and number -- Unimplemented API calls -- 9 Event flag groups -- Using event flags -- Configuring event flag groups -- Number of event flag groups -- API enables -- Event flag service calls -- Event flag group set and retrieve services -- Setting event flags -- Nucleus RTOS API call for flag setting -- Nucleus SE API call for flag setting -- Nucleus SE implementation of set event flags -- Retrieving event flags -- Nucleus RTOS API call for flag retrieving -- Nucleus SE API call for flag retrieving -- Nucleus SE implementation of retrieve event flags -- Event flag group utility services -- Event flag group information -- Nucleus RTOS API call for event group information -- Nucleus SE API call for event group information -- Nucleus SE implementation of event group information Obtaining the number of event flag groups -- Nucleus RTOS API call for event flag group count -- Nucleus SE API call for event flag group count -- Nucleus SE implementation of event flag group count -- Data structures -- RAM data -- ROM data -- Event flag group data footprint -- Unimplemented API calls -- Create event flag group -- Delete event flag group -- Event flag group pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Number of flags in a group -- Consume flags option -- Unimplemented API calls -- 10 Semaphores -- Using semaphores -- Configuring semaphores -- Number of semaphores -- API enables -- Semaphore service calls -- Semaphore obtain and release services -- Obtaining a semaphore -- Nucleus RTOS API call for obtaining a semaphore -- Nucleus SE API Call for obtaining a semaphore -- Nucleus SE implementation of obtain semaphore -- Releasing a semaphore -- Nucleus RTOS API call for releasing a semaphore -- Nucleus SE API call for releasing a semaphore -- Nucleus SE implementation of release semaphore -- Semaphore utility services -- Resetting a semaphore -- Nucleus RTOS API call for resetting a semaphore -- Nucleus SE API call for resetting a semaphore -- Nucleus SE implementation of semaphore reset -- Semaphore information -- Nucleus RTOS API call for semaphore information -- Nucleus SE API call for semaphore information -- Nucleus SE implementation of semaphore information -- Obtaining the number of semaphores -- Nucleus RTOS API call for semaphore count -- Nucleus SE API call for semaphore count -- Nucleus SE implementation of semaphore count -- Data structures -- RAM data -- ROM data -- Semaphore data footprint -- Unimplemented API calls -- Create semaphore -- Delete semaphore -- Semaphore pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Counter size -- Unimplemented API calls -- 11 Mailboxes Using mailboxes Erscheint auch als Walls, Colin Embedded RTOS Design San Diego : Elsevier Science & Technology,c2020 Druck-Ausgabe 978-0-12-822851-7 |
| spellingShingle | Walls, Colin Embedded RTOS design insights and implementation Front Cover -- Embedded RTOS Design -- Copyright Page -- Dedication -- Contents -- Foreword -- Preface -- 1 Program structure and real time -- Why use an operating system? -- Software structure -- Embedded program models -- What is real time? -- 2 Multitasking and scheduling -- Tasks, threads, and processes -- Schedulers -- Run to completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Composite scheduler -- Task states -- Task suspend -- Other task states -- Task identifiers -- The context switch -- What is a task? -- Register set -- Local data -- Shared resources -- Saving context -- Dynamic task creation -- Requirements for dynamic task creation -- Implications of dynamic task creation -- Interrupts -- Interrupts and the kernel -- Context save -- Interrupts and the scheduler -- Tick clock -- 3 RTOS services and facilities -- Intertask communication services -- Shared variables or memory areas -- Signals -- Event flag groups -- Semaphores -- Mailboxes -- Queues -- Mutexes -- Other RTOS services -- Task control -- System information -- Memory allocation -- Problems with malloc() and free() -- Memory partitions -- Time -- Interrupts, drivers, and input/output -- Interrupts -- Drivers -- Input/output -- Diagnostics -- API call parameter checks -- Stack checking -- Application diagnostics -- Beyond the kernel -- Networking and connectivity -- Protocol validation -- Graphics -- File systems -- 4 Nucleus SE -- Nucleus SE target users -- Design decisions and trade-offs -- Static configuration -- Object number -- Object addressing -- The scheduler -- Limited functionality -- Memory utilization -- Application program interface implementation -- Critical sections -- Scalability -- Which application program interface? -- Services -- Parameter checking -- Configuration -- Naming conventions -- API calls Other functions and variables -- Configuration symbols -- Other & -- num -- define symbols -- Data structures -- Key differences from Nucleus RTOS -- Object data -- Object number -- Object names -- Task blocking mechanism -- API call timeout -- Task scheduling -- Task priorities -- Interrupt handling -- Device drivers -- 5 The scheduler -- Scheduling in Nucleus RTOS -- Scheduling in Nucleus SE -- Scheduler types -- Run-to-completion scheduler -- Round robin scheduler -- Time slice scheduler -- Priority scheduler -- Task states -- Nucleus RTOS task states -- Nucleus SE task states -- Thread state -- Options -- Task suspend -- API call blocking -- Schedule count -- Initial task state -- Context saving -- Global data -- RAM data -- Scheduler data footprint -- Implementing other scheduling schemes -- Time slice with background -- Priority and round robin -- 6 Tasks -- Configuring tasks -- Number of tasks -- API enables -- Functionality enables -- Task service calls -- Task control services -- Suspending a task -- Nucleus RTOS API call for task suspend -- Nucleus SE API call for task suspend -- Nucleus SE implementation of task suspend -- Resuming a task -- Nucleus RTOS API call for task resume -- Nucleus SE API call for task resume -- Nucleus SE implementation of task resume -- Putting a task to sleep -- Nucleus RTOS API call for task sleep -- Nucleus SE API call for task sleep -- Nucleus SE implementation of task sleep -- Relinquishing the CPU -- Nucleus RTOS API call for task relinquish -- Nucleus SE API call for task relinquish -- Nucleus SE implementation of task relinquish -- Task utility services -- Obtaining the current task's ID -- Nucleus RTOS API call for current task -- Nucleus SE API call for current task -- Nucleus SE implementation of current task -- Checking available stack space -- Nucleus RTOS API call for stack space Nucleus SE API call for stack space -- Nucleus SE implementation of stack space -- Resetting a task -- Nucleus RTOS API call for task reset -- Nucleus SE API call for task reset -- Nucleus SE implementation of task reset -- Obtaining task information -- Nucleus RTOS API call for obtain task information -- Nucleus SE API call for obtain task information -- Nucleus SE implementation of obtain task information -- Obtaining the number of tasks -- Nucleus RTOS API call for number of tasks -- Nucleus SE API call for number of tasks -- Nucleus SE implementation of number of tasks -- Data structures -- Kernel RAM data -- User RAM data -- ROM data -- Task data footprint -- Unimplemented API calls -- Create task -- Delete task -- Change task priority -- Change task preemption -- Change task time slice -- Terminate task -- Compatibility with Nucleus RTOS -- Object identifiers -- Task states -- Unimplemented API calls -- 7 Partition memory -- Using partitions -- Configuring memory partitions -- Number of partition pools -- API enables -- Partition pool service calls -- Partition allocation and deallocation services -- Allocating a partition -- Nucleus RTOS API call for partition allocation -- Nucleus SE API call for allocating -- Nucleus SE implementation of partition allocation -- Deallocating a partition -- Nucleus RTOS API call for partition deallocation -- Nucleus SE API call for partition deallocation -- Nucleus SE implementation of partition deallocation -- Partition pool utility services -- Obtaining partition pool information -- Nucleus RTOS API call for partition pool information -- Nucleus SE API call for partition pool information -- Nucleus SE implementation of partition pool information -- Obtaining the number of partition pools -- Nucleus RTOS API call for number of partition pools -- Nucleus SE API call for number of partition pools Nucleus SE implementation of number of partition pools -- Data structures -- Kernel RAM data -- User RAM -- ROM data -- Partition pool data footprint -- Unimplemented API calls -- Create partition pool -- Delete partition pool -- Partition pool pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Partition size and number -- Unimplemented API calls -- 8 Signals -- Using signals -- Configuring signals -- Application program interface enables -- Signals service calls -- Signals send and receive services -- Sending signals -- Nucleus RTOS API call for sending signals -- Nucleus SE API call for sending signals -- Nucleus SE implementation of sending signals -- Receiving signals -- Nucleus RTOS API call for receiving signals -- Nucleus SE API call for receiving signals -- Nucleus SE implementation of receiving signals -- Data structures -- RAM data -- ROM data -- Signal data footprint -- Unimplemented API calls -- Register a signal handler -- Control (enable/disable) signals -- Compatibility with Nucleus RTOS -- Signal handlers -- Signal availability and number -- Unimplemented API calls -- 9 Event flag groups -- Using event flags -- Configuring event flag groups -- Number of event flag groups -- API enables -- Event flag service calls -- Event flag group set and retrieve services -- Setting event flags -- Nucleus RTOS API call for flag setting -- Nucleus SE API call for flag setting -- Nucleus SE implementation of set event flags -- Retrieving event flags -- Nucleus RTOS API call for flag retrieving -- Nucleus SE API call for flag retrieving -- Nucleus SE implementation of retrieve event flags -- Event flag group utility services -- Event flag group information -- Nucleus RTOS API call for event group information -- Nucleus SE API call for event group information -- Nucleus SE implementation of event group information Obtaining the number of event flag groups -- Nucleus RTOS API call for event flag group count -- Nucleus SE API call for event flag group count -- Nucleus SE implementation of event flag group count -- Data structures -- RAM data -- ROM data -- Event flag group data footprint -- Unimplemented API calls -- Create event flag group -- Delete event flag group -- Event flag group pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Number of flags in a group -- Consume flags option -- Unimplemented API calls -- 10 Semaphores -- Using semaphores -- Configuring semaphores -- Number of semaphores -- API enables -- Semaphore service calls -- Semaphore obtain and release services -- Obtaining a semaphore -- Nucleus RTOS API call for obtaining a semaphore -- Nucleus SE API Call for obtaining a semaphore -- Nucleus SE implementation of obtain semaphore -- Releasing a semaphore -- Nucleus RTOS API call for releasing a semaphore -- Nucleus SE API call for releasing a semaphore -- Nucleus SE implementation of release semaphore -- Semaphore utility services -- Resetting a semaphore -- Nucleus RTOS API call for resetting a semaphore -- Nucleus SE API call for resetting a semaphore -- Nucleus SE implementation of semaphore reset -- Semaphore information -- Nucleus RTOS API call for semaphore information -- Nucleus SE API call for semaphore information -- Nucleus SE implementation of semaphore information -- Obtaining the number of semaphores -- Nucleus RTOS API call for semaphore count -- Nucleus SE API call for semaphore count -- Nucleus SE implementation of semaphore count -- Data structures -- RAM data -- ROM data -- Semaphore data footprint -- Unimplemented API calls -- Create semaphore -- Delete semaphore -- Semaphore pointers -- Compatibility with Nucleus RTOS -- Object identifiers -- Counter size -- Unimplemented API calls -- 11 Mailboxes Using mailboxes |
| title | Embedded RTOS design insights and implementation |
| title_auth | Embedded RTOS design insights and implementation |
| title_exact_search | Embedded RTOS design insights and implementation |
| title_exact_search_txtP | Embedded RTOS design insights and implementation |
| title_full | Embedded RTOS design insights and implementation Colin Walls |
| title_fullStr | Embedded RTOS design insights and implementation Colin Walls |
| title_full_unstemmed | Embedded RTOS design insights and implementation Colin Walls |
| title_short | Embedded RTOS design |
| title_sort | embedded rtos design insights and implementation |
| title_sub | insights and implementation |
| work_keys_str_mv | AT wallscolin embeddedrtosdesigninsightsandimplementation |