|
| using | clock_t |
| | A unsigned integer to hold ticks count. Epochs counter.
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| |
| using | duration_t |
| | The typedef that specified an time quantity, usually expressed in milliseconds.
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| |
| using | getTickFcn_t |
| | Pointer to a function that gets the current hardware tick value.
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| |
| using | int_restorer_t |
| | Function called by critical::exit() to restore interrupts.
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| |
| using | int_disabler_t |
| | Function called by critical::enter() to disable interrupts.
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| |
| using | listCompareFcn_t |
| | Pointer to a function used by the list::sort() method to compare nodes of a list.
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| |
| using | taskFcn_t |
| | Pointer to a task callback.
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| |
| using | notifier_t |
| | A 32-bit unsigned integer type to hold a notification value.
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| |
| using | taskFlag_t |
| | A 32-bit unsigned integer type to hold the task flags.
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| |
| using | base_t |
| | A type to instantiate a integer-base variable. This size of this type is implementation-defined.
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| |
| using | byte_t |
| | A type to instantiate a byte variable.
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| |
| using | unsigned_t |
| | A type to instantiate an unsigned variable.
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| |
| using | signed_t |
| | A type to instantiate an signed variable.
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| |
| using | float32_t |
| | A type to instantiate a single-precision variable of 32-bits IEEE 754.
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| |
| using | float64_t |
| | A type to instantiate a single-precision variable of 64-bits IEEE 754.
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| |
| using | index_t |
| | A type to instantiate an OS index variable. Can store the maximum size of a theoretically possible object of any type (including array). Should be used for array indexing and loop counting.
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| |
| using | cycles_t |
| | A type to instantiate a variable that hold the number of task cycles.
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| |
| using | iteration_t |
| | A type to instantiate a variable that hold the number of task iterations.
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| |
| using | priority_t |
| | A type to instantiate a variable to hold the priority value of a task.
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| |
| using | timeCount_t |
| | A type to instantiate a variable to hold a time count.
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| |
|
| enum class | notifyMode : uint8_t { notifyMode::SIMPLE
, notifyMode::QUEUED
} |
| | An enum that defines the modes in which a notification can be delivered. More...
|
| |
| enum | listPosition : int32_t { AT_FRONT
, AT_BACK
} |
| | An enum with the possible options to specify a target position for a list. More...
|
| |
| enum class | listDirection { listDirection::FORWARD
, listDirection::BACKWARD
} |
| | An enum with the possible options to transverse a list. More...
|
| |
| enum class | queueSendMode { queueSendMode::TO_BACK
, queueSendMode::TO_FRONT
} |
| | An enum that defines the modes in which a item should be inserted in to a queue. More...
|
| |
| enum class | responseStatus { responseStatus::MISSING
, responseStatus::SUCCESS
, responseStatus::TIMEOUT
} |
| | A enum with the possible return status of a qOS::response object. More...
|
| |
| enum class | trigger : uint8_t {
trigger::None
, trigger::byTimeElapsed
, trigger::byNotificationQueued
, trigger::byNotificationSimple
,
trigger::byQueueReceiver
, trigger::byQueueFull
, trigger::byQueueCount
, trigger::byQueueEmpty
,
trigger::byEventFlags
, trigger::bySchedulingRelease
, trigger::byNoReadyTasks
} |
| | An enum with all the possible values for the event_t::getTrigger() method. More...
|
| |
| enum class | globalState : uint8_t {
globalState::UNDEFINED
, globalState::READY
, globalState::WAITING
, globalState::SUSPENDED
,
globalState::RUNNING
} |
| | An enum to describe the task global states. More...
|
| |
| enum class | taskState { taskState::DISABLED_STATE
, taskState::ENABLED_STATE
, taskState::AWAKE_STATE
, taskState::ASLEEP_STATE
} |
| | An enum that defines the possible task operational states. More...
|
| |
| enum class | queueLinkMode : uint32_t { queueLinkMode::QUEUE_RECEIVER
, queueLinkMode::QUEUE_FULL
, queueLinkMode::QUEUE_COUNT
, queueLinkMode::QUEUE_EMPTY
} |
| | An enum that defines the modes in which a queue can be linked to a task. More...
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| |
|
| template<typename T , size_t n> |
| constexpr size_t | arraySize (const T(&arr)[n]) noexcept |
| | Calculates the size of an array. This function takes a reference to an array and calculates its size. For a one-dimensional array, the size is simply the number of elements. For a multi-dimensional array, the size is the product of the sizes of all dimensions.
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| |
| template<typename T > |
| T | clip (T x, const T Min, const T Max) |
| | Ensures that x is between the limits set by Min and Max.
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| |
| template<typename T > |
| T | clipUpper (T x, const T Max) |
| | Ensures that x is bellow the limits set by Max.
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| |
| template<typename T > |
| T | clipLower (T x, const T Min) |
| | Ensures that x is above the value set by Min.
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| |
| template<typename T > |
| T | isBetween (T x, const T Low, const T High) |
| | Check if the value of x is within the limits defined by Low and High.
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| |
| uint8_t | byteNibbleHigh (uint8_t x) |
| | Read the high-nibble from x.
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| |
| uint8_t | byteNibbleLow (uint8_t x) |
| | Read the low-nibble from x.
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| |
| uint8_t | byteMergeNibbles (uint8_t h, uint8_t l) |
| | Merges two nibbles to form one byte.
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| |
| uint16_t | wordByteHigh (uint16_t x) |
| | Read the high-byte from x.
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| |
| uint16_t | wordByteLow (uint16_t x) |
| | Read the low-byte from x.
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| |
| uint16_t | wordMergeBytes (uint16_t h, uint16_t l) |
| | Merges two bytes to form one Word.
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| |
| uint32_t | dWordWordHigh (uint32_t x) |
| | Read the high-word from x.
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| |
| uint32_t | dWordWordLow (uint32_t x) |
| | Read the low-word from x.
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| |
| uint32_t | dwordMergeWords (uint32_t h, uint32_t l) |
| | Merges two words to form one DWord.
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| |
| constexpr taskFlag_t | EVENT_FLAG (index_t i) |
| | Event flag selector function.
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| |
1.12.0