Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

▼Cfiber::_FormatUIntParams
►Cfiber::FormatIntParams
►Cfiber::FormatFloatParams
Cfiber::FormatFloat	Formats an floating point for further printing use
Cfiber::FormatInt< Int >	Formats an unsigned integer (of any size) for use with OStream
►Cfiber::FormatIntSuffixParams
Cfiber::FormatIntSuffix< Int >
Cfiber::_TryAwait< T, is_rvalue_reference >	Awaits on something that returns an std::optional and throws if it does not have a value
Cfiber::_TryAwait< T, false >	Specialisation of fiber::_TryAwait for lvalue-references
Cfiber::ArrayList< T, N >	An array of contiguous memory which is statically allocated
Cfiber::AwaitableWrapper< Awaitable, is_lvalue >	Wraps awaitables that are not yet derived from fiber::AwaitableNode
Cfiber::AwaitableWrapper< Awaitable, false >	Wraps awaitables that are not yet derived from fiber::AwaitableNode
Cfiber::AwaitCallable< Callable, lvalue_reference >	Awaitable that waits for a function to return true
Cfiber::AwaitCallable< Callable, false >
Cfiber::AwaitMethod< Object, Method, lvalue_reference >
Cfiber::AwaitMethod< Object, Method, false >
Cfiber::Coroutine< ReturnType >	Owning handle to a coroutine with a custom promise type
▼Cfiber::CoroutineNode	Represents a coroutine (node) in a reverse-linked list of nested coroutines
Cfiber::CoroutinePromise< ReturnType >
Cfiber::CoroutinePromise< void >	Specialisation for ReturnTypes of type void
Cfiber::CoroutinePromise< ReturnType >	Promise type for an fiber::Coroutine
Cfiber::CoroutinePromise< void >	Specialisation for ReturnTypes of type void
Cfiber::CoSignal	A signal that can be sent from an awaitable to the Task and Scheduler
Cfiber::Delay
Cfiber::DualArrayList< T, N >	Two ArrayLists that share the same memory buffer
Cfiber::DualPriorityQueue< T, N, stage1_less_priority, stage2_less_priority >
▼Cstd::chrono::duration
Cfiber::Duration	Overflow aware duration for hardware timers/counters
▼Cstd::exception	STL class
►Cfiber::Exception	The base class for exceptions in fiber
Cfiber::AllocationFailure
►Cfiber::AssertionFailure
Cfiber::AssertionFailureCritical
Cfiber::AssertionFailureFull
Cfiber::AssertionFailureO1
Cfiber::ExecutionTime
▼Cstd::false_type
Cfiber::is_coroutine< Coroutine< T > >
Cfiber::is_std_optional< std::optional< T > >
Cfiber::is_coroutine< T >
Cfiber::is_std_optional< T >
▼Cfiber::FormatHexParams
Cfiber::FormatHex< UInt >
▼Cfiber::FormatStrParams
►Cfiber::FormatBoolParam
Cfiber::FormatBool	Formats a bool for use with OStream
Cfiber::FormatHex< UInt >
Cfiber::FormatIntParams
Cfiber::FormatStr	Formats a string and allows to pass an additional size parameter
Cfiber::Future< T >	Future and Promise pairs are used to synchronise values between asynchronous tasks
Cfiber::FuturePromisePair< T >
Cfiber::StaticLinearAllocator< Bytes >::Header
▼Cstd::integral_constant
Cstd::tuple_size< fiber::FuturePromisePair< T > >
Cfiber::InterruptGuard	Makes sure that equaly many interrupt disable and enable calls are beingmade
Cfiber::InvertedPin< Pin >
Cfiber::TaskBase::larger_ready_time_s
Cfiber::LCD_HD44780< RSPin, RWPin, EPin, DataPins, APin >	Driver for a LCD display with 8 data bit interface
Cfiber::LCD_HD44780_BusyFlagAddress
Cfiber::LeftDualArrayListConstRef< T, N >	A reference to the left side of a DualArrayList
Cfiber::LeftDualArrayListRef< T, N >	A reference to the left side of a DualArrayList
Cfiber::TaskBase::less_priority_s
Cfiber::make_fast< UInt >
Cfiber::make_fast< SInt >
Cfiber::make_fast< UInt >
▼Cstd::pmr::memory_resource
►Cfiber::StackAllocatorExtern
Cfiber::StackAllocator< frame_size >
Cfiber::StackAllocator< N >
Cfiber::StaticLinearAllocator< Bytes >	A linear allocator that uses stack memory and follows std::pmr::memory_resource
Cfiber::StaticLinearAllocatorDebug< Bytes >
Cfiber::NextCycle
Cfiber::NullLogger	A default logger that does nothing
▼Cfiber::OStream	Abstract class for an output character stream that offers string and number formating
CStdErr
CStdOut
Cfiber::OStreamRef
Cfiber::OutputLogger	A logger that will write all loggings directly to an output stream
Cfiber::stm32f446::Pin
Cfiber::PinTuple< Pins >	A tuple (heterogenious collection) of pins that can be written together as if it was a port
Cfiber::PriorityQueue< T, N, greater_priority >
Cfiber::Promise< T >	Promise and Future pairs are used to synchronise values between asynchronous tasks
Cfiber::RightDualArrayListConstRef< T, N >	A reference to the right side of a DualArrayList
Cfiber::RightDualArrayListRef< T, N >	A reference to the right side of a DualArrayList
Cfiber::Schedule
Cfiber::Scheduler< n_tasks, logger >	A real time scheduler that starts tasks once they are ready and schedules them by earliest deadline first
Cfiber::Stage1DualPriorityQueueConstRef< T, N, stage1_less_priority, stage2_less_priority >
Cfiber::Stage1DualPriorityQueueRef< T, N, stage1_less_priority, stage2_less_priority >
Cfiber::Stage2DualPriorityQueueConstRef< T, N, stage1_less_priority, stage2_less_priority >
Cfiber::Stage2DualPriorityQueueRef< T, N, stage1_less_priority, stage2_less_priority >
Cfiber::str_add_float_params
▼Cfiber::TaskBase	A TaskBase (short for coroutine task) is the root of a linked list of nested coroutines
►Cfiber::Task< frame_size >
Cfiber::PeriodicTask
Cfiber::SoftPeriodicTask
Cfiber::TestResult
Cfiber::Tick< UInt, MAX_TICK >	An overflow aware integer type for hardware timer/counter that are used as clocks
Cfiber::TimePoint	Overflow aware point in time for hardware timers/counters
▼Cstd::true_type
Cfiber::is_coroutine< Coroutine< T > >
Cfiber::is_std_optional< std::optional< T > >
Cstd::is_integral< fiber::Tick< Int, MaxTick > >	Overload std::is_integral with std::true_type for fiber::Tick
Cstd::is_unsigned< fiber::Tick< UInt, MaxTick > >	Overload std::is_unsigned with std::true_type for fiber::Tick
Cstd::tuple_element< 0, fiber::FuturePromisePair< T > >
Cstd::tuple_element< 1, fiber::FuturePromisePair< T > >
Cfiber::VoidPin	Represents an unconnected pin that does nothing
Cfiber::VoidPins< N >