SimulationRunner

Namespace: global

Functions and values

Function or value	Description
`diffReducerInputsOrOutputs newIO oldIO` Signature: newIO:Map<'a,WireData> -> oldIO:Map<'a,WireData> -> Map<'a,WireData> Type parameters: 'a	Function to determine what reducer inputs or outputs have changed.
`extractIncompleteSimulationIOs(...)` Signature: simulationIOs:SimulationIO list -> graph:SimulationGraph -> (SimulationIO * WireData) list	Simlar to extractSimulationIOs, but do not fail if a bit is not set, just ignore it.
`extractSimulationIOs simulationIOs graph` Signature: simulationIOs:SimulationIO list -> graph:SimulationGraph -> (SimulationIO * WireData) list	Given a list of IO nodes (i.e. Inputs or outputs) extract their value. If they dont all have a value, an error is thrown.
`feedClockTick(graph)` Signature: graph:SimulationGraph -> SimulationGraph	Send one global clock tick to all clocked components, and return the updated simulationGraph.
`feedSimulationInput(...)` Signature: graph:SimulationGraph -> inputId:ComponentId -> wireData:WireData -> SimulationGraph	Feed zero to a simulation input. This function is supposed to be used with Components of type Input.
`getSimulationIOs(components)` Signature: components:Component list -> SimulationIO list * SimulationIO list	Get ComponentIds, ComponentLabels and wire widths of all input and output nodes.
`getSimulationIOsFromGraph(graph)` Signature: graph:SimulationGraph -> SimulationIO list * SimulationIO list	Get ComponentIds, ComponentLabels and wire widths of all input and output nodes in a simulationGraph.
`InitialiseGraphWithZeros inputIds graph` Signature: inputIds:SimulationIO list -> graph:SimulationGraph -> SimulationGraph	Feed zeros to all simulation inputs, and feed a single clock tick. This way all combinational logic has been touched once and had produced its outputs.