WaveNames (issie)

WaveNames Module

Namespace: global
Assembly: Renderer.dll

The name a waveform is called, worked out from the component and port it is a wave of. Below the UI because both simulators produce it. A name carries the port's BIT WIDTH, and a width is a fact about the elaborated instance rather than about the sheet it instantiates - parameters see to that - so nothing above can work one out from a design. The alternative is the sidecar reimplementing which port of a Mux is called SEL and how an adder's carry in is written, and two answers that agree until they do not. Moved out of `WaveSimHelpers`, which is where it was and which now opens it. What stayed there is everything that needs a WaveSimModel: `makeWave` builds a Wave, and a Wave is a thing the selector holds.

Functions and values

Function or value	Description
`bitLimsString (a, b)` Full Usage: `bitLimsString (a, b)` Parameters: a : `int` b : `int` Returns: `string`	get string in the [x:x] format given the bit limits output representation of bus width a : `int` b : `int` Returns: `string`
`camelCaseDottedWords text` Full Usage: `camelCaseDottedWords text` Parameters: text : `string` Returns: `string`	convert a string to CamelCase: text : `string` Returns: `string`
`cap sheet` Full Usage: `cap sheet` Parameters: sheet : `string` Returns: `string`	return sheet with all latters capitalised sheet : `string` Returns: `string`
`caseCompAndPortName name` Full Usage: `caseCompAndPortName name` Parameters: name : `string` Returns: `string`	name : `string` Returns: `string`
`getInputNameW withComp compType label insWidths outsWidths port` Full Usage: `getInputNameW withComp compType label insWidths outsWidths port` Parameters: withComp : `bool` compType : `ComponentType` label : `string` insWidths : `int array` outsWidths : `int array` port : `InputPortNumber` Returns: `string`	The name of one input port, from design facts plus the instance's port widths. withComp : `bool` compType : `ComponentType` label : `string` insWidths : `int array` outsWidths : `int array` port : `InputPortNumber` Returns: `string`
`getInputPortName compType port` Full Usage: `getInputPortName compType port` Parameters: compType : `ComponentType` port : `InputPortNumber` Returns: `string`	Get port names for waves that are from Input ports. Appended to comp.Label compType : `ComponentType` port : `InputPortNumber` Returns: `string`
`getInputPortNumber ipn` Full Usage: `getInputPortNumber ipn` Parameters: ipn : `InputPortNumber` Returns: `int`	get integer from OutputPortNumber ipn : `InputPortNumber` Returns: `int`
`getOutputNameW withComp compType label insWidths outsWidths port` Full Usage: `getOutputNameW withComp compType label insWidths outsWidths port` Parameters: withComp : `bool` compType : `ComponentType` label : `string` insWidths : `int array` outsWidths : `int array` port : `OutputPortNumber` Returns: `string`	The name of one output port, from design facts plus the instance's port widths. The IOLabel case is the one the fc-based version needed a whole simulation for - which member of the group drives the net - and needs nothing here: the slice width of an IOLabel's output IS the elected driver's, because the group shares its array. withComp : `bool` compType : `ComponentType` label : `string` insWidths : `int array` outsWidths : `int array` port : `OutputPortNumber` Returns: `string`
`getOutputPortName compType port` Full Usage: `getOutputPortName compType port` Parameters: compType : `ComponentType` port : `OutputPortNumber` Returns: `string`	Get port names for waves that are from Output ports Appended to comp.Label compType : `ComponentType` port : `OutputPortNumber` Returns: `string`
`getOutputPortNumber opn` Full Usage: `getOutputPortNumber opn` Parameters: opn : `OutputPortNumber` Returns: `int`	get integer from OutputPortNumber opn : `OutputPortNumber` Returns: `int`