SimDigest (issie)

SimDigest Module

Namespace: global
Assembly: Renderer.dll

A deterministic text rendering of a design's observable simulation behaviour, shared by both runtimes so they can be compared byte for byte. This is the golden-model render, moved here from the test suite unchanged so that the dotnet sidecar can produce the SAME text the tests pin in their .golden files: every top-level input driven by the deterministic stimulus, every output, viewer and clocked component printed per cycle, RAM contents at the end. Electron computes it locally and the sidecar answers the SimDigest protocol command with its own; any difference is a real cross-runtime divergence, located by the first differing line.

Nested modules

Modules	Description
Constants

Functions and values

Function or value	Description
`render ldcs topSheet ticks` Full Usage: `render ldcs topSheet ticks` Parameters: ldcs : `LoadedComponent list` topSheet : `string` ticks : `int` Returns: `Result<string, string>`	The digest of an ordinary build - what both runtimes compute and compare. ldcs : `LoadedComponent list` topSheet : `string` ticks : `int` Returns: `Result<string, string>`
`renderWith waveTables ldcs topSheet ticks` Full Usage: `renderWith waveTables ldcs topSheet ticks` Parameters: waveTables : `WaveTables` ldcs : `LoadedComponent list` topSheet : `string` ticks : `int` Returns: `Result<string, string>`	Simulate `ticks` clock cycles of `topSheet`, driving all top-level inputs with the deterministic stimulus, and render the observable behaviour as text. Error when the design does not build. `waveTables` is a parameter only so that a test can render one design both ways and compare: nothing below reads WaveComps, Drivers or WaveIndex, so the two texts must be identical, and that is the whole claim the sidecar's build rests on. waveTables : `WaveTables` ldcs : `LoadedComponent list` topSheet : `string` ticks : `int` Returns: `Result<string, string>`
`stimulus inputIndex tick width` Full Usage: `stimulus inputIndex tick width` Parameters: inputIndex : `int` tick : `int` width : `int` Returns: `bigint`	Deterministic per-input stimulus, stable across runs and runtimes inputIndex : `int` tick : `int` width : `int` Returns: `bigint`