EvilHoverCache (issie)

EvilHoverCache Module

Namespace: global
Assembly: Renderer.dll

Functions and values

Function or value	Description
`addGapToStore store gap` Full Usage: `addGapToStore store gap` Parameters: store : `GapStore` gap : `Gap`	Add a gap to the store, merging it with the previous gap if it is adjacent. store : `GapStore` gap : `Gap`
`changeToolTip tipName tipText xPos yPos ttXMaxEdge isVisible` Full Usage: `changeToolTip tipName tipText xPos yPos ttXMaxEdge isVisible` Parameters: tipName : `string` tipText : `string` - Text to display in the tooltip. xPos : `float` - X-coordinate of the tooltip. yPos : `float` - Y-coordinate of the tooltip. ttXMaxEdge : `float` - Maximum X-coordinate of the tooltip right edge. isVisible : `bool` - True if the tooltip is visible, false if it is hidden.	Change the tooltip text and position. tipName : `string` tipText : `string` Text to display in the tooltip. xPos : `float` X-coordinate of the tooltip. yPos : `float` Y-coordinate of the tooltip. ttXMaxEdge : `float` Maximum X-coordinate of the tooltip right edge. isVisible : `bool` True if the tooltip is visible, false if it is hidden.
`checkIfHatched store cycle` Full Usage: `checkIfHatched store cycle` Parameters: store : `GapStore` cycle : `int` Returns: `bool`	Check if a wave is hatched at a given cycle. This is done by checking if the cycle is within any of the gaps in a mutable store, which is updated as gaps are added. store : `GapStore` cycle : `int` Returns: `bool`
`evilSvgToolTip tipName ws tipText textProps` Full Usage: `evilSvgToolTip tipName ws tipText textProps` Parameters: tipName : `string` ws : `WaveSimModel` tipText : `string` textProps : `IProp list` Returns: `ReactElement`	SVG group element for tooltip. The props of the tooltip, as well as its text, are set in the function changeToolTip. Initila props make it invisible. tipName : `string` ws : `WaveSimModel` tipText : `string` textProps : `IProp list` Returns: `ReactElement`
`finaliseStore store` Full Usage: `finaliseStore store` Parameters: store : `GapStore`	Finalise the store by adding the last gap to the store. store : `GapStore`
`getRomCommentAtStep fs step wave` Full Usage: `getRomCommentAtStep fs step wave` Parameters: fs : `FastSimulation` step : `int` wave : `Wave` Returns: `string`	The comment written in a .ram file against the location a ROM is reading at a given simulation step, if the ROM has any comments and this wave is its data output. The location read is the address input one step earlier for a synchronous ROM and at the same step for an asynchronous one, which is the distinction WaveSimRams.addReadWrite also makes. fs : `FastSimulation` step : `int` wave : `Wave` Returns: `string`
`getWaveToolTip cycle wave ws` Full Usage: `getWaveToolTip cycle wave ws` Parameters: cycle : `int` wave : `Wave` ws : `WaveSimModel` Returns: `string`	Text for the tooltip shown when hovering a waveform at a given cycle, or "" for no tooltip. A value is given when the wave is too narrow there to have its number printed on it - the cached "gap" data says when that is - and a ROM's data output also gives the comment written against the location being read, so that both appear when the number is hidden as well. The wave is passed in rather than counted off SelectedWaves by row number. The rows drawn are the selected waves that AllWaves still HOLDS - see WaveSimStyle.selectedWaves, which the three columns are all built from - so counting rows off SelectedWaves itself answered for a different row wherever the two differ, and indexed AllWaves with a key it might not have. cycle : `int` wave : `Wave` ws : `WaveSimModel` Returns: `string`
`initGapStore maxGaps` Full Usage: `initGapStore maxGaps` Parameters: maxGaps : `int` Returns: `GapStore`	A gap in the wave simulator, represented by a start cycle and a length. the only gaps that are stored are relevant are those that correspond to hatched parts of the waveform in which the wave value is not printed. maxGaps : `int` Returns: `GapStore`