Ram (issie)

Ram Type

Namespace: global
Assembly: Renderer.dll
Parent Module: RamStore
Base Type: obj
All Interfaces: IEquatable<Ram> , IStructuralEquatable

A read/write memory as the simulator holds it.

Record fields

Record Field	Description
`AddressWidth` Full Usage: `AddressWidth` Field type: `int`	Field type: `int`
`Addressing` Full Usage: `Addressing` Field type: `Addressing`	Field type: `Addressing`
`BigVals` Full Usage: `BigVals` Field type: `bool`	`WordWidth > 32`, so values live in the bigint arrays rather than the uint32 ones. The same split `IOArray` makes between `UInt32Step` and `BigIntStep`, and for the same reason. Field type: `bool`
`BigWords` Full Usage: `BigWords` Field type: `bigint array`	Field type: `bigint array`
`Comments` Full Usage: `Comments` Field type: `Map<bigint, string> option`	Field type: `Map<bigint, string> option`
`CurBig` Full Usage: `CurBig` Field type: `bigint array` Modifiers: mutable	Field type: `bigint array`
`CurVal` Full Usage: `CurVal` Field type: `uint32 array` Modifiers: mutable	slot -> current contents, for the cases with no `Words`. Field type: `uint32 array`
`IBig` Full Usage: `IBig` Field type: `bigint array` Modifiers: mutable	Field type: `bigint array`
`ILen` Full Usage: `ILen` Field type: `int` Modifiers: mutable	Field type: `int`
`IStep` Full Usage: `IStep` Field type: `int array` Modifiers: mutable	Field type: `int array`
`IVal` Full Usage: `IVal` Field type: `uint32 array` Modifiers: mutable	Field type: `uint32 array`
`Init` Full Usage: `Init` Field type: `InitMemData`	Field type: `InitMemData`
`InitialData` Full Usage: `InitialData` Field type: `Map<bigint, bigint>`	What the memory starts with, kept so that a restart can put it back. Field type: `Map<bigint, bigint>`
`LastStep` Full Usage: `LastStep` Field type: `int` Modifiers: mutable	The most recent step written, which is what pruning measures the window back from. Field type: `int`
`SlotAddr` Full Usage: `SlotAddr` Field type: `uint32 array` Modifiers: mutable	slot -> address. `uint32` because a slot only exists once an address has been written, and the wide case keeps its own reverse list. Field type: `uint32 array`
`SlotAddrBig` Full Usage: `SlotAddrBig` Field type: `ResizeArray<bigint>` Modifiers: mutable	Field type: `ResizeArray<bigint>`
`SlotCount` Full Usage: `SlotCount` Field type: `int` Modifiers: mutable	Field type: `int`
`Start` Full Usage: `Start` Field type: `int array` Modifiers: mutable	Field type: `int array`
`TBig` Full Usage: `TBig` Field type: `bigint array` Modifiers: mutable	Field type: `bigint array`
`TLen` Full Usage: `TLen` Field type: `int` Modifiers: mutable	Field type: `int`
`TSlot` Full Usage: `TSlot` Field type: `int array` Modifiers: mutable	Field type: `int array`
`TStep` Full Usage: `TStep` Field type: `int array` Modifiers: mutable	Field type: `int array`
`TVal` Full Usage: `TVal` Field type: `uint32 array` Modifiers: mutable	Field type: `uint32 array`
`Window` Full Usage: `Window` Field type: `int`	How many steps of history are reachable. The step simulator's arrays wrap, so anything older than this can never be asked for and is dropped at the next compaction; the waveform simulator's arrays are sized for the whole run, so nothing is ever out of window there. Field type: `int`
`WordWidth` Full Usage: `WordWidth` Field type: `int`	Field type: `int`
`Words` Full Usage: `Words` Field type: `uint32 array`	Current contents by address, for the dense case, so that a read during simulation is one indexed load. Empty otherwise, when the read goes via the slot number instead. Field type: `uint32 array`
`Writes` Full Usage: `Writes` Field type: `int` Modifiers: mutable	Writes actually recorded. A write of the value already there is not one of them. Field type: `int`