Attach the merged circuits to the correct output port

Attach the merged circuits to the correct output port

Extract component type and name from expression (type ExpressionT) Create the component using the createComponent function

returns a mapping from lhs variable name -> bits -> rhs final circuit maybe store the bits in a sorted array instead of a map

Main component creation function Find all the parameters required for component creation based on the component Type and the name(label) given Returns the created component

Create a component (type: Component) based on the parameters given

Connect source with target returning the connection (type: Connection)

Creates the correct component based on the number and returns a circuit with that component

Create a port (type: Port) based on the parameters given

Finds the correct component based on the name of input/wire creates a circuit with that component (and if required a busSel component connected to it to return the correct slice) and returns that circuit

Helper function to resolve conflicts in labels (must be distinct) and component locations on canvas (must not overlap_)

Return a Map for input and output ports where string -> port name. It is necessary in order to find components when building circuits for assignments

Helper function to find a port's width from the range definition of IODecl

Return a Map for wires where string -> wire name. It is necessary in order to find wire components when building circuits for assignments

debug:

debug:

Join input ports of topCircuit with inCircuits

Join a list of circuits with MergeWires components

The main circuit creation function called with the RHS of an assignment as a parameter Contains 6 recursive functions which eventually build the whole RHS expression The starting point is the buildExpressionCircuit rec function target is 0 if there is no lhs

takes in n - number of inputs, must be a power of 2 circuit being returned has N (bus) data inputs and 1 select

Extract MSB,LSB from assignment and return as a Slice type Slice = {MSB:int, LSB:int}