chop.passes.transform.verilog
emit_verilog_top_transform_pass
- chop.passes.graph.transforms.verilog.emit_verilog_top_transform_pass(graph, pass_args={})[source]
Emit the top-level model design in Verilog
- Parameters:
graph (MaseGraph) – a MaseGraph
pass_args (_type_, optional) – this pass requires additional arguments which is explained below, defaults to {}
- Returns:
return a tuple of a MaseGraph and an empty dict (no additional info to return)
- Return type:
tuple(MaseGraph, Dict)
- pass_args
project_dir -> str : the directory of the project for cosimulation
top_name -> str : top-level name
emit_verilog_tb_transform_pass
- chop.passes.graph.transforms.verilog.emit_cocotb_transform_pass(graph, pass_args={})[source]
Emit test bench and related files for simulation
- Parameters:
graph (MaseGraph) – a MaseGraph
pass_args (_type_, optional) – this pass requires additional arguments which is explained below, defaults to {}
- Returns:
return a tuple of a MaseGraph and an empty dict (no additional info to return)
- Return type:
tuple(MaseGraph, Dict)
- pass_args
project_dir -> str : the directory of the project
trace -> bool : trace waves in the simulation
emit_bram_transform_pass
- chop.passes.graph.transforms.verilog.emit_bram_transform_pass(graph, pass_args={})[source]
Enumerate input parameters of the node and emit a ROM block with handshake interface for each parameter
- Parameters:
graph (MaseGraph) – a MaseGraph
pass_args (_type_, optional) – this pass requires additional arguments which is explained below, defaults to {}
- Returns:
return a tuple of a MaseGraph and an empty dict (no additional info to return)
- Return type:
tuple(MaseGraph, Dict)
- pass_args
project_dir -> str : the directory of the project for cosimulation
top_name -> str : name of the top module