def verilog_to_pymtl( model, verilog_file, c_wrapper_file,
lib_file, py_wrapper_file, vcd_en, lint, verilator_xinit ):
model_name = model.class_name
try:
vlinetrace = model.vlinetrace
except AttributeError:
vlinetrace = False
# Verilate the model # TODO: clean this up
verilate_model( verilog_file, model_name, vcd_en, lint )
# Add names to ports of module
for port in model.get_ports():
port.verilog_name = verilog_structural.mangle_name( port.name )
port.verilator_name = verilator_mangle( port.verilog_name )
# Create C++ Wrapper
cdefs = create_c_wrapper( model, c_wrapper_file, vcd_en, vlinetrace, verilator_xinit )
# Create Shared C Library
create_shared_lib( model_name, c_wrapper_file, lib_file,
vcd_en, vlinetrace )
# Create PyMTL wrapper for CFFI interface to Verilated model
create_verilator_py_wrapper( model, py_wrapper_file, lib_file,
cdefs, vlinetrace )
def verilog_to_pymtl( model, verilog_file, c_wrapper_file,
lib_file, py_wrapper_file, vcd_en, lint, verilator_xinit ):
model_name = model.class_name
try:
vlinetrace = model.vlinetrace
except AttributeError:
vlinetrace = False
# Verilate the model # TODO: clean this up
verilate_model( verilog_file, model_name, vcd_en, lint )
# Add names to ports of module
for port in model.get_ports():
port.verilog_name = verilog_structural.mangle_name( port.name )
port.verilator_name = verilator_mangle( port.verilog_name )
# Create C++ Wrapper
cdefs = create_c_wrapper( model, c_wrapper_file, vcd_en, vlinetrace, verilator_xinit )
# Create Shared C Library
create_shared_lib( model_name, c_wrapper_file, lib_file,
vcd_en, vlinetrace )
# Create PyMTL wrapper for CFFI interface to Verilated model
create_verilator_py_wrapper( model, py_wrapper_file, lib_file,
cdefs, vlinetrace )
def verilog_name(port):
return verilog_structural.mangle_name(port.name)
def verilog_name( port ): return verilog_structural.mangle_name( port.name )