def get_module_instance(module_dir: str) -> AsModule:
module = AsModule()
module.files = ["hardware/hdl/vhdl/pkg/as_generic_filter_pkg.vhd"]
module.dependencies = []
# As this is not a typical Automatics module (no VHDL entity)
# we manually set the necessary attributes,
# so Automatics can work with it normally
module.module_dir = module_dir
module.repository_name = "default"
module.name = "as_generic_filter"
module.entity_name = "as_generic_filter"
module.generics = []
module.standard_ports = []
module.ports = []
module.interfaces = []
# Automatic module discovery would run into errors (no entity in 'as_generic_filter_pkg')
# as_automatics now automatically parses the toplevel file and discovers
# ports, generics, existing interfaces and register interfaces
#module.discover_module("{mdir}/{toplevel}"
# .format(mdir=module_dir, toplevel=toplevel_file))
return module
def get_module_instance(module_dir: str) -> AsModule:
module = AsModule()
module.files = ["hardware/hdl/vhdl/pkg/helpers.vhd"]
module.dependencies = []
# As this is not a typical Automatics module (no VHDL entity)
# we manually set the necessary attributes,
# so Automatics can work with it normally
module.module_dir = module_dir
module.repository_name = "default"
module.name = ""
module.entity_name = "helpers"
module.generics = []
module.standard_ports = []
module.ports = []
module.interfaces = []
module.show_in_browser = False
module.dev_status = AsModule.DevStatus.STABLE
module.module_type = AsModule.ModuleTypes.LIBRARY
module.module_category = "Internal Libraries"
return module
def get_module_instance(module_dir: str) -> AsModule:
module = AsModule()
module.files = []
module.dependencies = []
# As this is not a typical Automatics module (no HW files)
# we manually set the necessary attributes,
# so Automatics can work with it
module.module_dir = module_dir
module.repository_name = "default"
module.name = "as_memio"
module.entity_name = "as_memio"
module.generics = []
module.standard_ports = []
module.ports = []
module.interfaces = []
module.show_in_browser = False
module.dev_status = AsModule.DevStatus.BETA
module.module_type = AsModule.ModuleTypes.SOFTWARE
module.module_category = "Memory IO"
return module
def get_module_instance(module_dir: str) -> AsModule:
module = AsModule()
module.files = ["hardware/hdl/vhdl/pkg/helpers.vhd"]
module.dependencies = []
# As this is not a typical Automatics module (no VHDL entity)
# we manually set the necessary attributes,
# so Automatics can work with it normally
module.module_dir = module_dir
module.repository_name = "default"
module.name = ""
module.entity_name = "helpers"
module.generics = []
module.standard_ports = []
module.ports = []
module.interfaces = []
# Automatic module discovery would run into errors (no entity in 'helpers')
#module.discover_module("{mdir}/{toplevel}"
# .format(mdir=module_dir, toplevel=toplevel_file))
return module
def define_module_to_wrap(self, module: AsModule):
self.modules = [module]
module.modlevel += 1
self.name = module.name
self.entity_name = module.name + "_wrapper"
self.generics = []
self.standard_port_templates = module.standard_port_templates
set_delay(self, get_delay(module))
for inter in module.interfaces:
self.add_interface(inter)
for port in module.ports:
self.add_port(port)
for port in module.standard_ports:
self.add_standard_port(port)
if isinstance(module, AsWindowModule):
self.vhdl_libraries.append("as_generic_filter")
setattr(self, "window_interfaces", module.window_interfaces)
module.window_interfaces = []
module.interfaces = []
module.ports = []
module.standard_ports = []
full_port_list = self.get_full_port_list(include_signals=False)
for port in full_port_list:
nport = port.duplicate()
if nport.port_type == "interface":
nport.set_port_type("single")
module.add_port(nport)
if port.direction == "in":
nport.incoming = port
port.outgoing.append(nport)
else:
nport.outgoing.append(port)
port.incoming = nport
