def save(self, reg_list):
"""
Converts the extracted data into register and bit field values, and
loads the new data into the database.
"""
lookup = {'rw': BitField.TYPE_READ_WRITE,
'w': BitField.TYPE_WRITE_ONLY,
'r': BitField.TYPE_READ_ONLY}
name_count = {}
for reg in reg_list:
for item in reg.field_list:
if item.name in name_count:
name_count[item.name] = name_count[item.name] + 1
else:
name_count[item.name] = 1
duplicates = set([key for key in name_count if name_count[key] > 1])
current_duplicates = {}
offset = self.dbase.data_bus_width / 8
for reg in reg_list:
register = Register()
register.address = reg.address
register.register_name = reg.reg_name
register.token = reg.token
if not reg.description:
register.description = reg.description
else:
register.description = reg.reg_name
register.width = self.dbase.data_bus_width
for item in reg.field_list:
if item.name.startswith("OBSOLETE"):
continue
delta = (register.address % offset) * 8
if item.name in duplicates:
if item.name in current_duplicates:
index = current_duplicates[item.name] + 1
else:
index = 1
current_duplicates[item.name] = index
name = "%s_%d" % (item.name, index)
else:
name = item.name
width = (item.stop - item.start) + 1
field = BitField()
field.field_name = name
field.field_type = lookup.get(item.software_access,
BitField.READ_ONLY)
field.start_position = item.start - delta
field.stop_position = item.stop - delta
field.reset_value = item.reset
field.volatile = item.volatile
field.description = item.description
register.add_bit_field(field)
self.dbase.add_register(register)
def save(self, reg_list):
"""
Converts the extracted data into register and bit field values, and
loads the new data into the database.
"""
lookup = {
'"rw"': BitField.TYPE_READ_WRITE,
'"w"': BitField.TYPE_WRITE_ONLY,
'"r"': BitField.TYPE_READ_ONLY
}
for (reg_name, addr_txt, width, field_list) in reg_list:
register = Register()
register.address = int(addr_txt, 16)
register.register_name = reg_name
register.width = width
register.token = reg_name
self.dbase.add_register(register)
for item in field_list:
field = BitField()
field.field_name = item.name
try:
field.field_type = lookup[item.software_access]
except IndexError:
field.field_type = BitField.TYPE_READ_ONLY
field.start_position = item.start
field.stop_position = item.stop
field.reset_value = item.reset
field.description = item.description
register.add_bit_field(field)
def save(self, reg_list):
"""
Converts the extracted data into register and bit field values, and
loads the new data into the database.
"""
lookup = {'rw': BitField.READ_WRITE,
'w': BitField.WRITE_ONLY,
'r': BitField.READ_ONLY}
for (reg_name, addr_txt, field_list) in reg_list:
register = Register()
register.address = int(addr_txt, 16)
register.register_name = reg_name
register.token = reg_name
self.dbase.add_register(register)
for item in field_list:
field = BitField()
field.field_name = item.name
field.field_type = lookup.get(item.software_access,
BitField.READ_ONLY)
field.start_position = item.start
field.stop_position = item.stop
field.reset_value = item.reset
field.description = item.description
register.add_bit_field(field)
def import_data(self, filename):
"""
Opens, parses, and extracts data from the input file.
"""
next_addr = 0
field = None
field_list = []
reg_list = []
col = {}
name2addr = {}
input_file = open(filename, "rU")
titles = input_file.readline().split(",")
for (i,name) in enumerate(titles):
col[name] = i
r_addr_col = col.get(REG_ADDR, -1)
r_descr_col = col.get(REG_DESCR, -1)
r_name_col = col.get(REG_NAME, -1)
r_width_col = col.get(REG_WIDTH, -1)
f_name_col = col.get(FIELD_NAME, -1)
f_start_col = col.get(FIELD_OFFSET, -1)
f_width_col = col.get(FIELD_WIDTH, -1)
f_reset_col = col.get(FIELD_RESET, -1)
f_type_col = col.get(FIELD_ACCESS, -1)
f_descr_col = col.get(FIELD_DESCR, -1)
for line in input_file:
data = line.split(",")
if is_blank(data):
continue
if r_name_col != -1:
r_name = data[r_name_col].strip()
else:
r_name = "REG%04x" % r_addr
r_token = r_name.upper().replace(" ", "_")
if r_width_col != -1:
r_width = parse_hex_value(data[r_width_col])
else:
r_width = 32
if r_descr_col == -1:
r_descr = ""
else:
r_descr = data[r_descr_col].strip()
if data[r_addr_col].strip() == "":
r_addr = name2addr.get(r_name, next_addr)
else:
r_addr = parse_hex_value(data[r_addr_col])
next_addr = r_addr + r_width/8
name2addr[r_name] = r_addr
if f_start_col != -1:
f_start = parse_hex_value(data[f_start_col])
if f_width_col != -1:
width = parse_hex_value(data[col[FIELD_WIDTH]])
if width == 0:
f_stop = f_start
else:
f_stop = f_start + width - 1
else:
f_stop = f_start
if f_descr_col != -1:
f_descr = data[f_descr_col]
else:
f_descr = ""
if f_name_col != -1:
f_name = data[f_name_col].strip()
elif f_stop == f_start:
f_name = "BIT%d" % f_stop
else:
f_name = "BITS_%d_%d" % (f_stop, f_start)
if f_reset_col != -1:
f_reset = parse_hex_value(data[col[FIELD_RESET]])
else:
f_reset = 0
if f_type_col == -1:
if data[f_type_col] == "RW":
f_type = BitField.READ_WRITE
else:
f_type = BItField.READ_ONLY
else:
f_type = BitField.READ_ONLY
if r_addr in self.dbase.get_keys():
reg = self.dbase.get_register(r_addr)
else:
reg = Register()
reg.address = r_addr
reg.description = r_descr
reg.token = r_token
reg.width = r_width
reg.register_name = r_name
self.dbase.add_register(reg)
field = BitField()
field.field_name = f_name
field.description = f_descr
field.start_position = f_start
field.stop_position = f_stop
field.field_type = f_type
reg.add_bit_field(field)
input_file.close()
