def add_event(self, title, day, timeFromTo, freq):
logger.info('cmd: event')
args = Dataparser.parse('e', title, day, timeFromTo, freq)
self.db.new_event(*args) # tupel to parameters (*)
Out.info("event added")
def _parse(self):
line_number = 0
# store header
self._header = []
while not re.match('^F 0 "', self._original_content[line_number]):
self._header.append(self._original_content[line_number])
line_number += 1
# create fields
while re.match('^F [0-9]', self._original_content[line_number]):
line = self._original_content[line_number]
# obtain position of the value
if re.match('^F 1 "', line):
tokens = line.split('"')
tokens2 = tokens[2].split(' ')
self._x_pos = int(tokens2[2])
self._y_pos = int(tokens2[3])
Out.fine('Detected component position [' + str(self._x_pos) + '|' + str(self._y_pos) + ']')
# parse fields
new_field = FieldParser.parse(line)
self._fields.append(new_field)
line_number += 1
# store trailer
last_line = '$EndComp'
line = ''
while line != last_line:
line = self._original_content[line_number]
self._trailer.append(line)
line_number += 1
def remove_by_id(self, id, typ):
logger.info(f'cmd: remove_by_id -{typ} {id}')
self.db.delete_data(id, typ)
if typ == 't':
Out.info(f"task {id} deleted")
elif typ == 'e':
Out.info(f"event {id} deleted")
def main():
c = Controller()
if len(sys.argv) != 2:
Output.error("usage: dlimport [filename]")
c.exit()
return 0
try:
csvfile = open(sys.argv[1], newline='', encoding='utf-8-sig')
reader = csv.reader(csvfile, delimiter=';')
category = ''
for row in reader:
if row[0] == 'events':
category = 'e'
continue
elif row[0] == 'tasks':
category = 't'
continue
elif row[0] == '':
continue
if category == 'e':
pass
print(row[0], row[2], f'{row[3]}-{row[4]}', row[1])
c.add_event(row[0], row[2], f'{row[3]}-{row[4]}', row[1])
elif category == 't':
print(row[0], row[2], row[3], row[1])
c.add_task(row[0], row[2], row[3], row[1])
csvfile.close()
except FileNotFoundError:
Output.error("file not found")
finally:
c.exit()
def parse(line):
assert(type(line) is str)
if re.match('^F [0-3] "', line): # native field
Out.fine('Parsing native field: ' + line)
return NativeField.parse(line)
else: # custom field
Out.fine('Parsing custom field: ' + line)
return CustomField.parse(line)
def test_filter_value(self):
for i in range(0, len(self.test_files)):
# filter all 100n capacitors
Out.test('Counting matches of value=100n')
self.test_filter.add_constraint('Value', '100n')
matching = self.test_schematics[i].filter_components(self.test_filter)
assert(len(matching) == self.matching_100n[i])
def show_overview(self):
logger.info('cmd: show overview')
data = self.db.get_overview_data()
e = Dataparser.prepare_out_events(data[0])
t = Dataparser.prepare_out_tasks(data[1])
td = Dataparser.prepare_out_tasks(data[2])
Out.overview(e, t, td)
def test_merge(self):
target_component = Component(self.input_data[2])
source_component = Component(self.input_data[1])
target_component.merge(source_component)
assert(target_component.get_field('Value').value == '100M')
assert(target_component.get_field('Value')._x_pos == 3750)
assert(target_component.get_field('Supplier').value == 'Mouser')
assert(target_component.get_field('Supplier')._x_pos == 3750)
Out.test(target_component.serialize())
def done(self, id):
t = self.db.get_task_by(id)
if not t:
Out.error(f'no task with id {id} found')
return 0
done_time = Dataparser.nearest_deadline(t).strftime('%Y-%m-%d %H:%M')
Out.info(f'task {id} done until {done_time}')
self.db.set_done(id, done_time)
def test_filter_value_and_footprint(self):
for i in range(0, len(self.test_files)):
# filter all 100n capacitors with a certain footprint
Out.test('Counting matches of value=100n and footprint=Capacitors_SMD:C_0603')
self.test_filter.add_constraint('Value', '100n')
self.test_filter.add_constraint('Footprint', 'Capacitors_SMD:C_0603')
matching = self.test_schematics[i].filter_components(self.test_filter)
assert(len(matching) == self.matching_100n_0603[i])
def _load(self):
""" Load the file to original content member """
if os.path.isfile(self.filename):
with open(self.filename, 'r') as input_file:
self._original_content = input_file.read().splitlines()
else:
Out.fail('File ' + self.filename + ' not found.')
sys.exit()
def get_field(self, name):
""" Return field instance with a given name """
matching_fields = list(filter(lambda field: field.name == name, self._fields))
if len(matching_fields) == 1:
return matching_fields[0]
elif len(matching_fields) > 1:
Out.warn('More than one field with name ' + name + ' defined!')
return None
else:
Out.fine('No field with name ' + name)
return None
def write(self, inplace=False):
""" Writes the current state to the (eventually given) filename """
# determine filename
if not inplace:
filename = self.filename + '.edit'
else:
filename = self.filename
# write
Out.ok('Writing schematic to ' + filename)
with open(filename,'w') as out_file:
out_file.write(self.serialize())
def test_3(self):
""" Add a second field to the filter """
Out.log('Adding a second field (value) to the filter')
self.test_filter.add_constraint('Value','180')
self.test_filter.add_constraint('Manufacturer','Vishay/Dale')
matching_components = []
for comp in self.test_components:
if self.test_filter.matches(comp):
matching_components.append(comp)
Out.log('Matching components: %s' % matching_components)
assert(len(matching_components) == 1)
def test_2(self):
""" Filter custom field manufacturer """
Out.log('Generating filter for a given manufacturer')
self.test_filter = Filter()
self.test_filter.add_constraint('Manufacturer','Vishay/Dale')
matching_components = []
for comp in self.test_components:
if self.test_filter.matches(comp):
matching_components.append(comp)
Out.log('Matching components: %s' % matching_components)
assert(len(matching_components) == 5)
def setUp(self):
self.test_schematics = []
self.serialized_schematics = []
self.test_files = ['test1.sch', 'test2.sch', 'test3.sch', 'test4.sch']
self.matching_100n = [2,9,1,0]
self.matching_100n_0603 = [2,0,0,0]
# init and serialize all schematics
for i in range(0, len(self.test_files)):
test_file = self.test_files[i]
Out.test('Initialize and serialize schematic file ' + test_file + ' ...')
self.test_schematics.append(Schematic(test_file))
self.serialized_schematics.append(self.test_schematics[i].serialize())
# init filter
self.test_filter = Filter()
def matches(self, name, value):
""" Return true if both name and value are equal """
if self.name == name:
if self.value == value:
return True
else:
if self.value == value:
# exact match
return True
else:
# check regex match
# value may contain a regex, i.e. R[1-3] for matching R1, R2 and R3
pattern = re.compile(value)
if pattern.match(self.value) != None:
Out.fine('Detected field match using regular expression: ' + value)
return True
else:
return False
def edit(self):
""" Open an editor to edit the filter """
if len(self._constraints) != 0:
Out.warn('Editing filters that already have constraints is not yet supported')
# create initial content
initial_content = '# FILTER EDITOR\n'
initial_content += '# - an asterisk (*) indicates "dont-care" fields\n'
initial_content += '# - you may either\n'
initial_content += '# - simply specify a field such as value = 100n, or\n'
initial_content += '# - you can use regular expressiong i.e. ^R for getting all resistors\n\n'
for field_name in Field.known_names:
initial_content += '\'' + field_name + '\' = *\n'
# run editor
editor = Editor(initial_content)
filter_file_content = editor.run()
# parse content and add fields
fields_dict = editor.parse(filter_file_content)
for name, value in fields_dict.items():
self.add_constraint(name, value)
def add_or_update_field(self, name, value):
""" Add a new (custom) field or replace an existing field """
# warn and return if name is empty
if name == '':
Out.warn('Will not add or update field in ' + self.get_field('Designator').value
+ ' due to empty name')
return
# log when clearing a value
elif value == '':
Out.log('Clearing value of field "' + name + '" in '
+ self.get_field('Designator').value + '.')
# change value of name-matching fields
Out.fine('Changing value of fields matching the name "' + name + '"')
for index, field in enumerate(self._fields):
if field.name == name:
Out.fine('Overwriting value of field #' + str(index) + ' with ' + name + ':' + value)
self._fields[index].value = value
# only designator and value should be visible
if name == 'Designator' or name == 'Value':
self._fields[index].set_visible(True)
else:
self._fields[index].set_visible(False)
return
# Construct and add new custom field
new_field = CustomField.copy(self.get_field('Designator'))
new_field.name = name
new_field.value = value
new_field.number = len(self._fields)
new_field.set_visible(False)
Out.fine('Adding new custom field:' + new_field.serialize())
self._fields.append(new_field)
def edit_component_template(self):
""" Edit first matching component """
self.component_template = self.matching_components[0]
self.component_template.edit()
Out.fine('Component template:\n' + self.component_template.serialize())
def print_matches(self):
""" Print all matching components """
Out.ok('Matching components:')
for component in self.matching_components:
Out.log(component)
def exit(self):
self.db.close()
Out.close()
def verify_matches(self):
""" Show matches and ask to continue """
self.print_matches()
if not self.confirm('Proceed?'):
Out.ok('Bye!')
sys.exit()
def validate(args):
'''
validates input values of the user
'''
# only need to validate if cmd is event or task
if args.cmd == 'event' or args.cmd == 'task':
# -t -d -f are available but -d is optional
# try to match -f w/o/d
if not re.match('^(w|weekly|d|daily|o|once)$', args.f):
O.error(f'wrong frequency format: {args.f}')
return False
# if daily: no date/day set
if args.f[0] == 'd':
if args.d != None:
O.error(
f'you cannot use -d here because the {args.cmd} is daily.'
)
return False
# if once: date YYYY-MM-DD needs to be set
elif args.f[0] == 'o':
if not args.d or not re.match(
'^((\d\d\d\d)-(0[1-9]|1[0-2])-(0[1-9]|(1|2)[0-9]|3[0-1]))$',
args.d):
O.error(f'wrong date format: {args.d}')
return False
# if weekly: day needs to be set
else:
if not args.d or not re.match(
'^(mon|tue|wed|thu|fri|sat|sun)$', args.d):
O.error(f'wrong day format: {args.d}')
return False
# if event try to match HH:MM-HH:MM
if args.cmd == 'event':
if not re.match(
'^([0-1][0-9]|2[0-3]):[0-5][0-9]-([0-1][0-9]|2[0-3]):[0-5][0-9]$',
args.t):
O.error(f'wrong time format: {args.t}')
return False
# if event try to match HH:MM
else:
if not re.match('^([0-1][0-9]|2[0-3]):[0-5][0-9]$', args.t):
O.error(f'wrong time format: {args.t}')
return False
return True
def setUp(self):
Out.log('Preparing components using schematic class')
self.test_schematic = Schematic('test1.sch')
self.test_components = self.test_schematic._components
self.test_filter = Filter()
def list_ids(self):
logger.info(f'cmd: list_ids')
data = self.db.get_id_list()
Out.list_all(data[0], data[1])
def add_task(self, title, day, time, freq):
logger.info('cmd: task')
args = Dataparser.parse('t', title, day, time, freq)
self.db.new_task(*args) # tupel to parameters (*)
Out.info("task added")
def __init__(self):
Out.open()
self.db = Database()