def query_ruler(t):
"""Prompt user to enter a valid matching ruler for transaction.
First prompt is used to enter a basic ruler aka successive words to look
for on payee line.
This prompt can be skipped by pressing <Enter> to have access to guru
ruler prompt, where ruler is a list of field/match to validate.
"""
with TERM.fullscreen():
extras = {'category': '? Category'}
ok = False
ruler = {}
while True:
print(TERM.move_y(0))
print_transaction(t, extras=extras)
if ok:
break
ruler = query_basic_ruler(t, tags.unrulify(ruler)) or \
query_guru_ruler(t)
ok, extras = check_ruler(ruler, t)
return ruler
def query_ruler(t):
"""Prompt user to enter a valid matching ruler for transaction.
First prompt is used to enter a basic ruler aka successive words to look
for on payee line.
This prompt can be skipped by pressing <Enter> to have access to guru
ruler prompt, where ruler is a list of field/match to validate.
"""
with TERM.fullscreen():
extras = {}
ok = False
ruler = {}
while True:
print(TERM.move_y(0))
print_transaction(t, extras=extras)
if ok:
break
ruler = query_basic_ruler(t, tags.unrulify(ruler)) or query_guru_ruler(t)
ok, extras = check_ruler(ruler, t)
return ruler
def test_unrulify__noop(self):
for d in ({"payee": r"\balice\b"}, "alice"):
self.assertEqual(tags.unrulify(d), d)
def test_unrulify__basic_ruler(self):
self.assertEqual(tags.unrulify({"PAYEE": r"\balice\b"}), "alice")
def test_unrulify__noop(self):
for d in ({'payee': r'\balice\b'}, 'alice'):
self.assertEqual(tags.unrulify(d), d)
def test_unrulify__basic_ruler(self):
self.assertEqual(tags.unrulify({'PAYEE': r'\balice\b'}), 'alice')
def test_unrulify__noop(self):
for d in ({'payee': r'\balice\b'}, 'alice'):
self.assertEqual(tags.unrulify(d), d)
def test_unrulify__basic_ruler(self):
self.assertEqual(tags.unrulify({'PAYEE': r'\balice\b'}), 'alice')