def _align_block(block, s=1, p=1, c=2, m=1):
# Split score block into individual events
event_list = block.splitlines()
# Get the number of columns in block
n_columns = max(event.number_of_pfields(e) for e in event_list)
# Initialize pfield lengths with zeros
pf_lengths = [0] * n_columns
# Get the longest pfield lengths for each column
for row in event_list:
for i, col in enumerate(event.get_pfield_list(row)):
pf_lengths[i] = max(len(col), pf_lengths[i])
# Align pfields, without trailing comments
align_pfields = []
for e in event_list:
line = []
# Append score statement with whitespace determined by s
line.append(event.get(e, 0).ljust(s + 1))
# Appened each pfield with whitespace determined by p and m
for i, L in enumerate(pf_lengths[1:event.number_of_pfields(e)]):
line.append(event.get(e, i + 1).ljust(max(L, m)))
line.append(''.ljust(p))
# Strip end of any potential whitespace
align_pfields.append(''.join(line).rstrip(' '))
# Add trailing comments
align_comments = []
longest_event = max(len(e) for e in align_pfields)
for i, e in enumerate(event_list):
line = []
line.append(''.join(align_pfields[i]))
# Add whitespace and comment if comment exists
if event.get_trailing_comment(e):
line.append(''.ljust(longest_event - len(align_pfields[i])))
line.append(''.ljust(c))
line.append(event.get_trailing_comment(e))
align_comments.append(''.join(line))
return '\n'.join(align_comments) + '\n'
def _align_block(block, s=1, p=1, c=2, m=1):
# Split score block into individual events
event_list = block.splitlines()
# Get the number of columns in block
n_columns = max(event.number_of_pfields(e) for e in event_list)
# Initialize pfield lengths with zeros
pf_lengths = [0] * n_columns
# Get the longest pfield lengths for each column
for row in event_list:
for i, col in enumerate(event.get_pfield_list(row)):
pf_lengths[i] = max(len(col), pf_lengths[i])
# Align pfields, without trailing comments
align_pfields = []
for e in event_list:
line = []
# Append score statement with whitespace determined by s
line.append(event.get(e, 0).ljust(s + 1))
# Appened each pfield with whitespace determined by p and m
for i, L in enumerate(pf_lengths[1:event.number_of_pfields(e)]):
line.append(event.get(e, i + 1).ljust(max(L, m)))
line.append(''.ljust(p))
# Strip end of any potential whitespace
align_pfields.append(''.join(line).rstrip(' '))
# Add trailing comments
align_comments = []
longest_event = max(len(e) for e in align_pfields)
for i, e in enumerate(event_list):
line = []
line.append(''.join(align_pfields[i]))
# Add whitespace and comment if comment exists
if event.get_trailing_comment(e):
line.append(''.ljust(longest_event - len(align_pfields[i])))
line.append(''.ljust(c))
line.append(event.get_trailing_comment(e))
align_comments.append(''.join(line))
return '\n'.join(align_comments) + '\n'
def test(n, e, expect):
result = s.get_trailing_comment(e)
did_pass = result == expect
return did_pass, n, 'get_trailing_comment', str(expect), str(result)
def test(n, e, expect):
result = s.get_trailing_comment(e)
did_pass = result == expect
return did_pass, n, 'get_trailing_comment', str(expect), str(result)