def FormatCMake(contents):
from cmake_format import configuration, lexer, parse, formatter
cfg = configuration.Configuration()
tokens = lexer.tokenize(contents)
parse_tree = parse.parse(tokens)
box_tree = formatter.layout_tree(parse_tree, cfg)
return formatter.write_tree(box_tree, cfg, contents)
def process_file(config, infile, outfile, dump=None):
"""
Parse the input cmake file, re-format it, and print to the output file.
"""
infile_content = infile.read()
if config.line_ending == 'auto':
detected = detect_line_endings(infile_content)
config = config.clone()
config.set_line_ending(detected)
tokens = lexer.tokenize(infile_content)
if dump == "lex":
for token in tokens:
outfile.write("{}\n".format(token))
return
config.first_token = lexer.get_first_non_whitespace_token(tokens)
parse_db = parse_funs.get_parse_db()
parse_db.update(parse_funs.get_legacy_parse(config.fn_spec).kwargs)
parse_tree = parser.parse(tokens, parse_db)
if dump == "parse":
parser.dump_tree([parse_tree], outfile)
return
if dump == "markup":
dump_markup([parse_tree], config, outfile)
return
box_tree = formatter.layout_tree(parse_tree, config)
if dump == "layout":
formatter.dump_tree([box_tree], outfile)
return
text = formatter.write_tree(box_tree, config, infile_content)
if config.emit_byteorder_mark:
outfile.write("\ufeff")
outfile.write(text)
def process_file(config, infile, outfile, dump=None):
"""
Parse the input cmake file, re-format it, and print to the output file.
"""
infile_content = infile.read()
if config.line_ending == 'auto':
detected = detect_line_endings(infile_content)
config = config.clone()
config.set_line_ending(detected)
tokens = lexer.tokenize(infile_content)
if dump == 'lex':
for token in tokens:
outfile.write('{}\n'.format(token))
return
config.first_token = lexer.get_first_non_whitespace_token(tokens)
parse_tree = parser.parse(tokens, config.fn_spec)
if dump == 'parse':
parser.dump_tree([parse_tree], outfile)
return
box_tree = formatter.layout_tree(parse_tree, config)
if dump == 'layout':
formatter.dump_tree([box_tree], outfile)
return
text = formatter.write_tree(box_tree, config, infile_content)
outfile.write(text)
def process_file(config, infile_content, dump=None):
"""
Parse the input cmake file, re-format it, and print to the output file.
"""
outfile = io.StringIO(newline='')
if config.format.line_ending == 'auto':
detected = detect_line_endings(infile_content)
config = config.clone()
config.format.set_line_ending(detected)
tokens = lexer.tokenize(infile_content)
if dump == "lex":
for token in tokens:
outfile.write("{}\n".format(token))
return outfile.getvalue(), True
first_token = lexer.get_first_non_whitespace_token(tokens)
parse_db = parse_funs.get_parse_db()
parse_db.update(parse_funs.get_funtree(config.parse.fn_spec))
if dump == "parsedb":
dump_parsedb(parse_db, outfile)
return outfile.getvalue(), True
ctx = parse.ParseContext(parse_db, config=config)
parse_tree = parse.parse(tokens, ctx)
if dump == "parse":
dump_parse([parse_tree], outfile)
return outfile.getvalue(), True
if dump == "markup":
dump_markup([parse_tree], config, outfile)
return outfile.getvalue(), True
box_tree = formatter.layout_tree(parse_tree,
config,
first_token=first_token)
if dump == "layout":
formatter.dump_tree([box_tree], outfile)
return outfile.getvalue(), True
outstr = formatter.write_tree(box_tree, config, infile_content)
if config.encode.emit_byteorder_mark:
outstr = "\ufeff" + outstr
return (outstr, box_tree.reflow_valid)
def process_file(config, infile, outfile, dump=None):
"""
Parse the input cmake file, re-format it, and print to the output file.
"""
infile_content = infile.read()
if config.line_ending == 'auto':
detected = detect_line_endings(infile_content)
config = config.clone()
config.set_line_ending(detected)
tokens = lexer.tokenize(infile_content)
if dump == "lex":
for token in tokens:
outfile.write("{}\n".format(token))
return
config.first_token = lexer.get_first_non_whitespace_token(tokens)
parse_tree = parser.parse(tokens, config.fn_spec)
if dump == "parse":
parser.dump_tree([parse_tree], outfile)
return
if dump == "markup":
dump_markup([parse_tree], config, outfile)
return
if dump == "html-page":
html_content = render.get_html(parse_tree, fullpage=True)
outfile.write(html_content)
return
if dump == "html-stub":
html_content = render.get_html(parse_tree, fullpage=False)
outfile.write(html_content)
return
box_tree = formatter.layout_tree(parse_tree, config)
if dump == "layout":
infile.seek(0)
formatter.dump_tree([box_tree], outfile)
return
text = formatter.write_tree(box_tree, config, infile_content)
if config.emit_byteorder_mark:
outfile.write("\ufeff")
outfile.write(text)
def process_file(config, infile, outfile, dump=None):
"""
Parse the input cmake file, re-format it, and print to the output file.
"""
infile_content = infile.read()
if config.line_ending == 'auto':
detected = detect_line_endings(infile_content)
config = config.clone()
config.set_line_ending(detected)
tokens = lexer.tokenize(infile_content)
if dump == "lex":
for token in tokens:
outfile.write("{}\n".format(token))
return
config.first_token = lexer.get_first_non_whitespace_token(tokens)
parse_tree = parser.parse(tokens, config.fn_spec)
if dump == "parse":
parser.dump_tree([parse_tree], outfile)
return
if dump == "markup":
dump_markup([parse_tree], config, outfile)
return
if dump == "html-page":
html_content = render.get_html(parse_tree, fullpage=True)
outfile.write(html_content)
return
if dump == "html-stub":
html_content = render.get_html(parse_tree, fullpage=False)
outfile.write(html_content)
return
box_tree = formatter.layout_tree(parse_tree, config)
if dump == "layout":
infile.seek(0)
formatter.dump_tree([box_tree], outfile)
return
text = formatter.write_tree(box_tree, config, infile_content)
if config.emit_byteorder_mark:
outfile.write("\ufeff")
outfile.write(text)
def process_file(config, infile_content, dump=None, extra=None):
"""
Parse the input cmake file, re-format it, and print to the output file.
"""
outfile = io.StringIO(newline='')
if config.line_ending == 'auto':
detected = detect_line_endings(infile_content)
config = config.clone()
config.set_line_ending(detected)
tokens = lexer.tokenize(infile_content)
if dump == "lex":
for token in tokens:
outfile.write("{}\n".format(token))
return outfile.getvalue()
config.first_token = lexer.get_first_non_whitespace_token(tokens)
parse_db = parse_funs.get_parse_db()
parse_db.update(parse_funs.get_legacy_parse(config.fn_spec).kwargs)
parse_tree = parser.parse(tokens, parse_db)
if dump == "parse":
parser.dump_tree([parse_tree], outfile)
return outfile.getvalue()
if dump == "markup":
dump_markup([parse_tree], config, outfile)
return outfile.getvalue()
box_tree = formatter.layout_tree(parse_tree, config)
if dump == "layout":
formatter.dump_tree([box_tree], outfile)
return outfile.getvalue()
if extra is not None:
extra["reflow_valid"] = box_tree.reflow_valid
outstr = formatter.write_tree(box_tree, config, infile_content)
if config.emit_byteorder_mark:
return "\ufeff" + outstr
return outstr