def apply_textdelta(command, args):
file_token = parse.string(args[0])
base_checksum = None
if len(args[1]) > 0:
base_checksum = parse.string(args[1][0])
command.apply_textdelta(file_token, base_checksum)
def close_file(command, args):
file_token = parse.string(args[0])
text_checksum = None
if len(args[1]) > 0:
text_checksum = parse.string(args[1][0])
command.close_file(file_token, text_checksum)
def change_dir_prop(command, args):
dir_token = parse.string(args[0])
name = parse.string(args[1])
value = None
if len(args[2]) > 0:
value = parse.string(args[2][0])
command.change_dir_prop(dir_token, name, value)
def open_dir(command, args):
path = parse.string(args[0])
parent_token = parse.string(args[1])
child_token = parse.string(args[2])
rev = None
if len(args[3]) > 0:
rev = int(args[3][0])
command.open_dir(path, parent_token, child_token, rev)
def open_file(command, args):
path = parse.string(args[0])
dir_token = parse.string(args[1])
file_token = parse.string(args[2])
rev = None
if len(args[3]) > 0:
rev = int(args[3][0])
command.open_file(path, dir_token, file_token, rev)
def add_dir(command, args):
path = parse.string(args[0])
parent_token = parse.string(args[1])
child_token = parse.string(args[2])
copy_path = None
copy_rev = None
if len(args[3]) > 0:
copy_path = parse.string(args[3][0])
copy_rev = int(args[3][1])
command.add_dir(path, parent_token, child_token, copy_path, copy_rev)
def add_file(command, args):
path = parse.string(args[0])
dir_token = parse.string(args[1])
file_token = parse.string(args[2])
copy_path = None
copy_rev = None
if len(args[3]) > 0:
copy_path = parse.string(args[3][0])
copy_rev = int(args[3][1])
command.add_file(path, dir_token, file_token, copy_path, copy_rev)
def set_path(command, args):
path = parse.string(args[0])
rev = int(args[1])
start_empty = args[2].lower() == 'true'
lock_token = None
if len(args) > 3 and len(args[3]) != 0:
lock_token = parse.string(args[3][0])
depth = None
if len(args) > 4:
depth = args[4]
command.report_set_path(path, rev, start_empty, lock_token, depth)
def link_path(command, args):
path = parse.string(args[0])
url = parse.string(args[1])
rev = int(args[2])
start_empty = parse.bool(args[3])
lock_token = None
if len(args) > 4:
lock_token = parse.string(args[4][0])
depth = None
if len(args) > 5:
depth = args[5]
command.report_link_path(path, url, rev, start_empty, lock_token, depth)
def connect(link):
# Send the announce message - we only support protocol version 2.
"""
:type link: SvnRequestHandler
"""
link.send_msg(gen.success(2, 2, gen.list(),
gen.list(*server_capabilities)))
msg = parse.msg(link.read_msg())
proto_ver = int(msg[0])
client_caps = msg[1]
url = parse.string(msg[2])
print "ver: %d" % proto_ver
print "caps: %s" % client_caps
print "url: %s" % url
if proto_ver != 2:
raise BadProtoVersion()
repo, path, base_url = link.server.find_repo(url)
if repo is None:
link.send_msg(
gen.failure(
gen.list(210005,
gen.string("No repository found in '%s'" % url),
gen.string('message.py'), 0)))
return path, client_caps, repo, base_url
def get(line: str):
'''
generates all edges in a query, with some nodes variable,
>>> store.save('causes', 'piracetam', '+ ACh')
>>> store.save('causes', 'choline', '+ ACh')
>>> list(get('piracetam'))
[('causes', 'piracetam', '+ ACh')]
>>> list(get('_ -> + ACh'))
[('causes', 'piracetam', '+ ACh'), ('causes', 'choline', '+ ACh')]
'''
parsed = parse.string(line)
variable_edges, constant_nodes, constant_edges = querify(
parsed.graph.edges)
for edge in variable_edges:
yield from from_edge(edge)
for edge in constant_edges:
yield from from_edge(edge)
for node in constant_nodes:
yield from from_node(node)
def connect(link):
# Send the announce message - we only support protocol version 2.
"""
:type link: SvnRequestHandler
"""
link.send_msg(gen.success(2, 2, gen.list(), gen.list(*server_capabilities)))
msg = parse.msg(link.read_msg())
proto_ver = int(msg[0])
client_caps = msg[1]
url = parse.string(msg[2])
print "ver: %d" % proto_ver
print "caps: %s" % client_caps
print "url: %s" % url
if proto_ver != 2:
raise BadProtoVersion()
repo, path, base_url = link.server.find_repo(url)
if repo is None:
link.send_msg(gen.failure(gen.list(210005,
gen.string("No repository found in '%s'" % url),
gen.string('message.py'), 0)))
return path, client_caps, repo, base_url
def open_root(command, args):
rev = None
if len(args[0]) > 0:
rev = int(args[0][0])
root_token = parse.string(args[1])
command.open_root(rev, root_token)
def delete_path(command, args):
path = parse.string(args[0])
command.report_delete_path(path)
def absent_dir(command, args):
path = parse.string(args[0])
parent_token = parse.string(args[1])
command.absent_dir(path, parent_token)
def close_dir(command, args):
dir_token = parse.string(args[0])
command.close_dir(dir_token)
def main():
args = get_args()
if args.test:
print()
print('= = = = = = = = = = = = = = = = = = = = ')
print('= = = = = = = = TESTING = = = = = = = =')
print('= = = = = = = = = = = = = = = = = = = = ')
print()
args.files = ['test/example.note']
args.note = True
args.write = True
args.visualize = True
db.test()
if args.parse:
args.files = [args.parse]
files = disk.read_files(args.files)
notes = N.make_notes(files)
if args.english:
line = args.english
tree = nlp.parse(line)
nlp.show(line, tree)
if args.destroy:
if args.test: h1('DESTROY')
print(db.collection().remove())
if args.head:
if args.test: h1('HEAD')
print_heads(notes)
if args.freqs:
if args.test: h1('FREQS')
print_first_token_frequencies(notes)
if args.w:
note, *_ = N.make_notes([('$', args.w)])
N.write_notes_to_database([note])
if args.write:
db.collection().remove() #HACK addToSet duplicates
if args.test: h1('WRITE')
N.write_notes_to_database(notes)
if args.p:
head = parse.string(args.p)
print_parse(head)
if args.parse:
print()
for note in notes:
head, body = parse.note(note)
print(head.graph.edges)
for limb in body:
print(limb.graph.edges)
print()
if args.get:
if args.test: h1('GET')
print()
results = N.get(args.get)
for result in results:
print(result)
print()
if args.note:
if args.test: h1('NOTES')
N.print_notes(notes)
if args.visualize:
if args.test: h1('GRAPH')
nodes, edges = db.graph()
graph = visualization.logic_graph_to_visual_graph(nodes, edges)
print(graph)
print()
def textdelta_chunk(command, args):
file_token = parse.string(args[0])
chunk = parse.string(args[1])
command.textdelta_chunk(file_token, chunk)
def textdelta_end(command, args):
file_token = parse.string(args[0])
command.textdelta_end(file_token)
def delete_entry(command, args):
path = parse.string(args[0])
rev = int(args[1][0])
dir_token = parse.string(args[2])
command.delete_entry(path, rev, dir_token)
