def check_ignored(Klass, filepath, opts):
#if os.path.islink(filepath) or not os.path.isfile(filepath):
if os.path.islink(filepath) or ( not os.path.isfile(filepath) and not os.path.isdir(filepath)) :
log.warn("Ignored non-regular path %r", filepath)
return True
elif Klass.ignored(filepath) or File.ignored(filepath):
log.info("Ignored file %r", filepath)
return True
def decode_path( Klass, path, opts ):
return path
# XXX: decode from opts.fs_enc
assert isinstance(path, basestring)
try:
path = unicode(path, 'utf-8')
#path = path.decode('utf-8')
except UnicodeDecodeError, e:
log.warn("Ignored non-unicode path %s", path)
def rsr_list_groups(self, sa=None):
"List all group nodes"
gns = sa.query(GroupNode).all()
fields = 'node_id', 'name', 'subnodes'
if gns:
print('#', ', '.join(fields))
for n in gns:
for f in fields:
print(getattr(n, f), end=' ')
print()
else:
log.warn("No entries")
def rsr_nodes(self, sa, *args):
"Print existing nodes. "
nodes = []
for arg in args:
typehint, nodeid = self.deref(arg, sa)
# do something with typehint?
node = Node.find(( Node.name == nodeid, ))
if not node:
log.warn("No entry for %s:%s", typehint, nodeid)
continue
print(node.ntype, node.name)
nodes.append(node)
yield dict(nodes=nodes)
def fetch(clss, *paths):
"""
Find metadir by searching for markerleaf indicated by Class'
DOTID property, using '.' DOTNAME '/' as one of the name prefixes.
See confparse.find_config_path. This will be searching for the .id
extensions.
Returning Class instance for first path, if any.
"""
configpaths = list(clss.find(*paths))
if configpaths:
if len(configpaths) > 1:
log.warn('Using first config file %s for %s', clss.DOTID, configpaths)
return clss(configpaths[0])
def cmd_home_doc(settings, opts):
sa = get_session(settings.dbref)
home_doc_cf = get_custom_field('Home Doc', sa)
proj_id_cf = get_custom_field('ID Slug', sa)
assert home_doc_cf.field_format == 'link', home_doc_cf.field_format
# yaml
assert home_doc_cf.format_store.startswith('---')
format = home_doc_cf.format_store.split('\n')[1:]
assert format[0].startswith('url_pattern: '),\
format
url_pattern = format[0][len('url_pattern: '):]
if opts.args.ISSUE:
iid = int(opts.args.ISSUE)
issue, home_doc_cf_v = sa.query(rdm.Issue, rdm.CustomValue).join(
rdm.CustomValue,
rdm.CustomValue.customized_id == rdm.Issue.id
).filter(
rdm.CustomValue.custom_field_id == home_doc_cf.id,
rdm.Issue.id == iid
).one()
project, proj_id_cf_v = sa.query(rdm.Project, rdm.CustomValue).join(
rdm.CustomValue,
rdm.CustomValue.customized_id == rdm.Project.id
).filter(
rdm.CustomValue.custom_field_id == proj_id_cf.id,
rdm.Project.id == issue.project_id
).one()
if not home_doc_cf_v.value:
log.warn("No Home Doc")
return 1
if proj_id_cf_v.value:
id_slug = proj_id_cf_v.value
else:
id_slug = ''
url = url_pattern.replace('%project_identifier%', id_slug)
url = url.replace('%project_id%', str(issue.project_id))
url = url.replace('%value%', home_doc_cf_v.value)
url = url.replace('%id%', str(issue.id))
print(url, issue.subject)
else:
print(url_pattern)
def rsr_tree(self, sa=None, *nodes):
"Print a tree of nodes as nested lists"
if not nodes:
roots = sa.query(GroupNode)\
.filter( GroupNode.root == True, ).all()
if not roots:
log.err("No roots")
else:
roots = []
for node in nodes:
group = GroupNode.find(( Node.name == node, ))
if not group:
log.warn(group)
continue
roots.append(group)
for group in roots:
self.execute( 'rsr_node_recurse', dict( group=group ) )
def rsr_set_root_bool(self, sa=None, opts=None):
"""
set bool = true
where
count(jt.node_id) == 0
jt.group_id
core.groupnode_node_table\
update().values(
)
"""
gns = sa.query(GroupNode).all()
if gns:
for n in gns:
if not n.supernode:
n.root = True
log.info("Root %s", n)
sa.add(n)
if opts.rsr_auto_commit:
sa.commit()
else:
log.warn("No entries")
def recurse(js, lvl=0):
#if 'id' in js and js['id']:
# if js['id'] == 1912:
# import sys
# sys.exit()
# print
# print ( '\t'*lvl ) + str(json['id'])
#if 'title' in json and json['title']:
# print ( '\t'*lvl ) + json['title']
if 'uri' in js and js['uri']:
assert 'children' not in js, "what to do %s" % js
yield js#['uri']
#print ( '\t'*lvl ) + json['uri']
elif 'children' in js:
yield js
for x in js['children']:
for y in recurse(x, lvl+1):
yield y
elif 'parent' in js or 'root' in js or 'title' in js:
yield js
else:
log.warn("Ignored node %s", js)
def walk(self, path, max_depth=-1):
# XXX: maybe rewrite to Dir.walk
"""
Walk all files that may have a metafile, and notice any metafile(-like)
neighbors?
"""
for root, nodes, leafs in os.walk(path):
for node in list(nodes):
dirpath = os.path.join(root, node)
if not os.path.exists(dirpath):
log.err("Error: reported non existant node %s", dirpath)
nodes.remove(node)
continue
depth = dirpath.replace(path,'').strip('/').count('/')
if fs.Dir.ignored(dirpath):
log.warn("Ignored directory %r", dirpath)
nodes.remove(node)
elif max_depth != -1:
if depth >= max_depth:
nodes.remove(node)
for leaf in leafs:
cleaf = os.path.join(root, leaf)
if not os.path.exists(dirpath):
log.err("Error: non existant leaf %s", cleaf)
continue
if not os.path.isfile(cleaf) or os.path.islink(cleaf):
#log.warn("Ignored non-regular file %r", cleaf)
continue
if fs.File.ignored(cleaf):
#log.warn("Ignored file %r", cleaf)
continue
if Metafile.is_metafile(cleaf, strict=False):
if not Metafile(cleaf).path:
log.err("Metafile without resource file")
else:
yield cleaf