def commandmenubags(cls):
basecommands = Bag()
dfcommands = Bag()
for m in [getattr(cls,c) for c in dir(cls) if c.startswith('cmd_')]:
b = basecommands if getattr(m,'basecmd',None) else dfcommands
b.setItem('r_%s' %m.order,None,default_kw=dict(command=m.__name__[4:],dfname='=#ANCHOR.dataframes.selectedDataframe'),caption=m.name)
basecommands.sort('#k')
dfcommands.sort('#k')
return basecommands,dfcommands
def commandmenubags(cls):
basecommands = Bag()
dfcommands = Bag()
for m in [getattr(cls, c) for c in dir(cls) if c.startswith('cmd_')]:
b = basecommands if getattr(m, 'basecmd', None) else dfcommands
b.setItem('r_%s' % m.order,
None,
default_kw=dict(
command=m.__name__[4:],
dfname='=#ANCHOR.dataframes.selectedDataframe'),
caption=m.name)
basecommands.sort('#k')
dfcommands.sort('#k')
return basecommands, dfcommands
def loadLocalizationFile(self,
path=None,
currentLocalizationBlock=None,
enabledLanguages=None,
**kwargs):
localizationpath = os.path.join(path, 'localization.xml')
localization = Bag(localizationpath) if os.path.exists(
localizationpath) else Bag()
localization.setBackRef()
enabledLanguages = enabledLanguages.split(
',') if enabledLanguages else []
griddata = Bag()
treedata = Bag()
treedata.setItem('root', Bag(), caption=currentLocalizationBlock)
treeroot = treedata['root']
def cb(n):
if n.attr.get('path'):
treeroot.setItem(n.fullpath or n.label,
None,
path=n.attr['path'],
ext=n.attr['ext'],
caption=n.label)
elif not n.value:
row = griddata[n.label]
parentNode = n.parentNode
parentAttr = parentNode.attr
module = parentAttr.get('path')
if not row:
row = Bag()
griddata[n.label] = row
row['base'] = n.attr.get('base')
row['ext'] = parentAttr.get('ext')
row['_lockey'] = n.label
row['path'] = []
row['_pkey'] = n.label
row['path'].append(module)
#row['_treepath'] = '%s.%s' %((parentNode.fullpath or parentNode.label),parentAttr.get('ext'))
for lang in enabledLanguages:
row[lang] = row[lang] or n.attr.get(lang)
localization.walk(cb)
griddata.sort('base')
return Bag(dict(content=Bag(griddata=griddata), treedata=treedata))
def test_sort(self):
b = Bag({'d': 1, 'z': 2, 'r': 3, 'a': 4})
b.sort()
assert b['#0'] == 4
b.sort('#k:d')
assert b['#0'] == 2
b.sort('#v:a')
assert b['#0'] == 1
b.sort('#v:d')
assert b['#0'] == 4
def test_sort(self):
b = Bag({'d': 1, 'z': 2, 'r': 3, 'a': 4})
b.sort()
assert b['#0'] == 4
b.sort('#k:d')
assert b['#0'] == 2
b.sort('#v:a')
assert b['#0'] == 1
b.sort('#v:d')
assert b['#0'] == 4
def relationExplorer(self, omit='', prevRelation='', dosort=True, pyresolver=False, **kwargs):
"""add???
:param omit: add???. Default value is ``''``
:param prevRelation: add???. Default value is ``''``
:param dosort: boolean. add???. Default value is ``True``
:param pyresolver: boolean. add???. Default value is ``False``
"""
def xvalue(attributes):
if not pyresolver:
return
if attributes.get('one_relation'):
if attributes['mode'] == 'O':
relpkg, reltbl, relfld = attributes['one_relation'].split('.')
else:
relpkg, reltbl, relfld = attributes['many_relation'].split('.')
targettbl = self.db.table('%s.%s' % (relpkg, reltbl))
return BagCbResolver(targettbl.relationExplorer, omit=omit,
prevRelation=attributes['fieldpath'], dosort=dosort,
pyresolver=pyresolver, **kwargs)
def resultAppend(result, label, attributes, omit):
gr = attributes.get('group') or ' '
grin = gr[0]
if grin == '*' or grin == '_':
attributes['group'] = gr[1:]
if grin not in omit:
result.setItem(label, xvalue(attributes), attributes)
def convertAttributes(result, relnode, prevRelation, omit):
attributes = dict(relnode.getAttr())
attributes['fieldpath'] = gnrstring.concat(prevRelation, relnode.label)
if 'joiner' in attributes:
joiner = attributes.pop('joiner')
attributes.update(joiner[0])
attributes['name_long'] = self.relationName(relnode.label)
if attributes['mode'] == 'M':
attributes['group'] = attributes.get('many_group') or 'zz'
attributes['dtype'] = 'RM'
else:
attributes['group'] = attributes.get('one_group')
attributes['dtype'] = 'RO'
else:
attributes['name_long'] = attributes.get('name_long') or relnode.label
resultAppend(result, relnode.label, attributes, omit)
tblmodel = self.model
result = Bag()
for relnode in tblmodel.relations: # add columns relations
convertAttributes(result, relnode, prevRelation, omit)
for vcolname, vcol in tblmodel.virtual_columns.items():
targetcol = self.column(vcolname)
attributes = dict(targetcol.attributes)
attributes.update(vcol.attributes)
attributes['fieldpath'] = gnrstring.concat(prevRelation, vcolname)
attributes['name_long'] = attributes.get('name_long') or vcolname
if 'sql_formula' in attributes:
attributes['dtype'] = attributes.get('dtype') or 'T'
resultAppend(result, vcolname, attributes, omit)
for aliastbl in tblmodel.table_aliases.values():
relpath = tblmodel.resolveRelationPath(aliastbl.relation_path)
attributes = dict(tblmodel.relations.getAttr(relpath))
attributes['name_long'] = aliastbl.attributes.get('name_long') or self.relationName(relpath)
attributes['group'] = aliastbl.attributes.get('group')
attributes['fieldpath'] = gnrstring.concat(prevRelation, aliastbl.name)
joiner = attributes.pop('joiner')
attributes.update(joiner[0])
mode = attributes.get('mode')
if mode == 'O':
attributes['dtype'] = 'RO'
elif mode == 'M':
attributes['dtype'] = 'RM'
resultAppend(result, aliastbl.name, attributes, omit)
if dosort:
result.sort(lambda a, b: cmp(a.getAttr('group', '').split('.'), b.getAttr('group', '').split('.')))
grdict = dict([(k[6:], v) for k, v in self.attributes.items() if k.startswith('group_')])
if not grdict:
return result
newresult = Bag()
for node in result:
grk = (node.getAttr('group') or '').split('.')[0]
if grk and grdict.get(grk):
if not grk in newresult:
newresult.setItem(grk, None, name_long=grdict.get(grk))
newresult.setItem('%s.%s' % (grk, node.label), node.getValue(), node.getAttr())
else:
newresult.setItem(node.label, node.getValue(), node.getAttr())
return newresult
else:
return result
def load(self):
if self.rootpath and self.rootpath.startswith("*related*"):
return self.loadRelated(self.rootpath.split(":")[1])
db = self._page.db
tblobj = db.table(self.table)
columns = "$code,$parent_code,$description,$child_code,$child_count,$rec_type"
if self.extra_columns:
columns = "%s,%s" % (columns, self.extra_columns)
rows = tblobj.query(
columns, where="COALESCE($parent_code,'')=:rootpath", rootpath=self.rootpath or "", order_by="$child_code"
).fetch()
children = Bag()
if self.related_table:
self.setRelatedChildren(children)
for row in rows:
child_count = row["child_count"]
if self.limit_rec_type:
child_count = child_count if row["rec_type"] != self.limit_rec_type else 0
if child_count:
value = HTableResolver(
table=self.table,
rootpath=row["code"],
rootpkey=row["pkey"],
relation_path=self.relation_path,
related_table=self.related_table,
limit_rec_type=self.limit_rec_type,
extra_columns=self.extra_columns,
child_count=child_count,
_page=self._page,
)
elif self.related_table:
value = HTableResolver(
table=self.table,
rootpath="*related*:%s" % row["pkey"],
relation_path=self.relation_path,
related_table=self.related_table,
_page=self._page,
)
child_count = 1
else:
value = None
description = row["description"]
if description:
get_tree_row_caption = _getTreeRowCaption
else:
get_tree_row_caption = _getTreeRowCaption2
caption = tblobj.recordCaption(row, rowcaption=get_tree_row_caption(tblobj))
children.setItem(
row["child_code"],
value,
caption=caption,
rec_type=row["rec_type"],
pkey=row["pkey"],
code=row["code"],
child_count=child_count,
checked=False,
parent_code=row["parent_code"],
description=row["description"],
_record=dict(row),
) # _attributes=dict(row),
#
children.sort("#a.caption")
return children
