def collection_hm_children_wrt_get(self,
schemaElementName=None,
callsequence=None,
aslist=False):
set2 = self.request.GET.get("set2", "{}")
# mg = self.request.GET.get("measuregroup", None)
# if mg:
# set2 = set2 + ", " + mg
ds = self.datasource_get()
cat = ds.getCatalog(self.kw["CATALOG_NAME"])
cube = self.kw["CUBE_NAME"]
member = self.kw["MEMBER_UNIQUE_NAME"] + ".children"
cmd="SELECT NON EMPTY %s ON COLUMNS, %s on ROWS FROM [%s]" %\
(member, set2, cube)
res=cat.query(cmd)
axistuple = utils.dictify(res.getAxisTuple(0))
result = []
for member in res.getAxisTuple(0):
# in case someone played with MAMBER_UNIQUE_NAME
#if isinstance(member, list):
# member = member[0]
children = int(member.DisplayInfo) & 0xffff
m = {}
m["CHILDREN_CARDINALITY"] = str(children)
m["MEMBER_CAPTION"] = member.Caption
m["MEMBER_UNIQUE_NAME"] = member.UName
m["LEVEL_NUMBER"] = member.LNum
m["LEVEL_UNIQUE_NAME"] = member.LName
result.append(m)
return result
def main(mdxfile, location, catalog, krb, username, password, spn, sslverify):
p = os.path.dirname(os.path.realpath(__file__))
pyfile = os.path.join(p, os.path.splitext(mdxfile)[0] + os.path.extsep + "py")
cmd = open(os.path.join(p,mdxfile)).read()
p = xmla.XMLAProvider()
auth = None
if krb:
kw = {}
if spn:
service, host = spn.split("@",1)
kw["service"]=service
kw["hostname_override"]=host
if username:
kw["principal"] = username
auth = HTTPKerberosAuth(**kw)
elif username:
auth = HTTPBasicAuth(username, password)
kwargs = {}
log = LogRequest()
kwargs["log"] = log
c=p.connect(location=location, sslverify=sslverify, auth=auth, **kwargs)
res=c.Execute(cmd, Catalog=catalog)
x=utils.dictify(res.root, keep_none_text=True)
erg=pprint.pformat(x)
encodinghint="# -*- coding: utf-8"
open(pyfile, "w+").write('%s\n"""\n%s\n"""\n\nresult=%s\n\nxml_response="""%s"""' % (encodinghint, cmd, erg, log.res))
def collection_hm_children_wrt_get(self,
schemaElementName=None,
callsequence=None,
aslist=False):
set2 = self.request.GET.get("set2", "{}")
# mg = self.request.GET.get("measuregroup", None)
# if mg:
# set2 = set2 + ", " + mg
ds = self.datasource_get()
cat = ds.getCatalog(self.kw["CATALOG_NAME"])
cube = self.kw["CUBE_NAME"]
member = self.kw["MEMBER_UNIQUE_NAME"] + ".children"
cmd="SELECT NON EMPTY %s ON COLUMNS, %s on ROWS FROM [%s]" %\
(member, set2, cube)
res = cat.query(cmd)
axistuple = utils.dictify(res.getAxisTuple(0))
result = []
for member in res.getAxisTuple(0):
# in case someone played with MAMBER_UNIQUE_NAME
#if isinstance(member, list):
# member = member[0]
children = int(member.DisplayInfo) & 0xffff
m = {}
m["CHILDREN_CARDINALITY"] = str(children)
m["MEMBER_CAPTION"] = member.Caption
m["MEMBER_UNIQUE_NAME"] = member.UName
m["LEVEL_NUMBER"] = member.LNum
m["LEVEL_UNIQUE_NAME"] = member.LName
result.append(m)
return result
def get(self,
schemaElementName=None,
callsequence=None,
aslist=False,
altSchemaElementName=None):
ds = self.datasource_get()
self.kw.pop("ds_name")
# if we ask for, say catalogs, but have also a fixed cube defined
# we will have the variable for the CUBE in the kw.
# we have to remove that or the getSchemaElements will bomb
for k, v in self.fixedvalues.items():
if k not in self.neededvars[schemaElementName]:
del self.kw[k]
try:
if oxi.IXMLASource.providedBy(ds):
return utils.dictify(
ds.getSchemaElements(altSchemaElementName
or schemaElementName,
None,
aslist=aslist,
more_restrictions=self.kw,
generate_instance=False))
else:
return self.get_iolap(ds, callsequence)
except oxi.SchemaElementNotFound, e:
raise _404({
"restrictions:": e.restrictions,
"properties": e.properties
})
def main(mdxfile, location, catalog, krb, username, password, spn, sslverify):
p = os.path.dirname(os.path.realpath(__file__))
pyfile = os.path.join(p,
os.path.splitext(mdxfile)[0] + os.path.extsep + "py")
cmd = open(os.path.join(p, mdxfile)).read()
p = xmla.XMLAProvider()
auth = None
if krb:
kw = {}
if spn:
service, host = spn.split("@", 1)
kw["service"] = service
kw["hostname_override"] = host
if username:
kw["principal"] = username
auth = HTTPKerberosAuth(**kw)
elif username:
auth = HTTPBasicAuth(username, password)
kwargs = {}
log = LogRequest()
kwargs["log"] = log
c = p.connect(location=location, sslverify=sslverify, auth=auth, **kwargs)
res = c.Execute(cmd, Catalog=catalog)
x = utils.dictify(res.root, keep_none_text=True)
erg = pprint.pformat(x)
encodinghint = "# -*- coding: utf-8"
open(pyfile,
"w+").write('%s\n"""\n%s\n"""\n\nresult=%s\n\nxml_response="""%s"""' %
(encodinghint, cmd, erg, log.res))
def get_iolap(self, ds, callsequence):
calls = callsequence
calls = calls[:]
calls.pop(0) # the first is the datasource, but we have that already
lastobj = ds
while calls:
methodname, paramname = calls.pop(0)
params = [] if paramname is None else [self.kw[paramname]]
lastobj = getattr(lastobj, methodname)(*params)
listresult = lastobj if isinstance(lastobj, list) else [lastobj]
return [utils.dictify(e.getElementProperties()) for e in listresult]
def get_iolap(self, ds, callsequence):
calls = callsequence
calls = calls[:]
calls.pop(0) # the first is the datasource, but we have that already
lastobj = ds
while calls:
methodname, paramname = calls.pop(0)
params = [] if paramname is None else [self.kw[paramname]]
lastobj = getattr(lastobj, methodname)(*params)
listresult = lastobj if isinstance(lastobj, list) else [lastobj]
return [utils.dictify(e.getElementProperties()) for e in listresult]
def main(mdxfile, location, catalog, username, password, spn, sslverify):
pyfile = os.path.splitext(mdxfile)[0] + os.path.extsep + "py"
cmd = file(mdxfile).read()
p = xmla.XMLAProvider()
c = p.connect(location=location, username=username, password=password, spn=spn, sslverify=sslverify)
res = c.Execute(cmd, Catalog=catalog)
x = utils.dictify(res.root)
erg = pprint.pformat(x)
file(pyfile, "wb+").write('"""\n%s\n"""\n\nresult=%s\n' % (cmd, erg))
def main(mdxfile, location, catalog, username, password, spn, sslverify):
pyfile = os.path.splitext(mdxfile)[0] + os.path.extsep + "py"
cmd = file(mdxfile).read()
p = xmla.XMLAProvider()
c=p.connect(location=location, username=username,
password=password, spn=spn, sslverify=sslverify)
res=c.Execute(cmd, Catalog=catalog)
x=utils.dictify(res.root)
erg=pprint.pformat(x)
file(pyfile, "wb+").write('"""\n%s\n"""\n\nresult=%s\n' % (cmd, erg))
def collection_query_post(self, schemaElementName=None, callsequence=None):
r=self.request.json_body.copy()
ds = self.datasource_get()
cat = ds.getCatalog(self.request.matchdict["CATALOG_NAME"])
res=cat.query(r["mdx"])
axistuple = []
try:
axis=0
while True:
axistuple.append(res.getAxisTuple(axis))
axis += 1
except:
pass
prop = r.get("properties", None)
slices = res.getSlice(properties=prop)
uid=str(uuid.uuid4())
self.q[uid] = utils.dictify({
"axes" : axistuple,
"cells" : slices,
"id" : uid,
"mdx" : r["mdx"]
})
return self.q[uid]
def collection_query_post(self, schemaElementName=None, callsequence=None):
r = self.request.json_body.copy()
ds = self.datasource_get()
cat = ds.getCatalog(self.request.matchdict["CATALOG_NAME"])
res = cat.query(r["mdx"])
axistuple = []
try:
axis = 0
while True:
axistuple.append(res.getAxisTuple(axis))
axis += 1
except:
pass
prop = r.get("properties", None)
slices = res.getSlice(properties=prop)
uid = str(uuid.uuid4())
self.q[uid] = utils.dictify({
"axes": axistuple,
"cells": slices,
"id": uid,
"mdx": r["mdx"]
})
return self.q[uid]
def get(self, schemaElementName=None, callsequence=None, aslist=False,
altSchemaElementName=None):
ds = self.datasource_get()
self.kw.pop("ds_name")
# if we ask for, say catalogs, but have also a fixed cube defined
# we will have the variable for the CUBE in the kw.
# we have to remove that or the getSchemaElements will bomb
for k, v in self.fixedvalues.items():
if k not in self.neededvars[schemaElementName]:
del self.kw[k]
try:
if oxi.IXMLASource.providedBy(ds):
return utils.dictify(ds.getSchemaElements(
altSchemaElementName or schemaElementName,
None,
aslist=aslist,
more_restrictions=self.kw,
generate_instance=False))
else:
return self.get_iolap(ds, callsequence)
except oxi.SchemaElementNotFound, e:
raise _404({"restrictions:":e.restrictions, "properties":e.properties})
