import json
import datetime
from time import gmtime, strftime
-from sfa.senslab.parsing import *
+
import urllib
import urllib2
from sfa.util.config import Config
-from sfa.util.plxrn import PlXrn
+from sfa.planetlab.plxrn import PlXrn
from sfa.util.xrn import hrn_to_urn, get_authority,Xrn,get_leaf
from sfa.util.config import Config
-
+from sfa.util.sfalogging import logger
#OARIP='192.168.0.109'
#OARIP='akila.inrialpes.fr'
def __init__(self):
self.oarserver= {}
self.oarserver['ip'] = OARIP
- self.oarserver['port'] = 80
+ self.oarserver['port'] = 8800
self.oarserver['uri'] = None
self.oarserver['postformat'] = 'json'
-
+ #logger.setLevelDebug()
self.jobstates = ['Terminated','Hold','Waiting','toLaunch','toError',\
'toAckReservation','Launching','Finishing',\
self.oarserver['uri'] = OARrequests_get_uri_dict[request]
headers = {}
data = json.dumps({})
+ logger.debug("OARrestapi \tGETRequestToOARRestAPI %s" %(request))
if strval:
self.oarserver['uri'] = self.oarserver['uri'].replace("id",str(strval))
- print>>sys.stderr, "\r\n \r\n GETRequestToOARRestAPI replace : self.oarserver['uri'] %s", self.oarserver['uri']
+ logger.debug("OARrestapi: \t GETRequestToOARRestAPI self.oarserver['uri'] %s" %( self.oarserver['uri']))
if username:
headers['X-REMOTE_IDENT'] = username
try :
#conn.endheaders()
#conn.putrequest("GET",self.oarserver['uri'] )
conn = httplib.HTTPConnection(self.oarserver['ip'],self.oarserver['port'])
-
conn.request("GET",self.oarserver['uri'],data , headers )
resp = ( conn.getresponse()).read()
+ #logger.debug("OARrestapi: \t GETRequestToOARRestAPI resp %s" %( resp))
conn.close()
except:
raise ServerError("GET_OAR_SRVR : Could not reach OARserver")
class OARGETParser:
- #Insert a new node into the dictnode dictionary
- def AddNodeId(self,dictnode,value):
- #Inserts new key. The value associated is a tuple list.
- node_id = int(value)
- dictnode[node_id] = [('node_id',node_id) ]
- return node_id
-
- def AddNodeNetworkAddr(self,tuplelist,value):
- tuplelist.append(('hostname',str(value)))
-
+
+ #def AddNodeNetworkAddr(self,tuplelist,value):
+ #tuplelist.append(('hostname',str(value)))
+
+ def AddNodeNetworkAddr(self,dictnode,value):
+ #Inserts new key. The value associated is a tuple list
+ node_id = value
+
+ dictnode[node_id] = [('node_id',node_id),('hostname',node_id) ]
+
+ return node_id
def AddNodeSite(self,tuplelist,value):
tuplelist.append(('site',str(value)))
tuplelist.append(('radio',str(value)))
- def AddMobility(self,tuplelist,value):
+ def AddMobility(self,tuplelist,value):
if value :
tuplelist.append(('mobile',int(value)))
- return 0
+
def AddPosX(self,tuplelist,value):
tuplelist.append(('posy',value))
def AddBootState(self,tuplelist,value):
- tuplelist.append(('boot_state',str(value)))
+ tuplelist.append(('boot_state',str(value)))
+
+ #Insert a new node into the dictnode dictionary
+ def AddNodeId(self,dictnode,value):
+ #Inserts new key. The value associated is a tuple list
+ node_id = int(value)
+
+ dictnode[node_id] = [('node_id',node_id) ]
+ return node_id
def ParseVersion(self) :
#print self.raw_json
resources_fulljson_dict= {
- 'resource_id' : AddNodeId,
'network_address' : AddNodeNetworkAddr,
'site': AddNodeSite,
'radio': AddNodeRadio,
'posx': AddPosX,
'posy': AddPosY,
'state':AddBootState,
+ #'id' : AddNodeId,
}
#of the node properties and properties'values.
def ParseNodes(self):
node_id = None
+ keys = self.resources_fulljson_dict.keys()
+ keys.sort()
+
#print >>sys.stderr, " \r\n \r\n \t\t OARrestapi.py ParseNodes self.raw_json %s" %(self.raw_json)
for dictline in self.raw_json:
- #print >>sys.stderr, " \r\n \r\n \t\t OARrestapi.py ParseNodes dictline %s hey" %(dictline)
- for k in dictline:
- if k in self.resources_fulljson_dict:
- # dictionary is empty and/or a new node has to be inserted
- if node_id is None :
- node_id = self.resources_fulljson_dict[k](self,self.node_dictlist, dictline[k])
- else:
- ret = self.resources_fulljson_dict[k](self,self.node_dictlist[node_id], dictline[k])
+ node_id = None
+ # dictionary is empty and/or a new node has to be inserted
+ node_id = self.resources_fulljson_dict['network_address'](self,self.node_dictlist, dictline['network_address'])
+ for k in keys:
+ if k in dictline:
+ if k == 'network_address':
+ continue
+
- #If last property has been inserted in the property tuple list, reset node_id
- if ret == 0:
- #Turn the property tuple list (=dict value) into a dictionary
- self.node_dictlist[node_id] = dict(self.node_dictlist[node_id])
- node_id = None
+ self.resources_fulljson_dict[k](self,self.node_dictlist[node_id], dictline[k])
+
+ #The last property has been inserted in the property tuple list, reset node_id
+ #Turn the property tuple list (=dict value) into a dictionary
+ self.node_dictlist[node_id] = dict(self.node_dictlist[node_id])
+ node_id = None
- else:
- pass
def hostname_to_hrn(self, root_auth, login_base, hostname):
- return PlXrn(auth=root_auth,hostname=login_base+'_'+hostname).get_hrn()
+ return PlXrn(auth=root_auth,hostname=login_base + '_' +hostname).get_hrn()
#Retourne liste de dictionnaires contenant attributs des sites
def ParseSites(self):
nodes_per_site = {}
config = Config()
+ logger.debug(" OARrestapi.py \t ParseSites self.node_dictlist %s"%(self.node_dictlist))
# Create a list of nodes per site_id
for node_id in self.node_dictlist.keys():
node = self.node_dictlist[node_id]
+
if node['site'] not in nodes_per_site:
nodes_per_site[node['site']] = []
nodes_per_site[node['site']].append(node['node_id'])
git://git.onelab.eu / sfa.git / blobdiff