def dump():
if HpiCore.my_ep is not None:
print "My Entity: %s" % HpiUtil.fromSaHpiEntityPathT( HpiCore.my_ep )
print "Defined Domains:"
for d in HpiCore.domains.itervalues():
ldid = d.getLocalDid()
rdid = d.getRemoteDid()
host = d.getRemoteHost()
port = d.getRemotePort()
root = HpiUtil.fromSaHpiEntityPathT( d.getEntityRoot() )
print " id %u => id %u, host %s, port %u, root %s" % ( ldid, rdid, host, port, root )
def dump():
if HpiCore.my_ep is not None:
print "My Entity: %s" % HpiUtil.fromSaHpiEntityPathT( HpiCore.my_ep )
print "Defined Domains:"
for d in HpiCore.domains.itervalues():
ldid = d.getLocalDid()
rdid = d.getRemoteDid()
host = d.getRemoteHost()
port = d.getRemotePort()
root = HpiUtil.fromSaHpiEntityPathT( d.getEntityRoot() )
print " id %u => id %u, host %s, port %u, root %s" % ( ldid, rdid, host, port, root )
def new_cond():
c = SaHpiConditionT()
c.Type = SAHPI_STATUS_COND_TYPE_USER
c.Entity = HpiUtil.makeUnspecifiedSaHpiEntityPathT()
c.DomainId = SAHPI_UNSPECIFIED_DOMAIN_ID
c.ResourceId = SAHPI_UNSPECIFIED_RESOURCE_ID
c.SensorNum = SAHPI_ENTRY_UNSPECIFIED
c.EventState = SAHPI_ES_UNSPECIFIED
c.Name = SaHpiNameT()
c.Name.Length = 0
c.Name.Value = "".ljust(SA_HPI_MAX_NAME_LENGTH, chr(0))
c.Mid = SAHPI_MANUFACTURER_ID_UNSPECIFIED
c.Data = HpiUtil.toSaHpiTextBufferT("")
return c
def new_cond():
c = SaHpiConditionT()
c.Type = SAHPI_STATUS_COND_TYPE_USER
c.Entity = HpiUtil.makeUnspecifiedSaHpiEntityPathT()
c.DomainId = SAHPI_UNSPECIFIED_DOMAIN_ID
c.ResourceId = SAHPI_UNSPECIFIED_RESOURCE_ID
c.SensorNum = SAHPI_ENTRY_UNSPECIFIED
c.EventState = SAHPI_ES_UNSPECIFIED
c.Name = SaHpiNameT()
c.Name.Length = 0
c.Name.Value = "".ljust(SA_HPI_MAX_NAME_LENGTH, chr(0))
c.Mid = SAHPI_MANUFACTURER_ID_UNSPECIFIED
c.Data = HpiUtil.toSaHpiTextBufferT("")
return c
def createDefaultDomain():
if HpiCore.domains.has_key( SAHPI_UNSPECIFIED_DOMAIN_ID ):
return
host = os.environ.get( "OPENHPI_DAEMON_HOST", "localhost" )
portstr = os.environ.get( "OPENHPI_DAEMON_PORT", str( DEFAULT_PORT ) )
try:
port = int( portstr )
except ValueError:
port = DEFAULT_PORT
root = HpiUtil.makeRootSaHpiEntityPathT()
d = HpiDomain( SAHPI_UNSPECIFIED_DOMAIN_ID, host, port, root )
HpiCore.domains[d.getLocalDid()] = d
def createDefaultDomain():
if HpiCore.domains.has_key(SAHPI_UNSPECIFIED_DOMAIN_ID):
return
host = os.environ.get("OPENHPI_DAEMON_HOST", "localhost")
portstr = os.environ.get("OPENHPI_DAEMON_PORT", str(DEFAULT_PORT))
try:
port = int(portstr)
except ValueError:
port = DEFAULT_PORT
root = HpiUtil.makeRootSaHpiEntityPathT()
d = HpiDomain(SAHPI_UNSPECIFIED_DOMAIN_ID, host, port, root)
HpiCore.domains[d.getLocalDid()] = d
def setMyEntity( ep ):
HpiCore.my_ep = HpiUtil.cloneSaHpiEntityPathT( ep )
def getMyEntity():
return HpiUtil.cloneSaHpiEntityPathT( HpiCore.my_ep )
def oHpiDomainAdd( host, port, entity_root ):
s = HpiUtil.fromSaHpiTextBufferT( host )
d = HpiCore.createDomain( s, port, entity_root )
if d is None:
return ( SA_ERR_HPI_INTERNAL_ERROR, None )
return ( SA_OK, d.getLocalDid() )
def oHpiDomainAdd(host, port, entity_root):
s = HpiUtil.fromSaHpiTextBufferT(host)
d = HpiCore.createDomain(s, port, entity_root)
if d is None:
return (SA_ERR_HPI_INTERNAL_ERROR, None)
return (SA_OK, d.getLocalDid())
from openhpi_baselib.HpiDataTypes import *
from openhpi_baselib.Hpi import *
from openhpi_baselib.Ohpi import *
from openhpi_baselib.OhpiDataTypes import DEFAULT_PORT
from openhpi_baselib import HpiUtil
version = oHpiVersionGet()
print "OpenHPI baselib package version: %0x" % version
host = HpiUtil.toSaHpiTextBufferT( "localhost" )
root = HpiUtil.makeRootSaHpiEntityPathT()
( rv, did ) = oHpiDomainAdd( host, DEFAULT_PORT, root )
if rv != SA_OK:
print "ERROR: oHpiDomainAdd: %s " % HpiUtil.fromSaErrorT( rv )
exit()
print "DID %u" % did
( rv, sid ) = saHpiSessionOpen( did, None )
if rv != SA_OK:
print "ERROR: saHpiSessionOpen: %s " % HpiUtil.fromSaErrorT( rv )
exit()
print "SID %u" % sid
( rv, my_ep ) = saHpiMyEntityPathGet( sid )
if rv == SA_OK:
print "My entity: %s" % HpiUtil.fromSaHpiEntityPathT( my_ep )
print "Resource List:"
#!/usr/bin/python
from openhpi_baselib.HpiDataTypes import *
from openhpi_baselib.Hpi import *
from openhpi_baselib import HpiUtil
from openhpi_baselib import HpiIterators
(rv, sid) = saHpiSessionOpen(SAHPI_UNSPECIFIED_DOMAIN_ID, None)
if rv != SA_OK:
print "ERROR: saHpiSessionOpen: %s " % HpiUtil.fromSaErrorT(rv)
exit()
for rpte in HpiIterators.Rpt(sid):
tag = HpiUtil.fromSaHpiTextBufferT(rpte.ResourceTag)
print "Resource Id: %d, Tag: %s" % (rpte.ResourceId, tag)
rv = saHpiSessionClose(sid)
if rv != SA_OK:
print "ERROR: saHpiSessionClose: %s " % HpiUtil.fromSaErrorT(rv)
def setMyEntity(ep):
HpiCore.my_ep = HpiUtil.cloneSaHpiEntityPathT(ep)
def getMyEntity():
return HpiUtil.cloneSaHpiEntityPathT(HpiCore.my_ep)
#!/usr/bin/python
import sys
from openhpi_baselib.HpiDataTypes import *
from openhpi_baselib.Hpi import *
from openhpi_baselib import HpiUtil
from openhpi_baselib import HpiIterators
if len( sys.argv ) != 2:
print "Usage: %s <entity_path>" % sys.argv[0]
exit()
try:
parent = HpiUtil.toSaHpiEntityPathT( sys.argv[1] )
except ValueError:
print "Invalid entity path: %s" % sys.argv[1]
exit()
( rv, sid ) = saHpiSessionOpen( SAHPI_UNSPECIFIED_DOMAIN_ID, None )
if rv != SA_OK:
print "ERROR: saHpiSessionOpen: %s " % HpiUtil.fromSaErrorT( rv )
exit()
print "Entity %s" % HpiUtil.fromSaHpiEntityPathT( parent )
for child in HpiIterators.ChildEntities( sid, parent ):
print " Child Entity %s" % HpiUtil.fromSaHpiEntityPathT( child )
for rid in HpiIterators.EntityResources( sid, parent ):
print " Resource %d" % rid
