def print_provision_ranges(dic, limit_print, dest, samdb_path, invocationid):
""" print the differents ranges passed as parameter
:param dic: A dictionnary as returned by findprovisionrange
:param limit_print: minimum number of object in a range in order to print it
:param dest: Destination directory
:param samdb_path: Path to the sam.ldb file
:param invoicationid: Invocation ID for the current provision
"""
ldif = ""
for id in dic:
hash_ts = dic[id]
sorted_keys = []
sorted_keys.extend(hash_ts.keys())
sorted_keys.sort()
kept_record = []
for k in sorted_keys:
obj = hash_ts[k]
if obj["num"] > limit_print:
dt = _glue.nttime2string(_glue.unix2nttime(k*60))
print "%s # of modification: %d \tmin: %d max: %d" % (dt , obj["num"],
obj["min"],
obj["max"])
if hash_ts[k]["num"] > 600:
kept_record.append(k)
# Let's try to concatenate consecutive block if they are in the almost same minutestamp
for i in range(0, len(kept_record)):
if i != 0:
key1 = kept_record[i]
key2 = kept_record[i-1]
if key1 - key2 == 1:
# previous record is just 1 minute away from current
if int(hash_ts[key1]["min"]) == int(hash_ts[key2]["max"]) + 1:
# Copy the highest USN in the previous record
# and mark the current as skipped
hash_ts[key2]["max"] = hash_ts[key1]["max"]
hash_ts[key1]["skipped"] = True
for k in kept_record:
obj = hash_ts[k]
if obj.get("skipped") == None:
ldif = "%slastProvisionUSN: %d-%d;%s\n" % (ldif, obj["min"],
obj["max"], id)
if ldif != "":
if dest == None:
dest = "/tmp"
file = tempfile.mktemp(dir=dest, prefix="usnprov", suffix=".ldif")
print
print "To track the USNs modified/created by provision and upgrade proivsion,"
print " the following ranges are proposed to be added to your provision sam.ldb: \n%s" % ldif
print "We recommend to review them, and if it's correct to integrate the following ldif: %s in your sam.ldb" % file
print "You can load this file like this: ldbadd -H %s %s\n"%(str(samdb_path),file)
ldif = "dn: @PROVISION\nprovisionnerID: %s\n%s" % (invocationid, ldif)
open(file,'w').write(ldif)
def print_provision_ranges(dic, limit_print, dest, samdb_path, invocationid):
""" print the differents ranges passed as parameter
:param dic: A dictionnary as returned by findprovisionrange
:param limit_print: minimum number of object in a range in order to print it
:param dest: Destination directory
:param samdb_path: Path to the sam.ldb file
:param invoicationid: Invocation ID for the current provision
"""
ldif = ""
for id in dic:
hash_ts = dic[id]
sorted_keys = []
sorted_keys.extend(hash_ts.keys())
sorted_keys.sort()
kept_record = []
for k in sorted_keys:
obj = hash_ts[k]
if obj["num"] > limit_print:
dt = _glue.nttime2string(_glue.unix2nttime(k * 60))
print "%s # of modification: %d \tmin: %d max: %d" % (
dt, obj["num"], obj["min"], obj["max"])
if hash_ts[k]["num"] > 600:
kept_record.append(k)
# Let's try to concatenate consecutive block if they are in the almost same minutestamp
for i in range(0, len(kept_record)):
if i != 0:
key1 = kept_record[i]
key2 = kept_record[i - 1]
if key1 - key2 == 1:
# previous record is just 1 minute away from current
if int(hash_ts[key1]["min"]) == int(
hash_ts[key2]["max"]) + 1:
# Copy the highest USN in the previous record
# and mark the current as skipped
hash_ts[key2]["max"] = hash_ts[key1]["max"]
hash_ts[key1]["skipped"] = True
for k in kept_record:
obj = hash_ts[k]
if obj.get("skipped") is None:
ldif = "%slastProvisionUSN: %d-%d;%s\n" % (ldif, obj["min"],
obj["max"], id)
if ldif != "":
file = tempfile.mktemp(dir=dest, prefix="usnprov", suffix=".ldif")
print
print "To track the USNs modified/created by provision and upgrade proivsion,"
print " the following ranges are proposed to be added to your provision sam.ldb: \n%s" % ldif
print "We recommend to review them, and if it's correct to integrate the following ldif: %s in your sam.ldb" % file
print "You can load this file like this: ldbadd -H %s %s\n" % (
str(samdb_path), file)
ldif = "dn: @PROVISION\nprovisionnerID: %s\n%s" % (invocationid, ldif)
open(file, 'w').write(ldif)
def test_unix2nttime(self):
self.assertEqual(_glue.unix2nttime(1), 116444736010000000)
def test_unix2nttime(self):
self.assertEqual(_glue.unix2nttime(1), 116444736010000000)