def main():
"""Evalutes irules in subdirs, tests them individually on the
load balancer before collating rules and pushing to f5"""
f5 = f5utility.f5Connection()
# Fetching a list of subdirectories which we need to process
subdirs = os.listdir('./irules')
for dirs in subdirs:
if dirs == 'CVS':
continue
print " "
print "------------------------------"
print " Processing subdirectory %s" % dirs
print "------------------------------"
print " "
full_path = './irules/'+dirs
if os.path.isdir(full_path):
# Build the rule
rule_def = f5.irule.rule_build(full_path, dirs)
# Check the rule for basic errors
print "Built rules for "+dirs
# Check if the rule exists, create if it doesn't
try:
rule = f5.irule.rule.query_rule(rule_names=[dirs+"_rule"])
except:
rule = f5.irule.rule.create(rules=[rule_def])
# Modify the rule if it exists already
try:
rule = f5.irule.rule.modify_rule(rules=[rule_def])
except suds.WebFault as detail:
print "Failed to update the rule, probably due to a syntax error"
sys.exit(detail)
f = open(dirs+"_rule",'w')
f.write(str(rule_def))
f.close()
print "Rules uploaded to f5"
print " "
print "------------------------------"
print " Syncing Changes"
print "------------------------------"
print " "
# sync the F5s
f5.config_sync.sync_all()
def main():
"""Evalutes irules in subdirs, tests them individually on the
load balancer before collating rules and pushing to f5"""
f5 = f5utility.f5Connection()
# Fetching a list of subdirectories which we need to process
subdirs = os.listdir('./irules')
for dirs in subdirs:
if dirs == 'CVS':
continue
print " "
print "------------------------------"
print " Processing subdirectory %s" % dirs
print "------------------------------"
print " "
full_path = './irules/' + dirs
if os.path.isdir(full_path):
# Build the rule
rule_def = f5.irule.rule_build(full_path, dirs)
# Check the rule for basic errors
print "Built rules for " + dirs
# Check if the rule exists, create if it doesn't
try:
rule = f5.irule.rule.query_rule(rule_names=[dirs + "_rule"])
except:
rule = f5.irule.rule.create(rules=[rule_def])
# Modify the rule if it exists already
try:
rule = f5.irule.rule.modify_rule(rules=[rule_def])
except suds.WebFault as detail:
print "Failed to update the rule, probably due to a syntax error"
sys.exit(detail)
f = open(dirs + "_rule", 'w')
f.write(str(rule_def))
f.close()
print "Rules uploaded to f5"
print " "
print "------------------------------"
print " Syncing Changes"
print "------------------------------"
print " "
# sync the F5s
f5.config_sync.sync_all()
def main():
#Create Connection to the f5
f5 = f5utility.f5Connection()
print " "
print "------------------------------"
print " Syncing Changes"
print "------------------------------"
print " "
# sync the F5s
f5.config_sync.sync_all()
print " "
print "done."
def main():
"""Create pools from pool config files"""
#Set directory for pool conf files
src_dir = 'pools/'
#Create Connection to the f5
f5 = f5utility.f5Connection()
print " "
print "------------------------------"
print " Checking Configuration"
print "------------------------------"
print " "
#Create empty queue for pool create/changes
queue = []
for infile in sorted(glob.glob(os.path.join(src_dir, '*_pool'))):
#Build a pool from the config file and check that its valid
pool = f5.pool.build(infile)
name = pool['name']
# Check if the pool already exists
if f5.pool.exists(name):
# Check if the pool has changed
if f5.pool.changed(pool):
# if the pool is valid add it to the queue
# if the pool is not valid this will fail and exit the script
if f5.pool.test(pool):
print "Marking pool %s for modification" % name
pool['operation'] = 'modify'
queue.append(pool)
else:
print "No Changes made to %s" % name
else:
# Check if there is a monitor available for the pool, exit if not.
monitor_name = f5utility.swap_suffix("_health", name)
if f5.monitor.exists(monitor_name):
# Add pool to queue for creation
print "Marking pool %s for creation" % name
pool['operation'] = 'create'
queue.append(pool)
else:
print "NO Monitor exists for %s ... STOPPING!" % name
sys.exit("exit.")
#Process the queue and commit changes to f5
print " "
print "------------------------------"
print " Committing Changes"
print "------------------------------"
print " "
# If the queue is empty print message, otherwise commit items in queue
if queue == []:
print "No Changes to Commit."
else:
for pool in queue:
f5.pool.commit(pool)
sleep(5)
print " "
print "------------------------------"
print " Syncing Changes"
print "------------------------------"
print " "
# sync the F5s
f5.config_sync.sync_all()
print " "
print "done."
def main():
"""Create Monitors from config files"""
#Set directory for monitor conf files
src_dir = 'monitors/'
#Create Connection to the f5
f5 = f5utility.f5Connection()
print " "
print "------------------------------"
print " Checking Configuration"
print "------------------------------"
print " "
#Create empty queue for monitor create/changes
queue = []
for infile in sorted(glob.glob(os.path.join(src_dir, '*_health'))):
#Build a monitor from the config file and check that its valid
monitor = f5.monitor.build(infile)
name = monitor['monitor_template'].template_name
# Check if the monitor already exists
if f5.monitor.exists(name):
# Check if the monitor has changed
changed = f5.monitor.changed(monitor)
if (changed == 2):
if f5.monitor.test(monitor):
print "Marking monitor %s for re-creation" % name
monitor['operation'] = 'recreate'
queue.append(monitor)
elif (changed == 1):
# if the monitor is valid add it to the queue
# if the monitor is not valid this will fail and exit the script
if f5.monitor.test(monitor):
print "Marking monitor %s for modification" % name
monitor['operation'] = 'modify'
queue.append(monitor)
else:
print "No Changes made to %s" % name
else:
# Add monitor to queue for creation
print "Marking monitor %s for creation" % name
monitor['operation'] = 'create'
queue.append(monitor)
#Process the queue and commit changes to f5
print " "
print "------------------------------"
print " Committing Changes"
print "------------------------------"
print " "
# If the queue is empty print message, otherwise commit items in queue
if queue == []:
print "No Changes to Commit."
else:
for monitor in queue:
f5.monitor.commit(monitor)
print " "
print "------------------------------"
print " Syncing Changes"
print "------------------------------"
print " "
# sync the F5s
f5.config_sync.sync_all()
print " "
print "done."
def main():
"""Create Monitors from config files"""
#Set directory for monitor conf files
src_dir = 'monitors/'
#Create Connection to the f5
f5 = f5utility.f5Connection()
print " "
print "------------------------------"
print " Checking Configuration"
print "------------------------------"
print " "
#Create empty queue for monitor create/changes
queue = []
for infile in sorted(glob.glob(os.path.join(src_dir, '*_health'))):
#Build a monitor from the config file and check that its valid
monitor = f5.monitor.build(infile)
name = monitor['monitor_template'].template_name
# Check if the monitor already exists
if f5.monitor.exists(name):
# Check if the monitor has changed
changed = f5.monitor.changed(monitor)
if (changed == 2):
if f5.monitor.test(monitor):
print "Marking monitor %s for re-creation" % name
monitor['operation'] = 'recreate'
queue.append(monitor)
elif (changed == 1):
# if the monitor is valid add it to the queue
# if the monitor is not valid this will fail and exit the script
if f5.monitor.test(monitor):
print "Marking monitor %s for modification" % name
monitor['operation'] = 'modify'
queue.append(monitor)
else:
print "No Changes made to %s" % name
else:
# Add monitor to queue for creation
print "Marking monitor %s for creation" % name
monitor['operation'] = 'create'
queue.append(monitor)
#Process the queue and commit changes to f5
print " "
print "------------------------------"
print " Committing Changes"
print "------------------------------"
print " "
# If the queue is empty print message, otherwise commit items in queue
if queue == []:
print "No Changes to Commit."
else:
for monitor in queue:
f5.monitor.commit(monitor)
print " "
print "------------------------------"
print " Syncing Changes"
print "------------------------------"
print " "
# sync the F5s
f5.config_sync.sync_all()
print " "
print "done."
def main():
"""Create pools from pool config files"""
#Set directory for pool conf files
src_dir = 'pools/'
#Create Connection to the f5
f5 = f5utility.f5Connection()
print " "
print "------------------------------"
print " Checking Configuration"
print "------------------------------"
print " "
#Create empty queue for pool create/changes
queue = []
for infile in sorted(glob.glob(os.path.join(src_dir, '*_pool'))):
#Build a pool from the config file and check that its valid
pool = f5.pool.build(infile)
name = pool['name']
# Check if the pool already exists
if f5.pool.exists(name):
# Check if the pool has changed
if f5.pool.changed(pool):
# if the pool is valid add it to the queue
# if the pool is not valid this will fail and exit the script
if f5.pool.test(pool):
print "Marking pool %s for modification" % name
pool['operation'] = 'modify'
queue.append(pool)
else:
print "No Changes made to %s" % name
else:
# Check if there is a monitor available for the pool, exit if not.
monitor_name = f5utility.swap_suffix("_health", name)
if f5.monitor.exists(monitor_name):
# Add pool to queue for creation
print "Marking pool %s for creation" % name
pool['operation'] = 'create'
queue.append(pool)
else:
print "NO Monitor exists for %s ... STOPPING!" % name
sys.exit("exit.")
#Process the queue and commit changes to f5
print " "
print "------------------------------"
print " Committing Changes"
print "------------------------------"
print " "
# If the queue is empty print message, otherwise commit items in queue
if queue == []:
print "No Changes to Commit."
else:
for pool in queue:
f5.pool.commit(pool)
sleep(5)
print " "
print "------------------------------"
print " Syncing Changes"
print "------------------------------"
print " "
# sync the F5s
f5.config_sync.sync_all()
print " "
print "done."