def main(args):
from flumotion.common import setup
setup.setupPackagePath()
usage_str = ('Usage: %prog [options] [COMPONENT-OR-PLUG'
' [FULL-PROPERTY-NAME]]')
fpname_str = ("FULL-PROPERTY-NAME: represents a fully qualified"
" property name, including the names of the containing"
" properties: "
"...[property-name:]property-name")
parser = OptionParser(usage=usage_str, description=fpname_str,
domain="flumotion-inspect")
log.debug('inspect', 'Parsing arguments (%r)' % ', '.join(args))
options, args = parser.parse_args(args)
r = registry.getRegistry()
if len(args) == 1:
# print all components
components = [(c.getType(), c) for c in r.getComponents()]
components.sort()
print '\nAvailable components:\n'
for name, c in components:
print ' %s' % name
plugs = [(p.getType(), p) for p in r.getPlugs()]
plugs.sort()
print '\nAvailable plugs:\n'
for name, p in plugs:
print ' %s' % name
print
elif len(args) == 2:
cname = args[1]
handled = False
if r.hasComponent(cname):
handled = True
c = r.getComponent(cname)
print '\nComponent:'
print ' %s' % cname
desc = c.getDescription()
if desc:
print ' %s' % desc
print '\nSource:'
print ' %s' % c.getSource()
print ' in %s' % c.getBase()
print '\nEaters:'
if c.getEaters():
for e in c.getEaters():
print (' %s (%s%s)'
% (e.getName(),
e.getRequired() and 'required' or 'optional',
(e.getMultiple() and ', multiple ok' or '')))
else:
print ' (None)'
print '\nFeeders:'
if c.getFeeders():
for e in c.getFeeders():
print ' %s' % e
else:
print ' (None)'
print '\nFeatures:'
features = [(p.getType(), p) for p in c.getEntries()]
features.sort()
if features:
for k, v in features:
print ' %s: %s:%s' % (k, v.getLocation(), v.getFunction())
else:
print ' (None)'
print '\nProperties:'
printProperties(c.getProperties(), 0)
sockets = c.getSockets()
print '\nClocking:'
print ' Needs synchronisation: %r' % c.getNeedsSynchronization()
if (c.getClockPriority() is not None and
c.getNeedsSynchronization()):
print ' Clock priority: %d' % c.getClockPriority()
print '\nSockets:'
for socket in sockets:
print ' %s' % socket
print
if r.hasPlug(cname):
handled = True
p = r.getPlug(cname)
print '\nPlug type:'
print ' %s' % cname
desc = p.getDescription()
if desc:
print ' %s' % desc
print '\nEntry:'
e = p.getEntry()
print ' %s() in %s' % (e.getFunction(), e.getModuleName())
print '\nProperties:'
printProperties(p.getProperties(), 0)
print
if not handled:
parser.exit(status=1, msg=('Unknown component or plug `%s\'\n' %
cname))
elif len(args) == 3:
cname = args[1]
pname = args[2]
ppath = pname.split(':')
handled = False
if r.hasComponent(cname):
handled = True
c = r.getComponent(cname)
try:
prop = getNestedProperty(c, ppath)
except _NestedPropertyError, npe:
parser.exit(status=1, msg='%s\n' % npe.message)
print '\nComponent:'
print ' %s' % cname
desc = c.getDescription()
if desc:
print ' %s' % desc
print '\nProperty:'
printProperty(prop, len(prop.getName()))
print
if r.hasPlug(cname):
handled = True
p = r.getPlug(cname)
try:
prop = getNestedProperty(p, ppath)
except _NestedPropertyError, npe:
parser.exit(status=1, msg='%s\n' % npe.message)
print '\nPlug:'
print ' %s' % cname
print '\nType:'
print ' %s' % p.getType()
print '\nProperty:'
printProperty(prop, len(prop.getName()))
print
def main(args):
from flumotion.common import setup
setup.setupPackagePath()
usage_str = ('Usage: %prog [options] [COMPONENT-OR-PLUG'
' [FULL-PROPERTY-NAME]]')
fpname_str = ("FULL-PROPERTY-NAME: represents a fully qualified"
" property name, including the names of the containing"
" properties: "
"...[property-name:]property-name")
parser = OptionParser(usage=usage_str,
description=fpname_str,
domain="flumotion-inspect")
log.debug('inspect', 'Parsing arguments (%r)' % ', '.join(args))
options, args = parser.parse_args(args)
r = registry.getRegistry()
if len(args) == 1:
# print all components
components = [(c.getType(), c) for c in r.getComponents()]
components.sort()
print '\nAvailable components:\n'
for name, c in components:
print ' %s' % name
plugs = [(p.getType(), p) for p in r.getPlugs()]
plugs.sort()
print '\nAvailable plugs:\n'
for name, p in plugs:
print ' %s' % name
print
elif len(args) == 2:
cname = args[1]
handled = False
if r.hasComponent(cname):
handled = True
c = r.getComponent(cname)
print '\nComponent:'
print ' %s' % cname
desc = c.getDescription()
if desc:
print ' %s' % desc
print '\nSource:'
print ' %s' % c.getSource()
print ' in %s' % c.getBase()
print '\nEaters:'
if c.getEaters():
for e in c.getEaters():
print(' %s (%s%s)' %
(e.getName(), e.getRequired() and 'required'
or 'optional',
(e.getMultiple() and ', multiple ok' or '')))
else:
print ' (None)'
print '\nFeeders:'
if c.getFeeders():
for e in c.getFeeders():
print ' %s' % e
else:
print ' (None)'
print '\nFeatures:'
features = [(p.getType(), p) for p in c.getEntries()]
features.sort()
if features:
for k, v in features:
print ' %s: %s:%s' % (k, v.getLocation(), v.getFunction())
else:
print ' (None)'
print '\nProperties:'
printProperties(c.getProperties(), 0)
sockets = c.getSockets()
print '\nClocking:'
print ' Needs synchronisation: %r' % c.getNeedsSynchronization()
if (c.getClockPriority() is not None
and c.getNeedsSynchronization()):
print ' Clock priority: %d' % c.getClockPriority()
print '\nSockets:'
for socket in sockets:
print ' %s' % socket
print
if r.hasPlug(cname):
handled = True
p = r.getPlug(cname)
print '\nPlug type:'
print ' %s' % cname
desc = p.getDescription()
if desc:
print ' %s' % desc
print '\nEntry:'
e = p.getEntry()
print ' %s() in %s' % (e.getFunction(), e.getModuleName())
print '\nProperties:'
printProperties(p.getProperties(), 0)
print
if not handled:
parser.exit(status=1,
msg=('Unknown component or plug `%s\'\n' % cname))
elif len(args) == 3:
cname = args[1]
pname = args[2]
ppath = pname.split(':')
handled = False
if r.hasComponent(cname):
handled = True
c = r.getComponent(cname)
try:
prop = getNestedProperty(c, ppath)
except _NestedPropertyError, npe:
parser.exit(status=1, msg='%s\n' % npe.message)
print '\nComponent:'
print ' %s' % cname
desc = c.getDescription()
if desc:
print ' %s' % desc
print '\nProperty:'
printProperty(prop, len(prop.getName()))
print
if r.hasPlug(cname):
handled = True
p = r.getPlug(cname)
try:
prop = getNestedProperty(p, ppath)
except _NestedPropertyError, npe:
parser.exit(status=1, msg='%s\n' % npe.message)
print '\nPlug:'
print ' %s' % cname
print '\nType:'
print ' %s' % p.getType()
print '\nProperty:'
printProperty(prop, len(prop.getName()))
print
