def _notify_led(self):
# @fixme Make sure this fails fast...
# Set the status indicator to INSTALLING.
from moab.linux.lib.statusled import StatusLED
led = StatusLED()
if led.waitForStart():
led.setInstalling()
return
def install(options):
led = StatusLED()
led.setInstalling()
# Current working directory.
cwd = os.getcwd()
# Get the package database.
package_db = {}
status = build_pkg_db(cwd, options, package_db)
if status:
led.setError()
return status
# Display the database if that's what the user wants.
if options.show_list:
display_pgk_db(options, package_db)
return 0
#
# Get the list of packages to install from the command line. If none were
# specified, then install all available packages.
#
packages = options.arguments
if 'rz.omega' in packages:
for mfw_nbm in packages:
if mfw_nbm.startswith('mfw.nbm'):
break
else:
options.normal_message(
"package 'rz.omega' is no longer a top level package, "
"defaulting to 'mfw.nbm' for reverse compatibility.")
packages.remove('rz.omega')
packages.append('mfw.nbm')
if not packages:
packages = package_db.keys()
#
# Check for errors and build the dependency graph.
#
graph = DirectedGraph()
for p in packages:
if not p in package_db.keys():
options.error_message("package '%s' not found" % p)
return 1
result = add_pkg_to_graph(graph, options, package_db, p)
if result != 0:
led.setError()
return result
#
# Determine the package installation order.
#
try:
sorted_packages = graph.sort()
except ECycleDetected, e:
options.error_message(str(e))
led.setError()
return 3
def _notify_led(self):
# @fixme Make sure this fails fast...
# Set the status indicator to INSTALLING.
from moab.linux.lib.statusled import StatusLED
led = StatusLED()
if led.waitForStart():
led.setInstalling()
return
def install( options ):
led = StatusLED()
led.setInstalling()
# Current working directory.
cwd = os.getcwd()
# Get the package database.
package_db = {}
status = build_pkg_db( cwd, options, package_db )
if status:
led.setError()
return status
# Display the database if that's what the user wants.
if options.show_list:
display_pgk_db( options, package_db )
return 0
#
# Get the list of packages to install from the command line. If none were
# specified, then install all available packages.
#
packages = options.arguments
if 'rz.omega' in packages:
for mfw_nbm in packages:
if mfw_nbm.startswith('mfw.nbm'):
break
else:
options.normal_message(
"package 'rz.omega' is no longer a top level package, "
"defaulting to 'mfw.nbm' for reverse compatibility."
)
packages.remove('rz.omega')
packages.append('mfw.nbm')
if not packages:
packages = package_db.keys()
#
# Check for errors and build the dependency graph.
#
graph = DirectedGraph()
for p in packages:
if not p in package_db.keys():
options.error_message( "package '%s' not found" % p )
return 1
result = add_pkg_to_graph( graph, options, package_db, p )
if result != 0:
led.setError()
return result
#
# Determine the package installation order.
#
try:
sorted_packages = graph.sort()
except ECycleDetected, e:
options.error_message( str( e ) )
led.setError()
return 3
def __init__( self ):
CompositeNode.__init__( self )
StatusLED.__init__( self )
self.stateDict = { 'idle' : self.setIdle,
'installing': self.setInstalling,
'running' : self.setRunning,
'error' : self.setError,
'panic' : self.setPanic }
self.isStarted = 0
self.stateName = ''
self.stateSetFunction = None
self.sched_id = None
def __init__(self):
CompositeNode.__init__(self)
StatusLED.__init__(self)
self.stateDict = {
'idle': self.setIdle,
'installing': self.setInstalling,
'running': self.setRunning,
'error': self.setError,
'panic': self.setPanic
}
self.isStarted = 0
self.stateName = ''
self.stateSetFunction = None
self.sched_id = None
