def print_brick(self): """ provide an overview of this brick for display :rtype : returns hum readable brick layout for the console display """ state = "UP" if self.up else "DOWN" if self.heal_count > 0: heal_string = "S/H Backlog %d" % self.heal_count else: heal_string = "" fmtd = ("%s(%s) %s/%s %s" % (self.brick_path, state, display_bytes( self.used), display_bytes(self.size), heal_string)) return fmtd
def print_brick(self): """ provide an overview of this brick for display :rtype : returns hum readable brick layout for the console display """ state = "UP" if self.up else "DOWN" if self.heal_count > 0: heal_string = "S/H Backlog %d" % self.heal_count else: heal_string = "" fmtd = ("%s(%s) %s/%s %s" % (self.brick_path, state, display_bytes(self.used), display_bytes(self.size), heal_string)) return fmtd
def console_mode(): """ Produce the output to the users console - stdout """ if cluster.messages: status_msg = "%s(%d)" % (cluster.status.upper(), len(cluster.messages)) else: status_msg = cluster.status.upper() # General Status Header print (" Product: %s Capacity:%s(raw bricks)" % (cluster.product_shortname.ljust(17), display_bytes(cluster.raw_capacity, display_units).rjust(11))) print (" Status: %s %s(raw used)" % (status_msg.ljust(17), display_bytes(cluster.used_capacity, display_units).rjust(11))) print (" Glusterfs: %s%s%s(usable from volumes)" % (cluster.glfs_version.ljust(17), " " * 11, display_bytes(cluster.usable_capacity, display_units).rjust( 11))) if cluster.snapshot_capable: snap_msg = "Snapshots: %s" % (str(cluster.snapshot_count).rjust(3)) else: snap_msg = "" print (" OverCommit: %s%s%s" % (cluster.over_commit.ljust(3), " " * 15, snap_msg)) # Component Status if state_request: print ("\n Nodes :%3d/%3d\t\t Volumes: %2d Up" % (cluster.nodes_active, cluster.node_count, cluster.volume_summary['up'])) print (" Self Heal :%3d/%3d\t\t %2d Up(Degraded)" % (cluster.sh_active, cluster.sh_enabled, cluster.volume_summary['degraded'])) print (" Bricks :%3d/%3d\t\t %2d Up(Partial)" % (cluster.bricks_active, cluster.brick_count, cluster.volume_summary['partial'])) print (" Connections :%3d/%4d%s%2d Down" % (cluster.num_clients, cluster.num_connections, " " * 20, cluster.volume_summary['down'])) # Volume Breakdown if volume_request: print "\nVolume Information" for vol_name in sorted(cluster.volume): if len(volume_list) == 0 or vol_name in volume_list: vol = cluster.volume[vol_name] (up_bricks, all_bricks) = vol.brick_states() task_list_str = ", ".join(vol.task_list) if vol.task_list else 'None' print ("\t%s %s - %d/%d bricks up - %s" % (vol_name.ljust(16, ' '), vol.volume_state.upper(), up_bricks, all_bricks, vol.typeStr)) print ("\t" + " " * 17 + "Capacity: (%d%% used) %s/%s (used/total)" % (vol.pct_used, display_bytes(vol.used_capacity, display_units), display_bytes(vol.usable_capacity, display_units))) if cluster.snapshot_capable: print "\t" + " " * 17 + "Snapshots: %d" % vol.snapshot_count print ("\t" + " " * 17 + "Self Heal: %s" % vol.self_heal_string) print ("\t" + " " * 17 + "Tasks Active: %s" % task_list_str) print ("\t" + " " * 17 + "Protocols: glusterfs:%s NFS:%s SMB:%s" % (vol.protocol['NATIVE'], vol.protocol['NFS'], vol.protocol['SMB'])) print ("\t" + " " * 17 + "Gluster Connectivty: %d hosts, %d tcp connections" % (vol.num_clients, vol.num_connections)) if volume_layout: print vol.print_layout() print if state_request: print "\nStatus Messages" if cluster.messages: # Add the current cluster state as the first message to display cluster.messages.insert(0, "Cluster is %s" % cluster.status.upper()) for info in cluster.messages: print " - " + info else: print " - Cluster is HEALTHY, all_bricks checks successful" print
def console_mode(): """ Produce the output to the users console - stdout """ if cluster.messages: status_msg = "%s(%d)" % (cluster.status.upper(), len(cluster.messages)) else: status_msg = cluster.status.upper() # General Status Header print(" Product: %s Capacity:%s(raw bricks)" % (cluster.product_shortname.ljust(17), display_bytes(cluster.raw_capacity, display_units).rjust(11))) print(" Status: %s %s(raw used)" % (status_msg.ljust(17), display_bytes(cluster.used_capacity, display_units).rjust(11))) print(" Glusterfs: %s%s%s(usable from volumes)" % (cluster.glfs_version.ljust(17), " " * 11, display_bytes(cluster.usable_capacity, display_units).rjust(11))) if cluster.snapshot_capable: snap_msg = "Snapshots: %s" % (str(cluster.snapshot_count).rjust(3)) else: snap_msg = "" print(" OverCommit: %s%s%s" % (cluster.over_commit.ljust(3), " " * 15, snap_msg)) # Component Status if state_request: print("\n Nodes :%3d/%3d\t\t Volumes: %2d Up" % (cluster.nodes_active, cluster.node_count, cluster.volume_summary['up'])) print(" Self Heal :%3d/%3d\t\t %2d Up(Degraded)" % (cluster.sh_active, cluster.sh_enabled, cluster.volume_summary['degraded'])) print(" Bricks :%3d/%3d\t\t %2d Up(Partial)" % (cluster.bricks_active, cluster.brick_count, cluster.volume_summary['partial'])) print(" Connections :%3d/%4d%s%2d Down" % (cluster.num_clients, cluster.num_connections, " " * 20, cluster.volume_summary['down'])) # Volume Breakdown if volume_request: print("\nVolume Information") for vol_name in sorted(cluster.volume): if len(volume_list) == 0 or vol_name in volume_list: vol = cluster.volume[vol_name] (up_bricks, all_bricks) = vol.brick_states() task_list_str = ", ".join( vol.task_list) if vol.task_list else 'None' print("\t%s %s - %d/%d bricks up - %s" % (vol_name.ljust(16, ' '), vol.volume_state.upper(), up_bricks, all_bricks, vol.typeStr)) print("\t" + " " * 17 + "Capacity: (%d%% used) %s/%s (used/total)" % (vol.pct_used, display_bytes(vol.used_capacity, display_units), display_bytes(vol.usable_capacity, display_units))) if cluster.snapshot_capable: print("\t" + " " * 17 + "Snapshots: %d" % vol.snapshot_count) print("\t" + " " * 17 + "Self Heal: %s" % vol.self_heal_string) print("\t" + " " * 17 + "Tasks Active: %s" % task_list_str) print("\t" + " " * 17 + "Protocols: glusterfs:%s NFS:%s SMB:%s" % (vol.protocol['NATIVE'], vol.protocol['NFS'], vol.protocol['SMB'])) print("\t" + " " * 17 + "Gluster Connectivty: %d hosts, %d tcp connections" % (vol.num_clients, vol.num_connections)) if volume_layout: print() vol.print_layout() print() if state_request: print("\nStatus Messages") if cluster.messages: # Add the current cluster state as the first message to display cluster.messages.insert(0, "Cluster is %s" % cluster.status.upper()) for info in cluster.messages: print(" - " + info) else: print(" - Cluster is HEALTHY, all_bricks checks successful") print()