def status(nodes):
util.output("%-10s %-10s %-10s %-13s %-6s %-6s %-20s " %
("Name", "Type", "Host", "Status", "Pid", "Peers", "Started"))
all = isRunning(nodes)
running = []
cmds1 = []
cmds2 = []
for (node, isrunning) in all:
if isrunning:
running += [node]
cmds1 += [(node, "cat-file", ["%s/.startup" % node.cwd()])]
cmds2 += [(node, "cat-file", ["%s/.status" % node.cwd()])]
startups = execute.runHelperParallel(cmds1)
statuses = execute.runHelperParallel(cmds2)
startups = dict([(n.tag, success and util.fmttime(output[0]) or "???")
for (n, success, output) in startups])
statuses = dict([(n.tag, success and output[0].split()[0].lower() or "???")
for (n, success, output) in statuses])
peers = {}
nodes = [n for n in running if statuses[n.tag] == "running"]
for (node, success, args) in _queryPeerStatus(nodes):
if success:
peers[node.tag] = []
for f in args[0].split():
(key, val) = f.split("=")
if key == "peer" and val != "":
peers[node.tag] += [val]
else:
peers[node.tag] = None
for (node, isrunning) in all:
util.output("%-10s " % node.tag, nl=False)
util.output("%-10s %-10s " % (node.type, node.host), nl=False)
if isrunning:
util.output("%-13s " % statuses[node.tag], nl=False)
elif node.hasCrashed():
util.output("%-13s " % "crashed", nl=False)
else:
util.output("%-13s " % "stopped", nl=False)
if isrunning:
util.output("%-6s " % node.getPID(), nl=False)
if node.tag in peers and peers[node.tag] != None:
util.output("%-6d " % len(peers[node.tag]), nl=False)
else:
util.output("%-6s " % "???", nl=False)
util.output("%-8s " % startups[node.tag], nl=False)
util.output()
def status(nodes):
util.output("%-10s %-10s %-10s %-13s %-6s %-6s %-20s " % ("Name", "Type", "Host", "Status", "Pid", "Peers", "Started"))
all = isRunning(nodes)
running = []
cmds1 = []
cmds2 = []
for (node, isrunning) in all:
if isrunning:
running += [node]
cmds1 += [(node, "cat-file", ["%s/.startup" % node.cwd()])]
cmds2 += [(node, "cat-file", ["%s/.status" % node.cwd()])]
startups = execute.runHelperParallel(cmds1)
statuses = execute.runHelperParallel(cmds2)
startups = dict([(n.name, success and util.fmttime(output[0]) or "???") for (n, success, output) in startups])
statuses = dict([(n.name, success and output[0].split()[0].lower() or "???") for (n, success, output) in statuses])
peers = {}
nodes = [n for n in running if statuses[n.name] == "running"]
for (node, success, args) in _queryPeerStatus(nodes):
if success:
peers[node.name] = []
for f in args[0].split():
keyval = f.split("=")
if len(keyval) > 1:
(key, val) = keyval
if key == "peer" and val != "":
peers[node.name] += [val]
else:
peers[node.name] = None
for (node, isrunning) in all:
util.output("%-10s " % node.name, nl=False)
util.output("%-10s %-10s " % (node.type, node.host), nl=False)
if isrunning:
util.output("%-13s " % statuses[node.name], nl=False)
elif node.hasCrashed():
util.output("%-13s " % "crashed", nl=False)
else:
util.output("%-13s " % "stopped", nl=False)
if isrunning:
util.output("%-6s " % node.getPID(), nl=False)
if node.name in peers and peers[node.name] != None:
util.output("%-6d " % len(peers[node.name]), nl=False)
else:
util.output("%-6s " % "???", nl=False)
util.output("%-8s " % startups[node.name], nl=False)
util.output()
def status(nodes):
typewidth = 7
hostwidth = 16
if config.Config.standalone == "1":
# In standalone mode, the "type" column needs more width
typewidth = 10
hostwidth = 13
util.output(
"%-12s %-*s %-*s %-9s %-6s %-6s %s"
% ("Name", typewidth, "Type", hostwidth, "Host", "Status", "Pid", "Peers", "Started")
)
all = isRunning(nodes)
running = []
cmds1 = []
cmds2 = []
for (node, isrunning) in all:
if isrunning:
running += [node]
cmds1 += [(node, "cat-file", ["%s/.startup" % node.cwd()])]
cmds2 += [(node, "cat-file", ["%s/.status" % node.cwd()])]
startups = execute.runHelperParallel(cmds1)
statuses = execute.runHelperParallel(cmds2)
startups = dict([(n.name, success and util.fmttime(output[0]) or "???") for (n, success, output) in startups])
statuses = dict([(n.name, success and output[0].split()[0].lower() or "???") for (n, success, output) in statuses])
peers = {}
nodes = [n for n in running if statuses[n.name] == "running"]
for (node, success, args) in _queryPeerStatus(nodes):
if success:
peers[node.name] = []
for f in args[0].split():
keyval = f.split("=")
if len(keyval) > 1:
(key, val) = keyval
if key == "peer" and val != "":
peers[node.name] += [val]
else:
peers[node.name] = None
for (node, isrunning) in all:
util.output("%-12s " % node.name, nl=False)
util.output("%-*s %-*s " % (typewidth, node.type, hostwidth, node.host), nl=False)
if isrunning:
util.output("%-9s " % statuses[node.name], nl=False)
elif node.hasCrashed():
util.output("%-9s " % "crashed", nl=False)
else:
util.output("%-9s " % "stopped", nl=False)
if isrunning:
util.output("%-6s " % node.getPID(), nl=False)
if node.name in peers and peers[node.name] != None:
util.output("%-6d " % len(peers[node.name]), nl=False)
else:
util.output("%-6s " % "???", nl=False)
util.output("%s" % startups[node.name], nl=False)
util.output()
# Return True if all nodes are running
return len(nodes) == len(all)