def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
if self.start_ns == 0:
self.start_ns = event.timestamp
if self.trace_start_ts == 0:
self.trace_start_ts = event.timestamp
self.end_ns = event.timestamp
self.check_refresh(args, event)
self.trace_end_ts = event.timestamp
if event.name == "sched_switch":
self.state.sched.switch(event)
elif (event.name[0:4] == "sys_"
or event.name[0:14] == "syscall_entry_"):
self.state.syscall.entry(event)
elif (event.name == "exit_syscall"
or event.name[0:13] == "syscall_exit_"):
self.state.syscall.exit(event, 1)
progressbar_finish(self, args)
if args.refresh == 0:
# stats for the whole trace
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.output(args, self.start_ns, self.trace_end_ts, final=1)
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
if self.start_ns == 0:
self.start_ns = event.timestamp
if self.trace_start_ts == 0:
self.trace_start_ts = event.timestamp
self.end_ns = event.timestamp
self.check_refresh(args, event)
self.trace_end_ts = event.timestamp
if event.name == "sched_switch":
self.state.sched.switch(event)
elif event.name == "mm_page_alloc":
self.state.mem.page_alloc(event)
elif event.name == "mm_page_free":
self.state.mem.page_free(event)
progressbar_finish(self, args)
if args.refresh == 0:
# stats for the whole trace
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.output(args, self.start_ns, self.trace_end_ts, final=1)
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
if not args.begin:
started = 1
else:
started = 0
for event in self.traces.events:
progressbar_update(self, args)
if args.begin and started == 0 and event.timestamp >= args.begin:
started = 1
self.trace_start_ts = event.timestamp
self.reset_total(event.timestamp)
if args.end and event.timestamp > args.end:
break
self.process_event(event, started)
progressbar_finish(self, args)
if args.refresh == 0:
# stats for the whole trace
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.output(args, self.start_ns, self.trace_end_ts, final=1)
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
if self.start_ns == 0:
self.start_ns = event.timestamp
if self.trace_start_ts == 0:
self.trace_start_ts = event.timestamp
self.end_ns = event.timestamp
self.check_refresh(args, event)
self.trace_end_ts = event.timestamp
if event.name == "sched_switch":
self.state.sched.switch(event)
elif (event.name[0:4] == "sys_" or event.name[0:14] ==
"syscall_entry_"):
self.state.syscall.entry(event)
elif (event.name == "exit_syscall" or event.name[0:13] ==
"syscall_exit_"):
self.state.syscall.exit(event, 1)
progressbar_finish(self, args)
if args.refresh == 0:
# stats for the whole trace
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.output(args, self.start_ns, self.trace_end_ts, final=1)
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
if not args.begin:
started = 1
else:
started = 0
for event in self.traces.events:
progressbar_update(self, args)
if args.begin and started == 0 and event.timestamp >= args.begin:
started = 1
self.trace_start_ts = event.timestamp
self.reset_total(event.timestamp)
if args.end and event.timestamp > args.end:
break
self.process_event(event, started)
progressbar_finish(self, args)
if args.refresh == 0:
# stats for the whole trace
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.output(args, self.start_ns, self.trace_end_ts, final=1)
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
if self.start_ns == 0:
self.start_ns = event.timestamp
if self.trace_start_ts == 0:
self.trace_start_ts = event.timestamp
self.end_ns = event.timestamp
self.check_refresh(args, event)
self.trace_end_ts = event.timestamp
if event.name == "sched_switch":
self.state.sched.switch(event)
elif event.name == "mm_page_alloc":
self.state.mem.page_alloc(event)
elif event.name == "mm_page_free":
self.state.mem.page_free(event)
progressbar_finish(self, args)
if args.refresh == 0:
# stats for the whole trace
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.output(args, self.start_ns, self.trace_end_ts, final=1)
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
if self.start_ns == 0:
self.start_ns = event.timestamp
if self.trace_start_ts == 0:
self.trace_start_ts = event.timestamp
self.end_ns = event.timestamp
self.check_refresh(args, event)
self.trace_end_ts = event.timestamp
if event.name == "sched_switch":
self.state.sched.switch(event)
elif event.name == "sched_migrate_task":
self.state.sched.migrate_task(event)
elif event.name == "sched_process_fork":
self.state.sched.process_fork(event)
elif event.name == "sched_process_exec":
self.state.sched.process_exec(event)
elif (event.name[0:4] == "sys_" or event.name[0:14]
== "syscall_entry_") and (args.global_syscalls
or args.tid_syscalls or args.fds):
self.state.syscall.entry(event)
elif (event.name == "exit_syscall" or event.name[0:13]
== "syscall_exit_") and (args.global_syscalls
or args.tid_syscalls or args.fds):
self.state.syscall.exit(event, 1)
elif event.name == "block_rq_complete":
self.state.block.complete(event)
elif event.name == "block_rq_issue":
self.state.block.issue(event)
elif event.name == "netif_receive_skb":
self.state.net.recv(event)
elif event.name == "net_dev_xmit":
self.state.net.send(event)
elif event.name == "lttng_statedump_process_state":
self.state.statedump.process_state(event)
elif event.name == "lttng_statedump_file_descriptor":
self.state.statedump.file_descriptor(event)
elif event.name == "self.state.mm_page_alloc":
self.state.mm.page_alloc(event)
elif event.name == "self.state.mm_page_free":
self.state.mm.page_free(event)
progressbar_finish(self, args)
if args.refresh == 0:
# stats for the whole trace
self.compute_stats()
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.compute_stats()
self.output(args, self.start_ns, self.trace_end_ts, final=1)
def run(self, args):
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
self.process_event(event)
progressbar_finish(self, args)
self.output()
def run(self, args):
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
self.process_event(event)
progressbar_finish(self, args)
self.output()
def run(self):
progressbar_setup(self, args)
for event in self.handle.events:
progressbar_update(self, args)
self.process_event_metadata(event)
self.stream = self.writer.create_stream(self.stream_class)
for event in self.traces.events:
progressbar_update(self, args)
self.process_event(event)
progressbar_finish(self, args)
self.stream.flush()
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
if self.start_ns == 0:
self.start_ns = event.timestamp
if self.trace_start_ts == 0:
self.trace_start_ts = event.timestamp
self.end_ns = event.timestamp
self.check_refresh(args, event)
self.trace_end_ts = event.timestamp
if event.name == "sched_switch":
self.state.sched.switch(event)
elif event.name == "irq_handler_entry":
self.state.irq.hard_entry(event)
elif event.name == "irq_handler_exit":
self.state.irq.hard_exit(event, args)
elif event.name == "softirq_entry":
self.state.irq.soft_entry(event)
elif event.name == "softirq_exit":
self.state.irq.soft_exit(event, args)
elif event.name == "softirq_raise":
self.state.irq.soft_raise(event)
if args.refresh == 0:
# stats for the whole trace
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.output(args, self.start_ns, self.trace_end_ts, final=1)
progressbar_finish(self, args)
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
if self.start_ns == 0:
self.start_ns = event.timestamp
if self.trace_start_ts == 0:
self.trace_start_ts = event.timestamp
self.end_ns = event.timestamp
self.check_refresh(args, event)
self.trace_end_ts = event.timestamp
if event.name == "sched_switch":
self.state.sched.switch(event)
elif event.name == "irq_handler_entry":
self.state.irq.hard_entry(event)
elif event.name == "irq_handler_exit":
self.state.irq.hard_exit(event, args)
elif event.name == "softirq_entry":
self.state.irq.soft_entry(event)
elif event.name == "softirq_exit":
self.state.irq.soft_exit(event, args)
elif event.name == "softirq_raise":
self.state.irq.soft_raise(event)
if args.refresh == 0:
# stats for the whole trace
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.output(args, self.start_ns, self.trace_end_ts, final=1)
progressbar_finish(self, args)
def run(self, args):
"""Process the trace"""
self.current_sec = 0
self.start_ns = 0
self.end_ns = 0
progressbar_setup(self, args)
for event in self.traces.events:
progressbar_update(self, args)
if self.start_ns == 0:
self.start_ns = event.timestamp
if self.trace_start_ts == 0:
self.trace_start_ts = event.timestamp
self.end_ns = event.timestamp
self.check_refresh(args, event)
self.trace_end_ts = event.timestamp
if event.name == "sched_switch":
self.state.sched.switch(event)
elif event.name == "sched_migrate_task":
self.state.sched.migrate_task(event)
elif event.name == "sched_process_fork":
self.state.sched.process_fork(event)
elif event.name == "sched_process_exec":
self.state.sched.process_exec(event)
elif (event.name[0:4] == "sys_" or event.name[0:14] ==
"syscall_entry_") and (args.global_syscalls or
args.tid_syscalls or
args.fds):
self.state.syscall.entry(event)
elif (event.name == "exit_syscall" or event.name[0:13] ==
"syscall_exit_") and (args.global_syscalls or
args.tid_syscalls or
args.fds):
self.state.syscall.exit(event, 1)
elif event.name == "block_rq_complete":
self.state.block.complete(event)
elif event.name == "block_rq_issue":
self.state.block.issue(event)
elif event.name == "netif_receive_skb":
self.state.net.recv(event)
elif event.name == "net_dev_xmit":
self.state.net.send(event)
elif event.name == "lttng_statedump_process_state":
self.state.statedump.process_state(event)
elif event.name == "lttng_statedump_file_descriptor":
self.state.statedump.file_descriptor(event)
elif event.name == "self.state.mm_page_alloc":
self.state.mm.page_alloc(event)
elif event.name == "self.state.mm_page_free":
self.state.mm.page_free(event)
progressbar_finish(self, args)
if args.refresh == 0:
# stats for the whole trace
self.compute_stats()
self.output(args, self.trace_start_ts, self.trace_end_ts, final=1)
else:
# stats only for the last segment
self.compute_stats()
self.output(args, self.start_ns, self.trace_end_ts,
final=1)
