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Code Editor : bcc.conf
# # PCP BCC PMDA main config file - see pmdabcc(1) and PMDA(3) # # NB. Since all the modules are part of the same process, modules may # not attach to the same kprobes as others or latter ones will fail - # this is fixed starting with Linux kernel 4.17 / bcc 0.6.0 releases. # NB. Cluster IDs 0-99 are reserved for modules which have a related # tool available as part of BCC. Cluster IDs 100-199 are reserved for # custom modules developed specifically for PCP BCC PMDA. Cluster IDs # 200-299 are reserved for possible site-local modules. [pmda] # List of enabled modules modules = netproc # Prefix for metric names prefix = bcc. # Interval in seconds to refresh monitored processes for modules using # the process filter. Value 0 (default) disables process refreshing. process_refresh = 60 # Specifies whether BCC PMDA should exit when a module fails to compile, # module configuration failures are always treated as hard errors module_failure_fatal = True # # Process related modules # # This module counts the number of new processes [sysfork] module = sysfork cluster = 2 # This module counts the number of syscalls # Requires ausyscall(8) to be installed. # NB. Latency support is currently experimental, and the cumulative # counters may overflow if running for a prolonged period of time. # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # errno - str/int - unset : count syscalls returning this error only # failed - boolean - False : count failed syscalls only # details - boolean - False : provides per-pid per-syscall level details, # max number of processes to trace for details is 128 # latency - boolean - False : record average / cumulative call latencies [syscount] module = syscount cluster = 15 #process = java #errno = EPERM #failed = True #details = True #latency = True # This module counts the number of application method calls for given process # java(1) must be started with -XX:+ExtendedDTraceProbes and # php(1) needs to have USE_ZEND_DTRACE environment variable set to 1 # for this module to work. NB. This might introduce non-negligible overhead. # NB. Latency support is currently experimental, and the cumulative # counters may overflow if running for a prolonged period of time. # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # language - string - unset : application language, one of: # java, perl, php, python, ruby, tcl # latency - boolean - False : record average / cumulative call latencies [ucalls] module = ucalls cluster = 16 process = java language = java latency = True # This module provides application internal statistics for given processes # java(1) must be started with -XX:+ExtendedDTraceProbes and # php(1) needs to have USE_ZEND_DTRACE environment variable set to 1 # for this module to work. NB. This might introduce non-negligible overhead. # Note that not all statistics are supported for every language. # NB. This module is currently considered as experimental. # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # language - string - unset : application language, one of: # java, node, perl, php, python, ruby, tcl [ustat] module = ustat cluster = 17 process = java language = java # This module records the scheduler run queue latency as histogram [runqlat] module = runqlat cluster = 4 # This module traces new processes # # Configuration options: # Name - type - default # # include_failed - boolean - False : include failed exec()s # command - string - unset : include only commands matching this regex # args - string - unset : include only arguments matching this regex # max_args - int - 20 : maximum number of arguments to capture # process_count - int - 20 : number of processes exec's to keep in cache # buffer_page_count - int - 64 : number of pages for the perf ring buffer, power of two [execsnoop] module = execsnoop cluster = 8 #command = sh #args = --verbose # This module counts how often a specific program was executed [exectop] module = exectop cluster = 13 # This module records stack traces at a specific interval # To be used in combination with Vector, which will display them as flamegraphs. # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # user_stacks_only - boolean - False : capture only user stacks # kernel_stacks_only - boolean - False : capture only kernel stacks # stack_storage_size - int - 16384 : number of unique stack traces that can be stored/displayed # sample_frequency - int - 47 : sample frequency, Hertz # sample_period - int - unset : sample period, number of events # cpu - int - -1 : CPU number to run profiling, -1 = all [profile] module = profile cluster = 14 #process = java # # Block device I/O modules # # This module records block device I/O latency as histogram # # Configuration options: # Name - type - default # # queued - boolean - False : include OS queued time in I/O time [biolatency] module = biolatency cluster = 0 # This module counts block device I/O per process [bioperpid] module = bioperpid cluster = 1 # This module summarizes which processes are performing block I/O # # Configuration options: # Name - type - default # # interval - int - 1 : interval for calculating summaries # include_residual - boolean - False : include residual IO requests attributed to PID 0 # process_count - int - 20 : number of processes to show # sort - string - -bytes : sorting key, one of: bytes/io/duration/rw, # sort order can be reversed by prepending '-' [biotop] module = biotop cluster = 10 #include_residual = True # # Filesystem modules # # This module traces ext4 read/write/open/fsync latencies as histogram # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor [ext4dist] module = fs.ext4dist cluster = 5 # This module traces XFS read/write/open/fsync latencies as histogram # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor [xfsdist] module = fs.xfsdist cluster = 6 # This module traces ZFS read/write/open/fsync latencies as histogram # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor [zfsdist] module = fs.zfsdist cluster = 7 # # Kernel related modules # # This module provides page cache hit/miss statistics # Currently only ext4 seems to be working reliably, # see https://github.com/iovisor/bcc/issues/1993 [cachestat] module = cachestat cluster = 30 # This module provides kernel mutex lock statistics # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # caller_filter - string - unset : include only functions matching the filter (e.g., pipe_) # stack_depth - int - 1 : number of stack levels to use in instance names # stack_storage_size - int - 16384 : number of unique stack traces that can be stored/displayed # use_caller_offset - boolean - False : use caller instruction offset in instance names [klockstat] module = klockstat cluster = 31 #process = pmcd # # Network modules # # This module provides per-process TCP and UDP statistics # # Configuration options: # Name - type - default # # remove_stopped_processes - boolean - True : show active processes only [netproc] module = netproc cluster = 40 pmda_indom_cache = False #remove_stopped_processes = True # # TCP related modules # # This module summarizes TCP sessions # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # dport - int - unset : list of remote ports to monitor # lport - int - unset : list of local ports to monitor # session_count - int - 20 : number of closed TCP sessions to keep in cache # buffer_page_count - int - 64 : number of pages for the perf ring buffer, power of two [tcplife] module = tcplife cluster = 3 #process = java #lport = 8443 #dport = 80,443 # This module traces TCP retransmits # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # include_tlp - boolean - False : include tail loss probe attempts # flow_count - int - 20 : number of closed TCP sessions to keep in cache # buffer_page_count - int - 64 : number of pages for the perf ring buffer, power of two [tcpretrans] module = tcpretrans cluster = 9 # This module counts the amount of sent and received data per process # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # dport - int - unset : list of remote ports to monitor # lport - int - unset : list of local ports to monitor # highres - boolean - False : use alternative, "high resolution" BPF program to # provide data at the cost of (much) higher overhead # buffer_page_count - int - 64 : number of pages for the perf ring buffer, power of two [tcpperpid] module = tcpperpid cluster = 11 #process = java #lport = 8443 #dport = 80,443 #highres = True # This module summarizes TCP throughput by host and port # # Configuration options: # Name - type - default # # interval - int - 1 : interval for calculating summaries # conn_count - int - 20 : number of processes to show # process - string - unset : list of names/pids or regex of processes to monitor [tcptop] module = tcptop cluster = 12 # # Probe hits modules # # This module counts the number of kernel tracepoint hits # Use perf-list(1) to see currently available kernel tracepoints. # # Configuration options: # Name - type - default # # compile_test - boolean - False : disable failing tracepoints on-the-fly # process - string - unset : list of names/pids or regex of processes to monitor # tracepoints - string - unset : file or comma-separated list of tracepoints [tracepoint_hits] module = tracepoint_hits cluster = 100 compile_test = True #process = java tracepoints = random:urandom_read #tracepoints = migrate:.*,tlb:.* #tracepoints = ras:.* #tracepoints = sock:sock_exceed_buf_limit,sock:sock_rcvqueue_full #tracepoints = xfs:.* #tracepoints = bcc-tracepoint.conf # This module counts the number of USDT/dtrace probe hits # USDT stands for user-level statically defined tracing. # Use tplist(8) to list available USDT probes in a binary. # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # usdts - string - unset : file or comma-separated list of usdts [usdt_hits] module = usdt_hits cluster = 101 # Mandatory for now - https://github.com/iovisor/bcc/issues/1774 process = java usdts = /etc/alternatives/jre/lib/server/libjvm.so:gc__begin #usdts = bcc-usdt.conf # This module counts the number of user-level probe (uprobes) hits # Expects function names within defined libraries to setup probes. # NB. uprobes might introduce non-negligible overhead. # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # uprobes - string - unset : file or comma-separated list of uprobes [uprobe_hits] module = uprobe_hits cluster = 102 #process = java uprobes = c:malloc,c:strlen #uprobes = bcc-uprobe.conf # This module counts the number of kernel-level functions (kprobes) hits # Expects function names with kprobe: prefix to setup probes. # NB. kprobes might introduce non-negligible overhead. # NB. Latency support is currently experimental, and the cumulative # counters may overflow if running for a prolonged period of time. # # Configuration options: # Name - type - default # # process - string - unset : list of names/pids or regex of processes to monitor # kprobes - string - unset : file or comma-separated list of kprobes # errno - str/int - unset : count functions returning this error only # ret_chk - string - != 0 : relational operator and return value check # details - boolean - False : provides per-pid per-function level details, # max number of processes to trace for details is 128 # latency - boolean - False : record average / cumulative call latencies [kprobe_hits] module = kprobe_hits cluster = 103 #process = systemd kprobes = kprobe:sched_fork #kprobes = bcc-kprobe.conf #errno = EPERM #ret_chk = != 0 #details = True #latency = True # # Java related modules # # This module counts the number of started and stopped threads by the JVM # # Configuration options: # Name - type - default # # jvm_path - string - /etc/alternatives/jre/lib/server/libjvm.so : path to libjvm.so (if no process) # process - string - unset : list of names/pids or regex of processes to monitor [usdt_jvm_threads] module = usdt_jvm_threads cluster = 110 # Mandatory for now - https://github.com/iovisor/bcc/issues/1774 process = java
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