Reference Library for Linux workloads Falco Threat Detection Rules

Sysdig Secure enables you to create and customize Threat Detection Rules to secure your environment. This topic provides all the fields and events that apply to Falco rules for Linux workloads.

Fields

Field Class: evt

Event fields applicable to syscall events. Note that for most events you can access the individual arguments/parameters of each syscall via evt.arg, e.g. evt.arg.filename.

Name	Type	Description	Linux versions	Serverless versions
`evt.num`	UINT64	event number.	all	all
`evt.time`	CHARBUF	event timestamp as a time string that includes the nanosecond part.	all	all
`evt.time.s`	CHARBUF	event timestamp as a time string with no nanoseconds.	all	all
`evt.time.iso8601`	CHARBUF	event timestamp in ISO 8601 format, including nanoseconds and time zone offset (in UTC).	all	all
`evt.datetime`	CHARBUF	event timestamp as a time string that includes the date.	all	all
`evt.datetime.s`	CHARBUF	event timestamp as a datetime string with no nanoseconds.	all	all
`evt.rawtime`	ABSTIME	absolute event timestamp, i.e. nanoseconds from epoch.	all	all
`evt.rawtime.s`	ABSTIME	integer part of the event timestamp (e.g. seconds since epoch).	all	all
`evt.rawtime.ns`	ABSTIME	fractional part of the absolute event timestamp.	all	all
`evt.reltime`	RELTIME	number of nanoseconds from the beginning of the capture.	all	all
`evt.reltime.s`	RELTIME	number of seconds from the beginning of the capture.	all	all
`evt.reltime.ns`	RELTIME	fractional part (in ns) of the time from the beginning of the capture.	all	all
`evt.pluginname`	CHARBUF	if the event comes from a plugin-defined event source, the name of the plugin that generated it. The plugin must be currently loaded.	all	all
`evt.plugininfo`	CHARBUF	if the event comes from a plugin-defined event source, a summary of the event as formatted by the plugin. The plugin must be currently loaded.	all	all
`evt.source`	CHARBUF	the name of the source that produced the event.	all	all
`evt.is_async`	BOOL	’true’ for asynchronous events, ‘false’ otherwise.	all	all
`evt.asynctype`	CHARBUF	If the event is asynchronous, the type of the event (e.g. ‘container’).	all	all
`evt.hostname`	CHARBUF	The hostname of the underlying host can be customized by setting an environment variable (e.g. FALCO_HOSTNAME for the Falco agent). This is valuable in Kubernetes setups, where the hostname can match the pod name particularly in DaemonSet deployments. To achieve this, assign Kubernetes’ spec.nodeName to the environment variable. Notably, spec.nodeName generally includes the cluster name.	all	all
`evt.latency`	RELTIME	delta between an exit event and the correspondent enter event, in nanoseconds.	all	all
`evt.latency.s`	RELTIME	integer part of the event latency delta.	all	all
`evt.latency.ns`	RELTIME	fractional part of the event latency delta.	all	all
`evt.latency.human`	CHARBUF	delta between an exit event and the correspondent enter event, as a human readable string (e.g. 10.3ms).	all	all
`evt.deltatime`	RELTIME	delta between this event and the previous event, in nanoseconds.	all	all
`evt.deltatime.s`	RELTIME	integer part of the delta between this event and the previous event.	all	all
`evt.deltatime.ns`	RELTIME	fractional part of the delta between this event and the previous event.	all	all
`evt.dir`	CHARBUF	event direction can be either ‘>’ for enter events or ‘<’ for exit events.	all	all
`evt.type`	CHARBUF	The name of the event (e.g. ‘open’).	all	all
`evt.type.is`	UINT32	allows one to specify an event type, and returns 1 for events that are of that type. For example, evt.type.is.open returns 1 for open events, 0 for any other event.	all	all
`syscall.type`	CHARBUF	For system call events, the name of the system call (e.g. ‘open’). Unset for other events (e.g. switch or internal events). Use this field instead of evt.type if you need to make sure that the filtered/printed value is actually a system call.	all	all
`evt.category`	CHARBUF	The event category. Example values are ‘file’ (for file operations like open and close), ’net’ (for network operations like socket and bind), memory (for things like brk or mmap), and so on.	all	all
`evt.cpu`	INT16	number of the CPU where this event happened.	all	all
`evt.args`	CHARBUF	all the event arguments, aggregated into a single string.	all	all
`evt.arg`	CHARBUF	one of the event arguments specified by name or by number. Some events (e.g. return codes or FDs) will be converted into a text representation when possible. E.g. ’evt.arg.fd’ or ’evt.arg[0]’.	all	all
`evt.rawarg`	DYNAMIC	one of the event arguments specified by name. E.g. ’evt.rawarg.fd’.	all	all
`evt.info`	CHARBUF	for most events, this field returns the same value as evt.args. However, for some events (like writes to /dev/log) it provides higher level information coming from decoding the arguments.	all	all
`evt.buffer`	BYTEBUF	the binary data buffer for events that have one, like read(), recvfrom(), etc. Use this field in filters with ‘contains’ to search into I/O data buffers.	all	all
`evt.buflen`	UINT64	the length of the binary data buffer for events that have one, like read(), recvfrom(), etc.	all	all
`evt.res`	CHARBUF	event return value, as a string. If the event failed, the result is an error code string (e.g. ‘ENOENT’), otherwise the result is the string ‘SUCCESS’.	all	all
`evt.rawres`	INT64	event return value, as a number (e.g. -2). Useful for range comparisons.	all	all
`evt.failed`	BOOL	’true’ for events that returned an error status.	all	all
`evt.is_io`	BOOL	’true’ for events that read or write to FDs, like read(), send, recvfrom(), etc.	all	all
`evt.is_io_read`	BOOL	’true’ for events that read from FDs, like read(), recv(), recvfrom(), etc.	all	all
`evt.is_io_write`	BOOL	’true’ for events that write to FDs, like write(), send(), etc.	all	all
`evt.io_dir`	CHARBUF	‘r’ for events that read from FDs, like read(); ‘w’ for events that write to FDs, like write().	all	all
`evt.is_wait`	BOOL	’true’ for events that make the thread wait, e.g. sleep(), select(), poll().	all	all
`evt.wait_latency`	RELTIME	for events that make the thread wait (e.g. sleep(), select(), poll()), this is the time spent waiting for the event to return, in nanoseconds.	all	all
`evt.is_syslog`	BOOL	’true’ for events that are writes to /dev/log.	all	all
`evt.count`	UINT32	This filter field always returns 1.	all	all
`evt.count.error`	UINT32	This filter field returns 1 for events that returned with an error.	all	all
`evt.count.error.file`	UINT32	This filter field returns 1 for events that returned with an error and are related to file I/O.	all	all
`evt.count.error.net`	UINT32	This filter field returns 1 for events that returned with an error and are related to network I/O.	all	all
`evt.count.error.memory`	UINT32	This filter field returns 1 for events that returned with an error and are related to memory allocation.	all	all
`evt.count.error.other`	UINT32	This filter field returns 1 for events that returned with an error and are related to none of the previous categories.	all	all
`evt.count.exit`	UINT32	This filter field returns 1 for exit events.	all	all
`evt.around`	UINT64	Accepts the event if it’s around the specified time interval. The syntax is evt.around[T]=D, where T is the value returned by %evt.rawtime for the event and D is a delta in milliseconds. For example, evt.around[1404996934793590564]=1000 will return the events with timestamp with one second before the timestamp and one second after it, for a total of two seconds of capture.	all	all
`evt.abspath`	CHARBUF	Absolute path calculated from dirfd and name during syscalls like renameat and symlinkat. Use ’evt.abspath.src’ or ’evt.abspath.dst’ for syscalls that support multiple paths.	all	all
`evt.is_open_read`	BOOL	’true’ for open/openat/openat2/open_by_handle_at events where the path was opened for reading	all	all
`evt.is_open_write`	BOOL	’true’ for open/openat/openat2/open_by_handle_at events where the path was opened for writing	all	all
`evt.is_open_exec`	BOOL	’true’ for open/openat/openat2/open_by_handle_at or creat events where a file is created with execute permissions	all	all
`evt.is_open_create`	BOOL	’true’ for for open/openat/openat2/open_by_handle_at events where a file is created.	all	all

Field Class: process

Additional information about the process and thread executing the syscall event.

Name	Type	Description	Linux versions	Serverless versions
`proc.exe`	CHARBUF	The first command-line argument (i.e., argv[0]), typically the executable name or a custom string as specified by the user. It is primarily obtained from syscall arguments, truncated after 4096 bytes, or, as a fallback, by reading /proc/PID/cmdline, in which case it may be truncated after 1024 bytes. This field may differ from the last component of proc.exepath, reflecting how command invocation and execution paths can vary.	all	all
`proc.pexe`	CHARBUF	The proc.exe (first command line argument argv[0]) of the parent process.	all	all
`proc.aexe`	CHARBUF	The proc.exe (first command line argument argv[0]) for a specific process ancestor. You can access different levels of ancestors by using indices. For example, proc.aexe[1] retrieves the proc.exe of the parent process, proc.aexe[2] retrieves the proc.exe of the grandparent process, and so on. The current process’s proc.exe line can be obtained using proc.aexe[0]. When used without any arguments, proc.aexe is applicable only in filters and matches any of the process ancestors. For instance, you can use `proc.aexe endswith java` to match any process ancestor whose proc.exe ends with the term `java`.	all	all
`proc.exepath`	CHARBUF	The full executable path of a process, resolving to the canonical path for symlinks. This is primarily obtained from the kernel, or as a fallback, by reading /proc/PID/exe (in the latter case, the path is truncated after 1024 bytes). For eBPF drivers, due to verifier limits, path components may be truncated to 24 for legacy eBPF on kernel <5.2, 48 for legacy eBPF on kernel >=5.2, or 96 for modern eBPF.	all	all
`proc.pexepath`	CHARBUF	The proc.exepath (full executable path) of the parent process.	all	all
`proc.aexepath`	CHARBUF	The proc.exepath (full executable path) for a specific process ancestor. You can access different levels of ancestors by using indices. For example, proc.aexepath[1] retrieves the proc.exepath of the parent process, proc.aexepath[2] retrieves the proc.exepath of the grandparent process, and so on. The current process’s proc.exepath line can be obtained using proc.aexepath[0]. When used without any arguments, proc.aexepath is applicable only in filters and matches any of the process ancestors. For instance, you can use `proc.aexepath endswith java` to match any process ancestor whose path ends with the term `java`.	all	all
`proc.name`	CHARBUF	The process name (truncated after 16 characters) generating the event (task->comm). Truncation is determined by kernel settings and not by Falco. This field is collected from the syscalls args or, as a fallback, extracted from /proc/PID/comm. The name of the process and the name of the executable file on disk (if applicable) can be different if a process is given a custom name which is often the case for example for java applications.	all	all
`proc.pname`	CHARBUF	The proc.name (truncated after 16 characters) of the parent process.	all	all
`proc.aname`	CHARBUF	The proc.name (truncated after 16 characters) for a specific process ancestor. You can access different levels of ancestors by using indices. For example, proc.aname[1] retrieves the proc.name of the parent process, proc.aname[2] retrieves the proc.name of the grandparent process, and so on. The current process’s proc.name line can be obtained using proc.aname[0]. When used without any arguments, proc.aname is applicable only in filters and matches any of the process ancestors. For instance, you can use `proc.aname=bash` to match any process ancestor whose name is `bash`.	all	all
`proc.args`	CHARBUF	The arguments passed on the command line when starting the process generating the event excluding argv[0] (truncated after 4096 bytes). This field is collected from the system call arguments, or as a fallback, extracted from /proc/PID/cmdline, can be accessed by specifying proc.args[INDEX], e.g., proc.args[0] or proc.args[1]. The indexing is zero-based, meaning proc.args[0] refers to the first command-line argument passed, rather than argv[0].	all	all
`proc.aargs`	CHARBUF	The arguments passed on the command line when starting the process generating the event for a specific process ancestor. You can access different levels of ancestors by using indices. For example, proc.aargs[1] retrieves the arguments passed on the command line of the parent process, proc.aargs[2] retrieves the proc.args of the grandparent process, and so on. The current process’s arguments passed on the command line can be obtained using proc.aargs[0]. When used without any arguments, proc.aargs is applicable only in filters and matches any of the process ancestors. For instance, you can use `proc.aargs contains base64` to match any process ancestor whose arguments passed on the command line contains the term base64.	`14.3.0` and above	`6.2.0` and above
`proc.cmdline`	CHARBUF	The concatenation of `proc.name + proc.args` (truncated after 4096 bytes) when starting the process generating the event.	all	all
`proc.pcmdline`	CHARBUF	The proc.cmdline (full command line (proc.name + proc.args)) of the parent process.	all	all
`proc.acmdline`	CHARBUF	The full command line (proc.name + proc.args) for a specific process ancestor. You can access different levels of ancestors by using indices. For example, proc.acmdline[1] retrieves the full command line of the parent process, proc.acmdline[2] retrieves the proc.cmdline of the grandparent process, and so on. The current process’s full command line can be obtained using proc.acmdline[0]. When used without any arguments, proc.acmdline is applicable only in filters and matches any of the process ancestors. For instance, you can use `proc.acmdline contains base64` to match any process ancestor whose command line contains the term base64.	all	all
`proc.cmdnargs`	UINT64	The number of command line args (proc.args).	all	all
`proc.cmdlenargs`	UINT64	The total count of characters / length of the command line args (proc.args) combined excluding whitespaces between args.	all	all
`proc.exeline`	CHARBUF	The full command line, with exe as first argument (proc.exe + proc.args) when starting the process generating the event.	all	all
`proc.env`	CHARBUF	The environment variables of the process generating the event as concatenated string ‘ENV_NAME=value ENV_NAME1=value1’. Can also be used to extract the value of a known env variable, e.g. proc.env[ENV_NAME].	all	all
`proc.aenv`	CHARBUF	[EXPERIMENTAL] This field can be used in three flavors: (1) as a filter checking all parents, e.g. ‘proc.aenv contains xyz’, which is similar to the familiar ‘proc.aname contains xyz’ approach, (2) checking the `proc.env` of a specified level of the parent, e.g. ‘proc.aenv[2]’, which is similar to the familiar ‘proc.aname[2]’ approach, or (3) checking the first matched value of a known ENV_NAME in the parent lineage, such as ‘proc.aenv[ENV_NAME]’ (across a max of 20 ancestor levels). This field may be deprecated or undergo breaking changes in future releases. Please use it with caution.	all	all
`proc.cwd`	CHARBUF	The current working directory of the event.	all	all
`proc.loginshellid`	INT64	The pid of the oldest shell among the ancestors of the current process, if there is one. This field can be used to separate different user sessions.	all	all
`proc.tty`	UINT32	The controlling terminal of the process. 0 for processes without a terminal.	all	all
`proc.pid`	INT64	The id of the process generating the event.	all	all
`proc.ppid`	INT64	The pid of the parent of the process generating the event.	all	all
`proc.apid`	INT64	The pid for a specific process ancestor. You can access different levels of ancestors by using indices. For example, proc.apid[1] retrieves the pid of the parent process, proc.apid[2] retrieves the pid of the grandparent process, and so on. The current process’s pid can be obtained using proc.apid[0]. When used without any arguments, proc.apid is applicable only in filters and matches any of the process ancestors. For instance, you can use `proc.apid=1337` to match any process ancestor whose pid is equal to 1337.	all	all
`proc.vpid`	INT64	The id of the process generating the event as seen from its current PID namespace.	all	all
`proc.pvpid`	INT64	The id of the parent process generating the event as seen from its current PID namespace.	all	all
`proc.sid`	INT64	The session id of the process generating the event.	all	all
`proc.sname`	CHARBUF	The name of the current process’s session leader. This is either the process with pid=proc.sid or the eldest ancestor that has the same sid as the current process.	all	all
`proc.sid.exe`	CHARBUF	The first command line argument argv[0] (usually the executable name or a custom one) of the current process’s session leader. This is either the process with pid=proc.sid or the eldest ancestor that has the same sid as the current process.	all	all
`proc.sid.exepath`	CHARBUF	The full executable path of the current process’s session leader. This is either the process with pid=proc.sid or the eldest ancestor that has the same sid as the current process.	all	all
`proc.vpgid`	INT64	The process group id of the process generating the event, as seen from its current PID namespace.	all	all
`proc.vpgid.name`	CHARBUF	The name of the current process’s process group leader. This is either the process with proc.vpgid == proc.vpid or the eldest ancestor that has the same vpgid as the current process. The description of `proc.is_vpgid_leader` offers additional insights.	all	all
`proc.vpgid.exe`	CHARBUF	The first command line argument argv[0] (usually the executable name or a custom one) of the current process’s process group leader. This is either the process with proc.vpgid == proc.vpid or the eldest ancestor that has the same vpgid as the current process. The description of `proc.is_vpgid_leader` offers additional insights.	all	all
`proc.vpgid.exepath`	CHARBUF	The full executable path of the current process’s process group leader. This is either the process with proc.vpgid == proc.vpid or the eldest ancestor that has the same vpgid as the current process. The description of `proc.is_vpgid_leader` offers additional insights.	all	all
`proc.pgid`	INT64	The process group id of the process generating the event, as seen from host PID namespace.	`13.6.0` and above	all
`proc.pgid.name`	CHARBUF	The name of the current process’s process group leader. This is either the process with proc.pgid == proc.pid or the eldest ancestor that has the same pgid as the current process. The description of `proc.is_pgid_leader` offers additional insights.	`13.6.0` and above	all
`proc.pgid.exe`	CHARBUF	The first command line argument argv[0] (usually the executable name or a custom one) of the current process’s process group leader. This is either the process with proc.pgid == proc.pid or the eldest ancestor that has the same pgid as the current process. The description of `proc.is_pgid_leader` offers additional insights.	`13.6.0` and above	all
`proc.pgid.exepath`	CHARBUF	The full executable path of the current process’s process group leader. This is either the process with proc.pgid == proc.pid or the eldest ancestor that has the same pgid as the current process. The description of `proc.is_pgid_leader` offers additional insights.	`13.6.0` and above	all
`proc.duration`	RELTIME	Number of nanoseconds since the process started.	all	all
`proc.ppid.duration`	RELTIME	Number of nanoseconds since the parent process started.	all	all
`proc.pid.ts`	RELTIME	Start of process as epoch timestamp in nanoseconds.	all	all
`proc.ppid.ts`	RELTIME	Start of parent process as epoch timestamp in nanoseconds.	all	all
`proc.is_exe_writable`	BOOL	’true’ if this process’ executable file is writable by the same user that spawned the process.	all	all
`proc.is_exe_upper_layer`	BOOL	’true’ if this process’ executable file is in upper layer in overlayfs. This field value can only be trusted if the underlying kernel version is greater or equal than 3.18.0, since overlayfs was introduced at that time.	all	all
`proc.is_exe_lower_layer`	BOOL	’true’ if this process’ executable file is in lower layer in overlayfs. This field value can only be trusted if the underlying kernel version is greater or equal than 3.18.0, since overlayfs was introduced at that time.	`13.5.0` and above	all
`proc.is_exe_from_memfd`	BOOL	’true’ if the executable file of the current process is an anonymous file created using memfd_create() and is being executed by referencing its file descriptor (fd). This type of file exists only in memory and not on disk. Relevant to detect malicious in-memory code injection. Requires kernel version greater or equal to 3.17.0.	all	all
`proc.is_sid_leader`	BOOL	’true’ if this process is the leader of the process session, proc.sid == proc.vpid. For host processes vpid reflects pid.	all	all
`proc.is_vpgid_leader`	BOOL	’true’ if this process is the leader of the virtual process group, proc.vpgid == proc.vpid. For host processes vpgid and vpid reflect pgid and pid. Can help to distinguish if the process was ‘directly’ executed for instance in a tty (similar to bash history logging, `is_vpgid_leader` would be ’true’) or executed as descendent process in the same process group which for example is the case when subprocesses are spawned from a script (`is_vpgid_leader` would be ‘false’).	all	all
`proc.is_pgid_leader`	BOOL	’true’ if this process is the leader of the process group, proc.pgid == proc.pid. Can help to distinguish if the process was ‘directly’ executed for instance in a tty (similar to bash history logging, `is_pgid_leader` would be ’true’) or executed as descendent process in the same process group which for example is the case when subprocesses are spawned from a script (`is_pgid_leader` would be ‘false’).	`13.6.0` and above	all
`proc.exe_ino`	INT64	The inode number of the executable file on disk. Can be correlated with fd.ino.	all	all
`proc.exe_ino.ctime`	ABSTIME	Last status change time of executable file (inode->ctime) as epoch timestamp in nanoseconds. Time is changed by writing or by setting inode information e.g. owner, group, link count, mode etc.	all	all
`proc.exe_ino.mtime`	ABSTIME	Last modification time of executable file (inode->mtime) as epoch timestamp in nanoseconds. Time is changed by file modifications, e.g. by mknod, truncate, utime, write of more than zero bytes etc. For tracking changes in owner, group, link count or mode, use proc.exe_ino.ctime instead.	all	all
`proc.exe_ino.ctime_duration_proc_start`	ABSTIME	Number of nanoseconds between modifying status of executable image and spawning a new process using the changed executable image.	all	all
`proc.exe_ino.ctime_duration_pidns_start`	ABSTIME	Number of nanoseconds between PID namespace start ts and ctime exe file if PID namespace start predates ctime.	all	all
`proc.pidns_init_start_ts`	UINT64	Start of PID namespace (container or non container pid namespace) as epoch timestamp in nanoseconds.	all	all
`thread.cap_permitted`	CHARBUF	The permitted capabilities set	all	all
`thread.cap_inheritable`	CHARBUF	The inheritable capabilities set	all	all
`thread.cap_effective`	CHARBUF	The effective capabilities set	all	all
`proc.fdopencount`	UINT64	Number of open FDs for the process	all	all
`proc.fdlimit`	INT64	Maximum number of FDs the process can open.	all	all
`proc.fdusage`	DOUBLE	The ratio between open FDs and maximum available FDs for the process.	all	all
`proc.vmsize`	UINT64	Total virtual memory for the process (as kb).	all	all
`proc.vmrss`	UINT64	Resident non-swapped memory for the process (as kb).	all	all
`proc.vmswap`	UINT64	Swapped memory for the process (as kb).	all	all
`thread.pfmajor`	UINT64	Number of major page faults since thread start.	all	all
`thread.pfminor`	UINT64	Number of minor page faults since thread start.	all	all
`thread.tid`	INT64	The id of the thread generating the event.	all	all
`thread.ismain`	BOOL	’true’ if the thread generating the event is the main one in the process.	all	all
`thread.vtid`	INT64	The id of the thread generating the event as seen from its current PID namespace.	all	all
`thread.exectime`	RELTIME	CPU time spent by the last scheduled thread, in nanoseconds. Exported by switch events only.	all	all
`thread.totexectime`	RELTIME	Total CPU time, in nanoseconds since the beginning of the capture, for the current thread. Exported by switch events only.	all	all
`thread.cgroups`	CHARBUF	All cgroups the thread belongs to, aggregated into a single string.	all	all
`thread.cgroup`	CHARBUF	The cgroup the thread belongs to, for a specific subsystem. e.g. thread.cgroup.cpuacct.	all	all
`proc.nthreads`	UINT64	The number of alive threads that the process generating the event currently has, including the leader thread. Please note that the leader thread may not be here, in that case ‘proc.nthreads’ and ‘proc.nchilds’ are equal	all	all
`proc.nchilds`	UINT64	The number of alive not leader threads that the process generating the event currently has. This excludes the leader thread.	all	all
`thread.cpu`	DOUBLE	The CPU consumed by the thread in the last second.	all	all
`thread.cpu.user`	DOUBLE	The user CPU consumed by the thread in the last second.	all	all
`thread.cpu.system`	DOUBLE	The system CPU consumed by the thread in the last second.	all	all
`thread.vmsize`	UINT64	For the process main thread, this is the total virtual memory for the process (as kb). For the other threads, this field is zero.	all	all
`thread.vmrss`	UINT64	For the process main thread, this is the resident non-swapped memory for the process (as kb). For the other threads, this field is zero.	all	all
`proc.stdin.type`	CHARBUF	The type of file descriptor 0, corresponding to stdin, of the process generating the event.	`13.4.0` and above	all
`proc.stdout.type`	CHARBUF	The type of file descriptor 1, corresponding to stdout, of the process generating the event.	`13.4.0` and above	all
`proc.stderr.type`	CHARBUF	The type of file descriptor 2, corresponding to stderr, of the process generating the event.	`13.4.0` and above	all
`proc.stdin.name`	CHARBUF	The name of the file descriptor 0, corresponding to stdin, of the process generating the event.	`13.4.0` and above	all
`proc.stdout.name`	CHARBUF	The name of the file descriptor 1, corresponding to stdout, of the process generating the event.	`13.4.0` and above	all
`proc.stderr.name`	CHARBUF	The name of the file descriptor 2, corresponding to stderr, of the process generating the event.	`13.4.0` and above	all

Field Class: user

Information about the user executing the specific event.

Name	Type	Description	Linux versions	Serverless versions
`user.uid`	UINT32	user ID.	all	all
`user.name`	CHARBUF	user name.	all	all
`user.homedir`	CHARBUF	home directory of the user.	all	all
`user.shell`	CHARBUF	user’s shell.	all	all
`user.loginuid`	INT64	audit user id (auid), internally the loginuid is of type `uint32_t`. However, if an invalid uid corresponding to UINT32_MAX is encountered, it is returned as -1 to support familiar filtering conditions.	all	all
`user.loginname`	CHARBUF	audit user name (auid).	all	all

Field Class: group

Information about the user group.

Name	Type	Description	Linux versions	Serverless versions
`group.gid`	UINT32	group ID.	all	all
`group.name`	CHARBUF	group name.	all	all

Field Class: fd

Every syscall that has a file descriptor in its arguments has these fields set with information related to the file.

Name	Type	Description	Linux versions	Serverless versions
`fd.num`	INT64	the unique number identifying the file descriptor.	all	all
`fd.type`	CHARBUF	type of FD. Can be ‘file’, ‘directory’, ‘ipv4’, ‘ipv6’, ‘unix’, ‘pipe’, ’event’, ‘signalfd’, ’eventpoll’, ‘inotify’ ‘signalfd’ or ‘memfd’.	all	all
`fd.typechar`	CHARBUF	type of FD as a single character. Can be ‘f’ for file, 4 for IPv4 socket, 6 for IPv6 socket, ‘u’ for unix socket, p for pipe, ’e’ for eventfd, ’s’ for signalfd, ’l’ for eventpoll, ‘i’ for inotify, ‘b’ for bpf, ‘u’ for userfaultd, ‘r’ for io_uring, ’m’ for memfd ,‘o’ for unknown.	all	all
`fd.name`	CHARBUF	FD full name. If the fd is a file, this field contains the full path. If the FD is a socket, this field contain the connection tuple.	all	all
`fd.directory`	CHARBUF	If the fd is a file, the directory that contains it.	all	all
`fd.filename`	CHARBUF	If the fd is a file, the filename without the path.	all	all
`fd.ip`	IPADDR	matches the ip address (client or server) of the fd.	all	all
`fd.cip`	IPADDR	client IP address.	all	all
`fd.sip`	IPADDR	server IP address.	all	all
`fd.lip`	IPADDR	local IP address.	all	all
`fd.rip`	IPADDR	remote IP address.	all	all
`fd.port`	PORT	matches the port (either client or server) of the fd.	all	all
`fd.cport`	PORT	for TCP/UDP FDs, the client port.	all	all
`fd.sport`	PORT	for TCP/UDP FDs, server port.	all	all
`fd.lport`	PORT	for TCP/UDP FDs, the local port.	all	all
`fd.rport`	PORT	for TCP/UDP FDs, the remote port.	all	all
`fd.l4proto`	CHARBUF	the IP protocol of a socket. Can be ’tcp’, ‘udp’, ‘icmp’ or ‘raw’.	all	all
`fd.sockfamily`	CHARBUF	the socket family for socket events. Can be ‘ip’ or ‘unix’.	all	all
`fd.is_server`	BOOL	’true’ if the process owning this FD is the server endpoint in the connection.	all	all
`fd.uid`	CHARBUF	a unique identifier for the FD, created by chaining the FD number and the thread ID.	all	all
`fd.containername`	CHARBUF	chaining of the container ID and the FD name. Useful when trying to identify which container an FD belongs to.	all	all
`fd.containerdirectory`	CHARBUF	chaining of the container ID and the directory name. Useful when trying to identify which container a directory belongs to.	all	all
`fd.proto`	PORT	matches the protocol (either client or server) of the fd.	all	all
`fd.cproto`	CHARBUF	for TCP/UDP FDs, the client protocol.	all	all
`fd.sproto`	CHARBUF	for TCP/UDP FDs, server protocol.	all	all
`fd.lproto`	CHARBUF	for TCP/UDP FDs, the local protocol.	all	all
`fd.rproto`	CHARBUF	for TCP/UDP FDs, the remote protocol.	all	all
`fd.net`	IPNET	matches the IP network (client or server) of the fd.	all	all
`fd.cnet`	IPNET	matches the client IP network of the fd.	all	all
`fd.snet`	IPNET	matches the server IP network of the fd.	all	all
`fd.lnet`	IPNET	matches the local IP network of the fd.	all	all
`fd.rnet`	IPNET	matches the remote IP network of the fd.	all	all
`fd.connected`	BOOL	for TCP/UDP FDs, ’true’ if the socket is connected.	all	all
`fd.name_changed`	BOOL	True when an event changes the name of an fd used by this event. This can occur in some cases such as udp connections where the connection tuple changes.	all	all
`fd.cip.name`	CHARBUF	Domain name associated with the client IP address.	all	all
`fd.sip.name`	CHARBUF	Domain name associated with the server IP address.	all	all
`fd.lip.name`	CHARBUF	Domain name associated with the local IP address.	all	all
`fd.rip.name`	CHARBUF	Domain name associated with the remote IP address.	all	all
`fd.dev`	INT32	device number (major/minor) containing the referenced file	all	all
`fd.dev.major`	INT32	major device number containing the referenced file	all	all
`fd.dev.minor`	INT32	minor device number containing the referenced file	all	all
`fd.ino`	INT64	inode number of the referenced file	all	all
`fd.nameraw`	CHARBUF	FD full name raw. Just like fd.name, but only used if fd is a file path. File path is kept raw with limited sanitization and without deriving the absolute path.	all	all
`fd.types`	CHARBUF	List of FD types in used. Can be passed an fd number e.g. fd.types[0] to get the type of stdout as a single item list.	all	all
`fd.is_upper_layer`	BOOL	’true’ if the fd is of a file in the upper layer of an overlayfs.	`13.5.0` and above	all
`fd.is_lower_layer`	BOOL	’true’ if the fd is of a file in the lower layer of an overlayfs.	`13.5.0` and above	all

Field Class: fs.path

Every syscall that has a filesystem path in its arguments has these fields set with information related to the path arguments. This differs from the fd.* fields as it includes syscalls like unlink, rename, etc. that act directly on filesystem paths as compared to opened file descriptors.

Name	Type	Description	Linux versions	Serverless versions
`fs.path.name`	CHARBUF	For any event type that deals with a filesystem path, the path the file syscall is operating on. This path is always fully resolved, prepending the thread cwd when needed.	all	all
`fs.path.nameraw`	CHARBUF	For any event type that deals with a filesystem path, the path the file syscall is operating on. This path is always the path provided to the syscall and may not be fully resolved.	all	all
`fs.path.source`	CHARBUF	For any event type that deals with a filesystem path, and specifically for a source and target like mv, cp, etc, the source path the file syscall is operating on. This path is always fully resolved, prepending the thread cwd when needed.	all	all
`fs.path.sourceraw`	CHARBUF	For any event type that deals with a filesystem path, and specifically for a source and target like mv, cp, etc, the source path the file syscall is operating on. This path is always the path provided to the syscall and may not be fully resolved.	all	all
`fs.path.target`	CHARBUF	For any event type that deals with a filesystem path, and specifically for a target and target like mv, cp, etc, the target path the file syscall is operating on. This path is always fully resolved, prepending the thread cwd when needed.	all	all
`fs.path.targetraw`	CHARBUF	For any event type that deals with a filesystem path, and specifically for a target and target like mv, cp, etc, the target path the file syscall is operating on. This path is always the path provided to the syscall and may not be fully resolved.	all	all

Field Class: syslog

Content of Syslog messages.

Name	Type	Description	Linux versions	Serverless versions
`syslog.facility.str`	CHARBUF	facility as a string.	all	all
`syslog.facility`	UINT32	facility as a number (0-23).	all	all
`syslog.severity.str`	CHARBUF	severity as a string. Can have one of these values: emerg, alert, crit, err, warn, notice, info, debug	all	all
`syslog.severity`	UINT32	severity as a number (0-7).	all	all
`syslog.message`	CHARBUF	message sent to syslog.	all	all

Field Class: fdlist

Poll event related fields.

Name	Type	Description	Linux versions	Serverless versions
`fdlist.nums`	CHARBUF	for poll events, this is a comma-separated list of the FD numbers in the ‘fds’ argument, returned as a string.	all	all
`fdlist.names`	CHARBUF	for poll events, this is a comma-separated list of the FD names in the ‘fds’ argument, returned as a string.	all	all
`fdlist.cips`	CHARBUF	for poll events, this is a comma-separated list of the client IP addresses in the ‘fds’ argument, returned as a string.	all	all
`fdlist.sips`	CHARBUF	for poll events, this is a comma-separated list of the server IP addresses in the ‘fds’ argument, returned as a string.	all	all
`fdlist.cports`	CHARBUF	for TCP/UDP FDs, for poll events, this is a comma-separated list of the client TCP/UDP ports in the ‘fds’ argument, returned as a string.	all	all
`fdlist.sports`	CHARBUF	for poll events, this is a comma-separated list of the server TCP/UDP ports in the ‘fds’ argument, returned as a string.	all	all

Field Class: container (plugin)

Name	Type	Description	Linux versions	Serverless versions
`container.id`	CHARBUF	The truncated container ID (first 12 characters), e.g. 3ad7b26ded6d is extracted from the Linux cgroups by Falco within the kernel. Consequently, this field is reliably available and serves as the lookup key for Falco’s synchronous or asynchronous requests against the container runtime socket to retrieve all other ‘container.’ information. One important aspect to be aware of is that if the process occurs on the host, meaning not in the container PID namespace, this field is set to a string called ‘host’. In Kubernetes, pod sandbox container processes can exist where `container.id` matches `k8s.pod.sandbox_id`, lacking other ‘container.’ details.	all	up to `6.1.0`
`container.full_id`	CHARBUF	The full container ID, e.g. 3ad7b26ded6d8e7b23da7d48fe889434573036c27ae5a74837233de441c3601e. In contrast to `container.id`, we enrich this field as part of the container engine enrichment. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.name`	CHARBUF	The container name. In instances of userspace container engine lookup delays, this field may not be available yet. One important aspect to be aware of is that if the process occurs on the host, meaning not in the container PID namespace, this field is set to a string called ‘host’.	all	up to `6.1.0`
`container.image`	CHARBUF	The container image name (e.g. falcosecurity/falco:latest for docker). In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.image.id`	CHARBUF	The container image id (e.g. 6f7e2741b66b). In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.type`	CHARBUF	The container type, e.g. docker, cri-o, containerd etc.	all	up to `6.1.0`
`container.privileged`	BOOL	’true’ for containers running as privileged, ‘false’ otherwise. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.mounts`	CHARBUF	A space-separated list of mount information. Each item in the list has the format ‘source:dest:mode:rdrw:propagation’. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.mount`	CHARBUF	Information about a single mount, specified by number (e.g. container.mount[0]) or mount source (container.mount[/usr/local]). The pathname can be a glob (container.mount[/usr/local/*]), in which case the first matching mount will be returned. The information has the format ‘source:dest:mode:rdrw:propagation’. If there is no mount with the specified index or matching the provided source, returns the string “none” instead of a NULL value. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.mount.source`	CHARBUF	The mount source, specified by number (e.g. container.mount.source[0]) or mount destination (container.mount.source[/host/lib/modules]). The pathname can be a glob. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.mount.dest`	CHARBUF	The mount destination, specified by number (e.g. container.mount.dest[0]) or mount source (container.mount.dest[/lib/modules]). The pathname can be a glob. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.mount.mode`	CHARBUF	The mount mode, specified by number (e.g. container.mount.mode[0]) or mount source (container.mount.mode[/usr/local]). The pathname can be a glob. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.mount.rdwr`	CHARBUF	The mount rdwr value, specified by number (e.g. container.mount.rdwr[0]) or mount source (container.mount.rdwr[/usr/local]). The pathname can be a glob. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.mount.propagation`	CHARBUF	The mount propagation value, specified by number (e.g. container.mount.propagation[0]) or mount source (container.mount.propagation[/usr/local]). The pathname can be a glob. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.image.repository`	CHARBUF	The container image repository (e.g. falcosecurity/falco). In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.image.tag`	CHARBUF	The container image tag (e.g. stable, latest). In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.image.digest`	CHARBUF	The container image registry digest (e.g. sha256:d977378f890d445c15e51795296e4e5062f109ce6da83e0a355fc4ad8699d27). In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.healthcheck`	CHARBUF	The container’s health check. Will be the null value (“N/A”) if no healthcheck configured, “NONE” if configured but explicitly not created, and the healthcheck command line otherwise. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.liveness_probe`	CHARBUF	The container’s liveness probe. Will be the null value (“N/A”) if no liveness probe configured, the liveness probe command line otherwise. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.readiness_probe`	CHARBUF	The container’s readiness probe. Will be the null value (“N/A”) if no readiness probe configured, the readiness probe command line otherwise. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.start_ts`	ABSTIME	Container start as epoch timestamp in nanoseconds based on proc.pidns_init_start_ts and extracted in the kernel and not from the container runtime socket / container engine.	all	up to `6.1.0`
`container.duration`	RELTIME	Number of nanoseconds since container.start_ts.	all	up to `6.1.0`
`container.ip`	CHARBUF	The container’s / pod’s primary ip address as retrieved from the container engine. Only ipv4 addresses are tracked. Consider container.cni.json (CRI use case) for logging ip addresses for each network interface. In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.cni.json`	CHARBUF	The container’s / pod’s CNI result field from the respective pod status info. It contains ip addresses for each network interface exposed as unparsed escaped JSON string. Supported for CRI container engine (containerd, cri-o runtimes), optimized for containerd (some non-critical JSON keys removed). Useful for tracking ips (ipv4 and ipv6, dual-stack support) for each network interface (multi-interface support). In instances of userspace container engine lookup delays, this field may not be available yet.	all	up to `6.1.0`
`container.host_pid`	BOOL	’true’ if the container is running in the host PID namespace, ‘false’ otherwise.	`13.6.0` and above	from `5.3.0` to `6.1.0`
`container.host_network`	BOOL	’true’ if the container is running in the host network namespace, ‘false’ otherwise.	`13.6.0` and above	from `5.3.0` to `6.1.0`
`container.host_ipc`	BOOL	’true’ if the container is running in the host IPC namespace, ‘false’ otherwise.	`13.6.0` and above	from `5.3.0` to `6.1.0`
`container.label`	CHARBUF	Container label. E.g. ‘container.label.foo’.	`14.3.0` and above	—
`container.labels`	CHARBUF	Container comma-separated key/value labels. E.g. ‘foo1:bar1,foo2:bar2’.	`14.3.0` and above	—
`proc.is_container_healthcheck`	BOOL	’true’ if this process is running as a part of the container’s health check.	`14.3.0` and above	—
`proc.is_container_liveness_probe`	BOOL	’true’ if this process is running as a part of the container’s liveness probe.	`14.3.0` and above	—
`proc.is_container_readiness_probe`	BOOL	’true’ if this process is running as a part of the container’s readiness probe.	`14.3.0` and above	—
`k8s.pod.name`	CHARBUF	The Kubernetes pod name. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—
`k8s.ns.name`	CHARBUF	The Kubernetes namespace name. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—
`k8s.pod.id`	CHARBUF	[LEGACY] The Kubernetes pod UID, e.g. 3e41dc6b-08a8-44db-bc2a-3724b18ab19a. This legacy field points to `k8s.pod.uid`; however, the pod ID typically refers to the pod sandbox ID. We recommend using the semantically more accurate `k8s.pod.uid` field. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—
`k8s.pod.uid`	CHARBUF	The Kubernetes pod UID, e.g. 3e41dc6b-08a8-44db-bc2a-3724b18ab19a. Note that the pod UID is a unique identifier assigned upon pod creation within Kubernetes, allowing the Kubernetes control plane to manage and track pods reliably. As such, it is fundamentally a different concept compared to the pod sandbox ID. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—
`k8s.pod.sandbox_id`	CHARBUF	The truncated Kubernetes pod sandbox ID (first 12 characters), e.g 63060edc2d3a. The sandbox ID is specific to the container runtime environment. It is the equivalent of the container ID for the pod / sandbox and extracted from the Linux cgroups. As such, it differs from the pod UID. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.’ fields. In cases of lookup delays, it may not be available yet. In Kubernetes, pod sandbox container processes can exist where `container.id` matches `k8s.pod.sandbox_id`, lacking other ‘container.’ details.	`14.3.0` and above	—
`k8s.pod.full_sandbox_id`	CHARBUF	The full Kubernetes pod / sandbox ID, e.g 63060edc2d3aa803ab559f2393776b151f99fc5b05035b21db66b3b62246ad6a. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—
`k8s.pod.label`	CHARBUF	The Kubernetes pod label. The label can be accessed either with the familiar brackets notation, e.g. ‘k8s.pod.label[foo]’ or by appending a dot followed by the name, e.g. ‘k8s.pod.label.foo’. The label name itself can include the original special characters such as ‘.’, ‘-’, ‘_’ or ‘/’ characters. For instance, ‘k8s.pod.label[app.kubernetes.io/name]’, ‘k8s.pod.label.app.kubernetes.io/name’ or ‘k8s.pod.label[custom-label_one]’ are all valid. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—
`k8s.pod.labels`	CHARBUF	The Kubernetes pod comma-separated key/value labels. E.g. ‘foo1:bar1,foo2:bar2’. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—
`k8s.pod.ip`	CHARBUF	The Kubernetes pod ip, same as container.ip field as each container in a pod shares the network stack of the sandbox / pod. Only ipv4 addresses are tracked. Consider k8s.pod.cni.json for logging ip addresses for each network interface. This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—
`k8s.pod.cni.json`	CHARBUF	The Kubernetes pod CNI result field from the respective pod status info, same as container.cni.json field. It contains ip addresses for each network interface exposed as unparsed escaped JSON string. Supported for CRI container engine (containerd, cri-o runtimes), optimized for containerd (some non-critical JSON keys removed). Useful for tracking ips (ipv4 and ipv6, dual-stack support) for each network interface (multi-interface support). This field is extracted from the container runtime socket simultaneously as we look up the ‘container.*’ fields. In cases of lookup delays, it may not be available yet.	`14.3.0` and above	—

Field Class: security-dns (plugin)

Name	Type	Description	Linux versions	Serverless versions
`dns.domain`	CHARBUF	The domain being queried (e.g. sysdig.com) as a string.	all	all
`dns.query_type`	CHARBUF	The type of lookup (e.g. A, AAAA, CNAME) of the query as a string.	all	all
`dns.query_class`	CHARBUF	The class of lookup (e.g. IN) as a string.	all	all
`dns.success`	BOOL	Whether the query was successful or not as a boolean value.	all	all
`dns.type`	CHARBUF	The type of DNS event as a string, either “query” or “response”.	all	all
`dns.result`	UINT64	The result code (RCODE) of the query, 0 on success, see RFC-1035 for other values.	all	all
`dns.truncated`	BOOL	Whether or not the query was truncated as a boolean value.	all	all
`dns.query.domains`	CHARBUF	A list of all the domains being queried as strings.	all	all
`dns.query.domain`	CHARBUF	An indexed field for the domain being queried as a string.	all	all
`dns.query.type`	CHARBUF	An indexed field for the type of query (e.g. A, AAAA, CNAME) being queried as a string.	all	all
`dns.query.class`	CHARBUF	An indexed field for the class of query (e.g. IN) being queried as a string.	all	all
`dns.query.lengths`	UINT64	The total length of the string of each domain being looked up.	all	all
`dns.query.length`	UINT64	An indexed field for the length of the domain string in each query.	all	all
`dns.response.domains`	CHARBUF	A list of all the domains in the response as strings.	all	all
`dns.response.domain`	CHARBUF	An indexed field for each domain in the response as a string.	all	all
`dns.response.ttl`	UINT64	An indexed field for The Time To Live of the record as an integer	all	all
`dns.response.type`	CHARBUF	An indexed field for the type of respose (e.g. A, AAAA, CNAME) as a string. This can differ from what was originally queried.	all	all
`dns.response.class`	CHARBUF	An indexed field for the class of respose (e.g. IN) as a string.	all	all
`dns.response.values`	CHARBUF	A list containing the value of each response as a string.	all	all
`dns.response.value`	CHARBUF	An indexed field for the class of respose (e.g. IN) as a string.	all	all
`dns.response.cnames`	CHARBUF	A list of all the CNAMES in the response as strings. This will be empty if no CNAME records are present.	all	all
`dns.response.cname`	CHARBUF	An indexed field for CNAME response records. This will be empty if the given index is not a CNAME.	all	all
`dns.response.txts`	CHARBUF	A list of all the TXT records in the response as strings. This will be empty if no TXT records are present.	all	all
`dns.response.txt`	CHARBUF	An indexed field for TXT response records. This will be empty if the given index is not a TXT record.	all	all
`dns.response.srvs`	CHARBUF	A list of all the SRV records in the response as strings. This will be empty if no SRV records are present.	all	all
`dns.response.srv`	CHARBUF	An indexed field for SRV response records. This will be empty if the given index is not an SRV record.	all	all
`dns.response.ips`	IPADDR	List of IP addresses in the response.	all	all
`dns.response.ip`	IPADDR	An indexed field for ip address (A, AAAA) response records. This will be empty if the given index is not an A or AAAA record.	all	all
`dns.server_ip`	IPADDR	The ip address of the DNS server.	all	all
`connect.domains`	CHARBUF	Domain names which map to fd.sip in the connect syscall	all	all

Field Class: security-hashing (plugin)

Name	Type	Description	Linux versions	Serverless versions
`proc.hash.sha256`	CHARBUF	The hash of the file executed by this process	all	all
`proc.hash.has_match`	BOOL	Whether or not the hash of the file beeing executed by this process has a match in the hash database	all	all
`proc.hash.category`	CHARBUF	In case proc.has_match is true, the category of the malware being executed	all	all
`fd.hash.sha256`	CHARBUF	The hash of the file	`13.6.0` and above	all
`fd.hash.has_match`	BOOL	Whether or not the hash of the filehas a match in the hash database	`13.6.0` and above	all
`fd.hash.category`	CHARBUF	In case fd.has_match is true, the category of the malware	`13.6.0` and above	all
`fd.hash.num`	UINT64	File descriptor number of the hashed file	`13.6.0` and above	all

Field Class: security-fim (plugin)

Name	Type	Description	Linux versions	Serverless versions
`fim.path`	CHARBUF	The path of the file that triggered the file integrity monitoring event	`14.3.0` and above	—
`fim.filename`	CHARBUF	The name of the file that triggered the file integrity monitoring event	`14.3.0` and above	—
`fim.old_hash.sha256`	CHARBUF	The SHA256 hash value computed from the file contents prior to the modification being detected	`14.3.0` and above	—
`fim.new_hash.sha256`	CHARBUF	The SHA256 hash value computed from the file contents after the modification event was detected	`14.3.0` and above	—
`fim.type`	CHARBUF	The type of FIM event that occurred, such as file modification or deletion	`14.3.0` and above	—

Events

Syscall events

Default	Dir	Name	Params	Linux versions	Serverless versions
Yes	`>`	`open`	FSPATH name, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER, UINT32 mode	all	all
Yes	`<`	`open`	FD fd, FSPATH name, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER, UINT32 mode, UINT32 dev, UINT64 ino	all	all
Yes	`>`	`close`	FD fd	all	all
Yes	`<`	`close`	ERRNO res	all	all
No	`>`	`read`	FD fd, UINT32 size	all	all
No	`<`	`read`	ERRNO res, BYTEBUF data, FD fd, UINT32 size	all	all
No	`>`	`write`	FD fd, UINT32 size	all	all
No	`<`	`write`	ERRNO res, BYTEBUF data, FD fd, UINT32 size	all	all
Yes	`>`	`socket`	ENUMFLAGS32 domain: AF_NFC, AF_ALG, AF_CAIF, AF_IEEE802154, AF_PHONET, AF_ISDN, AF_RXRPC, AF_IUCV, AF_BLUETOOTH, AF_TIPC, AF_CAN, AF_LLC, AF_WANPIPE, AF_PPPOX, AF_IRDA, AF_SNA, AF_RDS, AF_ATMSVC, AF_ECONET, AF_ASH, AF_PACKET, AF_ROUTE, AF_NETLINK, AF_KEY, AF_SECURITY, AF_NETBEUI, AF_DECnet, AF_ROSE, AF_INET6, AF_X25, AF_ATMPVC, AF_BRIDGE, AF_NETROM, AF_APPLETALK, AF_IPX, AF_AX25, AF_INET, AF_LOCAL, AF_UNIX, AF_UNSPEC, UINT32 type, UINT32 proto	all	all
Yes	`<`	`socket`	FD fd, ENUMFLAGS32 domain: AF_NFC, AF_ALG, AF_CAIF, AF_IEEE802154, AF_PHONET, AF_ISDN, AF_RXRPC, AF_IUCV, AF_BLUETOOTH, AF_TIPC, AF_CAN, AF_LLC, AF_WANPIPE, AF_PPPOX, AF_IRDA, AF_SNA, AF_RDS, AF_ATMSVC, AF_ECONET, AF_ASH, AF_PACKET, AF_ROUTE, AF_NETLINK, AF_KEY, AF_SECURITY, AF_NETBEUI, AF_DECnet, AF_ROSE, AF_INET6, AF_X25, AF_ATMPVC, AF_BRIDGE, AF_NETROM, AF_APPLETALK, AF_IPX, AF_AX25, AF_INET, AF_LOCAL, AF_UNIX, AF_UNSPEC, UINT32 type, UINT32 proto	all	all
Yes	`>`	`bind`	FD fd	all	all
Yes	`<`	`bind`	ERRNO res, SOCKADDR addr, FD fd	all	all
Yes	`>`	`connect`	FD fd, SOCKADDR addr	all	all
Yes	`<`	`connect`	ERRNO res, SOCKTUPLE tuple, FD fd	all	all
Yes	`>`	`listen`	FD fd, INT32 backlog	all	all
Yes	`<`	`listen`	ERRNO res, FD fd, INT32 backlog	all	all
No	`>`	`send`	FD fd, UINT32 size	all	all
No	`<`	`send`	ERRNO res, BYTEBUF data	all	all
Yes	`>`	`sendto`	FD fd, UINT32 size, SOCKTUPLE tuple	all	all
Yes	`<`	`sendto`	ERRNO res, BYTEBUF data	all	all
No	`>`	`recv`	FD fd, UINT32 size	all	all
No	`<`	`recv`	ERRNO res, BYTEBUF data	all	all
Yes	`>`	`recvfrom`	FD fd, UINT32 size	all	all
Yes	`<`	`recvfrom`	ERRNO res, BYTEBUF data, SOCKTUPLE tuple	all	all
Yes	`>`	`shutdown`	FD fd, ENUMFLAGS8 how: SHUT_UNKNOWN, SHUT_RDWR, SHUT_WR, SHUT_RD	all	all
Yes	`<`	`shutdown`	ERRNO res	all	all
Yes	`>`	`getsockname`		all	all
Yes	`<`	`getsockname`		all	all
Yes	`>`	`getpeername`		all	all
Yes	`<`	`getpeername`		all	all
Yes	`>`	`socketpair`	ENUMFLAGS32 domain: AF_NFC, AF_ALG, AF_CAIF, AF_IEEE802154, AF_PHONET, AF_ISDN, AF_RXRPC, AF_IUCV, AF_BLUETOOTH, AF_TIPC, AF_CAN, AF_LLC, AF_WANPIPE, AF_PPPOX, AF_IRDA, AF_SNA, AF_RDS, AF_ATMSVC, AF_ECONET, AF_ASH, AF_PACKET, AF_ROUTE, AF_NETLINK, AF_KEY, AF_SECURITY, AF_NETBEUI, AF_DECnet, AF_ROSE, AF_INET6, AF_X25, AF_ATMPVC, AF_BRIDGE, AF_NETROM, AF_APPLETALK, AF_IPX, AF_AX25, AF_INET, AF_LOCAL, AF_UNIX, AF_UNSPEC, UINT32 type, UINT32 proto	all	all
Yes	`<`	`socketpair`	ERRNO res, FD fd1, FD fd2, UINT64 source, UINT64 peer	all	all
Yes	`>`	`setsockopt`		all	all
Yes	`<`	`setsockopt`	ERRNO res, FD fd, ENUMFLAGS8 level: SOL_SOCKET, SOL_TCP, UNKNOWN, ENUMFLAGS8 optname: SO_COOKIE, SO_MEMINFO, SO_PEERGROUPS, SO_ATTACH_BPF, SO_INCOMING_CPU, SO_BPF_EXTENSIONS, SO_MAX_PACING_RATE, SO_BUSY_POLL, SO_SELECT_ERR_QUEUE, SO_LOCK_FILTER, SO_NOFCS, SO_PEEK_OFF, SO_WIFI_STATUS, SO_RXQ_OVFL, SO_DOMAIN, SO_PROTOCOL, SO_TIMESTAMPING, SO_MARK, SO_TIMESTAMPNS, SO_PASSSEC, SO_PEERSEC, SO_ACCEPTCONN, SO_TIMESTAMP, SO_PEERNAME, SO_DETACH_FILTER, SO_ATTACH_FILTER, SO_BINDTODEVICE, SO_SECURITY_ENCRYPTION_NETWORK, SO_SECURITY_ENCRYPTION_TRANSPORT, SO_SECURITY_AUTHENTICATION, SO_SNDTIMEO, SO_RCVTIMEO, SO_SNDLOWAT, SO_RCVLOWAT, SO_PEERCRED, SO_PASSCRED, SO_REUSEPORT, SO_BSDCOMPAT, SO_LINGER, SO_PRIORITY, SO_NO_CHECK, SO_OOBINLINE, SO_KEEPALIVE, SO_RCVBUFFORCE, SO_SNDBUFFORCE, SO_RCVBUF, SO_SNDBUF, SO_BROADCAST, SO_DONTROUTE, SO_ERROR, SO_TYPE, SO_REUSEADDR, SO_DEBUG, UNKNOWN, DYNAMIC val, UINT32 optlen	all	all
Yes	`>`	`getsockopt`		all	all
Yes	`<`	`getsockopt`	ERRNO res, FD fd, ENUMFLAGS8 level: SOL_SOCKET, SOL_TCP, UNKNOWN, ENUMFLAGS8 optname: SO_COOKIE, SO_MEMINFO, SO_PEERGROUPS, SO_ATTACH_BPF, SO_INCOMING_CPU, SO_BPF_EXTENSIONS, SO_MAX_PACING_RATE, SO_BUSY_POLL, SO_SELECT_ERR_QUEUE, SO_LOCK_FILTER, SO_NOFCS, SO_PEEK_OFF, SO_WIFI_STATUS, SO_RXQ_OVFL, SO_DOMAIN, SO_PROTOCOL, SO_TIMESTAMPING, SO_MARK, SO_TIMESTAMPNS, SO_PASSSEC, SO_PEERSEC, SO_ACCEPTCONN, SO_TIMESTAMP, SO_PEERNAME, SO_DETACH_FILTER, SO_ATTACH_FILTER, SO_BINDTODEVICE, SO_SECURITY_ENCRYPTION_NETWORK, SO_SECURITY_ENCRYPTION_TRANSPORT, SO_SECURITY_AUTHENTICATION, SO_SNDTIMEO, SO_RCVTIMEO, SO_SNDLOWAT, SO_RCVLOWAT, SO_PEERCRED, SO_PASSCRED, SO_REUSEPORT, SO_BSDCOMPAT, SO_LINGER, SO_PRIORITY, SO_NO_CHECK, SO_OOBINLINE, SO_KEEPALIVE, SO_RCVBUFFORCE, SO_SNDBUFFORCE, SO_RCVBUF, SO_SNDBUF, SO_BROADCAST, SO_DONTROUTE, SO_ERROR, SO_TYPE, SO_REUSEADDR, SO_DEBUG, UNKNOWN, DYNAMIC val, UINT32 optlen	all	all
Yes	`>`	`sendmsg`	FD fd, UINT32 size, SOCKTUPLE tuple	all	all
Yes	`<`	`sendmsg`	ERRNO res, BYTEBUF data	all	all
Yes	`>`	`sendmmsg`		all	all
Yes	`<`	`sendmmsg`	ERRNO res, FD fd, UINT32 size, BYTEBUF data, SOCKTUPLE tuple	all	all
Yes	`>`	`recvmsg`	FD fd	all	all
Yes	`<`	`recvmsg`	ERRNO res, UINT32 size, BYTEBUF data, SOCKTUPLE tuple, BYTEBUF msgcontrol	all	all
Yes	`>`	`recvmmsg`		all	all
Yes	`<`	`recvmmsg`	ERRNO res, FD fd, UINT32 size, BYTEBUF data, SOCKTUPLE tuple, BYTEBUF msgcontrol	all	all
Yes	`>`	`creat`	FSPATH name, UINT32 mode	all	all
Yes	`<`	`creat`	FD fd, FSPATH name, UINT32 mode, UINT32 dev, UINT64 ino, FLAGS16 creat_flags: FD_UPPER_LAYER_CREAT, FD_LOWER_LAYER_CREAT	all	all
Yes	`>`	`pipe`		all	all
Yes	`<`	`pipe`	ERRNO res, FD fd1, FD fd2, UINT64 ino	all	all
Yes	`>`	`eventfd`	UINT64 initval, UINT32 flags	all	all
Yes	`<`	`eventfd`	FD res	all	all
Yes	`>`	`futex`	UINT64 addr, FLAGS16 op: FUTEX_CLOCK_REALTIME, FUTEX_PRIVATE_FLAG, FUTEX_CMP_REQUEUE_PI, FUTEX_WAIT_REQUEUE_PI, FUTEX_WAKE_BITSET, FUTEX_WAIT_BITSET, FUTEX_TRYLOCK_PI, FUTEX_UNLOCK_PI, FUTEX_LOCK_PI, FUTEX_WAKE_OP, FUTEX_CMP_REQUEUE, FUTEX_REQUEUE, FUTEX_FD, FUTEX_WAKE, FUTEX_WAIT, UINT64 val	all	all
Yes	`<`	`futex`	ERRNO res	all	all
Yes	`>`	`stat`		all	all
Yes	`<`	`stat`	ERRNO res, FSPATH path	all	all
Yes	`>`	`lstat`		all	all
Yes	`<`	`lstat`	ERRNO res, FSPATH path	all	all
Yes	`>`	`fstat`	FD fd	all	all
Yes	`<`	`fstat`	ERRNO res	all	all
Yes	`>`	`stat64`		all	all
Yes	`<`	`stat64`	ERRNO res, FSPATH path	all	all
Yes	`>`	`lstat64`		all	all
Yes	`<`	`lstat64`	ERRNO res, FSPATH path	all	all
Yes	`>`	`fstat64`	FD fd	all	all
Yes	`<`	`fstat64`	ERRNO res	all	all
Yes	`>`	`epoll_wait`	ERRNO maxevents	all	all
Yes	`<`	`epoll_wait`	ERRNO res	all	all
Yes	`>`	`poll`	FDLIST fds, INT64 timeout	all	all
Yes	`<`	`poll`	ERRNO res, FDLIST fds	all	all
Yes	`>`	`select`		all	all
Yes	`<`	`select`	ERRNO res	all	all
Yes	`>`	`lseek`	FD fd, UINT64 offset, ENUMFLAGS8 whence: SEEK_END, SEEK_CUR, SEEK_SET	all	all
Yes	`<`	`lseek`	ERRNO res	all	all
Yes	`>`	`llseek`	FD fd, UINT64 offset, ENUMFLAGS8 whence: SEEK_END, SEEK_CUR, SEEK_SET	all	all
Yes	`<`	`llseek`	ERRNO res	all	all
Yes	`>`	`getcwd`		all	all
Yes	`<`	`getcwd`	ERRNO res, CHARBUF path	all	all
Yes	`>`	`chdir`		all	all
Yes	`<`	`chdir`	ERRNO res, CHARBUF path	all	all
Yes	`>`	`fchdir`	FD fd	all	all
Yes	`<`	`fchdir`	ERRNO res	all	all
No	`>`	`pread`	FD fd, UINT32 size, UINT64 pos	all	all
No	`<`	`pread`	ERRNO res, BYTEBUF data, FD fd, UINT32 size, UINT64 pos	all	all
No	`>`	`pwrite`	FD fd, UINT32 size, UINT64 pos	all	all
No	`<`	`pwrite`	ERRNO res, BYTEBUF data, FD fd, UINT32 size, UINT64 pos	all	all
No	`>`	`readv`	FD fd	all	all
No	`<`	`readv`	ERRNO res, UINT32 size, BYTEBUF data	all	all
No	`>`	`writev`	FD fd, UINT32 size	all	all
No	`<`	`writev`	ERRNO res, BYTEBUF data	all	all
No	`>`	`preadv`	FD fd, UINT64 pos	all	all
No	`<`	`preadv`	ERRNO res, UINT32 size, BYTEBUF data	all	all
No	`>`	`pwritev`	FD fd, UINT32 size, UINT64 pos	all	all
No	`<`	`pwritev`	ERRNO res, BYTEBUF data	all	all
Yes	`>`	`signalfd`	FD fd, UINT32 mask, UINT8 flags	all	all
Yes	`<`	`signalfd`	FD res	all	all
Yes	`>`	`kill`	PID pid, SIGTYPE sig	all	all
Yes	`<`	`kill`	ERRNO res	all	all
Yes	`>`	`tkill`	PID tid, SIGTYPE sig	all	all
Yes	`<`	`tkill`	ERRNO res	all	all
Yes	`>`	`tgkill`	PID pid, PID tid, SIGTYPE sig	all	all
Yes	`<`	`tgkill`	ERRNO res	all	all
Yes	`>`	`nanosleep`	RELTIME interval	all	all
Yes	`<`	`nanosleep`	ERRNO res	all	all
Yes	`>`	`timerfd_create`	UINT8 clockid, UINT8 flags	all	all
Yes	`<`	`timerfd_create`	FD res	all	all
Yes	`>`	`inotify_init`	UINT8 flags	all	all
Yes	`<`	`inotify_init`	FD res	all	all
Yes	`>`	`getrlimit`	ENUMFLAGS8 resource: RLIMIT_UNKNOWN, RLIMIT_RTTIME, RLIMIT_RTPRIO, RLIMIT_NICE, RLIMIT_MSGQUEUE, RLIMIT_SIGPENDING, RLIMIT_LOCKS, RLIMIT_AS, RLIMIT_MEMLOCK, RLIMIT_NOFILE, RLIMIT_NPROC, RLIMIT_RSS, RLIMIT_CORE, RLIMIT_STACK, RLIMIT_DATA, RLIMIT_FSIZE, RLIMIT_CPU	all	all
Yes	`<`	`getrlimit`	ERRNO res, INT64 cur, INT64 max	all	all
Yes	`>`	`setrlimit`	ENUMFLAGS8 resource: RLIMIT_UNKNOWN, RLIMIT_RTTIME, RLIMIT_RTPRIO, RLIMIT_NICE, RLIMIT_MSGQUEUE, RLIMIT_SIGPENDING, RLIMIT_LOCKS, RLIMIT_AS, RLIMIT_MEMLOCK, RLIMIT_NOFILE, RLIMIT_NPROC, RLIMIT_RSS, RLIMIT_CORE, RLIMIT_STACK, RLIMIT_DATA, RLIMIT_FSIZE, RLIMIT_CPU	all	all
Yes	`<`	`setrlimit`	ERRNO res, INT64 cur, INT64 max, ENUMFLAGS8 resource: RLIMIT_UNKNOWN, RLIMIT_RTTIME, RLIMIT_RTPRIO, RLIMIT_NICE, RLIMIT_MSGQUEUE, RLIMIT_SIGPENDING, RLIMIT_LOCKS, RLIMIT_AS, RLIMIT_MEMLOCK, RLIMIT_NOFILE, RLIMIT_NPROC, RLIMIT_RSS, RLIMIT_CORE, RLIMIT_STACK, RLIMIT_DATA, RLIMIT_FSIZE, RLIMIT_CPU	all	all
Yes	`>`	`prlimit`	PID pid, ENUMFLAGS8 resource: RLIMIT_UNKNOWN, RLIMIT_RTTIME, RLIMIT_RTPRIO, RLIMIT_NICE, RLIMIT_MSGQUEUE, RLIMIT_SIGPENDING, RLIMIT_LOCKS, RLIMIT_AS, RLIMIT_MEMLOCK, RLIMIT_NOFILE, RLIMIT_NPROC, RLIMIT_RSS, RLIMIT_CORE, RLIMIT_STACK, RLIMIT_DATA, RLIMIT_FSIZE, RLIMIT_CPU	all	all
Yes	`<`	`prlimit`	ERRNO res, INT64 newcur, INT64 newmax, INT64 oldcur, INT64 oldmax, INT64 pid, ENUMFLAGS8 resource: RLIMIT_UNKNOWN, RLIMIT_RTTIME, RLIMIT_RTPRIO, RLIMIT_NICE, RLIMIT_MSGQUEUE, RLIMIT_SIGPENDING, RLIMIT_LOCKS, RLIMIT_AS, RLIMIT_MEMLOCK, RLIMIT_NOFILE, RLIMIT_NPROC, RLIMIT_RSS, RLIMIT_CORE, RLIMIT_STACK, RLIMIT_DATA, RLIMIT_FSIZE, RLIMIT_CPU	all	all
Yes	`>`	`fcntl`	FD fd, ENUMFLAGS8 cmd: F_GETPIPE_SZ, F_SETPIPE_SZ, F_NOTIFY, F_DUPFD_CLOEXEC, F_CANCELLK, F_GETLEASE, F_SETLEASE, F_GETOWN_EX, F_SETOWN_EX, F_SETLKW64, F_SETLK64, F_GETLK64, F_GETSIG, F_SETSIG, F_GETOWN, F_SETOWN, F_SETLKW, F_SETLK, F_GETLK, F_SETFL, F_GETFL, F_SETFD, F_GETFD, F_DUPFD, F_OFD_GETLK, F_OFD_SETLK, F_OFD_SETLKW, UNKNOWN	all	all
Yes	`<`	`fcntl`	FD res, FD fd, ENUMFLAGS8 cmd: F_GETPIPE_SZ, F_SETPIPE_SZ, F_NOTIFY, F_DUPFD_CLOEXEC, F_CANCELLK, F_GETLEASE, F_SETLEASE, F_GETOWN_EX, F_SETOWN_EX, F_SETLKW64, F_SETLK64, F_GETLK64, F_GETSIG, F_SETSIG, F_GETOWN, F_SETOWN, F_SETLKW, F_SETLK, F_GETLK, F_SETFL, F_GETFL, F_SETFD, F_GETFD, F_DUPFD, F_OFD_GETLK, F_OFD_SETLK, F_OFD_SETLKW, UNKNOWN	all	all
Yes	`>`	`brk`	UINT64 addr	all	all
Yes	`<`	`brk`	UINT64 res, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap	all	all
Yes	`>`	`mmap`	UINT64 addr, UINT64 length, FLAGS32 prot: PROT_READ, PROT_WRITE, PROT_EXEC, PROT_SEM, PROT_GROWSDOWN, PROT_GROWSUP, PROT_SAO, PROT_NONE, FLAGS32 flags: MAP_SHARED, MAP_PRIVATE, MAP_FIXED, MAP_ANONYMOUS, MAP_32BIT, MAP_RENAME, MAP_NORESERVE, MAP_POPULATE, MAP_NONBLOCK, MAP_GROWSDOWN, MAP_DENYWRITE, MAP_EXECUTABLE, MAP_INHERIT, MAP_FILE, MAP_LOCKED, FD fd, UINT64 offset	all	all
Yes	`<`	`mmap`	ERRNO res, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap	all	all
Yes	`>`	`mmap2`	UINT64 addr, UINT64 length, FLAGS32 prot: PROT_READ, PROT_WRITE, PROT_EXEC, PROT_SEM, PROT_GROWSDOWN, PROT_GROWSUP, PROT_SAO, PROT_NONE, FLAGS32 flags: MAP_SHARED, MAP_PRIVATE, MAP_FIXED, MAP_ANONYMOUS, MAP_32BIT, MAP_RENAME, MAP_NORESERVE, MAP_POPULATE, MAP_NONBLOCK, MAP_GROWSDOWN, MAP_DENYWRITE, MAP_EXECUTABLE, MAP_INHERIT, MAP_FILE, MAP_LOCKED, FD fd, UINT64 pgoffset	all	all
Yes	`<`	`mmap2`	ERRNO res, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap	all	all
Yes	`>`	`munmap`	UINT64 addr, UINT64 length	all	all
Yes	`<`	`munmap`	ERRNO res, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap	all	all
Yes	`>`	`splice`	FD fd_in, FD fd_out, UINT64 size, FLAGS32 flags: SPLICE_F_MOVE, SPLICE_F_NONBLOCK, SPLICE_F_MORE, SPLICE_F_GIFT	all	all
Yes	`<`	`splice`	ERRNO res	all	all
Yes	`>`	`ptrace`	ENUMFLAGS16 request: PTRACE_SINGLEBLOCK, PTRACE_SYSEMU_SINGLESTEP, PTRACE_SYSEMU, PTRACE_ARCH_PRCTL, PTRACE_SET_THREAD_AREA, PTRACE_GET_THREAD_AREA, PTRACE_OLDSETOPTIONS, PTRACE_SETFPXREGS, PTRACE_GETFPXREGS, PTRACE_SETFPREGS, PTRACE_GETFPREGS, PTRACE_SETREGS, PTRACE_GETREGS, PTRACE_SETSIGMASK, PTRACE_GETSIGMASK, PTRACE_PEEKSIGINFO, PTRACE_LISTEN, PTRACE_INTERRUPT, PTRACE_SEIZE, PTRACE_SETREGSET, PTRACE_GETREGSET, PTRACE_SETSIGINFO, PTRACE_GETSIGINFO, PTRACE_GETEVENTMSG, PTRACE_SETOPTIONS, PTRACE_SYSCALL, PTRACE_DETACH, PTRACE_ATTACH, PTRACE_SINGLESTEP, PTRACE_KILL, PTRACE_CONT, PTRACE_POKEUSR, PTRACE_POKEDATA, PTRACE_POKETEXT, PTRACE_PEEKUSR, PTRACE_PEEKDATA, PTRACE_PEEKTEXT, PTRACE_TRACEME, PTRACE_UNKNOWN, PID pid	all	all
Yes	`<`	`ptrace`	ERRNO res, DYNAMIC addr, DYNAMIC data	all	all
Yes	`>`	`ioctl`	FD fd, UINT64 request, UINT64 argument	all	all
Yes	`<`	`ioctl`	ERRNO res	all	all
Yes	`>`	`rename`		all	all
Yes	`<`	`rename`	ERRNO res, FSPATH oldpath, FSPATH newpath	all	all
Yes	`>`	`renameat`		all	all
Yes	`<`	`renameat`	ERRNO res, FD olddirfd, FSRELPATH oldpath, FD newdirfd, FSRELPATH newpath	all	all
Yes	`>`	`symlink`		all	all
Yes	`<`	`symlink`	ERRNO res, CHARBUF target, FSPATH linkpath	all	all
Yes	`>`	`symlinkat`		all	all
Yes	`<`	`symlinkat`	ERRNO res, CHARBUF target, FD linkdirfd, FSRELPATH linkpath	all	all
No	`>`	`sendfile`	FD out_fd, FD in_fd, UINT64 offset, UINT64 size	all	all
No	`<`	`sendfile`	ERRNO res, UINT64 offset	all	all
Yes	`>`	`quotactl`	FLAGS16 cmd: Q_QUOTAON, Q_QUOTAOFF, Q_GETFMT, Q_GETINFO, Q_SETINFO, Q_GETQUOTA, Q_SETQUOTA, Q_SYNC, Q_XQUOTAON, Q_XQUOTAOFF, Q_XGETQUOTA, Q_XSETQLIM, Q_XGETQSTAT, Q_XQUOTARM, Q_XQUOTASYNC, FLAGS8 type: USRQUOTA, GRPQUOTA, UINT32 id, FLAGS8 quota_fmt: QFMT_NOT_USED, QFMT_VFS_OLD, QFMT_VFS_V0, QFMT_VFS_V1	all	all
Yes	`<`	`quotactl`	ERRNO res, CHARBUF special, CHARBUF quotafilepath, UINT64 dqb_bhardlimit, UINT64 dqb_bsoftlimit, UINT64 dqb_curspace, UINT64 dqb_ihardlimit, UINT64 dqb_isoftlimit, RELTIME dqb_btime, RELTIME dqb_itime, RELTIME dqi_bgrace, RELTIME dqi_igrace, FLAGS8 dqi_flags: DQF_NONE, V1_DQF_RSQUASH, FLAGS8 quota_fmt_out: QFMT_NOT_USED, QFMT_VFS_OLD, QFMT_VFS_V0, QFMT_VFS_V1	all	all
Yes	`>`	`setresuid`	UID ruid, UID euid, UID suid	all	all
Yes	`<`	`setresuid`	ERRNO res	all	all
Yes	`>`	`setresgid`	GID rgid, GID egid, GID sgid	all	all
Yes	`<`	`setresgid`	ERRNO res	all	all
Yes	`>`	`setuid`	UID uid	all	all
Yes	`<`	`setuid`	ERRNO res	all	all
Yes	`>`	`setgid`	GID gid	all	all
Yes	`<`	`setgid`	ERRNO res	all	all
Yes	`>`	`getuid`		all	all
Yes	`<`	`getuid`	UID uid	all	all
Yes	`>`	`geteuid`		all	all
Yes	`<`	`geteuid`	UID euid	all	all
Yes	`>`	`getgid`		all	all
Yes	`<`	`getgid`	GID gid	all	all
Yes	`>`	`getegid`		all	all
Yes	`<`	`getegid`	GID egid	all	all
Yes	`>`	`getresuid`		all	all
Yes	`<`	`getresuid`	ERRNO res, UID ruid, UID euid, UID suid	all	all
Yes	`>`	`getresgid`		all	all
Yes	`<`	`getresgid`	ERRNO res, GID rgid, GID egid, GID sgid	all	all
Yes	`>`	`clone`		all	all
Yes	`<`	`clone`	PID res, CHARBUF exe, BYTEBUF args, PID tid, PID pid, PID ptid, CHARBUF cwd, INT64 fdlimit, UINT64 pgft_maj, UINT64 pgft_min, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap, CHARBUF comm, BYTEBUF cgroups, FLAGS32 flags: CLONE_FILES, CLONE_FS, CLONE_IO, CLONE_NEWIPC, CLONE_NEWNET, CLONE_NEWNS, CLONE_NEWPID, CLONE_NEWUTS, CLONE_PARENT, CLONE_PARENT_SETTID, CLONE_PTRACE, CLONE_SIGHAND, CLONE_SYSVSEM, CLONE_THREAD, CLONE_UNTRACED, CLONE_VM, CLONE_INVERTED, NAME_CHANGED, CLOSED, CLONE_NEWUSER, CLONE_CHILD_CLEARTID, CLONE_CHILD_SETTID, CLONE_SETTLS, CLONE_STOPPED, CLONE_VFORK, CLONE_NEWCGROUP, UINT32 uid, UINT32 gid, PID vtid, PID vpid, UINT64 pidns_init_start_ts	all	all
Yes	`>`	`fork`		all	all
Yes	`<`	`fork`	PID res, CHARBUF exe, BYTEBUF args, PID tid, PID pid, PID ptid, CHARBUF cwd, INT64 fdlimit, UINT64 pgft_maj, UINT64 pgft_min, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap, CHARBUF comm, BYTEBUF cgroups, FLAGS32 flags: CLONE_FILES, CLONE_FS, CLONE_IO, CLONE_NEWIPC, CLONE_NEWNET, CLONE_NEWNS, CLONE_NEWPID, CLONE_NEWUTS, CLONE_PARENT, CLONE_PARENT_SETTID, CLONE_PTRACE, CLONE_SIGHAND, CLONE_SYSVSEM, CLONE_THREAD, CLONE_UNTRACED, CLONE_VM, CLONE_INVERTED, NAME_CHANGED, CLOSED, CLONE_NEWUSER, CLONE_CHILD_CLEARTID, CLONE_CHILD_SETTID, CLONE_SETTLS, CLONE_STOPPED, CLONE_VFORK, CLONE_NEWCGROUP, UINT32 uid, UINT32 gid, PID vtid, PID vpid, UINT64 pidns_init_start_ts	all	all
Yes	`>`	`vfork`		all	all
Yes	`<`	`vfork`	PID res, CHARBUF exe, BYTEBUF args, PID tid, PID pid, PID ptid, CHARBUF cwd, INT64 fdlimit, UINT64 pgft_maj, UINT64 pgft_min, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap, CHARBUF comm, BYTEBUF cgroups, FLAGS32 flags: CLONE_FILES, CLONE_FS, CLONE_IO, CLONE_NEWIPC, CLONE_NEWNET, CLONE_NEWNS, CLONE_NEWPID, CLONE_NEWUTS, CLONE_PARENT, CLONE_PARENT_SETTID, CLONE_PTRACE, CLONE_SIGHAND, CLONE_SYSVSEM, CLONE_THREAD, CLONE_UNTRACED, CLONE_VM, CLONE_INVERTED, NAME_CHANGED, CLOSED, CLONE_NEWUSER, CLONE_CHILD_CLEARTID, CLONE_CHILD_SETTID, CLONE_SETTLS, CLONE_STOPPED, CLONE_VFORK, CLONE_NEWCGROUP, UINT32 uid, UINT32 gid, PID vtid, PID vpid, UINT64 pidns_init_start_ts	all	all
Yes	`>`	`getdents`	FD fd	all	all
Yes	`<`	`getdents`	ERRNO res	all	all
Yes	`>`	`getdents64`	FD fd	all	all
Yes	`<`	`getdents64`	ERRNO res	all	all
Yes	`>`	`setns`	FD fd, FLAGS32 nstype: CLONE_FILES, CLONE_FS, CLONE_IO, CLONE_NEWIPC, CLONE_NEWNET, CLONE_NEWNS, CLONE_NEWPID, CLONE_NEWUTS, CLONE_PARENT, CLONE_PARENT_SETTID, CLONE_PTRACE, CLONE_SIGHAND, CLONE_SYSVSEM, CLONE_THREAD, CLONE_UNTRACED, CLONE_VM, CLONE_INVERTED, NAME_CHANGED, CLOSED, CLONE_NEWUSER, CLONE_CHILD_CLEARTID, CLONE_CHILD_SETTID, CLONE_SETTLS, CLONE_STOPPED, CLONE_VFORK, CLONE_NEWCGROUP	all	all
Yes	`<`	`setns`	ERRNO res	all	all
Yes	`>`	`flock`	FD fd, FLAGS32 operation: LOCK_SH, LOCK_EX, LOCK_NB, LOCK_UN, LOCK_NONE	all	all
Yes	`<`	`flock`	ERRNO res	all	all
Yes	`>`	`accept`		all	all
Yes	`<`	`accept`	FD fd, SOCKTUPLE tuple, UINT8 queuepct, UINT32 queuelen, UINT32 queuemax	all	all
Yes	`>`	`semop`	INT32 semid	all	all
Yes	`<`	`semop`	ERRNO res, UINT32 nsops, UINT16 sem_num_0, INT16 sem_op_0, FLAGS16 sem_flg_0: IPC_NOWAIT, SEM_UNDO, UINT16 sem_num_1, INT16 sem_op_1, FLAGS16 sem_flg_1: IPC_NOWAIT, SEM_UNDO	all	all
Yes	`>`	`semctl`	INT32 semid, INT32 semnum, FLAGS16 cmd: IPC_STAT, IPC_SET, IPC_RMID, IPC_INFO, SEM_INFO, SEM_STAT, GETALL, GETNCNT, GETPID, GETVAL, GETZCNT, SETALL, SETVAL, INT32 val	all	all
Yes	`<`	`semctl`	ERRNO res	all	all
Yes	`>`	`ppoll`	FDLIST fds, RELTIME timeout, SIGSET sigmask	all	all
Yes	`<`	`ppoll`	ERRNO res, FDLIST fds	all	all
Yes	`>`	`mount`	FLAGS32 flags: RDONLY, NOSUID, NODEV, NOEXEC, SYNCHRONOUS, REMOUNT, MANDLOCK, DIRSYNC, NOATIME, NODIRATIME, BIND, MOVE, REC, SILENT, POSIXACL, UNBINDABLE, PRIVATE, SLAVE, SHARED, RELATIME, KERNMOUNT, I_VERSION, STRICTATIME, LAZYTIME, NOSEC, BORN, ACTIVE, NOUSER	all	all
Yes	`<`	`mount`	ERRNO res, CHARBUF dev, FSPATH dir, CHARBUF type	all	all
Yes	`>`	`semget`	INT32 key, INT32 nsems, FLAGS32 semflg: IPC_EXCL, IPC_CREAT	all	all
Yes	`<`	`semget`	ERRNO res	all	all
Yes	`>`	`access`	FLAGS32 mode: F_OK, R_OK, W_OK, X_OK	all	all
Yes	`<`	`access`	ERRNO res, FSPATH name	all	all
Yes	`>`	`chroot`		all	all
Yes	`<`	`chroot`	ERRNO res, FSPATH path	all	all
Yes	`>`	`setsid`		all	all
Yes	`<`	`setsid`	PID res	all	all
Yes	`>`	`mkdir`	UINT32 mode	all	all
Yes	`<`	`mkdir`	ERRNO res, FSPATH path	all	all
Yes	`>`	`rmdir`		all	all
Yes	`<`	`rmdir`	ERRNO res, FSPATH path	all	all
Yes	`>`	`unshare`	FLAGS32 flags: CLONE_FILES, CLONE_FS, CLONE_IO, CLONE_NEWIPC, CLONE_NEWNET, CLONE_NEWNS, CLONE_NEWPID, CLONE_NEWUTS, CLONE_PARENT, CLONE_PARENT_SETTID, CLONE_PTRACE, CLONE_SIGHAND, CLONE_SYSVSEM, CLONE_THREAD, CLONE_UNTRACED, CLONE_VM, CLONE_INVERTED, NAME_CHANGED, CLOSED, CLONE_NEWUSER, CLONE_CHILD_CLEARTID, CLONE_CHILD_SETTID, CLONE_SETTLS, CLONE_STOPPED, CLONE_VFORK, CLONE_NEWCGROUP	all	all
Yes	`<`	`unshare`	ERRNO res	all	all
Yes	`>`	`execve`	FSPATH filename	all	all
Yes	`<`	`execve`	ERRNO res, CHARBUF exe, BYTEBUF args, PID tid, PID pid, PID ptid, CHARBUF cwd, UINT64 fdlimit, UINT64 pgft_maj, UINT64 pgft_min, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap, CHARBUF comm, BYTEBUF cgroups, BYTEBUF env, UINT32 tty, PID vpgid, UID loginuid, FLAGS32 flags: EXE_WRITABLE, EXE_UPPER_LAYER, EXE_FROM_MEMFD, EXE_LOWER_LAYER, UINT64 cap_inheritable, UINT64 cap_permitted, UINT64 cap_effective, UINT64 exe_ino, ABSTIME exe_ino_ctime, ABSTIME exe_ino_mtime, UID uid, FSPATH trusted_exepath, PID pgid, GID gid	all	all
Yes	`>`	`setpgid`	PID pid, PID pgid	all	all
Yes	`<`	`setpgid`	PID res	all	all
Yes	`>`	`seccomp`	UINT64 op, UINT64 flags	all	all
Yes	`<`	`seccomp`	ERRNO res	all	all
Yes	`>`	`unlink`		all	all
Yes	`<`	`unlink`	ERRNO res, FSPATH path	all	all
Yes	`>`	`unlinkat`		all	all
Yes	`<`	`unlinkat`	ERRNO res, FD dirfd, FSRELPATH name, FLAGS32 flags: AT_REMOVEDIR	all	all
Yes	`>`	`mkdirat`		all	all
Yes	`<`	`mkdirat`	ERRNO res, FD dirfd, FSRELPATH path, UINT32 mode	all	all
Yes	`>`	`openat`	FD dirfd, FSRELPATH name, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER, UINT32 mode	all	all
Yes	`<`	`openat`	FD fd, FD dirfd, FSRELPATH name, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER, UINT32 mode, UINT32 dev, UINT64 ino	all	all
Yes	`>`	`link`		all	all
Yes	`<`	`link`	ERRNO res, FSPATH oldpath, FSPATH newpath	all	all
Yes	`>`	`linkat`		all	all
Yes	`<`	`linkat`	ERRNO res, FD olddir, FSRELPATH oldpath, FD newdir, FSRELPATH newpath, FLAGS32 flags: AT_SYMLINK_FOLLOW, AT_EMPTY_PATH	all	all
Yes	`>`	`fchmodat`		all	all
Yes	`<`	`fchmodat`	ERRNO res, FD dirfd, FSRELPATH filename, MODE mode	all	all
Yes	`>`	`chmod`		all	all
Yes	`<`	`chmod`	ERRNO res, FSPATH filename, MODE mode	all	all
Yes	`>`	`fchmod`		all	all
Yes	`<`	`fchmod`	ERRNO res, FD fd, MODE mode	all	all
Yes	`>`	`renameat2`		all	all
Yes	`<`	`renameat2`	ERRNO res, FD olddirfd, FSRELPATH oldpath, FD newdirfd, FSRELPATH newpath, FLAGS32 flags: RENAME_NOREPLACE, RENAME_EXCHANGE, RENAME_WHITEOUT	all	all
Yes	`>`	`userfaultfd`		all	all
Yes	`<`	`userfaultfd`	ERRNO res, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER	all	all
Yes	`>`	`openat2`	FD dirfd, FSRELPATH name, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER, UINT32 mode, FLAGS32 resolve: RESOLVE_BENEATH, RESOLVE_IN_ROOT, RESOLVE_NO_MAGICLINKS, RESOLVE_NO_SYMLINKS, RESOLVE_NO_XDEV, RESOLVE_CACHED	all	all
Yes	`<`	`openat2`	FD fd, FD dirfd, FSRELPATH name, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER, UINT32 mode, FLAGS32 resolve: RESOLVE_BENEATH, RESOLVE_IN_ROOT, RESOLVE_NO_MAGICLINKS, RESOLVE_NO_SYMLINKS, RESOLVE_NO_XDEV, RESOLVE_CACHED, UINT32 dev, UINT64 ino	all	all
Yes	`>`	`mprotect`	UINT64 addr, UINT64 length, FLAGS32 prot: PROT_READ, PROT_WRITE, PROT_EXEC, PROT_SEM, PROT_GROWSDOWN, PROT_GROWSUP, PROT_SAO, PROT_NONE	all	all
Yes	`<`	`mprotect`	ERRNO res	all	all
Yes	`>`	`execveat`	FD dirfd, FSRELPATH pathname, FLAGS32 flags: AT_EMPTY_PATH, AT_SYMLINK_NOFOLLOW	all	all
Yes	`<`	`execveat`	ERRNO res, CHARBUF exe, BYTEBUF args, PID tid, PID pid, PID ptid, CHARBUF cwd, UINT64 fdlimit, UINT64 pgft_maj, UINT64 pgft_min, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap, CHARBUF comm, BYTEBUF cgroups, BYTEBUF env, UINT32 tty, PID vpgid, UID loginuid, FLAGS32 flags: EXE_WRITABLE, EXE_UPPER_LAYER, EXE_FROM_MEMFD, EXE_LOWER_LAYER, UINT64 cap_inheritable, UINT64 cap_permitted, UINT64 cap_effective, UINT64 exe_ino, ABSTIME exe_ino_ctime, ABSTIME exe_ino_mtime, UID uid, FSPATH trusted_exepath, PID pgid, GID gid	all	all
Yes	`>`	`copy_file_range`	FD fdin, UINT64 offin, UINT64 len	all	all
Yes	`<`	`copy_file_range`	ERRNO res, FD fdout, UINT64 offout	all	all
Yes	`>`	`clone3`		all	all
Yes	`<`	`clone3`	PID res, CHARBUF exe, BYTEBUF args, PID tid, PID pid, PID ptid, CHARBUF cwd, INT64 fdlimit, UINT64 pgft_maj, UINT64 pgft_min, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap, CHARBUF comm, BYTEBUF cgroups, FLAGS32 flags: CLONE_FILES, CLONE_FS, CLONE_IO, CLONE_NEWIPC, CLONE_NEWNET, CLONE_NEWNS, CLONE_NEWPID, CLONE_NEWUTS, CLONE_PARENT, CLONE_PARENT_SETTID, CLONE_PTRACE, CLONE_SIGHAND, CLONE_SYSVSEM, CLONE_THREAD, CLONE_UNTRACED, CLONE_VM, CLONE_INVERTED, NAME_CHANGED, CLOSED, CLONE_NEWUSER, CLONE_CHILD_CLEARTID, CLONE_CHILD_SETTID, CLONE_SETTLS, CLONE_STOPPED, CLONE_VFORK, CLONE_NEWCGROUP, UINT32 uid, UINT32 gid, PID vtid, PID vpid, UINT64 pidns_init_start_ts	all	all
Yes	`>`	`open_by_handle_at`		all	all
Yes	`<`	`open_by_handle_at`	FD fd, FD mountfd, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER, FSPATH path, UINT32 dev, UINT64 ino	all	all
Yes	`>`	`io_uring_setup`		all	all
Yes	`<`	`io_uring_setup`	ERRNO res, UINT32 entries, UINT32 sq_entries, UINT32 cq_entries, FLAGS32 flags: IORING_SETUP_IOPOLL, IORING_SETUP_SQPOLL, IORING_SQ_NEED_WAKEUP, IORING_SETUP_SQ_AFF, IORING_SETUP_CQSIZE, IORING_SETUP_CLAMP, IORING_SETUP_ATTACH_RW, IORING_SETUP_R_DISABLED, UINT32 sq_thread_cpu, UINT32 sq_thread_idle, FLAGS32 features: IORING_FEAT_SINGLE_MMAP, IORING_FEAT_NODROP, IORING_FEAT_SUBMIT_STABLE, IORING_FEAT_RW_CUR_POS, IORING_FEAT_CUR_PERSONALITY, IORING_FEAT_FAST_POLL, IORING_FEAT_POLL_32BITS, IORING_FEAT_SQPOLL_NONFIXED, IORING_FEAT_ENTER_EXT_ARG, IORING_FEAT_NATIVE_WORKERS, IORING_FEAT_RSRC_TAGS	all	all
Yes	`>`	`io_uring_enter`		all	all
Yes	`<`	`io_uring_enter`	ERRNO res, FD fd, UINT32 to_submit, UINT32 min_complete, FLAGS32 flags: IORING_ENTER_GETEVENTS, IORING_ENTER_SQ_WAKEUP, IORING_ENTER_SQ_WAIT, IORING_ENTER_EXT_ARG, SIGSET sig	all	all
Yes	`>`	`io_uring_register`		all	all
Yes	`<`	`io_uring_register`	ERRNO res, FD fd, ENUMFLAGS16 opcode: IORING_REGISTER_BUFFERS, IORING_UNREGISTER_BUFFERS, IORING_REGISTER_FILES, IORING_UNREGISTER_FILES, IORING_REGISTER_EVENTFD, IORING_UNREGISTER_EVENTFD, IORING_REGISTER_FILES_UPDATE, IORING_REGISTER_EVENTFD_ASYNC, IORING_REGISTER_PROBE, IORING_REGISTER_PERSONALITY, IORING_UNREGISTER_PERSONALITY, IORING_REGISTER_RESTRICTIONS, IORING_REGISTER_ENABLE_RINGS, IORING_REGISTER_FILES2, IORING_REGISTER_FILES_UPDATE2, IORING_REGISTER_BUFFERS2, IORING_REGISTER_BUFFERS_UPDATE, IORING_REGISTER_IOWQ_AFF, IORING_UNREGISTER_IOWQ_AFF, IORING_REGISTER_IOWQ_MAX_WORKERS, IORING_REGISTER_RING_FDS, IORING_UNREGISTER_RING_FDS, UINT64 arg, UINT32 nr_args	all	all
Yes	`>`	`mlock`		all	all
Yes	`<`	`mlock`	ERRNO res, UINT64 addr, UINT64 len	all	all
Yes	`>`	`munlock`		all	all
Yes	`<`	`munlock`	ERRNO res, UINT64 addr, UINT64 len	all	all
Yes	`>`	`mlockall`		all	all
Yes	`<`	`mlockall`	ERRNO res, FLAGS32 flags: MCL_CURRENT, MCL_FUTURE, MCL_ONFAULT	all	all
Yes	`>`	`munlockall`		all	all
Yes	`<`	`munlockall`	ERRNO res	all	all
Yes	`>`	`capset`		all	all
Yes	`<`	`capset`	ERRNO res, UINT64 cap_inheritable, UINT64 cap_permitted, UINT64 cap_effective	all	all
Yes	`>`	`dup2`	FD fd	all	all
Yes	`<`	`dup2`	FD res, FD oldfd, FD newfd	all	all
Yes	`>`	`dup3`	FD fd	all	all
Yes	`<`	`dup3`	FD res, FD oldfd, FD newfd, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER	all	all
Yes	`>`	`dup`	FD fd	all	all
Yes	`<`	`dup`	FD res, FD oldfd	all	all
Yes	`>`	`bpf`	INT64 cmd	all	all
Yes	`<`	`bpf`	FD fd, ENUMFLAGS32 cmd: BPF_MAP_CREATE, BPF_MAP_LOOKUP_ELEM, BPF_MAP_UPDATE_ELEM, BPF_MAP_DELETE_ELEM, BPF_MAP_GET_NEXT_KEY, BPF_PROG_LOAD, BPF_OBJ_PIN, BPF_OBJ_GET, BPF_PROG_ATTACH, BPF_PROG_DETACH, BPF_PROG_TEST_RUN, BPF_PROG_RUN, BPF_PROG_GET_NEXT_ID, BPF_MAP_GET_NEXT_ID, BPF_PROG_GET_FD_BY_ID, BPF_MAP_GET_FD_BY_ID, BPF_OBJ_GET_INFO_BY_FD, BPF_PROG_QUERY, BPF_RAW_TRACEPOINT_OPEN, BPF_BTF_LOAD, BPF_BTF_GET_FD_BY_ID, BPF_TASK_FD_QUERY, BPF_MAP_LOOKUP_AND_DELETE_ELEM, BPF_MAP_FREEZE, BPF_BTF_GET_NEXT_ID, BPF_MAP_LOOKUP_BATCH, BPF_MAP_LOOKUP_AND_DELETE_BATCH, BPF_MAP_UPDATE_BATCH, BPF_MAP_DELETE_BATCH, BPF_LINK_CREATE, BPF_LINK_UPDATE, BPF_LINK_GET_FD_BY_ID, BPF_LINK_GET_NEXT_ID, BPF_ENABLE_STATS, BPF_ITER_CREATE, BPF_LINK_DETACH, BPF_PROG_BIND_MAP	all	all
Yes	`>`	`mlock2`		all	all
Yes	`<`	`mlock2`	ERRNO res, UINT64 addr, UINT64 len, FLAGS32 flags: MLOCK_ONFAULT	all	all
Yes	`>`	`fsconfig`		all	all
Yes	`<`	`fsconfig`	ERRNO res, FD fd, ENUMFLAGS32 cmd: FSCONFIG_SET_FLAG, FSCONFIG_SET_STRING, FSCONFIG_SET_BINARY, FSCONFIG_SET_PATH, FSCONFIG_SET_PATH_EMPTY, FSCONFIG_SET_FD, FSCONFIG_CMD_CREATE, FSCONFIG_CMD_RECONFIGURE, CHARBUF key, BYTEBUF value_bytebuf, CHARBUF value_charbuf, INT32 aux	all	all
Yes	`>`	`epoll_create`	INT32 size	all	all
Yes	`<`	`epoll_create`	ERRNO res	all	all
Yes	`>`	`epoll_create1`	FLAGS32 flags: EPOLL_CLOEXEC	all	all
Yes	`<`	`epoll_create1`	ERRNO res	all	all
Yes	`>`	`chown`		all	all
Yes	`<`	`chown`	ERRNO res, FSPATH path, UINT32 uid, UINT32 gid	all	all
Yes	`>`	`lchown`		all	all
Yes	`<`	`lchown`	ERRNO res, FSPATH path, UINT32 uid, UINT32 gid	all	all
Yes	`>`	`fchown`		all	all
Yes	`<`	`fchown`	ERRNO res, FD fd, UINT32 uid, UINT32 gid	all	all
Yes	`>`	`fchownat`		all	all
Yes	`<`	`fchownat`	ERRNO res, FD dirfd, FSRELPATH pathname, UINT32 uid, UINT32 gid, FLAGS32 flags: AT_SYMLINK_NOFOLLOW, AT_EMPTY_PATH	all	all
Yes	`>`	`umount`		all	all
Yes	`<`	`umount`	ERRNO res, FSPATH name	all	all
Yes	`>`	`accept4`	INT32 flags	all	all
Yes	`<`	`accept4`	FD fd, SOCKTUPLE tuple, UINT8 queuepct, UINT32 queuelen, UINT32 queuemax	all	all
Yes	`>`	`umount2`	FLAGS32 flags: FORCE, DETACH, EXPIRE, NOFOLLOW	all	all
Yes	`<`	`umount2`	ERRNO res, FSPATH name	all	all
Yes	`>`	`pipe2`		all	all
Yes	`<`	`pipe2`	ERRNO res, FD fd1, FD fd2, UINT64 ino, FLAGS32 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER	all	all
Yes	`>`	`inotify_init1`		all	all
Yes	`<`	`inotify_init1`	FD res, FLAGS16 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER	all	all
Yes	`>`	`eventfd2`	UINT64 initval	all	all
Yes	`<`	`eventfd2`	FD res, FLAGS16 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER	all	all
Yes	`>`	`signalfd4`	FD fd, UINT32 mask	all	all
Yes	`<`	`signalfd4`	FD res, FLAGS16 flags: O_LARGEFILE, O_DIRECTORY, O_DIRECT, O_TRUNC, O_SYNC, O_NONBLOCK, O_EXCL, O_DSYNC, O_APPEND, O_CREAT, O_RDWR, O_WRONLY, O_RDONLY, O_CLOEXEC, O_NONE, O_TMPFILE, O_F_CREATED, FD_UPPER_LAYER, FD_LOWER_LAYER	all	all
Yes	`>`	`prctl`		all	all
Yes	`<`	`prctl`	ERRNO res, ENUMFLAGS32 option: PR_GET_DUMPABLE, PR_SET_DUMPABLE, PR_GET_KEEPCAPS, PR_SET_KEEPCAPS, PR_SET_NAME, PR_GET_NAME, PR_GET_SECCOMP, PR_SET_SECCOMP, PR_CAPBSET_READ, PR_CAPBSET_DROP, PR_GET_SECUREBITS, PR_SET_SECUREBITS, PR_MCE_KILL, PR_MCE_KILL, PR_SET_MM, PR_SET_CHILD_SUBREAPER, PR_GET_CHILD_SUBREAPER, PR_SET_NO_NEW_PRIVS, PR_GET_NO_NEW_PRIVS, PR_GET_TID_ADDRESS, PR_SET_THP_DISABLE, PR_GET_THP_DISABLE, PR_CAP_AMBIENT, CHARBUF arg2_str, INT64 arg2_int	all	all
Yes	`>`	`memfd_create`		all	all
Yes	`<`	`memfd_create`	FD fd, CHARBUF name, FLAGS32 flags: MFD_CLOEXEC, MFD_ALLOW_SEALING, MFD_HUGETLB	all	all
Yes	`>`	`pidfd_getfd`		all	all
Yes	`<`	`pidfd_getfd`	FD fd, FD pid_fd, FD target_fd, UINT32 flags	all	all
Yes	`>`	`pidfd_open`		all	all
Yes	`<`	`pidfd_open`	FD fd, PID pid, FLAGS32 flags: PIDFD_NONBLOCK	all	all
Yes	`>`	`init_module`		all	all
Yes	`<`	`init_module`	ERRNO res, BYTEBUF img, UINT64 length, CHARBUF uargs	all	all
Yes	`>`	`finit_module`		all	all
Yes	`<`	`finit_module`	ERRNO res, FD fd, CHARBUF uargs, FLAGS32 flags: MODULE_INIT_IGNORE_MODVERSIONS, MODULE_INIT_IGNORE_VERMAGIC, MODULE_INIT_COMPRESSED_FILE	all	all
Yes	`>`	`mknod`		all	all
Yes	`<`	`mknod`	ERRNO res, FSPATH path, MODE mode, UINT32 dev	all	all
Yes	`>`	`mknodat`		all	all
Yes	`<`	`mknodat`	ERRNO res, FD dirfd, FSRELPATH path, MODE mode, UINT32 dev	all	all
Yes	`>`	`newfstatat`		all	all
Yes	`<`	`newfstatat`	ERRNO res, FD dirfd, FSRELPATH path, FLAGS32 flags: AT_EMPTY_PATH, AT_NO_AUTOMOUNT, AT_SYMLINK_NOFOLLOW	all	all
Yes	`>`	`process_vm_readv`		all	all
Yes	`<`	`process_vm_readv`	INT64 res, PID pid, BYTEBUF data	all	all
Yes	`>`	`process_vm_writev`		all	all
Yes	`<`	`process_vm_writev`	INT64 res, PID pid, BYTEBUF data	all	all
Yes	`>`	`delete_module`		all	all
Yes	`<`	`delete_module`	ERRNO res, CHARBUF name, FLAGS32 flags: O_NONBLOCK, O_TRUNC	all	all
Yes	`>`	`setreuid`		all	all
Yes	`<`	`setreuid`	ERRNO res, UID ruid, UID euid	all	all
Yes	`>`	`setregid`		all	all
Yes	`<`	`setregid`	ERRNO res, UID rgid, UID egid	all	all
Yes	`>`	`open_tree_attr`	SYSCALLID ID, UINT16 nativeID	`14.3.0` and above	`6.2.0` and above
Yes	`<`	`open_tree_attr`	SYSCALLID ID	`14.3.0` and above	`6.2.0` and above
Yes	`>`	`setxattrat`	SYSCALLID ID, UINT16 nativeID	`13.8.0` and above	`5.4.0` and above
Yes	`<`	`setxattrat`	SYSCALLID ID	`13.8.0` and above	`5.4.0` and above
Yes	`>`	`uretprobe`	SYSCALLID ID, UINT16 nativeID	`13.5.0` and above	all
Yes	`<`	`uretprobe`	SYSCALLID ID	`13.5.0` and above	all
Yes	`>`	`lsm_list_modules`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`lsm_list_modules`	SYSCALLID ID	all	all
Yes	`>`	`lsm_get_self_attr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`lsm_get_self_attr`	SYSCALLID ID	all	all
Yes	`>`	`statmount`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`statmount`	SYSCALLID ID	all	all
Yes	`>`	`listmount`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`listmount`	SYSCALLID ID	all	all
Yes	`>`	`capget`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`capget`	SYSCALLID ID	all	all
Yes	`>`	`inotify_rm_watch`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`inotify_rm_watch`	SYSCALLID ID	all	all
Yes	`>`	`clock_getres`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`clock_getres`	SYSCALLID ID	all	all
Yes	`>`	`kexec_load`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`kexec_load`	SYSCALLID ID	all	all
Yes	`>`	`mq_notify`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mq_notify`	SYSCALLID ID	all	all
Yes	`>`	`utimes`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`utimes`	SYSCALLID ID	all	all
Yes	`>`	`set_robust_list`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`set_robust_list`	SYSCALLID ID	all	all
Yes	`>`	`shmget`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`shmget`	SYSCALLID ID	all	all
Yes	`>`	`fspick`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fspick`	SYSCALLID ID	all	all
Yes	`>`	`timer_delete`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`timer_delete`	SYSCALLID ID	all	all
Yes	`>`	`sethostname`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sethostname`	SYSCALLID ID	all	all
Yes	`>`	`exit_group`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`exit_group`	SYSCALLID ID	all	all
Yes	`>`	`fsmount`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fsmount`	SYSCALLID ID	all	all
Yes	`>`	`clock_gettime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`clock_gettime`	SYSCALLID ID	all	all
Yes	`>`	`listxattrat`	SYSCALLID ID, UINT16 nativeID	`13.8.0` and above	`5.4.0` and above
Yes	`<`	`listxattrat`	SYSCALLID ID	`13.8.0` and above	`5.4.0` and above
Yes	`>`	`timerfd_gettime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`timerfd_gettime`	SYSCALLID ID	all	all
Yes	`>`	`timer_getoverrun`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`timer_getoverrun`	SYSCALLID ID	all	all
Yes	`>`	`s390_pci_mmio_write`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`s390_pci_mmio_write`	SYSCALLID ID	all	all
Yes	`>`	`io_setup`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`io_setup`	SYSCALLID ID	all	all
Yes	`>`	`inotify_add_watch`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`inotify_add_watch`	SYSCALLID ID	all	all
Yes	`>`	`pidfd_send_signal`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pidfd_send_signal`	SYSCALLID ID	all	all
Yes	`>`	`epoll_ctl`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`epoll_ctl`	SYSCALLID ID	all	all
Yes	`>`	`get_thread_area`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`get_thread_area`	SYSCALLID ID	all	all
Yes	`>`	`switch_endian`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`switch_endian`	SYSCALLID ID	all	all
Yes	`>`	`setitimer`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`setitimer`	SYSCALLID ID	all	all
Yes	`>`	`io_submit`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`io_submit`	SYSCALLID ID	all	all
Yes	`>`	`sched_setaffinity`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_setaffinity`	SYSCALLID ID	all	all
Yes	`>`	`request_key`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`request_key`	SYSCALLID ID	all	all
Yes	`>`	`fanotify_init`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fanotify_init`	SYSCALLID ID	all	all
Yes	`>`	`fsopen`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fsopen`	SYSCALLID ID	all	all
Yes	`>`	`sched_setattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_setattr`	SYSCALLID ID	all	all
Yes	`>`	`sched_getaffinity`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_getaffinity`	SYSCALLID ID	all	all
Yes	`>`	`rt_sigqueueinfo`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rt_sigqueueinfo`	SYSCALLID ID	all	all
Yes	`>`	`utimensat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`utimensat`	SYSCALLID ID	all	all
Yes	`>`	`fremovexattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fremovexattr`	SYSCALLID ID	all	all
Yes	`>`	`getgroups`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getgroups`	SYSCALLID ID	all	all
Yes	`>`	`removexattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`removexattr`	SYSCALLID ID	all	all
Yes	`>`	`llistxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`llistxattr`	SYSCALLID ID	all	all
Yes	`>`	`waitid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`waitid`	SYSCALLID ID	all	all
Yes	`>`	`arch_prctl`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`arch_prctl`	SYSCALLID ID	all	all
Yes	`>`	`sigaction`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sigaction`	SYSCALLID ID	all	all
Yes	`>`	`mq_timedsend`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mq_timedsend`	SYSCALLID ID	all	all
Yes	`>`	`setxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`setxattr`	SYSCALLID ID	all	all
Yes	`>`	`shmdt`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`shmdt`	SYSCALLID ID	all	all
Yes	`>`	`sigpending`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sigpending`	SYSCALLID ID	all	all
Yes	`>`	`fgetxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fgetxattr`	SYSCALLID ID	all	all
Yes	`>`	`lgetxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`lgetxattr`	SYSCALLID ID	all	all
Yes	`>`	`fsync`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fsync`	SYSCALLID ID	all	all
Yes	`>`	`spu_create`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`spu_create`	SYSCALLID ID	all	all
Yes	`>`	`fsetxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fsetxattr`	SYSCALLID ID	all	all
Yes	`>`	`lsetxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`lsetxattr`	SYSCALLID ID	all	all
Yes	`>`	`idle`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`idle`	SYSCALLID ID	all	all
Yes	`>`	`shmat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`shmat`	SYSCALLID ID	all	all
Yes	`>`	`adjtimex`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`adjtimex`	SYSCALLID ID	all	all
Yes	`>`	`query_module`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`query_module`	SYSCALLID ID	all	all
Yes	`>`	`timer_create`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`timer_create`	SYSCALLID ID	all	all
Yes	`>`	`gettid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`gettid`	SYSCALLID ID	all	all
Yes	`>`	`membarrier`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`membarrier`	SYSCALLID ID	all	all
Yes	`>`	`add_key`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`add_key`	SYSCALLID ID	all	all
Yes	`>`	`swapoff`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`swapoff`	SYSCALLID ID	all	all
Yes	`>`	`madvise`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`madvise`	SYSCALLID ID	all	all
Yes	`>`	`s390_pci_mmio_read`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`s390_pci_mmio_read`	SYSCALLID ID	all	all
Yes	`>`	`setfsgid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`setfsgid`	SYSCALLID ID	all	all
Yes	`>`	`setfsuid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`setfsuid`	SYSCALLID ID	all	all
Yes	`>`	`getpgrp`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getpgrp`	SYSCALLID ID	all	all
Yes	`>`	`personality`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`personality`	SYSCALLID ID	all	all
Yes	`>`	`getxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getxattr`	SYSCALLID ID	all	all
Yes	`>`	`move_mount`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`move_mount`	SYSCALLID ID	all	all
Yes	`>`	`get_mempolicy`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`get_mempolicy`	SYSCALLID ID	all	all
Yes	`>`	`getpriority`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getpriority`	SYSCALLID ID	all	all
Yes	`>`	`removexattrat`	SYSCALLID ID, UINT16 nativeID	`13.8.0` and above	`5.4.0` and above
Yes	`<`	`removexattrat`	SYSCALLID ID	`13.8.0` and above	`5.4.0` and above
Yes	`>`	`readlinkat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`readlinkat`	SYSCALLID ID	all	all
Yes	`>`	`mount_setattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mount_setattr`	SYSCALLID ID	all	all
Yes	`>`	`clock_settime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`clock_settime`	SYSCALLID ID	all	all
Yes	`>`	`umask`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`umask`	SYSCALLID ID	all	all
Yes	`>`	`lookup_dcookie`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`lookup_dcookie`	SYSCALLID ID	all	all
Yes	`>`	`quotactl_fd`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`quotactl_fd`	SYSCALLID ID	all	all
Yes	`>`	`timer_settime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`timer_settime`	SYSCALLID ID	all	all
Yes	`>`	`truncate`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`truncate`	SYSCALLID ID	all	all
Yes	`>`	`mremap`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mremap`	SYSCALLID ID	all	all
Yes	`>`	`rtas`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rtas`	SYSCALLID ID	all	all
Yes	`>`	`lsm_set_self_attr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`lsm_set_self_attr`	SYSCALLID ID	all	all
Yes	`>`	`syslog`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`syslog`	SYSCALLID ID	all	all
Yes	`>`	`fstatfs`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fstatfs`	SYSCALLID ID	all	all
Yes	`>`	`ioperm`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`ioperm`	SYSCALLID ID	all	all
Yes	`>`	`riscv_flush_icache`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`riscv_flush_icache`	SYSCALLID ID	all	all
Yes	`>`	`keyctl`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`keyctl`	SYSCALLID ID	all	all
Yes	`>`	`uselib`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`uselib`	SYSCALLID ID	all	all
Yes	`>`	`reboot`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`reboot`	SYSCALLID ID	all	all
Yes	`>`	`futimesat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`futimesat`	SYSCALLID ID	all	all
Yes	`>`	`timer_gettime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`timer_gettime`	SYSCALLID ID	all	all
Yes	`>`	`flistxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`flistxattr`	SYSCALLID ID	all	all
Yes	`>`	`setgroups`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`setgroups`	SYSCALLID ID	all	all
Yes	`>`	`sched_rr_get_interval`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_rr_get_interval`	SYSCALLID ID	all	all
Yes	`>`	`gettimeofday`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`gettimeofday`	SYSCALLID ID	all	all
Yes	`>`	`readlink`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`readlink`	SYSCALLID ID	all	all
Yes	`>`	`syncfs`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`syncfs`	SYSCALLID ID	all	all
Yes	`>`	`get_robust_list`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`get_robust_list`	SYSCALLID ID	all	all
Yes	`>`	`listxattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`listxattr`	SYSCALLID ID	all	all
Yes	`>`	`set_mempolicy`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`set_mempolicy`	SYSCALLID ID	all	all
Yes	`>`	`s390_guarded_storage`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`s390_guarded_storage`	SYSCALLID ID	all	all
Yes	`>`	`settimeofday`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`settimeofday`	SYSCALLID ID	all	all
Yes	`>`	`mq_unlink`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mq_unlink`	SYSCALLID ID	all	all
Yes	`>`	`swapon`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`swapon`	SYSCALLID ID	all	all
Yes	`>`	`pselect6`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pselect6`	SYSCALLID ID	all	all
Yes	`>`	`io_cancel`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`io_cancel`	SYSCALLID ID	all	all
Yes	`>`	`ioprio_get`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`ioprio_get`	SYSCALLID ID	all	all
Yes	`>`	`uname`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`uname`	SYSCALLID ID	all	all
Yes	`>`	`shmctl`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`shmctl`	SYSCALLID ID	all	all
Yes	`>`	`time`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`time`	SYSCALLID ID	all	all
Yes	`>`	`pkey_free`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pkey_free`	SYSCALLID ID	all	all
Yes	`>`	`readahead`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`readahead`	SYSCALLID ID	all	all
Yes	`>`	`statfs`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`statfs`	SYSCALLID ID	all	all
Yes	`>`	`fanotify_mark`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fanotify_mark`	SYSCALLID ID	all	all
Yes	`>`	`ioprio_set`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`ioprio_set`	SYSCALLID ID	all	all
Yes	`>`	`times`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`times`	SYSCALLID ID	all	all
Yes	`>`	`process_madvise`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`process_madvise`	SYSCALLID ID	all	all
Yes	`>`	`vmsplice`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`vmsplice`	SYSCALLID ID	all	all
Yes	`>`	`rt_sigtimedwait`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rt_sigtimedwait`	SYSCALLID ID	all	all
Yes	`>`	`preadv2`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`preadv2`	SYSCALLID ID	all	all
Yes	`>`	`create_module`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`create_module`	SYSCALLID ID	all	all
Yes	`>`	`remap_file_pages`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`remap_file_pages`	SYSCALLID ID	all	all
Yes	`>`	`lremovexattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`lremovexattr`	SYSCALLID ID	all	all
Yes	`>`	`landlock_create_ruleset`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`landlock_create_ruleset`	SYSCALLID ID	all	all
Yes	`>`	`timerfd`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`timerfd`	SYSCALLID ID	all	all
Yes	`>`	`pause`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pause`	SYSCALLID ID	all	all
Yes	`>`	`stime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`stime`	SYSCALLID ID	all	all
Yes	`>`	`sched_setparam`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_setparam`	SYSCALLID ID	all	all
Yes	`>`	`name_to_handle_at`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`name_to_handle_at`	SYSCALLID ID	all	all
Yes	`>`	`utime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`utime`	SYSCALLID ID	all	all
Yes	`>`	`getpid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getpid`	SYSCALLID ID	all	all
Yes	`>`	`sync`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sync`	SYSCALLID ID	all	all
Yes	`>`	`getxattrat`	SYSCALLID ID, UINT16 nativeID	`13.8.0` and above	`5.4.0` and above
Yes	`<`	`getxattrat`	SYSCALLID ID	`13.8.0` and above	`5.4.0` and above
Yes	`>`	`clock_adjtime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`clock_adjtime`	SYSCALLID ID	all	all
Yes	`>`	`restart_syscall`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`restart_syscall`	SYSCALLID ID	all	all
Yes	`>`	`io_getevents`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`io_getevents`	SYSCALLID ID	all	all
Yes	`>`	`sysfs`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sysfs`	SYSCALLID ID	all	all
Yes	`>`	`get_kernel_syms`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`get_kernel_syms`	SYSCALLID ID	all	all
Yes	`>`	`epoll_pwait`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`epoll_pwait`	SYSCALLID ID	all	all
Yes	`>`	`futex_wait`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`futex_wait`	SYSCALLID ID	all	all
Yes	`>`	`acct`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`acct`	SYSCALLID ID	all	all
Yes	`>`	`setdomainname`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`setdomainname`	SYSCALLID ID	all	all
Yes	`>`	`sysinfo`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sysinfo`	SYSCALLID ID	all	all
Yes	`>`	`msgsnd`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`msgsnd`	SYSCALLID ID	all	all
Yes	`>`	`mincore`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mincore`	SYSCALLID ID	all	all
Yes	`>`	`cachestat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`cachestat`	SYSCALLID ID	all	all
Yes	`>`	`pivot_root`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pivot_root`	SYSCALLID ID	all	all
Yes	`>`	`exit`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`exit`	SYSCALLID ID	all	all
Yes	`>`	`getppid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getppid`	SYSCALLID ID	all	all
Yes	`>`	`io_destroy`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`io_destroy`	SYSCALLID ID	all	all
Yes	`>`	`ustat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`ustat`	SYSCALLID ID	all	all
Yes	`>`	`epoll_wait_old`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`epoll_wait_old`	SYSCALLID ID	all	all
Yes	`>`	`vhangup`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`vhangup`	SYSCALLID ID	all	all
Yes	`>`	`_sysctl`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`_sysctl`	SYSCALLID ID	all	all
Yes	`>`	`alarm`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`alarm`	SYSCALLID ID	all	all
Yes	`>`	`rt_sigprocmask`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rt_sigprocmask`	SYSCALLID ID	all	all
Yes	`>`	`rt_tgsigqueueinfo`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rt_tgsigqueueinfo`	SYSCALLID ID	all	all
Yes	`>`	`rt_sigaction`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rt_sigaction`	SYSCALLID ID	all	all
Yes	`>`	`fchmodat2`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fchmodat2`	SYSCALLID ID	all	all
Yes	`>`	`wait4`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`wait4`	SYSCALLID ID	all	all
Yes	`>`	`getpgid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getpgid`	SYSCALLID ID	all	all
Yes	`>`	`sched_yield`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_yield`	SYSCALLID ID	all	all
Yes	`>`	`signal`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`signal`	SYSCALLID ID	all	all
Yes	`>`	`clock_nanosleep`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`clock_nanosleep`	SYSCALLID ID	all	all
Yes	`>`	`pkey_mprotect`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pkey_mprotect`	SYSCALLID ID	all	all
Yes	`>`	`fdatasync`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fdatasync`	SYSCALLID ID	all	all
Yes	`>`	`getrusage`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getrusage`	SYSCALLID ID	all	all
Yes	`>`	`futex_wake`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`futex_wake`	SYSCALLID ID	all	all
Yes	`>`	`sched_getparam`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_getparam`	SYSCALLID ID	all	all
Yes	`>`	`sched_setscheduler`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_setscheduler`	SYSCALLID ID	all	all
Yes	`>`	`setpriority`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`setpriority`	SYSCALLID ID	all	all
Yes	`>`	`mseal`	SYSCALLID ID, UINT16 nativeID	`13.4.0` and above	all
Yes	`<`	`mseal`	SYSCALLID ID	`13.4.0` and above	all
Yes	`>`	`open_tree`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`open_tree`	SYSCALLID ID	all	all
Yes	`>`	`kcmp`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`kcmp`	SYSCALLID ID	all	all
Yes	`>`	`sched_getscheduler`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_getscheduler`	SYSCALLID ID	all	all
Yes	`>`	`sched_get_priority_min`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_get_priority_min`	SYSCALLID ID	all	all
Yes	`>`	`rt_sigsuspend`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rt_sigsuspend`	SYSCALLID ID	all	all
Yes	`>`	`rt_sigpending`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rt_sigpending`	SYSCALLID ID	all	all
Yes	`>`	`semtimedop`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`semtimedop`	SYSCALLID ID	all	all
Yes	`>`	`getitimer`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getitimer`	SYSCALLID ID	all	all
Yes	`>`	`timerfd_settime`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`timerfd_settime`	SYSCALLID ID	all	all
Yes	`>`	`sync_file_range2`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sync_file_range2`	SYSCALLID ID	all	all
Yes	`>`	`ipc`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`ipc`	SYSCALLID ID	all	all
Yes	`>`	`mq_open`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mq_open`	SYSCALLID ID	all	all
Yes	`>`	`getcpu`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getcpu`	SYSCALLID ID	all	all
Yes	`>`	`epoll_pwait2`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`epoll_pwait2`	SYSCALLID ID	all	all
Yes	`>`	`perf_event_open`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`perf_event_open`	SYSCALLID ID	all	all
Yes	`>`	`msgrcv`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`msgrcv`	SYSCALLID ID	all	all
Yes	`>`	`process_mrelease`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`process_mrelease`	SYSCALLID ID	all	all
Yes	`>`	`bdflush`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`bdflush`	SYSCALLID ID	all	all
Yes	`>`	`msgctl`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`msgctl`	SYSCALLID ID	all	all
Yes	`>`	`statfs64`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`statfs64`	SYSCALLID ID	all	all
Yes	`>`	`fstatfs64`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fstatfs64`	SYSCALLID ID	all	all
Yes	`>`	`fstatat64`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fstatat64`	SYSCALLID ID	all	all
Yes	`>`	`sigprocmask`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sigprocmask`	SYSCALLID ID	all	all
Yes	`>`	`socketcall`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`socketcall`	SYSCALLID ID	all	all
Yes	`>`	`sys_debug_setcontext`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sys_debug_setcontext`	SYSCALLID ID	all	all
Yes	`>`	`set_tid_address`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`set_tid_address`	SYSCALLID ID	all	all
Yes	`>`	`_newselect`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`_newselect`	SYSCALLID ID	all	all
Yes	`>`	`map_shadow_stack`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`map_shadow_stack`	SYSCALLID ID	all	all
Yes	`>`	`sgetmask`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sgetmask`	SYSCALLID ID	all	all
Yes	`>`	`olduname`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`olduname`	SYSCALLID ID	all	all
Yes	`>`	`mq_getsetattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mq_getsetattr`	SYSCALLID ID	all	all
Yes	`>`	`nice`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`nice`	SYSCALLID ID	all	all
Yes	`>`	`tee`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`tee`	SYSCALLID ID	all	all
Yes	`>`	`waitpid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`waitpid`	SYSCALLID ID	all	all
Yes	`>`	`fallocate`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fallocate`	SYSCALLID ID	all	all
Yes	`>`	`sigaltstack`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sigaltstack`	SYSCALLID ID	all	all
Yes	`>`	`getrandom`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getrandom`	SYSCALLID ID	all	all
Yes	`>`	`fadvise64`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`fadvise64`	SYSCALLID ID	all	all
Yes	`>`	`memfd_secret`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`memfd_secret`	SYSCALLID ID	all	all
Yes	`>`	`kexec_file_load`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`kexec_file_load`	SYSCALLID ID	all	all
Yes	`>`	`close_range`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`close_range`	SYSCALLID ID	all	all
Yes	`>`	`pkey_alloc`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pkey_alloc`	SYSCALLID ID	all	all
Yes	`>`	`msgget`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`msgget`	SYSCALLID ID	all	all
Yes	`>`	`landlock_restrict_self`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`landlock_restrict_self`	SYSCALLID ID	all	all
Yes	`>`	`mq_timedreceive`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mq_timedreceive`	SYSCALLID ID	all	all
Yes	`>`	`landlock_add_rule`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`landlock_add_rule`	SYSCALLID ID	all	all
Yes	`>`	`msync`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`msync`	SYSCALLID ID	all	all
Yes	`>`	`modify_ldt`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`modify_ldt`	SYSCALLID ID	all	all
Yes	`>`	`migrate_pages`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`migrate_pages`	SYSCALLID ID	all	all
Yes	`>`	`futex_waitv`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`futex_waitv`	SYSCALLID ID	all	all
Yes	`>`	`move_pages`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`move_pages`	SYSCALLID ID	all	all
Yes	`>`	`mbind`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`mbind`	SYSCALLID ID	all	all
Yes	`>`	`epoll_ctl_old`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`epoll_ctl_old`	SYSCALLID ID	all	all
Yes	`>`	`statx`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`statx`	SYSCALLID ID	all	all
Yes	`>`	`io_pgetevents`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`io_pgetevents`	SYSCALLID ID	all	all
Yes	`>`	`set_mempolicy_home_node`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`set_mempolicy_home_node`	SYSCALLID ID	all	all
Yes	`>`	`getpmsg`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getpmsg`	SYSCALLID ID	all	all
Yes	`>`	`sigsuspend`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sigsuspend`	SYSCALLID ID	all	all
Yes	`>`	`nfsservctl`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`nfsservctl`	SYSCALLID ID	all	all
Yes	`>`	`rseq`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rseq`	SYSCALLID ID	all	all
Yes	`>`	`pciconfig_read`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pciconfig_read`	SYSCALLID ID	all	all
Yes	`>`	`sched_getattr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_getattr`	SYSCALLID ID	all	all
Yes	`>`	`faccessat2`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`faccessat2`	SYSCALLID ID	all	all
Yes	`>`	`sync_file_range`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sync_file_range`	SYSCALLID ID	all	all
Yes	`>`	`readdir`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`readdir`	SYSCALLID ID	all	all
Yes	`>`	`s390_sthyi`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`s390_sthyi`	SYSCALLID ID	all	all
Yes	`>`	`s390_runtime_instr`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`s390_runtime_instr`	SYSCALLID ID	all	all
Yes	`>`	`sigreturn`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sigreturn`	SYSCALLID ID	all	all
Yes	`>`	`ftruncate`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`ftruncate`	SYSCALLID ID	all	all
Yes	`>`	`riscv_hwprobe`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`riscv_hwprobe`	SYSCALLID ID	all	all
Yes	`>`	`pwritev2`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pwritev2`	SYSCALLID ID	all	all
Yes	`>`	`futex_requeue`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`futex_requeue`	SYSCALLID ID	all	all
Yes	`>`	`oldstat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`oldstat`	SYSCALLID ID	all	all
Yes	`>`	`multiplexer`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`multiplexer`	SYSCALLID ID	all	all
Yes	`>`	`oldlstat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`oldlstat`	SYSCALLID ID	all	all
Yes	`>`	`oldfstat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`oldfstat`	SYSCALLID ID	all	all
Yes	`>`	`ssetmask`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`ssetmask`	SYSCALLID ID	all	all
Yes	`>`	`spu_run`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`spu_run`	SYSCALLID ID	all	all
Yes	`>`	`iopl`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`iopl`	SYSCALLID ID	all	all
Yes	`>`	`getsid`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`getsid`	SYSCALLID ID	all	all
Yes	`>`	`swapcontext`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`swapcontext`	SYSCALLID ID	all	all
Yes	`>`	`pciconfig_write`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pciconfig_write`	SYSCALLID ID	all	all
Yes	`>`	`vm86`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`vm86`	SYSCALLID ID	all	all
Yes	`>`	`sched_get_priority_max`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`sched_get_priority_max`	SYSCALLID ID	all	all
Yes	`>`	`oldolduname`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`oldolduname`	SYSCALLID ID	all	all
Yes	`>`	`faccessat`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`faccessat`	SYSCALLID ID	all	all
Yes	`>`	`set_thread_area`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`set_thread_area`	SYSCALLID ID	all	all
Yes	`>`	`subpage_prot`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`subpage_prot`	SYSCALLID ID	all	all
Yes	`>`	`rt_sigreturn`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`rt_sigreturn`	SYSCALLID ID	all	all
Yes	`>`	`pciconfig_iobase`	SYSCALLID ID, UINT16 nativeID	all	all
Yes	`<`	`pciconfig_iobase`	SYSCALLID ID	all	all

Tracepoint events

Default	Dir	Name	Params	Linux versions	Serverless versions
Yes	`>`	`switch`	PID next, UINT64 pgft_maj, UINT64 pgft_min, UINT32 vm_size, UINT32 vm_rss, UINT32 vm_swap	all	all
Yes	`>`	`procexit`	ERRNO status, ERRNO ret, SIGTYPE sig, UINT8 core, PID reaper_tid	all	all
Yes	`>`	`signaldeliver`	PID spid, PID dpid, SIGTYPE sig	all	all
Yes	`>`	`page_fault`	UINT64 addr, UINT64 ip, FLAGS32 error: PROTECTION_VIOLATION, PAGE_NOT_PRESENT, WRITE_ACCESS, READ_ACCESS, USER_FAULT, SUPERVISOR_FAULT, RESERVED_PAGE, INSTRUCTION_FETCH	all	all