Creating Custom Agent Rules

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Agent expression syntax

Cloud Workload Security (CWS) first evaluates activity within the Datadog Agent against Agent expressions to decide what activity to collect. This portion of a CWS rule is called the Agent expression. Agent expressions use Datadog’s Security Language (SECL). The standard format of a SECL expression is as follows:

<event-type>.<event-attribute> <operator> <value> <event-attribute> ...

Using this format, an example rule looks like this:

open.file.path == "/etc/shadow" && file.path not in ["/usr/sbin/vipw"]

Triggers

Triggers are events that correspond to types of activity seen by the system. The currently supported set of triggers is:

SECL Event	Type	Definition	Agent Version
`bind`	Network	[Experimental] A bind was executed	7.37
`bpf`	Kernel	A BPF command was executed	7.33
`capset`	Process	A process changed its capacity set	7.27
`chmod`	File	A file’s permissions were changed	7.27
`chown`	File	A file’s owner was changed	7.27
`dns`	Network	A DNS request was sent	7.36
`exec`	Process	A process was executed or forked	7.27
`exit`	Process	A process was terminated	7.38
`link`	File	Create a new name/alias for a file	7.27
`load_module`	Kernel	A new kernel module was loaded	7.35
`mkdir`	File	A directory was created	7.27
`mmap`	Kernel	A mmap command was executed	7.35
`mount`	File	[Experimental] A filesystem was mounted	7.42
`mprotect`	Kernel	A mprotect command was executed	7.35
`open`	File	A file was opened	7.27
`ptrace`	Kernel	A ptrace command was executed	7.35
`removexattr`	File	Remove extended attributes	7.27
`rename`	File	A file/directory was renamed	7.27
`rmdir`	File	A directory was removed	7.27
`selinux`	Kernel	An SELinux operation was run	7.30
`setgid`	Process	A process changed its effective gid	7.27
`setuid`	Process	A process changed its effective uid	7.27
`setxattr`	File	Set exteneded attributes	7.27
`signal`	Process	A signal was sent	7.35
`splice`	File	A splice command was executed	7.36
`unlink`	File	A file was deleted	7.27
`unload_module`	Kernel	A kernel module was deleted	7.35
`utimes`	File	Change file access/modification times	7.27

Operators

SECL operators are used to combine event attributes together into a full expression. The following operators are available:

SECL Operator	Types	Definition	Agent Version
`==`	Process	Equal	7.27
`!=`	File	Not equal	7.27
`>`	File	Greater	7.27
`>=`	File	Greater or equal	7.27
`<`	File	Lesser	7.27
`<=`	File	Lesser or equal	7.27
`!`	File	Not	7.27
`^`	File	Binary not	7.27
`in [elem1, ...]`	File	Element is contained in list	7.27
`not in [elem1, ...]`	File	Element is not contained in list	7.27
`=~`	File	String matching	7.27
`!~`	File	String not matching	7.27
`&`	File	Binary and	7.27
`\|`	File	Binary or	7.27
`&&`	File	Logical and	7.27
`\|\|`	File	Logical or	7.27
`in CIDR`	Network	Element is in the IP range	7.37
`not in CIDR`	Network	Element is not in the IP range	7.37
`allin CIDR`	Network	All the elements are in the IP range	7.37
`in [CIDR1, ...]`	Network	Element is in the IP ranges	7.37
`not in [CIDR1, ...]`	Network	Element is not in the IP ranges	7.37
`allin [CIDR1, ...]`	Network	All the elements are in the IP ranges	7.37

Patterns and regular expressions

Patterns or regular expressions can be used in SECL expressions. They can be used with the in, not in, =~, and !~ operators.

Format	Example	Supported Fields	Agent Version
`~"pattern"`	`~"httpd.*"`	All	7.27
`r"regexp"`	`r"rc[0-9]+"`	All except `.path`	7.27

Patterns on .path fields will be used as Glob. * will match files and folders at the same level. **, introduced in 7.34, can be used at the end of a path in order to match all the files and subfolders.

Duration

You can use SECL to write rules based on durations, which trigger on events that occur during a specific time period. For example, trigger on an event where a secret file is accessed more than a certain length of time after a process is created. Such a rule could be written as follows:

open.file.path == "/etc/secret" && process.file.name == "java" && process.created_at > 5s

Durations are numbers with a unit suffix. The supported suffixes are “s”, “m”, “h”.

Variables

SECL variables are predefined variables that can be used as values or as part of values.

For example, rule using a process.pid variable looks like this:

open.file.path == "/proc/${process.pid}/maps"

List of the available variables:

SECL Variable	Definition	Agent Version
`process.pid`	Process PID	7.33

CIDR and IP range

CIDR and IP matching is possible in SECL. One can use operators such as in, not in, or allin combined with CIDR or IP notations.

Such rules can be written as follows:

dns.question.name == "example.com" && network.destination.ip in ["192.168.1.25", "10.0.0.0/24"]

Helpers

Helpers exist in SECL that enable users to write advanced rules without needing to rely on generic techniques such as regex.

Command line arguments

The args_flags and args_options are helpers to ease the writing of CWS rules based on command line arguments.

args_flags is used to catch arguments that start with either one or two hyphen characters but do not accept any associated value.

Examples:

version is part of args_flags for the command cat --version
l and n both are in args_flags for the command netstat -ln

args_options is used to catch arguments that start with either one or two hyphen characters and accepts a value either specified as the same argument but separated by the ‘=’ character or specified as the next argument.

Examples:

T=8 and width=8 both are in args_options for the command ls -T 8 --width=8
exec.args_options ~= [ “s=.*\’” ] can be used to detect sudoedit was launched with -s argument and a command that ends with a \

File rights

The file.rights attribute can now be used in addition to file.mode. file.mode can hold values set by the kernel, while the file.rights only holds the values set by the user. These rights may be more familiar because they are in the chmod commands.

Event attributes

Common to all event types

Property	Definition
`container.created_at`	Timestamp of the creation of the container
`container.id`	ID of the container
`container.tags`	Tags of the container
`event.async`	True if the syscall was asynchronous
`event.timestamp`	Timestamp of the event
`network.destination.ip`	IP address
`network.destination.port`	Port number
`network.device.ifindex`	interface ifindex
`network.device.ifname`	interface ifname
`network.l3_protocol`	l3 protocol of the network packet
`network.l4_protocol`	l4 protocol of the network packet
`network.size`	size in bytes of the network packet
`network.source.ip`	IP address
`network.source.port`	Port number
`process.ancestors.args`	Arguments of the process (as a string, excluding argv0)
`process.ancestors.args_flags`	Flags in the process arguments
`process.ancestors.args_options`	Argument of the process as options
`process.ancestors.args_truncated`	Indicator of arguments truncation
`process.ancestors.argv`	Arguments of the process (as an array, excluding argv0)
`process.ancestors.argv0`	First argument of the process
`process.ancestors.cap_effective`	Effective capability set of the process
`process.ancestors.cap_permitted`	Permitted capability set of the process
`process.ancestors.comm`	Comm attribute of the process
`process.ancestors.container.id`	Container ID
`process.ancestors.created_at`	Timestamp of the creation of the process
`process.ancestors.egid`	Effective GID of the process
`process.ancestors.egroup`	Effective group of the process
`process.ancestors.envp`	Environment variables of the process
`process.ancestors.envs`	Environment variable names of the process
`process.ancestors.envs_truncated`	Indicator of environment variables truncation
`process.ancestors.euid`	Effective UID of the process
`process.ancestors.euser`	Effective user of the process
`process.ancestors.file.change_time`	Change time of the file
`process.ancestors.file.filesystem`	File’s filesystem
`process.ancestors.file.gid`	GID of the file’s owner
`process.ancestors.file.group`	Group of the file’s owner
`process.ancestors.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`process.ancestors.file.inode`	Inode of the file
`process.ancestors.file.mode`	Mode of the file
`process.ancestors.file.modification_time`	Modification time of the file
`process.ancestors.file.mount_id`	Mount ID of the file
`process.ancestors.file.name`	File’s basename
`process.ancestors.file.name.length`	Length of the corresponding string
`process.ancestors.file.package.name`	[Experimental] Name of the package that provided this file
`process.ancestors.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`process.ancestors.file.package.version`	[Experimental] Full version of the package that provided this file
`process.ancestors.file.path`	File’s path
`process.ancestors.file.path.length`	Length of the corresponding string
`process.ancestors.file.rights`	Rights of the file
`process.ancestors.file.uid`	UID of the file’s owner
`process.ancestors.file.user`	User of the file’s owner
`process.ancestors.fsgid`	FileSystem-gid of the process
`process.ancestors.fsgroup`	FileSystem-group of the process
`process.ancestors.fsuid`	FileSystem-uid of the process
`process.ancestors.fsuser`	FileSystem-user of the process
`process.ancestors.gid`	GID of the process
`process.ancestors.group`	Group of the process
`process.ancestors.interpreter.file.change_time`	Change time of the file
`process.ancestors.interpreter.file.filesystem`	File’s filesystem
`process.ancestors.interpreter.file.gid`	GID of the file’s owner
`process.ancestors.interpreter.file.group`	Group of the file’s owner
`process.ancestors.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`process.ancestors.interpreter.file.inode`	Inode of the file
`process.ancestors.interpreter.file.mode`	Mode of the file
`process.ancestors.interpreter.file.modification_time`	Modification time of the file
`process.ancestors.interpreter.file.mount_id`	Mount ID of the file
`process.ancestors.interpreter.file.name`	File’s basename
`process.ancestors.interpreter.file.name.length`	Length of the corresponding string
`process.ancestors.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`process.ancestors.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`process.ancestors.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`process.ancestors.interpreter.file.path`	File’s path
`process.ancestors.interpreter.file.path.length`	Length of the corresponding string
`process.ancestors.interpreter.file.rights`	Rights of the file
`process.ancestors.interpreter.file.uid`	UID of the file’s owner
`process.ancestors.interpreter.file.user`	User of the file’s owner
`process.ancestors.is_kworker`	Indicates whether the process is a kworker
`process.ancestors.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`process.ancestors.pid`	Process ID of the process (also called thread group ID)
`process.ancestors.ppid`	Parent process ID
`process.ancestors.tid`	Thread ID of the thread
`process.ancestors.tty_name`	Name of the TTY associated with the process
`process.ancestors.uid`	UID of the process
`process.ancestors.user`	User of the process
`process.args`	Arguments of the process (as a string, excluding argv0)
`process.args_flags`	Flags in the process arguments
`process.args_options`	Argument of the process as options
`process.args_truncated`	Indicator of arguments truncation
`process.argv`	Arguments of the process (as an array, excluding argv0)
`process.argv0`	First argument of the process
`process.cap_effective`	Effective capability set of the process
`process.cap_permitted`	Permitted capability set of the process
`process.comm`	Comm attribute of the process
`process.container.id`	Container ID
`process.created_at`	Timestamp of the creation of the process
`process.egid`	Effective GID of the process
`process.egroup`	Effective group of the process
`process.envp`	Environment variables of the process
`process.envs`	Environment variable names of the process
`process.envs_truncated`	Indicator of environment variables truncation
`process.euid`	Effective UID of the process
`process.euser`	Effective user of the process
`process.file.change_time`	Change time of the file
`process.file.filesystem`	File’s filesystem
`process.file.gid`	GID of the file’s owner
`process.file.group`	Group of the file’s owner
`process.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`process.file.inode`	Inode of the file
`process.file.mode`	Mode of the file
`process.file.modification_time`	Modification time of the file
`process.file.mount_id`	Mount ID of the file
`process.file.name`	File’s basename
`process.file.name.length`	Length of the corresponding string
`process.file.package.name`	[Experimental] Name of the package that provided this file
`process.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`process.file.package.version`	[Experimental] Full version of the package that provided this file
`process.file.path`	File’s path
`process.file.path.length`	Length of the corresponding string
`process.file.rights`	Rights of the file
`process.file.uid`	UID of the file’s owner
`process.file.user`	User of the file’s owner
`process.fsgid`	FileSystem-gid of the process
`process.fsgroup`	FileSystem-group of the process
`process.fsuid`	FileSystem-uid of the process
`process.fsuser`	FileSystem-user of the process
`process.gid`	GID of the process
`process.group`	Group of the process
`process.interpreter.file.change_time`	Change time of the file
`process.interpreter.file.filesystem`	File’s filesystem
`process.interpreter.file.gid`	GID of the file’s owner
`process.interpreter.file.group`	Group of the file’s owner
`process.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`process.interpreter.file.inode`	Inode of the file
`process.interpreter.file.mode`	Mode of the file
`process.interpreter.file.modification_time`	Modification time of the file
`process.interpreter.file.mount_id`	Mount ID of the file
`process.interpreter.file.name`	File’s basename
`process.interpreter.file.name.length`	Length of the corresponding string
`process.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`process.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`process.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`process.interpreter.file.path`	File’s path
`process.interpreter.file.path.length`	Length of the corresponding string
`process.interpreter.file.rights`	Rights of the file
`process.interpreter.file.uid`	UID of the file’s owner
`process.interpreter.file.user`	User of the file’s owner
`process.is_kworker`	Indicates whether the process is a kworker
`process.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`process.parent.args`	Arguments of the process (as a string, excluding argv0)
`process.parent.args_flags`	Flags in the process arguments
`process.parent.args_options`	Argument of the process as options
`process.parent.args_truncated`	Indicator of arguments truncation
`process.parent.argv`	Arguments of the process (as an array, excluding argv0)
`process.parent.argv0`	First argument of the process
`process.parent.cap_effective`	Effective capability set of the process
`process.parent.cap_permitted`	Permitted capability set of the process
`process.parent.comm`	Comm attribute of the process
`process.parent.container.id`	Container ID
`process.parent.created_at`	Timestamp of the creation of the process
`process.parent.egid`	Effective GID of the process
`process.parent.egroup`	Effective group of the process
`process.parent.envp`	Environment variables of the process
`process.parent.envs`	Environment variable names of the process
`process.parent.envs_truncated`	Indicator of environment variables truncation
`process.parent.euid`	Effective UID of the process
`process.parent.euser`	Effective user of the process
`process.parent.file.change_time`	Change time of the file
`process.parent.file.filesystem`	File’s filesystem
`process.parent.file.gid`	GID of the file’s owner
`process.parent.file.group`	Group of the file’s owner
`process.parent.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`process.parent.file.inode`	Inode of the file
`process.parent.file.mode`	Mode of the file
`process.parent.file.modification_time`	Modification time of the file
`process.parent.file.mount_id`	Mount ID of the file
`process.parent.file.name`	File’s basename
`process.parent.file.name.length`	Length of the corresponding string
`process.parent.file.package.name`	[Experimental] Name of the package that provided this file
`process.parent.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`process.parent.file.package.version`	[Experimental] Full version of the package that provided this file
`process.parent.file.path`	File’s path
`process.parent.file.path.length`	Length of the corresponding string
`process.parent.file.rights`	Rights of the file
`process.parent.file.uid`	UID of the file’s owner
`process.parent.file.user`	User of the file’s owner
`process.parent.fsgid`	FileSystem-gid of the process
`process.parent.fsgroup`	FileSystem-group of the process
`process.parent.fsuid`	FileSystem-uid of the process
`process.parent.fsuser`	FileSystem-user of the process
`process.parent.gid`	GID of the process
`process.parent.group`	Group of the process
`process.parent.interpreter.file.change_time`	Change time of the file
`process.parent.interpreter.file.filesystem`	File’s filesystem
`process.parent.interpreter.file.gid`	GID of the file’s owner
`process.parent.interpreter.file.group`	Group of the file’s owner
`process.parent.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`process.parent.interpreter.file.inode`	Inode of the file
`process.parent.interpreter.file.mode`	Mode of the file
`process.parent.interpreter.file.modification_time`	Modification time of the file
`process.parent.interpreter.file.mount_id`	Mount ID of the file
`process.parent.interpreter.file.name`	File’s basename
`process.parent.interpreter.file.name.length`	Length of the corresponding string
`process.parent.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`process.parent.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`process.parent.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`process.parent.interpreter.file.path`	File’s path
`process.parent.interpreter.file.path.length`	Length of the corresponding string
`process.parent.interpreter.file.rights`	Rights of the file
`process.parent.interpreter.file.uid`	UID of the file’s owner
`process.parent.interpreter.file.user`	User of the file’s owner
`process.parent.is_kworker`	Indicates whether the process is a kworker
`process.parent.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`process.parent.pid`	Process ID of the process (also called thread group ID)
`process.parent.ppid`	Parent process ID
`process.parent.tid`	Thread ID of the thread
`process.parent.tty_name`	Name of the TTY associated with the process
`process.parent.uid`	UID of the process
`process.parent.user`	User of the process
`process.pid`	Process ID of the process (also called thread group ID)
`process.ppid`	Parent process ID
`process.tid`	Thread ID of the thread
`process.tty_name`	Name of the TTY associated with the process
`process.uid`	UID of the process
`process.user`	User of the process

Event `bind`

This event type is experimental and may change in the future.

A bind was executed

Property	Definition
`bind.addr.family`	Address family
`bind.addr.ip`	IP address
`bind.addr.port`	Port number
`bind.retval`	Return value of the syscall

Event `bpf`

A BPF command was executed

Property	Definition
`bpf.cmd`	BPF command name
`bpf.map.name`	Name of the eBPF map (added in 7.35)
`bpf.map.type`	Type of the eBPF map
`bpf.prog.attach_type`	Attach type of the eBPF program
`bpf.prog.helpers`	eBPF helpers used by the eBPF program (added in 7.35)
`bpf.prog.name`	Name of the eBPF program (added in 7.35)
`bpf.prog.tag`	Hash (sha1) of the eBPF program (added in 7.35)
`bpf.prog.type`	Type of the eBPF program
`bpf.retval`	Return value of the syscall

Event `capset`

A process changed its capacity set

Property	Definition
`capset.cap_effective`	Effective capability set of the process
`capset.cap_permitted`	Permitted capability set of the process

Event `chmod`

A file’s permissions were changed

Property	Definition
`chmod.file.change_time`	Change time of the file
`chmod.file.destination.mode`	New mode of the chmod-ed file
`chmod.file.destination.rights`	New rights of the chmod-ed file
`chmod.file.filesystem`	File’s filesystem
`chmod.file.gid`	GID of the file’s owner
`chmod.file.group`	Group of the file’s owner
`chmod.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`chmod.file.inode`	Inode of the file
`chmod.file.mode`	Mode of the file
`chmod.file.modification_time`	Modification time of the file
`chmod.file.mount_id`	Mount ID of the file
`chmod.file.name`	File’s basename
`chmod.file.name.length`	Length of the corresponding string
`chmod.file.package.name`	[Experimental] Name of the package that provided this file
`chmod.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`chmod.file.package.version`	[Experimental] Full version of the package that provided this file
`chmod.file.path`	File’s path
`chmod.file.path.length`	Length of the corresponding string
`chmod.file.rights`	Rights of the file
`chmod.file.uid`	UID of the file’s owner
`chmod.file.user`	User of the file’s owner
`chmod.retval`	Return value of the syscall

Event `chown`

A file’s owner was changed

Property	Definition
`chown.file.change_time`	Change time of the file
`chown.file.destination.gid`	New GID of the chown-ed file’s owner
`chown.file.destination.group`	New group of the chown-ed file’s owner
`chown.file.destination.uid`	New UID of the chown-ed file’s owner
`chown.file.destination.user`	New user of the chown-ed file’s owner
`chown.file.filesystem`	File’s filesystem
`chown.file.gid`	GID of the file’s owner
`chown.file.group`	Group of the file’s owner
`chown.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`chown.file.inode`	Inode of the file
`chown.file.mode`	Mode of the file
`chown.file.modification_time`	Modification time of the file
`chown.file.mount_id`	Mount ID of the file
`chown.file.name`	File’s basename
`chown.file.name.length`	Length of the corresponding string
`chown.file.package.name`	[Experimental] Name of the package that provided this file
`chown.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`chown.file.package.version`	[Experimental] Full version of the package that provided this file
`chown.file.path`	File’s path
`chown.file.path.length`	Length of the corresponding string
`chown.file.rights`	Rights of the file
`chown.file.uid`	UID of the file’s owner
`chown.file.user`	User of the file’s owner
`chown.retval`	Return value of the syscall

Event `dns`

A DNS request was sent

Property	Definition
`dns.id`	[Experimental] the DNS request ID
`dns.question.class`	the class looked up by the DNS question
`dns.question.count`	the total count of questions in the DNS request
`dns.question.length`	the total DNS request size in bytes
`dns.question.name`	the queried domain name
`dns.question.name.length`	Length of the corresponding string
`dns.question.type`	a two octet code which specifies the DNS question type

Event `exec`

A process was executed or forked

Property	Definition
`exec.args`	Arguments of the process (as a string, excluding argv0)
`exec.args_flags`	Flags in the process arguments
`exec.args_options`	Argument of the process as options
`exec.args_truncated`	Indicator of arguments truncation
`exec.argv`	Arguments of the process (as an array, excluding argv0)
`exec.argv0`	First argument of the process
`exec.cap_effective`	Effective capability set of the process
`exec.cap_permitted`	Permitted capability set of the process
`exec.comm`	Comm attribute of the process
`exec.container.id`	Container ID
`exec.created_at`	Timestamp of the creation of the process
`exec.egid`	Effective GID of the process
`exec.egroup`	Effective group of the process
`exec.envp`	Environment variables of the process
`exec.envs`	Environment variable names of the process
`exec.envs_truncated`	Indicator of environment variables truncation
`exec.euid`	Effective UID of the process
`exec.euser`	Effective user of the process
`exec.file.change_time`	Change time of the file
`exec.file.filesystem`	File’s filesystem
`exec.file.gid`	GID of the file’s owner
`exec.file.group`	Group of the file’s owner
`exec.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`exec.file.inode`	Inode of the file
`exec.file.mode`	Mode of the file
`exec.file.modification_time`	Modification time of the file
`exec.file.mount_id`	Mount ID of the file
`exec.file.name`	File’s basename
`exec.file.name.length`	Length of the corresponding string
`exec.file.package.name`	[Experimental] Name of the package that provided this file
`exec.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`exec.file.package.version`	[Experimental] Full version of the package that provided this file
`exec.file.path`	File’s path
`exec.file.path.length`	Length of the corresponding string
`exec.file.rights`	Rights of the file
`exec.file.uid`	UID of the file’s owner
`exec.file.user`	User of the file’s owner
`exec.fsgid`	FileSystem-gid of the process
`exec.fsgroup`	FileSystem-group of the process
`exec.fsuid`	FileSystem-uid of the process
`exec.fsuser`	FileSystem-user of the process
`exec.gid`	GID of the process
`exec.group`	Group of the process
`exec.interpreter.file.change_time`	Change time of the file
`exec.interpreter.file.filesystem`	File’s filesystem
`exec.interpreter.file.gid`	GID of the file’s owner
`exec.interpreter.file.group`	Group of the file’s owner
`exec.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`exec.interpreter.file.inode`	Inode of the file
`exec.interpreter.file.mode`	Mode of the file
`exec.interpreter.file.modification_time`	Modification time of the file
`exec.interpreter.file.mount_id`	Mount ID of the file
`exec.interpreter.file.name`	File’s basename
`exec.interpreter.file.name.length`	Length of the corresponding string
`exec.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`exec.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`exec.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`exec.interpreter.file.path`	File’s path
`exec.interpreter.file.path.length`	Length of the corresponding string
`exec.interpreter.file.rights`	Rights of the file
`exec.interpreter.file.uid`	UID of the file’s owner
`exec.interpreter.file.user`	User of the file’s owner
`exec.is_kworker`	Indicates whether the process is a kworker
`exec.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`exec.pid`	Process ID of the process (also called thread group ID)
`exec.ppid`	Parent process ID
`exec.tid`	Thread ID of the thread
`exec.tty_name`	Name of the TTY associated with the process
`exec.uid`	UID of the process
`exec.user`	User of the process

Event `exit`

A process was terminated

Property	Definition
`exit.args`	Arguments of the process (as a string, excluding argv0)
`exit.args_flags`	Flags in the process arguments
`exit.args_options`	Argument of the process as options
`exit.args_truncated`	Indicator of arguments truncation
`exit.argv`	Arguments of the process (as an array, excluding argv0)
`exit.argv0`	First argument of the process
`exit.cap_effective`	Effective capability set of the process
`exit.cap_permitted`	Permitted capability set of the process
`exit.cause`	Cause of the process termination (one of EXITED, SIGNALED, COREDUMPED)
`exit.code`	Exit code of the process or number of the signal that caused the process to terminate
`exit.comm`	Comm attribute of the process
`exit.container.id`	Container ID
`exit.created_at`	Timestamp of the creation of the process
`exit.egid`	Effective GID of the process
`exit.egroup`	Effective group of the process
`exit.envp`	Environment variables of the process
`exit.envs`	Environment variable names of the process
`exit.envs_truncated`	Indicator of environment variables truncation
`exit.euid`	Effective UID of the process
`exit.euser`	Effective user of the process
`exit.file.change_time`	Change time of the file
`exit.file.filesystem`	File’s filesystem
`exit.file.gid`	GID of the file’s owner
`exit.file.group`	Group of the file’s owner
`exit.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`exit.file.inode`	Inode of the file
`exit.file.mode`	Mode of the file
`exit.file.modification_time`	Modification time of the file
`exit.file.mount_id`	Mount ID of the file
`exit.file.name`	File’s basename
`exit.file.name.length`	Length of the corresponding string
`exit.file.package.name`	[Experimental] Name of the package that provided this file
`exit.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`exit.file.package.version`	[Experimental] Full version of the package that provided this file
`exit.file.path`	File’s path
`exit.file.path.length`	Length of the corresponding string
`exit.file.rights`	Rights of the file
`exit.file.uid`	UID of the file’s owner
`exit.file.user`	User of the file’s owner
`exit.fsgid`	FileSystem-gid of the process
`exit.fsgroup`	FileSystem-group of the process
`exit.fsuid`	FileSystem-uid of the process
`exit.fsuser`	FileSystem-user of the process
`exit.gid`	GID of the process
`exit.group`	Group of the process
`exit.interpreter.file.change_time`	Change time of the file
`exit.interpreter.file.filesystem`	File’s filesystem
`exit.interpreter.file.gid`	GID of the file’s owner
`exit.interpreter.file.group`	Group of the file’s owner
`exit.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`exit.interpreter.file.inode`	Inode of the file
`exit.interpreter.file.mode`	Mode of the file
`exit.interpreter.file.modification_time`	Modification time of the file
`exit.interpreter.file.mount_id`	Mount ID of the file
`exit.interpreter.file.name`	File’s basename
`exit.interpreter.file.name.length`	Length of the corresponding string
`exit.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`exit.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`exit.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`exit.interpreter.file.path`	File’s path
`exit.interpreter.file.path.length`	Length of the corresponding string
`exit.interpreter.file.rights`	Rights of the file
`exit.interpreter.file.uid`	UID of the file’s owner
`exit.interpreter.file.user`	User of the file’s owner
`exit.is_kworker`	Indicates whether the process is a kworker
`exit.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`exit.pid`	Process ID of the process (also called thread group ID)
`exit.ppid`	Parent process ID
`exit.tid`	Thread ID of the thread
`exit.tty_name`	Name of the TTY associated with the process
`exit.uid`	UID of the process
`exit.user`	User of the process

Event `link`

Create a new name/alias for a file

Property	Definition
`link.file.change_time`	Change time of the file
`link.file.destination.change_time`	Change time of the file
`link.file.destination.filesystem`	File’s filesystem
`link.file.destination.gid`	GID of the file’s owner
`link.file.destination.group`	Group of the file’s owner
`link.file.destination.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`link.file.destination.inode`	Inode of the file
`link.file.destination.mode`	Mode of the file
`link.file.destination.modification_time`	Modification time of the file
`link.file.destination.mount_id`	Mount ID of the file
`link.file.destination.name`	File’s basename
`link.file.destination.name.length`	Length of the corresponding string
`link.file.destination.package.name`	[Experimental] Name of the package that provided this file
`link.file.destination.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`link.file.destination.package.version`	[Experimental] Full version of the package that provided this file
`link.file.destination.path`	File’s path
`link.file.destination.path.length`	Length of the corresponding string
`link.file.destination.rights`	Rights of the file
`link.file.destination.uid`	UID of the file’s owner
`link.file.destination.user`	User of the file’s owner
`link.file.filesystem`	File’s filesystem
`link.file.gid`	GID of the file’s owner
`link.file.group`	Group of the file’s owner
`link.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`link.file.inode`	Inode of the file
`link.file.mode`	Mode of the file
`link.file.modification_time`	Modification time of the file
`link.file.mount_id`	Mount ID of the file
`link.file.name`	File’s basename
`link.file.name.length`	Length of the corresponding string
`link.file.package.name`	[Experimental] Name of the package that provided this file
`link.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`link.file.package.version`	[Experimental] Full version of the package that provided this file
`link.file.path`	File’s path
`link.file.path.length`	Length of the corresponding string
`link.file.rights`	Rights of the file
`link.file.uid`	UID of the file’s owner
`link.file.user`	User of the file’s owner
`link.retval`	Return value of the syscall

Event `load_module`

A new kernel module was loaded

Property	Definition
`load_module.args`	Parameters (as a string) of the new kernel module
`load_module.args_truncated`	Indicates if the arguments were truncated or not
`load_module.argv`	Parameters (as an array) of the new kernel module
`load_module.file.change_time`	Change time of the file
`load_module.file.filesystem`	File’s filesystem
`load_module.file.gid`	GID of the file’s owner
`load_module.file.group`	Group of the file’s owner
`load_module.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`load_module.file.inode`	Inode of the file
`load_module.file.mode`	Mode of the file
`load_module.file.modification_time`	Modification time of the file
`load_module.file.mount_id`	Mount ID of the file
`load_module.file.name`	File’s basename
`load_module.file.name.length`	Length of the corresponding string
`load_module.file.package.name`	[Experimental] Name of the package that provided this file
`load_module.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`load_module.file.package.version`	[Experimental] Full version of the package that provided this file
`load_module.file.path`	File’s path
`load_module.file.path.length`	Length of the corresponding string
`load_module.file.rights`	Rights of the file
`load_module.file.uid`	UID of the file’s owner
`load_module.file.user`	User of the file’s owner
`load_module.loaded_from_memory`	Indicates if the kernel module was loaded from memory
`load_module.name`	Name of the new kernel module
`load_module.retval`	Return value of the syscall

Event `mkdir`

A directory was created

Property	Definition
`mkdir.file.change_time`	Change time of the file
`mkdir.file.destination.mode`	Mode of the new directory
`mkdir.file.destination.rights`	Rights of the new directory
`mkdir.file.filesystem`	File’s filesystem
`mkdir.file.gid`	GID of the file’s owner
`mkdir.file.group`	Group of the file’s owner
`mkdir.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`mkdir.file.inode`	Inode of the file
`mkdir.file.mode`	Mode of the file
`mkdir.file.modification_time`	Modification time of the file
`mkdir.file.mount_id`	Mount ID of the file
`mkdir.file.name`	File’s basename
`mkdir.file.name.length`	Length of the corresponding string
`mkdir.file.package.name`	[Experimental] Name of the package that provided this file
`mkdir.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`mkdir.file.package.version`	[Experimental] Full version of the package that provided this file
`mkdir.file.path`	File’s path
`mkdir.file.path.length`	Length of the corresponding string
`mkdir.file.rights`	Rights of the file
`mkdir.file.uid`	UID of the file’s owner
`mkdir.file.user`	User of the file’s owner
`mkdir.retval`	Return value of the syscall

Event `mmap`

A mmap command was executed

Property	Definition
`mmap.file.change_time`	Change time of the file
`mmap.file.filesystem`	File’s filesystem
`mmap.file.gid`	GID of the file’s owner
`mmap.file.group`	Group of the file’s owner
`mmap.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`mmap.file.inode`	Inode of the file
`mmap.file.mode`	Mode of the file
`mmap.file.modification_time`	Modification time of the file
`mmap.file.mount_id`	Mount ID of the file
`mmap.file.name`	File’s basename
`mmap.file.name.length`	Length of the corresponding string
`mmap.file.package.name`	[Experimental] Name of the package that provided this file
`mmap.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`mmap.file.package.version`	[Experimental] Full version of the package that provided this file
`mmap.file.path`	File’s path
`mmap.file.path.length`	Length of the corresponding string
`mmap.file.rights`	Rights of the file
`mmap.file.uid`	UID of the file’s owner
`mmap.file.user`	User of the file’s owner
`mmap.flags`	memory segment flags
`mmap.protection`	memory segment protection
`mmap.retval`	Return value of the syscall

Event `mount`

This event type is experimental and may change in the future.

A filesystem was mounted

Property	Definition
`mount.fs_type`	Type of the mounted file system
`mount.mountpoint.path`	Path of the mount point
`mount.retval`	Return value of the syscall
`mount.source.path`	Source path of a bind mount

Event `mprotect`

A mprotect command was executed

Property	Definition
`mprotect.req_protection`	new memory segment protection
`mprotect.retval`	Return value of the syscall
`mprotect.vm_protection`	initial memory segment protection

Event `open`

A file was opened

Property	Definition
`open.file.change_time`	Change time of the file
`open.file.destination.mode`	Mode of the created file
`open.file.filesystem`	File’s filesystem
`open.file.gid`	GID of the file’s owner
`open.file.group`	Group of the file’s owner
`open.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`open.file.inode`	Inode of the file
`open.file.mode`	Mode of the file
`open.file.modification_time`	Modification time of the file
`open.file.mount_id`	Mount ID of the file
`open.file.name`	File’s basename
`open.file.name.length`	Length of the corresponding string
`open.file.package.name`	[Experimental] Name of the package that provided this file
`open.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`open.file.package.version`	[Experimental] Full version of the package that provided this file
`open.file.path`	File’s path
`open.file.path.length`	Length of the corresponding string
`open.file.rights`	Rights of the file
`open.file.uid`	UID of the file’s owner
`open.file.user`	User of the file’s owner
`open.flags`	Flags used when opening the file
`open.retval`	Return value of the syscall

Event `ptrace`

A ptrace command was executed

Property	Definition
`ptrace.request`	ptrace request
`ptrace.retval`	Return value of the syscall
`ptrace.tracee.ancestors.args`	Arguments of the process (as a string, excluding argv0)
`ptrace.tracee.ancestors.args_flags`	Flags in the process arguments
`ptrace.tracee.ancestors.args_options`	Argument of the process as options
`ptrace.tracee.ancestors.args_truncated`	Indicator of arguments truncation
`ptrace.tracee.ancestors.argv`	Arguments of the process (as an array, excluding argv0)
`ptrace.tracee.ancestors.argv0`	First argument of the process
`ptrace.tracee.ancestors.cap_effective`	Effective capability set of the process
`ptrace.tracee.ancestors.cap_permitted`	Permitted capability set of the process
`ptrace.tracee.ancestors.comm`	Comm attribute of the process
`ptrace.tracee.ancestors.container.id`	Container ID
`ptrace.tracee.ancestors.created_at`	Timestamp of the creation of the process
`ptrace.tracee.ancestors.egid`	Effective GID of the process
`ptrace.tracee.ancestors.egroup`	Effective group of the process
`ptrace.tracee.ancestors.envp`	Environment variables of the process
`ptrace.tracee.ancestors.envs`	Environment variable names of the process
`ptrace.tracee.ancestors.envs_truncated`	Indicator of environment variables truncation
`ptrace.tracee.ancestors.euid`	Effective UID of the process
`ptrace.tracee.ancestors.euser`	Effective user of the process
`ptrace.tracee.ancestors.file.change_time`	Change time of the file
`ptrace.tracee.ancestors.file.filesystem`	File’s filesystem
`ptrace.tracee.ancestors.file.gid`	GID of the file’s owner
`ptrace.tracee.ancestors.file.group`	Group of the file’s owner
`ptrace.tracee.ancestors.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`ptrace.tracee.ancestors.file.inode`	Inode of the file
`ptrace.tracee.ancestors.file.mode`	Mode of the file
`ptrace.tracee.ancestors.file.modification_time`	Modification time of the file
`ptrace.tracee.ancestors.file.mount_id`	Mount ID of the file
`ptrace.tracee.ancestors.file.name`	File’s basename
`ptrace.tracee.ancestors.file.name.length`	Length of the corresponding string
`ptrace.tracee.ancestors.file.package.name`	[Experimental] Name of the package that provided this file
`ptrace.tracee.ancestors.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`ptrace.tracee.ancestors.file.package.version`	[Experimental] Full version of the package that provided this file
`ptrace.tracee.ancestors.file.path`	File’s path
`ptrace.tracee.ancestors.file.path.length`	Length of the corresponding string
`ptrace.tracee.ancestors.file.rights`	Rights of the file
`ptrace.tracee.ancestors.file.uid`	UID of the file’s owner
`ptrace.tracee.ancestors.file.user`	User of the file’s owner
`ptrace.tracee.ancestors.fsgid`	FileSystem-gid of the process
`ptrace.tracee.ancestors.fsgroup`	FileSystem-group of the process
`ptrace.tracee.ancestors.fsuid`	FileSystem-uid of the process
`ptrace.tracee.ancestors.fsuser`	FileSystem-user of the process
`ptrace.tracee.ancestors.gid`	GID of the process
`ptrace.tracee.ancestors.group`	Group of the process
`ptrace.tracee.ancestors.interpreter.file.change_time`	Change time of the file
`ptrace.tracee.ancestors.interpreter.file.filesystem`	File’s filesystem
`ptrace.tracee.ancestors.interpreter.file.gid`	GID of the file’s owner
`ptrace.tracee.ancestors.interpreter.file.group`	Group of the file’s owner
`ptrace.tracee.ancestors.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`ptrace.tracee.ancestors.interpreter.file.inode`	Inode of the file
`ptrace.tracee.ancestors.interpreter.file.mode`	Mode of the file
`ptrace.tracee.ancestors.interpreter.file.modification_time`	Modification time of the file
`ptrace.tracee.ancestors.interpreter.file.mount_id`	Mount ID of the file
`ptrace.tracee.ancestors.interpreter.file.name`	File’s basename
`ptrace.tracee.ancestors.interpreter.file.name.length`	Length of the corresponding string
`ptrace.tracee.ancestors.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`ptrace.tracee.ancestors.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`ptrace.tracee.ancestors.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`ptrace.tracee.ancestors.interpreter.file.path`	File’s path
`ptrace.tracee.ancestors.interpreter.file.path.length`	Length of the corresponding string
`ptrace.tracee.ancestors.interpreter.file.rights`	Rights of the file
`ptrace.tracee.ancestors.interpreter.file.uid`	UID of the file’s owner
`ptrace.tracee.ancestors.interpreter.file.user`	User of the file’s owner
`ptrace.tracee.ancestors.is_kworker`	Indicates whether the process is a kworker
`ptrace.tracee.ancestors.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`ptrace.tracee.ancestors.pid`	Process ID of the process (also called thread group ID)
`ptrace.tracee.ancestors.ppid`	Parent process ID
`ptrace.tracee.ancestors.tid`	Thread ID of the thread
`ptrace.tracee.ancestors.tty_name`	Name of the TTY associated with the process
`ptrace.tracee.ancestors.uid`	UID of the process
`ptrace.tracee.ancestors.user`	User of the process
`ptrace.tracee.args`	Arguments of the process (as a string, excluding argv0)
`ptrace.tracee.args_flags`	Flags in the process arguments
`ptrace.tracee.args_options`	Argument of the process as options
`ptrace.tracee.args_truncated`	Indicator of arguments truncation
`ptrace.tracee.argv`	Arguments of the process (as an array, excluding argv0)
`ptrace.tracee.argv0`	First argument of the process
`ptrace.tracee.cap_effective`	Effective capability set of the process
`ptrace.tracee.cap_permitted`	Permitted capability set of the process
`ptrace.tracee.comm`	Comm attribute of the process
`ptrace.tracee.container.id`	Container ID
`ptrace.tracee.created_at`	Timestamp of the creation of the process
`ptrace.tracee.egid`	Effective GID of the process
`ptrace.tracee.egroup`	Effective group of the process
`ptrace.tracee.envp`	Environment variables of the process
`ptrace.tracee.envs`	Environment variable names of the process
`ptrace.tracee.envs_truncated`	Indicator of environment variables truncation
`ptrace.tracee.euid`	Effective UID of the process
`ptrace.tracee.euser`	Effective user of the process
`ptrace.tracee.file.change_time`	Change time of the file
`ptrace.tracee.file.filesystem`	File’s filesystem
`ptrace.tracee.file.gid`	GID of the file’s owner
`ptrace.tracee.file.group`	Group of the file’s owner
`ptrace.tracee.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`ptrace.tracee.file.inode`	Inode of the file
`ptrace.tracee.file.mode`	Mode of the file
`ptrace.tracee.file.modification_time`	Modification time of the file
`ptrace.tracee.file.mount_id`	Mount ID of the file
`ptrace.tracee.file.name`	File’s basename
`ptrace.tracee.file.name.length`	Length of the corresponding string
`ptrace.tracee.file.package.name`	[Experimental] Name of the package that provided this file
`ptrace.tracee.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`ptrace.tracee.file.package.version`	[Experimental] Full version of the package that provided this file
`ptrace.tracee.file.path`	File’s path
`ptrace.tracee.file.path.length`	Length of the corresponding string
`ptrace.tracee.file.rights`	Rights of the file
`ptrace.tracee.file.uid`	UID of the file’s owner
`ptrace.tracee.file.user`	User of the file’s owner
`ptrace.tracee.fsgid`	FileSystem-gid of the process
`ptrace.tracee.fsgroup`	FileSystem-group of the process
`ptrace.tracee.fsuid`	FileSystem-uid of the process
`ptrace.tracee.fsuser`	FileSystem-user of the process
`ptrace.tracee.gid`	GID of the process
`ptrace.tracee.group`	Group of the process
`ptrace.tracee.interpreter.file.change_time`	Change time of the file
`ptrace.tracee.interpreter.file.filesystem`	File’s filesystem
`ptrace.tracee.interpreter.file.gid`	GID of the file’s owner
`ptrace.tracee.interpreter.file.group`	Group of the file’s owner
`ptrace.tracee.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`ptrace.tracee.interpreter.file.inode`	Inode of the file
`ptrace.tracee.interpreter.file.mode`	Mode of the file
`ptrace.tracee.interpreter.file.modification_time`	Modification time of the file
`ptrace.tracee.interpreter.file.mount_id`	Mount ID of the file
`ptrace.tracee.interpreter.file.name`	File’s basename
`ptrace.tracee.interpreter.file.name.length`	Length of the corresponding string
`ptrace.tracee.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`ptrace.tracee.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`ptrace.tracee.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`ptrace.tracee.interpreter.file.path`	File’s path
`ptrace.tracee.interpreter.file.path.length`	Length of the corresponding string
`ptrace.tracee.interpreter.file.rights`	Rights of the file
`ptrace.tracee.interpreter.file.uid`	UID of the file’s owner
`ptrace.tracee.interpreter.file.user`	User of the file’s owner
`ptrace.tracee.is_kworker`	Indicates whether the process is a kworker
`ptrace.tracee.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`ptrace.tracee.parent.args`	Arguments of the process (as a string, excluding argv0)
`ptrace.tracee.parent.args_flags`	Flags in the process arguments
`ptrace.tracee.parent.args_options`	Argument of the process as options
`ptrace.tracee.parent.args_truncated`	Indicator of arguments truncation
`ptrace.tracee.parent.argv`	Arguments of the process (as an array, excluding argv0)
`ptrace.tracee.parent.argv0`	First argument of the process
`ptrace.tracee.parent.cap_effective`	Effective capability set of the process
`ptrace.tracee.parent.cap_permitted`	Permitted capability set of the process
`ptrace.tracee.parent.comm`	Comm attribute of the process
`ptrace.tracee.parent.container.id`	Container ID
`ptrace.tracee.parent.created_at`	Timestamp of the creation of the process
`ptrace.tracee.parent.egid`	Effective GID of the process
`ptrace.tracee.parent.egroup`	Effective group of the process
`ptrace.tracee.parent.envp`	Environment variables of the process
`ptrace.tracee.parent.envs`	Environment variable names of the process
`ptrace.tracee.parent.envs_truncated`	Indicator of environment variables truncation
`ptrace.tracee.parent.euid`	Effective UID of the process
`ptrace.tracee.parent.euser`	Effective user of the process
`ptrace.tracee.parent.file.change_time`	Change time of the file
`ptrace.tracee.parent.file.filesystem`	File’s filesystem
`ptrace.tracee.parent.file.gid`	GID of the file’s owner
`ptrace.tracee.parent.file.group`	Group of the file’s owner
`ptrace.tracee.parent.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`ptrace.tracee.parent.file.inode`	Inode of the file
`ptrace.tracee.parent.file.mode`	Mode of the file
`ptrace.tracee.parent.file.modification_time`	Modification time of the file
`ptrace.tracee.parent.file.mount_id`	Mount ID of the file
`ptrace.tracee.parent.file.name`	File’s basename
`ptrace.tracee.parent.file.name.length`	Length of the corresponding string
`ptrace.tracee.parent.file.package.name`	[Experimental] Name of the package that provided this file
`ptrace.tracee.parent.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`ptrace.tracee.parent.file.package.version`	[Experimental] Full version of the package that provided this file
`ptrace.tracee.parent.file.path`	File’s path
`ptrace.tracee.parent.file.path.length`	Length of the corresponding string
`ptrace.tracee.parent.file.rights`	Rights of the file
`ptrace.tracee.parent.file.uid`	UID of the file’s owner
`ptrace.tracee.parent.file.user`	User of the file’s owner
`ptrace.tracee.parent.fsgid`	FileSystem-gid of the process
`ptrace.tracee.parent.fsgroup`	FileSystem-group of the process
`ptrace.tracee.parent.fsuid`	FileSystem-uid of the process
`ptrace.tracee.parent.fsuser`	FileSystem-user of the process
`ptrace.tracee.parent.gid`	GID of the process
`ptrace.tracee.parent.group`	Group of the process
`ptrace.tracee.parent.interpreter.file.change_time`	Change time of the file
`ptrace.tracee.parent.interpreter.file.filesystem`	File’s filesystem
`ptrace.tracee.parent.interpreter.file.gid`	GID of the file’s owner
`ptrace.tracee.parent.interpreter.file.group`	Group of the file’s owner
`ptrace.tracee.parent.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`ptrace.tracee.parent.interpreter.file.inode`	Inode of the file
`ptrace.tracee.parent.interpreter.file.mode`	Mode of the file
`ptrace.tracee.parent.interpreter.file.modification_time`	Modification time of the file
`ptrace.tracee.parent.interpreter.file.mount_id`	Mount ID of the file
`ptrace.tracee.parent.interpreter.file.name`	File’s basename
`ptrace.tracee.parent.interpreter.file.name.length`	Length of the corresponding string
`ptrace.tracee.parent.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`ptrace.tracee.parent.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`ptrace.tracee.parent.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`ptrace.tracee.parent.interpreter.file.path`	File’s path
`ptrace.tracee.parent.interpreter.file.path.length`	Length of the corresponding string
`ptrace.tracee.parent.interpreter.file.rights`	Rights of the file
`ptrace.tracee.parent.interpreter.file.uid`	UID of the file’s owner
`ptrace.tracee.parent.interpreter.file.user`	User of the file’s owner
`ptrace.tracee.parent.is_kworker`	Indicates whether the process is a kworker
`ptrace.tracee.parent.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`ptrace.tracee.parent.pid`	Process ID of the process (also called thread group ID)
`ptrace.tracee.parent.ppid`	Parent process ID
`ptrace.tracee.parent.tid`	Thread ID of the thread
`ptrace.tracee.parent.tty_name`	Name of the TTY associated with the process
`ptrace.tracee.parent.uid`	UID of the process
`ptrace.tracee.parent.user`	User of the process
`ptrace.tracee.pid`	Process ID of the process (also called thread group ID)
`ptrace.tracee.ppid`	Parent process ID
`ptrace.tracee.tid`	Thread ID of the thread
`ptrace.tracee.tty_name`	Name of the TTY associated with the process
`ptrace.tracee.uid`	UID of the process
`ptrace.tracee.user`	User of the process

Event `removexattr`

Remove extended attributes

Property	Definition
`removexattr.file.change_time`	Change time of the file
`removexattr.file.destination.name`	Name of the extended attribute
`removexattr.file.destination.namespace`	Namespace of the extended attribute
`removexattr.file.filesystem`	File’s filesystem
`removexattr.file.gid`	GID of the file’s owner
`removexattr.file.group`	Group of the file’s owner
`removexattr.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`removexattr.file.inode`	Inode of the file
`removexattr.file.mode`	Mode of the file
`removexattr.file.modification_time`	Modification time of the file
`removexattr.file.mount_id`	Mount ID of the file
`removexattr.file.name`	File’s basename
`removexattr.file.name.length`	Length of the corresponding string
`removexattr.file.package.name`	[Experimental] Name of the package that provided this file
`removexattr.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`removexattr.file.package.version`	[Experimental] Full version of the package that provided this file
`removexattr.file.path`	File’s path
`removexattr.file.path.length`	Length of the corresponding string
`removexattr.file.rights`	Rights of the file
`removexattr.file.uid`	UID of the file’s owner
`removexattr.file.user`	User of the file’s owner
`removexattr.retval`	Return value of the syscall

Event `rename`

A file/directory was renamed

Property	Definition
`rename.file.change_time`	Change time of the file
`rename.file.destination.change_time`	Change time of the file
`rename.file.destination.filesystem`	File’s filesystem
`rename.file.destination.gid`	GID of the file’s owner
`rename.file.destination.group`	Group of the file’s owner
`rename.file.destination.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`rename.file.destination.inode`	Inode of the file
`rename.file.destination.mode`	Mode of the file
`rename.file.destination.modification_time`	Modification time of the file
`rename.file.destination.mount_id`	Mount ID of the file
`rename.file.destination.name`	File’s basename
`rename.file.destination.name.length`	Length of the corresponding string
`rename.file.destination.package.name`	[Experimental] Name of the package that provided this file
`rename.file.destination.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`rename.file.destination.package.version`	[Experimental] Full version of the package that provided this file
`rename.file.destination.path`	File’s path
`rename.file.destination.path.length`	Length of the corresponding string
`rename.file.destination.rights`	Rights of the file
`rename.file.destination.uid`	UID of the file’s owner
`rename.file.destination.user`	User of the file’s owner
`rename.file.filesystem`	File’s filesystem
`rename.file.gid`	GID of the file’s owner
`rename.file.group`	Group of the file’s owner
`rename.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`rename.file.inode`	Inode of the file
`rename.file.mode`	Mode of the file
`rename.file.modification_time`	Modification time of the file
`rename.file.mount_id`	Mount ID of the file
`rename.file.name`	File’s basename
`rename.file.name.length`	Length of the corresponding string
`rename.file.package.name`	[Experimental] Name of the package that provided this file
`rename.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`rename.file.package.version`	[Experimental] Full version of the package that provided this file
`rename.file.path`	File’s path
`rename.file.path.length`	Length of the corresponding string
`rename.file.rights`	Rights of the file
`rename.file.uid`	UID of the file’s owner
`rename.file.user`	User of the file’s owner
`rename.retval`	Return value of the syscall

Event `rmdir`

A directory was removed

Property	Definition
`rmdir.file.change_time`	Change time of the file
`rmdir.file.filesystem`	File’s filesystem
`rmdir.file.gid`	GID of the file’s owner
`rmdir.file.group`	Group of the file’s owner
`rmdir.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`rmdir.file.inode`	Inode of the file
`rmdir.file.mode`	Mode of the file
`rmdir.file.modification_time`	Modification time of the file
`rmdir.file.mount_id`	Mount ID of the file
`rmdir.file.name`	File’s basename
`rmdir.file.name.length`	Length of the corresponding string
`rmdir.file.package.name`	[Experimental] Name of the package that provided this file
`rmdir.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`rmdir.file.package.version`	[Experimental] Full version of the package that provided this file
`rmdir.file.path`	File’s path
`rmdir.file.path.length`	Length of the corresponding string
`rmdir.file.rights`	Rights of the file
`rmdir.file.uid`	UID of the file’s owner
`rmdir.file.user`	User of the file’s owner
`rmdir.retval`	Return value of the syscall

Event `selinux`

An SELinux operation was run

Property	Definition
`selinux.bool.name`	SELinux boolean name
`selinux.bool.state`	SELinux boolean new value
`selinux.bool_commit.state`	Indicator of a SELinux boolean commit operation
`selinux.enforce.status`	SELinux enforcement status (one of “enforcing”, “permissive”, “disabled”)

Event `setgid`

A process changed its effective gid

Property	Definition
`setgid.egid`	New effective GID of the process
`setgid.egroup`	New effective group of the process
`setgid.fsgid`	New FileSystem GID of the process
`setgid.fsgroup`	New FileSystem group of the process
`setgid.gid`	New GID of the process
`setgid.group`	New group of the process

Event `setuid`

A process changed its effective uid

Property	Definition
`setuid.euid`	New effective UID of the process
`setuid.euser`	New effective user of the process
`setuid.fsuid`	New FileSystem UID of the process
`setuid.fsuser`	New FileSystem user of the process
`setuid.uid`	New UID of the process
`setuid.user`	New user of the process

Event `setxattr`

Set exteneded attributes

Property	Definition
`setxattr.file.change_time`	Change time of the file
`setxattr.file.destination.name`	Name of the extended attribute
`setxattr.file.destination.namespace`	Namespace of the extended attribute
`setxattr.file.filesystem`	File’s filesystem
`setxattr.file.gid`	GID of the file’s owner
`setxattr.file.group`	Group of the file’s owner
`setxattr.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`setxattr.file.inode`	Inode of the file
`setxattr.file.mode`	Mode of the file
`setxattr.file.modification_time`	Modification time of the file
`setxattr.file.mount_id`	Mount ID of the file
`setxattr.file.name`	File’s basename
`setxattr.file.name.length`	Length of the corresponding string
`setxattr.file.package.name`	[Experimental] Name of the package that provided this file
`setxattr.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`setxattr.file.package.version`	[Experimental] Full version of the package that provided this file
`setxattr.file.path`	File’s path
`setxattr.file.path.length`	Length of the corresponding string
`setxattr.file.rights`	Rights of the file
`setxattr.file.uid`	UID of the file’s owner
`setxattr.file.user`	User of the file’s owner
`setxattr.retval`	Return value of the syscall

Event `signal`

A signal was sent

Property	Definition
`signal.pid`	Target PID
`signal.retval`	Return value of the syscall
`signal.target.ancestors.args`	Arguments of the process (as a string, excluding argv0)
`signal.target.ancestors.args_flags`	Flags in the process arguments
`signal.target.ancestors.args_options`	Argument of the process as options
`signal.target.ancestors.args_truncated`	Indicator of arguments truncation
`signal.target.ancestors.argv`	Arguments of the process (as an array, excluding argv0)
`signal.target.ancestors.argv0`	First argument of the process
`signal.target.ancestors.cap_effective`	Effective capability set of the process
`signal.target.ancestors.cap_permitted`	Permitted capability set of the process
`signal.target.ancestors.comm`	Comm attribute of the process
`signal.target.ancestors.container.id`	Container ID
`signal.target.ancestors.created_at`	Timestamp of the creation of the process
`signal.target.ancestors.egid`	Effective GID of the process
`signal.target.ancestors.egroup`	Effective group of the process
`signal.target.ancestors.envp`	Environment variables of the process
`signal.target.ancestors.envs`	Environment variable names of the process
`signal.target.ancestors.envs_truncated`	Indicator of environment variables truncation
`signal.target.ancestors.euid`	Effective UID of the process
`signal.target.ancestors.euser`	Effective user of the process
`signal.target.ancestors.file.change_time`	Change time of the file
`signal.target.ancestors.file.filesystem`	File’s filesystem
`signal.target.ancestors.file.gid`	GID of the file’s owner
`signal.target.ancestors.file.group`	Group of the file’s owner
`signal.target.ancestors.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`signal.target.ancestors.file.inode`	Inode of the file
`signal.target.ancestors.file.mode`	Mode of the file
`signal.target.ancestors.file.modification_time`	Modification time of the file
`signal.target.ancestors.file.mount_id`	Mount ID of the file
`signal.target.ancestors.file.name`	File’s basename
`signal.target.ancestors.file.name.length`	Length of the corresponding string
`signal.target.ancestors.file.package.name`	[Experimental] Name of the package that provided this file
`signal.target.ancestors.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`signal.target.ancestors.file.package.version`	[Experimental] Full version of the package that provided this file
`signal.target.ancestors.file.path`	File’s path
`signal.target.ancestors.file.path.length`	Length of the corresponding string
`signal.target.ancestors.file.rights`	Rights of the file
`signal.target.ancestors.file.uid`	UID of the file’s owner
`signal.target.ancestors.file.user`	User of the file’s owner
`signal.target.ancestors.fsgid`	FileSystem-gid of the process
`signal.target.ancestors.fsgroup`	FileSystem-group of the process
`signal.target.ancestors.fsuid`	FileSystem-uid of the process
`signal.target.ancestors.fsuser`	FileSystem-user of the process
`signal.target.ancestors.gid`	GID of the process
`signal.target.ancestors.group`	Group of the process
`signal.target.ancestors.interpreter.file.change_time`	Change time of the file
`signal.target.ancestors.interpreter.file.filesystem`	File’s filesystem
`signal.target.ancestors.interpreter.file.gid`	GID of the file’s owner
`signal.target.ancestors.interpreter.file.group`	Group of the file’s owner
`signal.target.ancestors.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`signal.target.ancestors.interpreter.file.inode`	Inode of the file
`signal.target.ancestors.interpreter.file.mode`	Mode of the file
`signal.target.ancestors.interpreter.file.modification_time`	Modification time of the file
`signal.target.ancestors.interpreter.file.mount_id`	Mount ID of the file
`signal.target.ancestors.interpreter.file.name`	File’s basename
`signal.target.ancestors.interpreter.file.name.length`	Length of the corresponding string
`signal.target.ancestors.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`signal.target.ancestors.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`signal.target.ancestors.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`signal.target.ancestors.interpreter.file.path`	File’s path
`signal.target.ancestors.interpreter.file.path.length`	Length of the corresponding string
`signal.target.ancestors.interpreter.file.rights`	Rights of the file
`signal.target.ancestors.interpreter.file.uid`	UID of the file’s owner
`signal.target.ancestors.interpreter.file.user`	User of the file’s owner
`signal.target.ancestors.is_kworker`	Indicates whether the process is a kworker
`signal.target.ancestors.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`signal.target.ancestors.pid`	Process ID of the process (also called thread group ID)
`signal.target.ancestors.ppid`	Parent process ID
`signal.target.ancestors.tid`	Thread ID of the thread
`signal.target.ancestors.tty_name`	Name of the TTY associated with the process
`signal.target.ancestors.uid`	UID of the process
`signal.target.ancestors.user`	User of the process
`signal.target.args`	Arguments of the process (as a string, excluding argv0)
`signal.target.args_flags`	Flags in the process arguments
`signal.target.args_options`	Argument of the process as options
`signal.target.args_truncated`	Indicator of arguments truncation
`signal.target.argv`	Arguments of the process (as an array, excluding argv0)
`signal.target.argv0`	First argument of the process
`signal.target.cap_effective`	Effective capability set of the process
`signal.target.cap_permitted`	Permitted capability set of the process
`signal.target.comm`	Comm attribute of the process
`signal.target.container.id`	Container ID
`signal.target.created_at`	Timestamp of the creation of the process
`signal.target.egid`	Effective GID of the process
`signal.target.egroup`	Effective group of the process
`signal.target.envp`	Environment variables of the process
`signal.target.envs`	Environment variable names of the process
`signal.target.envs_truncated`	Indicator of environment variables truncation
`signal.target.euid`	Effective UID of the process
`signal.target.euser`	Effective user of the process
`signal.target.file.change_time`	Change time of the file
`signal.target.file.filesystem`	File’s filesystem
`signal.target.file.gid`	GID of the file’s owner
`signal.target.file.group`	Group of the file’s owner
`signal.target.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`signal.target.file.inode`	Inode of the file
`signal.target.file.mode`	Mode of the file
`signal.target.file.modification_time`	Modification time of the file
`signal.target.file.mount_id`	Mount ID of the file
`signal.target.file.name`	File’s basename
`signal.target.file.name.length`	Length of the corresponding string
`signal.target.file.package.name`	[Experimental] Name of the package that provided this file
`signal.target.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`signal.target.file.package.version`	[Experimental] Full version of the package that provided this file
`signal.target.file.path`	File’s path
`signal.target.file.path.length`	Length of the corresponding string
`signal.target.file.rights`	Rights of the file
`signal.target.file.uid`	UID of the file’s owner
`signal.target.file.user`	User of the file’s owner
`signal.target.fsgid`	FileSystem-gid of the process
`signal.target.fsgroup`	FileSystem-group of the process
`signal.target.fsuid`	FileSystem-uid of the process
`signal.target.fsuser`	FileSystem-user of the process
`signal.target.gid`	GID of the process
`signal.target.group`	Group of the process
`signal.target.interpreter.file.change_time`	Change time of the file
`signal.target.interpreter.file.filesystem`	File’s filesystem
`signal.target.interpreter.file.gid`	GID of the file’s owner
`signal.target.interpreter.file.group`	Group of the file’s owner
`signal.target.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`signal.target.interpreter.file.inode`	Inode of the file
`signal.target.interpreter.file.mode`	Mode of the file
`signal.target.interpreter.file.modification_time`	Modification time of the file
`signal.target.interpreter.file.mount_id`	Mount ID of the file
`signal.target.interpreter.file.name`	File’s basename
`signal.target.interpreter.file.name.length`	Length of the corresponding string
`signal.target.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`signal.target.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`signal.target.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`signal.target.interpreter.file.path`	File’s path
`signal.target.interpreter.file.path.length`	Length of the corresponding string
`signal.target.interpreter.file.rights`	Rights of the file
`signal.target.interpreter.file.uid`	UID of the file’s owner
`signal.target.interpreter.file.user`	User of the file’s owner
`signal.target.is_kworker`	Indicates whether the process is a kworker
`signal.target.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`signal.target.parent.args`	Arguments of the process (as a string, excluding argv0)
`signal.target.parent.args_flags`	Flags in the process arguments
`signal.target.parent.args_options`	Argument of the process as options
`signal.target.parent.args_truncated`	Indicator of arguments truncation
`signal.target.parent.argv`	Arguments of the process (as an array, excluding argv0)
`signal.target.parent.argv0`	First argument of the process
`signal.target.parent.cap_effective`	Effective capability set of the process
`signal.target.parent.cap_permitted`	Permitted capability set of the process
`signal.target.parent.comm`	Comm attribute of the process
`signal.target.parent.container.id`	Container ID
`signal.target.parent.created_at`	Timestamp of the creation of the process
`signal.target.parent.egid`	Effective GID of the process
`signal.target.parent.egroup`	Effective group of the process
`signal.target.parent.envp`	Environment variables of the process
`signal.target.parent.envs`	Environment variable names of the process
`signal.target.parent.envs_truncated`	Indicator of environment variables truncation
`signal.target.parent.euid`	Effective UID of the process
`signal.target.parent.euser`	Effective user of the process
`signal.target.parent.file.change_time`	Change time of the file
`signal.target.parent.file.filesystem`	File’s filesystem
`signal.target.parent.file.gid`	GID of the file’s owner
`signal.target.parent.file.group`	Group of the file’s owner
`signal.target.parent.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`signal.target.parent.file.inode`	Inode of the file
`signal.target.parent.file.mode`	Mode of the file
`signal.target.parent.file.modification_time`	Modification time of the file
`signal.target.parent.file.mount_id`	Mount ID of the file
`signal.target.parent.file.name`	File’s basename
`signal.target.parent.file.name.length`	Length of the corresponding string
`signal.target.parent.file.package.name`	[Experimental] Name of the package that provided this file
`signal.target.parent.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`signal.target.parent.file.package.version`	[Experimental] Full version of the package that provided this file
`signal.target.parent.file.path`	File’s path
`signal.target.parent.file.path.length`	Length of the corresponding string
`signal.target.parent.file.rights`	Rights of the file
`signal.target.parent.file.uid`	UID of the file’s owner
`signal.target.parent.file.user`	User of the file’s owner
`signal.target.parent.fsgid`	FileSystem-gid of the process
`signal.target.parent.fsgroup`	FileSystem-group of the process
`signal.target.parent.fsuid`	FileSystem-uid of the process
`signal.target.parent.fsuser`	FileSystem-user of the process
`signal.target.parent.gid`	GID of the process
`signal.target.parent.group`	Group of the process
`signal.target.parent.interpreter.file.change_time`	Change time of the file
`signal.target.parent.interpreter.file.filesystem`	File’s filesystem
`signal.target.parent.interpreter.file.gid`	GID of the file’s owner
`signal.target.parent.interpreter.file.group`	Group of the file’s owner
`signal.target.parent.interpreter.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`signal.target.parent.interpreter.file.inode`	Inode of the file
`signal.target.parent.interpreter.file.mode`	Mode of the file
`signal.target.parent.interpreter.file.modification_time`	Modification time of the file
`signal.target.parent.interpreter.file.mount_id`	Mount ID of the file
`signal.target.parent.interpreter.file.name`	File’s basename
`signal.target.parent.interpreter.file.name.length`	Length of the corresponding string
`signal.target.parent.interpreter.file.package.name`	[Experimental] Name of the package that provided this file
`signal.target.parent.interpreter.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`signal.target.parent.interpreter.file.package.version`	[Experimental] Full version of the package that provided this file
`signal.target.parent.interpreter.file.path`	File’s path
`signal.target.parent.interpreter.file.path.length`	Length of the corresponding string
`signal.target.parent.interpreter.file.rights`	Rights of the file
`signal.target.parent.interpreter.file.uid`	UID of the file’s owner
`signal.target.parent.interpreter.file.user`	User of the file’s owner
`signal.target.parent.is_kworker`	Indicates whether the process is a kworker
`signal.target.parent.is_thread`	Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)
`signal.target.parent.pid`	Process ID of the process (also called thread group ID)
`signal.target.parent.ppid`	Parent process ID
`signal.target.parent.tid`	Thread ID of the thread
`signal.target.parent.tty_name`	Name of the TTY associated with the process
`signal.target.parent.uid`	UID of the process
`signal.target.parent.user`	User of the process
`signal.target.pid`	Process ID of the process (also called thread group ID)
`signal.target.ppid`	Parent process ID
`signal.target.tid`	Thread ID of the thread
`signal.target.tty_name`	Name of the TTY associated with the process
`signal.target.uid`	UID of the process
`signal.target.user`	User of the process
`signal.type`	Signal type (ex: SIGHUP, SIGINT, SIGQUIT, etc)

Event `splice`

A splice command was executed

Property	Definition
`splice.file.change_time`	Change time of the file
`splice.file.filesystem`	File’s filesystem
`splice.file.gid`	GID of the file’s owner
`splice.file.group`	Group of the file’s owner
`splice.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`splice.file.inode`	Inode of the file
`splice.file.mode`	Mode of the file
`splice.file.modification_time`	Modification time of the file
`splice.file.mount_id`	Mount ID of the file
`splice.file.name`	File’s basename
`splice.file.name.length`	Length of the corresponding string
`splice.file.package.name`	[Experimental] Name of the package that provided this file
`splice.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`splice.file.package.version`	[Experimental] Full version of the package that provided this file
`splice.file.path`	File’s path
`splice.file.path.length`	Length of the corresponding string
`splice.file.rights`	Rights of the file
`splice.file.uid`	UID of the file’s owner
`splice.file.user`	User of the file’s owner
`splice.pipe_entry_flag`	Entry flag of the “fd_out” pipe passed to the splice syscall
`splice.pipe_exit_flag`	Exit flag of the “fd_out” pipe passed to the splice syscall
`splice.retval`	Return value of the syscall

Event `unlink`

A file was deleted

Property	Definition
`unlink.file.change_time`	Change time of the file
`unlink.file.filesystem`	File’s filesystem
`unlink.file.gid`	GID of the file’s owner
`unlink.file.group`	Group of the file’s owner
`unlink.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`unlink.file.inode`	Inode of the file
`unlink.file.mode`	Mode of the file
`unlink.file.modification_time`	Modification time of the file
`unlink.file.mount_id`	Mount ID of the file
`unlink.file.name`	File’s basename
`unlink.file.name.length`	Length of the corresponding string
`unlink.file.package.name`	[Experimental] Name of the package that provided this file
`unlink.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`unlink.file.package.version`	[Experimental] Full version of the package that provided this file
`unlink.file.path`	File’s path
`unlink.file.path.length`	Length of the corresponding string
`unlink.file.rights`	Rights of the file
`unlink.file.uid`	UID of the file’s owner
`unlink.file.user`	User of the file’s owner
`unlink.flags`	Flags of the unlink syscall
`unlink.retval`	Return value of the syscall

Event `unload_module`

A kernel module was deleted

Property	Definition
`unload_module.name`	Name of the kernel module that was deleted
`unload_module.retval`	Return value of the syscall

Event `utimes`

Change file access/modification times

Property	Definition
`utimes.file.change_time`	Change time of the file
`utimes.file.filesystem`	File’s filesystem
`utimes.file.gid`	GID of the file’s owner
`utimes.file.group`	Group of the file’s owner
`utimes.file.in_upper_layer`	Indicator of the file layer, for example, in an OverlayFS
`utimes.file.inode`	Inode of the file
`utimes.file.mode`	Mode of the file
`utimes.file.modification_time`	Modification time of the file
`utimes.file.mount_id`	Mount ID of the file
`utimes.file.name`	File’s basename
`utimes.file.name.length`	Length of the corresponding string
`utimes.file.package.name`	[Experimental] Name of the package that provided this file
`utimes.file.package.source_version`	[Experimental] Full version of the source package of the package that provided this file
`utimes.file.package.version`	[Experimental] Full version of the package that provided this file
`utimes.file.path`	File’s path
`utimes.file.path.length`	Length of the corresponding string
`utimes.file.rights`	Rights of the file
`utimes.file.uid`	UID of the file’s owner
`utimes.file.user`	User of the file’s owner
`utimes.retval`	Return value of the syscall

Attributes documentation

`*.args`

Type: string

Definition: Arguments of the process (as a string, excluding argv0)

*.args has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

Example:

exec.args == "-sV -p 22,53,110,143,4564 198.116.0-255.1-127"

Matches any process with these exact arguments.

Example:

exec.args =~ "* -F * http*"

Matches any process that has the “-F” argument anywhere before an argument starting with “http”.

`*.args_flags`

Type: string

Definition: Flags in the process arguments

*.args_flags has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

Example:

exec.args_flags in ["s"] && exec.args_flags in ["V"]

Matches any process with both “-s” and “-V” flags in its arguments. Also matches “-sV”.

`*.args_options`

Type: string

Definition: Argument of the process as options

*.args_options has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

Example:

exec.args_options in ["p=0-1024"]

Matches any process that has either “-p 0-1024” or “–p=0-1024” in its arguments.

`*.args_truncated`

Type: bool

Definition: Indicator of arguments truncation

*.args_truncated has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.argv`

Type: string

Definition: Arguments of the process (as an array, excluding argv0)

*.argv has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

Example:

exec.argv in ["127.0.0.1"]

Matches any process that has this IP address as one of its arguments.

`*.argv0`

Type: string

Definition: First argument of the process

*.argv0 has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.cap_effective`

Type: int

Definition: Effective capability set of the process

*.cap_effective has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

Constants: Kernel Capability constants

`*.cap_permitted`

Type: int

Definition: Permitted capability set of the process

*.cap_permitted has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

Constants: Kernel Capability constants

`*.change_time`

Type: int

Definition: Change time of the file

*.change_time has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.comm`

Type: string

Definition: Comm attribute of the process

*.comm has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.container.id`

Type: string

Definition: Container ID

*.container.id has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.created_at`

Type: int

Definition: Timestamp of the creation of the process

*.created_at has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.egid`

Type: int

Definition: Effective GID of the process

*.egid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.egroup`

Type: string

Definition: Effective group of the process

*.egroup has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.envp`

Type: string

Definition: Environment variables of the process

*.envp has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.envs`

Type: string

Definition: Environment variable names of the process

*.envs has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.envs_truncated`

Type: bool

Definition: Indicator of environment variables truncation

*.envs_truncated has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.euid`

Type: int

Definition: Effective UID of the process

*.euid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.euser`

Type: string

Definition: Effective user of the process

*.euser has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.file.destination.name`

Type: string

Definition: Name of the extended attribute

*.file.destination.name has 2 possible prefixes: removexattr setxattr

`*.file.destination.namespace`

Type: string

Definition: Namespace of the extended attribute

*.file.destination.namespace has 2 possible prefixes: removexattr setxattr

`*.filesystem`

Type: string

Definition: File’s filesystem

*.filesystem has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.fsgid`

Type: int

Definition: FileSystem-gid of the process

*.fsgid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.fsgroup`

Type: string

Definition: FileSystem-group of the process

*.fsgroup has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.fsuid`

Type: int

Definition: FileSystem-uid of the process

*.fsuid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.fsuser`

Type: string

Definition: FileSystem-user of the process

*.fsuser has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.gid`

Type: int

Definition: GID of the process

*.gid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.gid`

Type: int

Definition: GID of the file’s owner

*.gid has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.group`

Type: string

Definition: Group of the process

*.group has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.group`

Type: string

Definition: Group of the file’s owner

*.group has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.in_upper_layer`

Type: bool

Definition: Indicator of the file layer, for example, in an OverlayFS

*.in_upper_layer has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.inode`

Type: int

Definition: Inode of the file

*.inode has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.ip`

Type: IP/CIDR

Definition: IP address

*.ip has 3 possible prefixes: bind.addr network.destination network.source

`*.is_kworker`

Type: bool

Definition: Indicates whether the process is a kworker

*.is_kworker has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.is_thread`

Type: bool

Definition: Indicates whether the process is considered a thread (that is, a child process that hasn’t executed another program)

*.is_thread has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.length`

Type: int

Definition: Length of the corresponding string

*.length has 77 possible prefixes: chmod.file.name chmod.file.path chown.file.name chown.file.path dns.question.name exec.file.name exec.file.path exec.interpreter.file.name exec.interpreter.file.path exit.file.name exit.file.path exit.interpreter.file.name exit.interpreter.file.path link.file.destination.name link.file.destination.path link.file.name link.file.path load_module.file.name load_module.file.path mkdir.file.name mkdir.file.path mmap.file.name mmap.file.path open.file.name open.file.path process.ancestors.file.name process.ancestors.file.path process.ancestors.interpreter.file.name process.ancestors.interpreter.file.path process.file.name process.file.path process.interpreter.file.name process.interpreter.file.path process.parent.file.name process.parent.file.path process.parent.interpreter.file.name process.parent.interpreter.file.path ptrace.tracee.ancestors.file.name ptrace.tracee.ancestors.file.path ptrace.tracee.ancestors.interpreter.file.name ptrace.tracee.ancestors.interpreter.file.path ptrace.tracee.file.name ptrace.tracee.file.path ptrace.tracee.interpreter.file.name ptrace.tracee.interpreter.file.path ptrace.tracee.parent.file.name ptrace.tracee.parent.file.path ptrace.tracee.parent.interpreter.file.name ptrace.tracee.parent.interpreter.file.path removexattr.file.name removexattr.file.path rename.file.destination.name rename.file.destination.path rename.file.name rename.file.path rmdir.file.name rmdir.file.path setxattr.file.name setxattr.file.path signal.target.ancestors.file.name signal.target.ancestors.file.path signal.target.ancestors.interpreter.file.name signal.target.ancestors.interpreter.file.path signal.target.file.name signal.target.file.path signal.target.interpreter.file.name signal.target.interpreter.file.path signal.target.parent.file.name signal.target.parent.file.path signal.target.parent.interpreter.file.name signal.target.parent.interpreter.file.path splice.file.name splice.file.path unlink.file.name unlink.file.path utimes.file.name utimes.file.path

`*.mode`

Type: int

Definition: Mode of the file

*.mode has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

Constants: Inode mode constants

`*.modification_time`

Type: int

Definition: Modification time of the file

*.modification_time has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.mount_id`

Type: int

Definition: Mount ID of the file

*.mount_id has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.name`

Type: string

Definition: File’s basename

*.name has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

Example:

exec.file.name == "apt"

Matches the execution of any file named apt.

`*.package.name`

Type: string

Definition: [Experimental] Name of the package that provided this file

*.package.name has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.package.source_version`

Type: string

Definition: [Experimental] Full version of the source package of the package that provided this file

*.package.source_version has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.package.version`

Type: string

Definition: [Experimental] Full version of the package that provided this file

*.package.version has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.path`

Type: string

Definition: File’s path

*.path has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

Example:

exec.file.path == "/usr/bin/apt"

Matches the execution of the file located at /usr/bin/apt

Example:

open.file.path == "/etc/passwd"

Matches any process opening the /etc/passwd file.

`*.pid`

Type: int

Definition: Process ID of the process (also called thread group ID)

*.pid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.port`

Type: int

Definition: Port number

*.port has 3 possible prefixes: bind.addr network.destination network.source

`*.ppid`

Type: int

Definition: Parent process ID

*.ppid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.retval`

Type: int

Definition: Return value of the syscall

*.retval has 21 possible prefixes: bind bpf chmod chown link load_module mkdir mmap mount mprotect open ptrace removexattr rename rmdir setxattr signal splice unlink unload_module utimes

Constants: Error constants

`*.rights`

Type: int

Definition: Rights of the file

*.rights has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

Constants: File mode constants

`*.tid`

Type: int

Definition: Thread ID of the thread

*.tid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.tty_name`

Type: string

Definition: Name of the TTY associated with the process

*.tty_name has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.uid`

Type: int

Definition: UID of the process

*.uid has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

`*.uid`

Type: int

Definition: UID of the file’s owner

*.uid has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`*.user`

Type: string

Definition: User of the process

*.user has 11 possible prefixes: exec exit process process.ancestors process.parent ptrace.tracee ptrace.tracee.ancestors ptrace.tracee.parent signal.target signal.target.ancestors signal.target.parent

Example:

process.user == "root"

Constrain an event to be triggered by a process running as the root user.

`*.user`

Type: string

Definition: User of the file’s owner

*.user has 38 possible prefixes: chmod.file chown.file exec.file exec.interpreter.file exit.file exit.interpreter.file link.file link.file.destination load_module.file mkdir.file mmap.file open.file process.ancestors.file process.ancestors.interpreter.file process.file process.interpreter.file process.parent.file process.parent.interpreter.file ptrace.tracee.ancestors.file ptrace.tracee.ancestors.interpreter.file ptrace.tracee.file ptrace.tracee.interpreter.file ptrace.tracee.parent.file ptrace.tracee.parent.interpreter.file removexattr.file rename.file rename.file.destination rmdir.file setxattr.file signal.target.ancestors.file signal.target.ancestors.interpreter.file signal.target.file signal.target.interpreter.file signal.target.parent.file signal.target.parent.interpreter.file splice.file unlink.file utimes.file

`bind.addr.family`

Type: int

Definition: Address family

`bpf.cmd`

Type: int

Definition: BPF command name

Constants: BPF commands

`bpf.map.name`

Type: string

Definition: Name of the eBPF map (added in 7.35)

`bpf.map.type`

Type: int

Definition: Type of the eBPF map

Constants: BPF map types

`bpf.prog.attach_type`

Type: int

Definition: Attach type of the eBPF program

Constants: BPF attach types

`bpf.prog.helpers`

Type: int

Definition: eBPF helpers used by the eBPF program (added in 7.35)

Constants: BPF helper functions

`bpf.prog.name`

Type: string

Definition: Name of the eBPF program (added in 7.35)

`bpf.prog.tag`

Type: string

Definition: Hash (sha1) of the eBPF program (added in 7.35)

`bpf.prog.type`

Type: int

Definition: Type of the eBPF program

Constants: BPF program types

`capset.cap_effective`

Type: int

Definition: Effective capability set of the process

Constants: Kernel Capability constants

`capset.cap_permitted`

Type: int

Definition: Permitted capability set of the process

Constants: Kernel Capability constants

`chmod.file.destination.mode`

Type: int

Definition: New mode of the chmod-ed file

Constants: File mode constants

`chmod.file.destination.rights`

Type: int

Definition: New rights of the chmod-ed file

Constants: File mode constants

`chown.file.destination.gid`

Type: int

Definition: New GID of the chown-ed file’s owner

`chown.file.destination.group`

Type: string

Definition: New group of the chown-ed file’s owner

`chown.file.destination.uid`

Type: int

Definition: New UID of the chown-ed file’s owner

`chown.file.destination.user`

Type: string

Definition: New user of the chown-ed file’s owner

`container.created_at`

Type: int

Definition: Timestamp of the creation of the container

`container.id`

Type: string

Definition: ID of the container

`container.tags`

Type: string

Definition: Tags of the container

`dns.id`

Type: int

Definition: [Experimental] the DNS request ID

`dns.question.class`

Type: int

Definition: the class looked up by the DNS question

Constants: DNS qclasses

`dns.question.count`

Type: int

Definition: the total count of questions in the DNS request

`dns.question.length`

Type: int

Definition: the total DNS request size in bytes

`dns.question.name`

Type: string

Definition: the queried domain name

`dns.question.type`

Type: int

Definition: a two octet code which specifies the DNS question type

Constants: DNS qtypes

`event.async`

Type: bool

Definition: True if the syscall was asynchronous

`event.timestamp`

Type: int

Definition: Timestamp of the event

`exit.cause`

Type: int

Definition: Cause of the process termination (one of EXITED, SIGNALED, COREDUMPED)

`exit.code`

Type: int

Definition: Exit code of the process or number of the signal that caused the process to terminate

`load_module.args`

Type: string

Definition: Parameters (as a string) of the new kernel module

`load_module.args_truncated`

Type: bool

Definition: Indicates if the arguments were truncated or not

`load_module.argv`

Type: string

Definition: Parameters (as an array) of the new kernel module

`load_module.loaded_from_memory`

Type: bool

Definition: Indicates if the kernel module was loaded from memory

`load_module.name`

Type: string

Definition: Name of the new kernel module

`mkdir.file.destination.mode`

Type: int

Definition: Mode of the new directory

Constants: File mode constants

`mkdir.file.destination.rights`

Type: int

Definition: Rights of the new directory

Constants: File mode constants

`mmap.flags`

Type: int

Definition: memory segment flags

Constants: MMap flags

`mmap.protection`

Type: int

Definition: memory segment protection

Constants: Protection constants

`mount.fs_type`

Type: string

Definition: Type of the mounted file system

`mount.mountpoint.path`

Type: string

Definition: Path of the mount point

`mount.source.path`

Type: string

Definition: Source path of a bind mount

`mprotect.req_protection`

Type: int

Definition: new memory segment protection

Constants: Virtual Memory flags

`mprotect.vm_protection`

Type: int

Definition: initial memory segment protection

Constants: Virtual Memory flags

`network.device.ifindex`

Type: int

Definition: interface ifindex

`network.device.ifname`

Type: string

Definition: interface ifname

`network.l3_protocol`

Type: int

Definition: l3 protocol of the network packet

Constants: L3 protocols

`network.l4_protocol`

Type: int

Definition: l4 protocol of the network packet

Constants: L4 protocols

`network.size`

Type: int

Definition: size in bytes of the network packet

`open.file.destination.mode`

Type: int

Definition: Mode of the created file

Constants: File mode constants

`open.flags`

Type: int

Definition: Flags used when opening the file

Constants: Open flags

`ptrace.request`

Type: int

Definition: ptrace request

Constants: Ptrace constants

`selinux.bool.name`

Type: string

Definition: SELinux boolean name

`selinux.bool.state`

Type: string

Definition: SELinux boolean new value

`selinux.bool_commit.state`

Type: bool

Definition: Indicator of a SELinux boolean commit operation

`selinux.enforce.status`

Type: string

Definition: SELinux enforcement status (one of “enforcing”, “permissive”, “disabled”)

`setgid.egid`

Type: int

Definition: New effective GID of the process

`setgid.egroup`

Type: string

Definition: New effective group of the process

`setgid.fsgid`

Type: int

Definition: New FileSystem GID of the process

`setgid.fsgroup`

Type: string

Definition: New FileSystem group of the process

`setgid.gid`

Type: int

Definition: New GID of the process

`setgid.group`

Type: string

Definition: New group of the process

`setuid.euid`

Type: int

Definition: New effective UID of the process

`setuid.euser`

Type: string

Definition: New effective user of the process

`setuid.fsuid`

Type: int

Definition: New FileSystem UID of the process

`setuid.fsuser`

Type: string

Definition: New FileSystem user of the process

`setuid.uid`

Type: int

Definition: New UID of the process

`setuid.user`

Type: string

Definition: New user of the process

`signal.pid`

Type: int

Definition: Target PID

`signal.type`

Type: int

Definition: Signal type (ex: SIGHUP, SIGINT, SIGQUIT, etc)

Constants: Signal constants

`splice.pipe_entry_flag`

Type: int

Definition: Entry flag of the “fd_out” pipe passed to the splice syscall

Constants: Pipe buffer flags

`splice.pipe_exit_flag`

Type: int

Definition: Exit flag of the “fd_out” pipe passed to the splice syscall

Constants: Pipe buffer flags

`unlink.flags`

Type: int

Definition: Flags of the unlink syscall

Constants: Unlink flags

`unload_module.name`

Type: string

Definition: Name of the kernel module that was deleted

Constants

Constants are used to improve the readability of your rules. Some constants are common to all architectures, others are specific to some architectures.

`BPF attach types`

BPF attach types are the supported eBPF program attach types.

Name	Architectures
`BPF_CGROUP_INET_INGRESS`	all
`BPF_CGROUP_INET_EGRESS`	all
`BPF_CGROUP_INET_SOCK_CREATE`	all
`BPF_CGROUP_SOCK_OPS`	all
`BPF_SK_SKB_STREAM_PARSER`	all
`BPF_SK_SKB_STREAM_VERDICT`	all
`BPF_CGROUP_DEVICE`	all
`BPF_SK_MSG_VERDICT`	all
`BPF_CGROUP_INET4_BIND`	all
`BPF_CGROUP_INET6_BIND`	all
`BPF_CGROUP_INET4_CONNECT`	all
`BPF_CGROUP_INET6_CONNECT`	all
`BPF_CGROUP_INET4_POST_BIND`	all
`BPF_CGROUP_INET6_POST_BIND`	all
`BPF_CGROUP_UDP4_SENDMSG`	all
`BPF_CGROUP_UDP6_SENDMSG`	all
`BPF_LIRC_MODE2`	all
`BPF_FLOW_DISSECTOR`	all
`BPF_CGROUP_SYSCTL`	all
`BPF_CGROUP_UDP4_RECVMSG`	all
`BPF_CGROUP_UDP6_RECVMSG`	all
`BPF_CGROUP_GETSOCKOPT`	all
`BPF_CGROUP_SETSOCKOPT`	all
`BPF_TRACE_RAW_TP`	all
`BPF_TRACE_FENTRY`	all
`BPF_TRACE_FEXIT`	all
`BPF_MODIFY_RETURN`	all
`BPF_LSM_MAC`	all
`BPF_TRACE_ITER`	all
`BPF_CGROUP_INET4_GETPEERNAME`	all
`BPF_CGROUP_INET6_GETPEERNAME`	all
`BPF_CGROUP_INET4_GETSOCKNAME`	all
`BPF_CGROUP_INET6_GETSOCKNAME`	all
`BPF_XDP_DEVMAP`	all
`BPF_CGROUP_INET_SOCK_RELEASE`	all
`BPF_XDP_CPUMAP`	all
`BPF_SK_LOOKUP`	all
`BPF_XDP`	all
`BPF_SK_SKB_VERDICT`	all

`BPF commands`

BPF commands are used to specify a command to a bpf syscall.

Name	Architectures
`BPF_MAP_CREATE`	all
`BPF_MAP_LOOKUP_ELEM`	all
`BPF_MAP_UPDATE_ELEM`	all
`BPF_MAP_DELETE_ELEM`	all
`BPF_MAP_GET_NEXT_KEY`	all
`BPF_PROG_LOAD`	all
`BPF_OBJ_PIN`	all
`BPF_OBJ_GET`	all
`BPF_PROG_ATTACH`	all
`BPF_PROG_DETACH`	all
`BPF_PROG_TEST_RUN`	all
`BPF_PROG_RUN`	all
`BPF_PROG_GET_NEXT_ID`	all
`BPF_MAP_GET_NEXT_ID`	all
`BPF_PROG_GET_FD_BY_ID`	all
`BPF_MAP_GET_FD_BY_ID`	all
`BPF_OBJ_GET_INFO_BY_FD`	all
`BPF_PROG_QUERY`	all
`BPF_RAW_TRACEPOINT_OPEN`	all
`BPF_BTF_LOAD`	all
`BPF_BTF_GET_FD_BY_ID`	all
`BPF_TASK_FD_QUERY`	all
`BPF_MAP_LOOKUP_AND_DELETE_ELEM`	all
`BPF_MAP_FREEZE`	all
`BPF_BTF_GET_NEXT_ID`	all
`BPF_MAP_LOOKUP_BATCH`	all
`BPF_MAP_LOOKUP_AND_DELETE_BATCH`	all
`BPF_MAP_UPDATE_BATCH`	all
`BPF_MAP_DELETE_BATCH`	all
`BPF_LINK_CREATE`	all
`BPF_LINK_UPDATE`	all
`BPF_LINK_GET_FD_BY_ID`	all
`BPF_LINK_GET_NEXT_ID`	all
`BPF_ENABLE_STATS`	all
`BPF_ITER_CREATE`	all
`BPF_LINK_DETACH`	all
`BPF_PROG_BIND_MAP`	all

`BPF helper functions`

BPF helper functions are the supported BPF helper functions.

Name	Architectures
`BPF_UNSPEC`	all
`BPF_MAP_LOOKUP_ELEM`	all
`BPF_MAP_UPDATE_ELEM`	all
`BPF_MAP_DELETE_ELEM`	all
`BPF_PROBE_READ`	all
`BPF_KTIME_GET_NS`	all
`BPF_TRACE_PRINTK`	all
`BPF_GET_PRANDOM_U32`	all
`BPF_GET_SMP_PROCESSOR_ID`	all
`BPF_SKB_STORE_BYTES`	all
`BPF_L3_CSUM_REPLACE`	all
`BPF_L4_CSUM_REPLACE`	all
`BPF_TAIL_CALL`	all
`BPF_CLONE_REDIRECT`	all
`BPF_GET_CURRENT_PID_TGID`	all
`BPF_GET_CURRENT_UID_GID`	all
`BPF_GET_CURRENT_COMM`	all
`BPF_GET_CGROUP_CLASSID`	all
`BPF_SKB_VLAN_PUSH`	all
`BPF_SKB_VLAN_POP`	all
`BPF_SKB_GET_TUNNEL_KEY`	all
`BPF_SKB_SET_TUNNEL_KEY`	all
`BPF_PERF_EVENT_READ`	all
`BPF_REDIRECT`	all
`BPF_GET_ROUTE_REALM`	all
`BPF_PERF_EVENT_OUTPUT`	all
`BPF_SKB_LOAD_BYTES`	all
`BPF_GET_STACKID`	all
`BPF_CSUM_DIFF`	all
`BPF_SKB_GET_TUNNEL_OPT`	all
`BPF_SKB_SET_TUNNEL_OPT`	all
`BPF_SKB_CHANGE_PROTO`	all
`BPF_SKB_CHANGE_TYPE`	all
`BPF_SKB_UNDER_CGROUP`	all
`BPF_GET_HASH_RECALC`	all
`BPF_GET_CURRENT_TASK`	all
`BPF_PROBE_WRITE_USER`	all
`BPF_CURRENT_TASK_UNDER_CGROUP`	all
`BPF_SKB_CHANGE_TAIL`	all
`BPF_SKB_PULL_DATA`	all
`BPF_CSUM_UPDATE`	all
`BPF_SET_HASH_INVALID`	all
`BPF_GET_NUMA_NODE_ID`	all
`BPF_SKB_CHANGE_HEAD`	all
`BPF_XDP_ADJUST_HEAD`	all
`BPF_PROBE_READ_STR`	all
`BPF_GET_SOCKET_COOKIE`	all
`BPF_GET_SOCKET_UID`	all
`BPF_SET_HASH`	all
`BPF_SETSOCKOPT`	all
`BPF_SKB_ADJUST_ROOM`	all
`BPF_REDIRECT_MAP`	all
`BPF_SK_REDIRECT_MAP`	all
`BPF_SOCK_MAP_UPDATE`	all
`BPF_XDP_ADJUST_META`	all
`BPF_PERF_EVENT_READ_VALUE`	all
`BPF_PERF_PROG_READ_VALUE`	all
`BPF_GETSOCKOPT`	all
`BPF_OVERRIDE_RETURN`	all
`BPF_SOCK_OPS_CB_FLAGS_SET`	all
`BPF_MSG_REDIRECT_MAP`	all
`BPF_MSG_APPLY_BYTES`	all
`BPF_MSG_CORK_BYTES`	all
`BPF_MSG_PULL_DATA`	all
`BPF_BIND`	all
`BPF_XDP_ADJUST_TAIL`	all
`BPF_SKB_GET_XFRM_STATE`	all
`BPF_GET_STACK`	all
`BPF_SKB_LOAD_BYTES_RELATIVE`	all
`BPF_FIB_LOOKUP`	all
`BPF_SOCK_HASH_UPDATE`	all
`BPF_MSG_REDIRECT_HASH`	all
`BPF_SK_REDIRECT_HASH`	all
`BPF_LWT_PUSH_ENCAP`	all
`BPF_LWT_SEG6_STORE_BYTES`	all
`BPF_LWT_SEG6_ADJUST_SRH`	all
`BPF_LWT_SEG6_ACTION`	all
`BPF_RC_REPEAT`	all
`BPF_RC_KEYDOWN`	all
`BPF_SKB_CGROUP_ID`	all
`BPF_GET_CURRENT_CGROUP_ID`	all
`BPF_GET_LOCAL_STORAGE`	all
`BPF_SK_SELECT_REUSEPORT`	all
`BPF_SKB_ANCESTOR_CGROUP_ID`	all
`BPF_SK_LOOKUP_TCP`	all
`BPF_SK_LOOKUP_UDP`	all
`BPF_SK_RELEASE`	all
`BPF_MAP_PUSH_ELEM`	all
`BPF_MAP_POP_ELEM`	all
`BPF_MAP_PEEK_ELEM`	all
`BPF_MSG_PUSH_DATA`	all
`BPF_MSG_POP_DATA`	all
`BPF_RC_POINTER_REL`	all
`BPF_SPIN_LOCK`	all
`BPF_SPIN_UNLOCK`	all
`BPF_SK_FULLSOCK`	all
`BPF_TCP_SOCK`	all
`BPF_SKB_ECN_SET_CE`	all
`BPF_GET_LISTENER_SOCK`	all
`BPF_SKC_LOOKUP_TCP`	all
`BPF_TCP_CHECK_SYNCOOKIE`	all
`BPF_SYSCTL_GET_NAME`	all
`BPF_SYSCTL_GET_CURRENT_VALUE`	all
`BPF_SYSCTL_GET_NEW_VALUE`	all
`BPF_SYSCTL_SET_NEW_VALUE`	all
`BPF_STRTOL`	all
`BPF_STRTOUL`	all
`BPF_SK_STORAGE_GET`	all
`BPF_SK_STORAGE_DELETE`	all
`BPF_SEND_SIGNAL`	all
`BPF_TCP_GEN_SYNCOOKIE`	all
`BPF_SKB_OUTPUT`	all
`BPF_PROBE_READ_USER`	all
`BPF_PROBE_READ_KERNEL`	all
`BPF_PROBE_READ_USER_STR`	all
`BPF_PROBE_READ_KERNEL_STR`	all
`BPF_TCP_SEND_ACK`	all
`BPF_SEND_SIGNAL_THREAD`	all
`BPF_JIFFIES64`	all
`BPF_READ_BRANCH_RECORDS`	all
`BPF_GET_NS_CURRENT_PID_TGID`	all
`BPF_XDP_OUTPUT`	all
`BPF_GET_NETNS_COOKIE`	all
`BPF_GET_CURRENT_ANCESTOR_CGROUP_ID`	all
`BPF_SK_ASSIGN`	all
`BPF_KTIME_GET_BOOT_NS`	all
`BPF_SEQ_PRINTF`	all
`BPF_SEQ_WRITE`	all
`BPF_SK_CGROUP_ID`	all
`BPF_SK_ANCESTOR_CGROUP_ID`	all
`BPF_RINGBUF_OUTPUT`	all
`BPF_RINGBUF_RESERVE`	all
`BPF_RINGBUF_SUBMIT`	all
`BPF_RINGBUF_DISCARD`	all
`BPF_RINGBUF_QUERY`	all
`BPF_CSUM_LEVEL`	all
`BPF_SKC_TO_TCP6_SOCK`	all
`BPF_SKC_TO_TCP_SOCK`	all
`BPF_SKC_TO_TCP_TIMEWAIT_SOCK`	all
`BPF_SKC_TO_TCP_REQUEST_SOCK`	all
`BPF_SKC_TO_UDP6_SOCK`	all
`BPF_GET_TASK_STACK`	all
`BPF_LOAD_HDR_OPT`	all
`BPF_STORE_HDR_OPT`	all
`BPF_RESERVE_HDR_OPT`	all
`BPF_INODE_STORAGE_GET`	all
`BPF_INODE_STORAGE_DELETE`	all
`BPF_D_PATH`	all
`BPF_COPY_FROM_USER`	all
`BPF_SNPRINTF_BTF`	all
`BPF_SEQ_PRINTF_BTF`	all
`BPF_SKB_CGROUP_CLASSID`	all
`BPF_REDIRECT_NEIGH`	all
`BPF_PER_CPU_PTR`	all
`BPF_THIS_CPU_PTR`	all
`BPF_REDIRECT_PEER`	all
`BPF_TASK_STORAGE_GET`	all
`BPF_TASK_STORAGE_DELETE`	all
`BPF_GET_CURRENT_TASK_BTF`	all
`BPF_BPRM_OPTS_SET`	all
`BPF_KTIME_GET_COARSE_NS`	all
`BPF_IMA_INODE_HASH`	all
`BPF_SOCK_FROM_FILE`	all
`BPF_CHECK_MTU`	all
`BPF_FOR_EACH_MAP_ELEM`	all
`BPF_SNPRINTF`	all

`BPF map types`

BPF map types are the supported eBPF map types.

Name	Architectures
`BPF_MAP_TYPE_UNSPEC`	all
`BPF_MAP_TYPE_HASH`	all
`BPF_MAP_TYPE_ARRAY`	all
`BPF_MAP_TYPE_PROG_ARRAY`	all
`BPF_MAP_TYPE_PERF_EVENT_ARRAY`	all
`BPF_MAP_TYPE_PERCPU_HASH`	all
`BPF_MAP_TYPE_PERCPU_ARRAY`	all
`BPF_MAP_TYPE_STACK_TRACE`	all
`BPF_MAP_TYPE_CGROUP_ARRAY`	all
`BPF_MAP_TYPE_LRU_HASH`	all
`BPF_MAP_TYPE_LRU_PERCPU_HASH`	all
`BPF_MAP_TYPE_LPM_TRIE`	all
`BPF_MAP_TYPE_ARRAY_OF_MAPS`	all
`BPF_MAP_TYPE_HASH_OF_MAPS`	all
`BPF_MAP_TYPE_DEVMAP`	all
`BPF_MAP_TYPE_SOCKMAP`	all
`BPF_MAP_TYPE_CPUMAP`	all
`BPF_MAP_TYPE_XSKMAP`	all
`BPF_MAP_TYPE_SOCKHASH`	all
`BPF_MAP_TYPE_CGROUP_STORAGE`	all
`BPF_MAP_TYPE_REUSEPORT_SOCKARRAY`	all
`BPF_MAP_TYPE_PERCPU_CGROUP_STORAGE`	all
`BPF_MAP_TYPE_QUEUE`	all
`BPF_MAP_TYPE_STACK`	all
`BPF_MAP_TYPE_SK_STORAGE`	all
`BPF_MAP_TYPE_DEVMAP_HASH`	all
`BPF_MAP_TYPE_STRUCT_OPS`	all
`BPF_MAP_TYPE_RINGBUF`	all
`BPF_MAP_TYPE_INODE_STORAGE`	all
`BPF_MAP_TYPE_TASK_STORAGE`	all

`BPF program types`

BPF program types are the supported eBPF program types.

Name	Architectures
`BPF_PROG_TYPE_UNSPEC`	all
`BPF_PROG_TYPE_SOCKET_FILTER`	all
`BPF_PROG_TYPE_KPROBE`	all
`BPF_PROG_TYPE_SCHED_CLS`	all
`BPF_PROG_TYPE_SCHED_ACT`	all
`BPF_PROG_TYPE_TRACEPOINT`	all
`BPF_PROG_TYPE_XDP`	all
`BPF_PROG_TYPE_PERF_EVENT`	all
`BPF_PROG_TYPE_CGROUP_SKB`	all
`BPF_PROG_TYPE_CGROUP_SOCK`	all
`BPF_PROG_TYPE_LWT_IN`	all
`BPF_PROG_TYPE_LWT_OUT`	all
`BPF_PROG_TYPE_LWT_XMIT`	all
`BPF_PROG_TYPE_SOCK_OPS`	all
`BPF_PROG_TYPE_SK_SKB`	all
`BPF_PROG_TYPE_CGROUP_DEVICE`	all
`BPF_PROG_TYPE_SK_MSG`	all
`BPF_PROG_TYPE_RAW_TRACEPOINT`	all
`BPF_PROG_TYPE_CGROUP_SOCK_ADDR`	all
`BPF_PROG_TYPE_LWT_SEG6LOCAL`	all
`BPF_PROG_TYPE_LIRC_MODE2`	all
`BPF_PROG_TYPE_SK_REUSEPORT`	all
`BPF_PROG_TYPE_FLOW_DISSECTOR`	all
`BPF_PROG_TYPE_CGROUP_SYSCTL`	all
`BPF_PROG_TYPE_RAW_TRACEPOINT_WRITABLE`	all
`BPF_PROG_TYPE_CGROUP_SOCKOPT`	all
`BPF_PROG_TYPE_TRACING`	all
`BPF_PROG_TYPE_STRUCT_OPS`	all
`BPF_PROG_TYPE_EXT`	all
`BPF_PROG_TYPE_LSM`	all
`BPF_PROG_TYPE_SK_LOOKUP`	all

`DNS qclasses`

DNS qclasses are the supported DNS query classes.

Name	Architectures
`CLASS_INET`	all
`CLASS_CSNET`	all
`CLASS_CHAOS`	all
`CLASS_HESIOD`	all
`CLASS_NONE`	all
`CLASS_ANY`	all

`DNS qtypes`

DNS qtypes are the supported DNS query types.

Name	Architectures
`None`	all
`A`	all
`NS`	all
`MD`	all
`MF`	all
`CNAME`	all
`SOA`	all
`MB`	all
`MG`	all
`MR`	all
`NULL`	all
`PTR`	all
`HINFO`	all
`MINFO`	all
`MX`	all
`TXT`	all
`RP`	all
`AFSDB`	all
`X25`	all
`ISDN`	all
`RT`	all
`NSAPPTR`	all
`SIG`	all
`KEY`	all
`PX`	all
`GPOS`	all
`AAAA`	all
`LOC`	all
`NXT`	all
`EID`	all
`NIMLOC`	all
`SRV`	all
`ATMA`	all
`NAPTR`	all
`KX`	all
`CERT`	all
`DNAME`	all
`OPT`	all
`APL`	all
`DS`	all
`SSHFP`	all
`RRSIG`	all
`NSEC`	all
`DNSKEY`	all
`DHCID`	all
`NSEC3`	all
`NSEC3PARAM`	all
`TLSA`	all
`SMIMEA`	all
`HIP`	all
`NINFO`	all
`RKEY`	all
`TALINK`	all
`CDS`	all
`CDNSKEY`	all
`OPENPGPKEY`	all
`CSYNC`	all
`ZONEMD`	all
`SVCB`	all
`HTTPS`	all
`SPF`	all
`UINFO`	all
`UID`	all
`GID`	all
`UNSPEC`	all
`NID`	all
`L32`	all
`L64`	all
`LP`	all
`EUI48`	all
`EUI64`	all
`URI`	all
`CAA`	all
`AVC`	all
`TKEY`	all
`TSIG`	all
`IXFR`	all
`AXFR`	all
`MAILB`	all
`MAILA`	all
`ANY`	all
`TA`	all
`DLV`	all
`Reserved`	all

`Error constants`

Error constants are the supported error constants.

Name	Architectures
`E2BIG`	all
`EACCES`	all
`EADDRINUSE`	all
`EADDRNOTAVAIL`	all
`EADV`	all
`EAFNOSUPPORT`	all
`EAGAIN`	all
`EALREADY`	all
`EBADE`	all
`EBADF`	all
`EBADFD`	all
`EBADMSG`	all
`EBADR`	all
`EBADRQC`	all
`EBADSLT`	all
`EBFONT`	all
`EBUSY`	all
`ECANCELED`	all
`ECHILD`	all
`ECHRNG`	all
`ECOMM`	all
`ECONNABORTED`	all
`ECONNREFUSED`	all
`ECONNRESET`	all
`EDEADLK`	all
`EDEADLOCK`	all
`EDESTADDRREQ`	all
`EDOM`	all
`EDOTDOT`	all
`EDQUOT`	all
`EEXIST`	all
`EFAULT`	all
`EFBIG`	all
`EHOSTDOWN`	all
`EHOSTUNREACH`	all
`EIDRM`	all
`EILSEQ`	all
`EINPROGRESS`	all
`EINTR`	all
`EINVAL`	all
`EIO`	all
`EISCONN`	all
`EISDIR`	all
`EISNAM`	all
`EKEYEXPIRED`	all
`EKEYREJECTED`	all
`EKEYREVOKED`	all
`EL2HLT`	all
`EL2NSYNC`	all
`EL3HLT`	all
`EL3RST`	all
`ELIBACC`	all
`ELIBBAD`	all
`ELIBEXEC`	all
`ELIBMAX`	all
`ELIBSCN`	all
`ELNRNG`	all
`ELOOP`	all
`EMEDIUMTYPE`	all
`EMFILE`	all
`EMLINK`	all
`EMSGSIZE`	all
`EMULTIHOP`	all
`ENAMETOOLONG`	all
`ENAVAIL`	all
`ENETDOWN`	all
`ENETRESET`	all
`ENETUNREACH`	all
`ENFILE`	all
`ENOANO`	all
`ENOBUFS`	all
`ENOCSI`	all
`ENODATA`	all
`ENODEV`	all
`ENOENT`	all
`ENOEXEC`	all
`ENOKEY`	all
`ENOLCK`	all
`ENOLINK`	all
`ENOMEDIUM`	all
`ENOMEM`	all
`ENOMSG`	all
`ENONET`	all
`ENOPKG`	all
`ENOPROTOOPT`	all
`ENOSPC`	all
`ENOSR`	all
`ENOSTR`	all
`ENOSYS`	all
`ENOTBLK`	all
`ENOTCONN`	all
`ENOTDIR`	all
`ENOTEMPTY`	all
`ENOTNAM`	all
`ENOTRECOVERABLE`	all
`ENOTSOCK`	all
`ENOTSUP`	all
`ENOTTY`	all
`ENOTUNIQ`	all
`ENXIO`	all
`EOPNOTSUPP`	all
`EOVERFLOW`	all
`EOWNERDEAD`	all
`EPERM`	all
`EPFNOSUPPORT`	all
`EPIPE`	all
`EPROTO`	all
`EPROTONOSUPPORT`	all
`EPROTOTYPE`	all
`ERANGE`	all
`EREMCHG`	all
`EREMOTE`	all
`EREMOTEIO`	all
`ERESTART`	all
`ERFKILL`	all
`EROFS`	all
`ESHUTDOWN`	all
`ESOCKTNOSUPPORT`	all
`ESPIPE`	all
`ESRCH`	all
`ESRMNT`	all
`ESTALE`	all
`ESTRPIPE`	all
`ETIME`	all
`ETIMEDOUT`	all
`ETOOMANYREFS`	all
`ETXTBSY`	all
`EUCLEAN`	all
`EUNATCH`	all
`EUSERS`	all
`EWOULDBLOCK`	all
`EXDEV`	all
`EXFULL`	all

`File mode constants`

File mode constants are the supported file permissions as well as constants for the set-user-ID, set-group-ID, and sticky bits.

Name	Architectures
`S_ISUID`	all
`S_ISGID`	all
`S_ISVTX`	all
`S_IRWXU`	all
`S_IRUSR`	all
`S_IWUSR`	all
`S_IXUSR`	all
`S_IRWXG`	all
`S_IRGRP`	all
`S_IWGRP`	all
`S_IXGRP`	all
`S_IRWXO`	all
`S_IROTH`	all
`S_IWOTH`	all
`S_IXOTH`	all

`Inode mode constants`

Inode mode constants are the supported file type constants as well as the file mode constants.

Name	Architectures
`S_IFMT`	all
`S_IFSOCK`	all
`S_IFLNK`	all
`S_IFREG`	all
`S_IFBLK`	all
`S_IFDIR`	all
`S_IFCHR`	all
`S_IFIFO`	all
`S_ISUID`	all
`S_ISGID`	all
`S_ISVTX`	all
`S_IRWXU`	all
`S_IRUSR`	all
`S_IWUSR`	all
`S_IXUSR`	all
`S_IRWXG`	all
`S_IRGRP`	all
`S_IWGRP`	all
`S_IXGRP`	all
`S_IRWXO`	all
`S_IROTH`	all
`S_IWOTH`	all
`S_IXOTH`	all

`Kernel Capability constants`

Kernel Capability constants are the supported Linux Kernel Capability.

Name	Architectures
`CAP_AUDIT_CONTROL`	all
`CAP_AUDIT_READ`	all
`CAP_AUDIT_WRITE`	all
`CAP_BLOCK_SUSPEND`	all
`CAP_BPF`	all
`CAP_CHECKPOINT_RESTORE`	all
`CAP_CHOWN`	all
`CAP_DAC_OVERRIDE`	all
`CAP_DAC_READ_SEARCH`	all
`CAP_FOWNER`	all
`CAP_FSETID`	all
`CAP_IPC_LOCK`	all
`CAP_IPC_OWNER`	all
`CAP_KILL`	all
`CAP_LEASE`	all
`CAP_LINUX_IMMUTABLE`	all
`CAP_MAC_ADMIN`	all
`CAP_MAC_OVERRIDE`	all
`CAP_MKNOD`	all
`CAP_NET_ADMIN`	all
`CAP_NET_BIND_SERVICE`	all
`CAP_NET_BROADCAST`	all
`CAP_NET_RAW`	all
`CAP_PERFMON`	all
`CAP_SETFCAP`	all
`CAP_SETGID`	all
`CAP_SETPCAP`	all
`CAP_SETUID`	all
`CAP_SYSLOG`	all
`CAP_SYS_ADMIN`	all
`CAP_SYS_BOOT`	all
`CAP_SYS_CHROOT`	all
`CAP_SYS_MODULE`	all
`CAP_SYS_NICE`	all
`CAP_SYS_PACCT`	all
`CAP_SYS_PTRACE`	all
`CAP_SYS_RAWIO`	all
`CAP_SYS_RESOURCE`	all
`CAP_SYS_TIME`	all
`CAP_SYS_TTY_CONFIG`	all
`CAP_WAKE_ALARM`	all

`L3 protocols`

L3 protocols are the supported Layer 3 protocols.

Name	Architectures
`ETH_P_LOOP`	all
`ETH_P_PUP`	all
`ETH_P_PUPAT`	all
`ETH_P_TSN`	all
`ETH_P_IP`	all
`ETH_P_X25`	all
`ETH_P_ARP`	all
`ETH_P_BPQ`	all
`ETH_P_IEEEPUP`	all
`ETH_P_IEEEPUPAT`	all
`ETH_P_BATMAN`	all
`ETH_P_DEC`	all
`ETH_P_DNADL`	all
`ETH_P_DNARC`	all
`ETH_P_DNART`	all
`ETH_P_LAT`	all
`ETH_P_DIAG`	all
`ETH_P_CUST`	all
`ETH_P_SCA`	all
`ETH_P_TEB`	all
`ETH_P_RARP`	all
`ETH_P_ATALK`	all
`ETH_P_AARP`	all
`ETH_P_8021_Q`	all
`ETH_P_ERSPAN`	all
`ETH_P_IPX`	all
`ETH_P_IPV6`	all
`ETH_P_PAUSE`	all
`ETH_P_SLOW`	all
`ETH_P_WCCP`	all
`ETH_P_MPLSUC`	all
`ETH_P_MPLSMC`	all
`ETH_P_ATMMPOA`	all
`ETH_P_PPPDISC`	all
`ETH_P_PPPSES`	all
`ETH_P__LINK_CTL`	all
`ETH_P_ATMFATE`	all
`ETH_P_PAE`	all
`ETH_P_AOE`	all
`ETH_P_8021_AD`	all
`ETH_P_802_EX1`	all
`ETH_P_TIPC`	all
`ETH_P_MACSEC`	all
`ETH_P_8021_AH`	all
`ETH_P_MVRP`	all
`ETH_P_1588`	all
`ETH_P_NCSI`	all
`ETH_P_PRP`	all
`ETH_P_FCOE`	all
`ETH_P_IBOE`	all
`ETH_P_TDLS`	all
`ETH_P_FIP`	all
`ETH_P_80221`	all
`ETH_P_HSR`	all
`ETH_P_NSH`	all
`ETH_P_LOOPBACK`	all
`ETH_P_QINQ1`	all
`ETH_P_QINQ2`	all
`ETH_P_QINQ3`	all
`ETH_P_EDSA`	all
`ETH_P_IFE`	all
`ETH_P_AFIUCV`	all
`ETH_P_8023_MIN`	all
`ETH_P_IPV6_HOP_BY_HOP`	all
`ETH_P_8023`	all
`ETH_P_AX25`	all
`ETH_P_ALL`	all
`ETH_P_8022`	all
`ETH_P_SNAP`	all
`ETH_P_DDCMP`	all
`ETH_P_WANPPP`	all
`ETH_P_PPPMP`	all
`ETH_P_LOCALTALK`	all
`ETH_P_CAN`	all
`ETH_P_CANFD`	all
`ETH_P_PPPTALK`	all
`ETH_P_TR8022`	all
`ETH_P_MOBITEX`	all
`ETH_P_CONTROL`	all
`ETH_P_IRDA`	all
`ETH_P_ECONET`	all
`ETH_P_HDLC`	all
`ETH_P_ARCNET`	all
`ETH_P_DSA`	all
`ETH_P_TRAILER`	all
`ETH_P_PHONET`	all
`ETH_P_IEEE802154`	all
`ETH_P_CAIF`	all
`ETH_P_XDSA`	all
`ETH_P_MAP`	all

`L4 protocols`

L4 protocols are the supported Layer 4 protocols.

Name	Architectures
`IP_PROTO_IP`	all
`IP_PROTO_ICMP`	all
`IP_PROTO_IGMP`	all
`IP_PROTO_IPIP`	all
`IP_PROTO_TCP`	all
`IP_PROTO_EGP`	all
`IP_PROTO_IGP`	all
`IP_PROTO_PUP`	all
`IP_PROTO_UDP`	all
`IP_PROTO_IDP`	all
`IP_PROTO_TP`	all
`IP_PROTO_DCCP`	all
`IP_PROTO_IPV6`	all
`IP_PROTO_RSVP`	all
`IP_PROTO_GRE`	all
`IP_PROTO_ESP`	all
`IP_PROTO_AH`	all
`IP_PROTO_ICMPV6`	all
`IP_PROTO_MTP`	all
`IP_PROTO_BEETPH`	all
`IP_PROTO_ENCAP`	all
`IP_PROTO_PIM`	all
`IP_PROTO_COMP`	all
`IP_PROTO_SCTP`	all
`IP_PROTO_UDPLITE`	all
`IP_PROTO_MPLS`	all
`IP_PROTO_RAW`	all

`MMap flags`

MMap flags are the supported flags for the mmap syscall.

Name	Architectures
`MAP_SHARED`	all
`MAP_PRIVATE`	all
`MAP_SHARED_VALIDATE`	all
`MAP_ANON`	all
`MAP_ANONYMOUS`	all
`MAP_DENYWRITE`	all
`MAP_EXECUTABLE`	all
`MAP_FIXED`	all
`MAP_FIXED_NOREPLACE`	all
`MAP_GROWSDOWN`	all
`MAP_HUGETLB`	all
`MAP_LOCKED`	all
`MAP_NONBLOCK`	all
`MAP_NORESERVE`	all
`MAP_POPULATE`	all
`MAP_STACK`	all
`MAP_SYNC`	all
`MAP_UNINITIALIZED`	all
`MAP_HUGE_16KB`	all
`MAP_HUGE_64KB`	all
`MAP_HUGE_512KB`	all
`MAP_HUGE_1MB`	all
`MAP_HUGE_2MB`	all
`MAP_HUGE_8MB`	all
`MAP_HUGE_16MB`	all
`MAP_HUGE_32MB`	all
`MAP_HUGE_256MB`	all
`MAP_HUGE_512MB`	all
`MAP_HUGE_1GB`	all
`MAP_HUGE_2GB`	all
`MAP_HUGE_16GB`	all
`MAP_32BIT`	amd64

`Network Address Family constants`

Network Address Family constants are the supported network address families.

Name	Architectures
`AF_UNSPEC`	all
`AF_LOCAL`	all
`AF_UNIX`	all
`AF_FILE`	all
`AF_INET`	all
`AF_AX25`	all
`AF_IPX`	all
`AF_APPLETALK`	all
`AF_NETROM`	all
`AF_BRIDGE`	all
`AF_ATMPVC`	all
`AF_X25`	all
`AF_INET6`	all
`AF_ROSE`	all
`AF_DECnet`	all
`AF_NETBEUI`	all
`AF_SECURITY`	all
`AF_KEY`	all
`AF_NETLINK`	all
`AF_ROUTE`	all
`AF_PACKET`	all
`AF_ASH`	all
`AF_ECONET`	all
`AF_ATMSVC`	all
`AF_RDS`	all
`AF_SNA`	all
`AF_IRDA`	all
`AF_PPPOX`	all
`AF_WANPIPE`	all
`AF_LLC`	all
`AF_IB`	all
`AF_MPLS`	all
`AF_CAN`	all
`AF_TIPC`	all
`AF_BLUETOOTH`	all
`AF_IUCV`	all
`AF_RXRPC`	all
`AF_ISDN`	all
`AF_PHONET`	all
`AF_IEEE802154`	all
`AF_CAIF`	all
`AF_ALG`	all
`AF_NFC`	all
`AF_VSOCK`	all
`AF_KCM`	all
`AF_QIPCRTR`	all
`AF_SMC`	all
`AF_XDP`	all
`AF_MAX`	all

`Open flags`

Open flags are the supported flags for the open syscall.

Name	Architectures
`O_RDONLY`	all
`O_WRONLY`	all
`O_RDWR`	all
`O_APPEND`	all
`O_CREAT`	all
`O_EXCL`	all
`O_SYNC`	all
`O_TRUNC`	all
`O_ACCMODE`	all
`O_ASYNC`	all
`O_CLOEXEC`	all
`O_DIRECT`	all
`O_DIRECTORY`	all
`O_DSYNC`	all
`O_FSYNC`	all
`O_NDELAY`	all
`O_NOATIME`	all
`O_NOCTTY`	all
`O_NOFOLLOW`	all
`O_NONBLOCK`	all
`O_RSYNC`	all

`Pipe buffer flags`

Pipe buffer flags are the supported flags for a pipe buffer.

Name	Architectures
`PIPE_BUF_FLAG_LRU`	all
`PIPE_BUF_FLAG_ATOMIC`	all
`PIPE_BUF_FLAG_GIFT`	all
`PIPE_BUF_FLAG_PACKET`	all
`PIPE_BUF_FLAG_CAN_MERGE`	all
`PIPE_BUF_FLAG_WHOLE`	all
`PIPE_BUF_FLAG_LOSS`	all

`Protection constants`

Protection constants are the supported protections for the mmap syscall.

Name	Architectures
`PROT_NONE`	all
`PROT_READ`	all
`PROT_WRITE`	all
`PROT_EXEC`	all
`PROT_GROWSDOWN`	all
`PROT_GROWSUP`	all

`Ptrace constants`

Ptrace constants are the supported ptrace commands for the ptrace syscall.

Name	Architectures
`PTRACE_TRACEME`	all
`PTRACE_PEEKTEXT`	all
`PTRACE_PEEKDATA`	all
`PTRACE_PEEKUSR`	all
`PTRACE_POKETEXT`	all
`PTRACE_POKEDATA`	all
`PTRACE_POKEUSR`	all
`PTRACE_CONT`	all
`PTRACE_KILL`	all
`PTRACE_SINGLESTEP`	all
`PTRACE_ATTACH`	all
`PTRACE_DETACH`	all
`PTRACE_SYSCALL`	all
`PTRACE_SETOPTIONS`	all
`PTRACE_GETEVENTMSG`	all
`PTRACE_GETSIGINFO`	all
`PTRACE_SETSIGINFO`	all
`PTRACE_GETREGSET`	all
`PTRACE_SETREGSET`	all
`PTRACE_SEIZE`	all
`PTRACE_INTERRUPT`	all
`PTRACE_LISTEN`	all
`PTRACE_PEEKSIGINFO`	all
`PTRACE_GETSIGMASK`	all
`PTRACE_SETSIGMASK`	all
`PTRACE_SECCOMP_GET_FILTER`	all
`PTRACE_SECCOMP_GET_METADATA`	all
`PTRACE_GET_SYSCALL_INFO`	all
`PTRACE_GETFPREGS`	amd64, arm
`PTRACE_SETFPREGS`	amd64, arm
`PTRACE_GETFPXREGS`	amd64
`PTRACE_SETFPXREGS`	amd64
`PTRACE_OLDSETOPTIONS`	amd64, arm
`PTRACE_GET_THREAD_AREA`	amd64, arm
`PTRACE_SET_THREAD_AREA`	amd64
`PTRACE_ARCH_PRCTL`	amd64
`PTRACE_SYSEMU`	amd64, arm64
`PTRACE_SYSEMU_SINGLESTEP`	amd64, arm64
`PTRACE_SINGLEBLOCK`	amd64
`PTRACE_GETCRUNCHREGS`	arm
`PTRACE_GETFDPIC`	arm
`PTRACE_GETFDPIC_EXEC`	arm
`PTRACE_GETFDPIC_INTERP`	arm
`PTRACE_GETHBPREGS`	arm
`PTRACE_GETVFPREGS`	arm
`PTRACE_GETWMMXREGS`	arm
`PTRACE_SETCRUNCHREGS`	arm
`PTRACE_SETHBPREGS`	arm
`PTRACE_SETVFPREGS`	arm
`PTRACE_SETWMMXREGS`	arm
`PTRACE_SET_SYSCALL`	arm
`PTRACE_PEEKMTETAGS`	arm64
`PTRACE_POKEMTETAGS`	arm64

`SecL constants`

SecL constants are the supported generic SecL constants.

Name	Architectures
`true`	all
`false`	all

`Signal constants`

Signal constants are the supported signals for the kill syscall.

Name	Architectures
`SIGHUP`	all
`SIGINT`	all
`SIGQUIT`	all
`SIGILL`	all
`SIGTRAP`	all
`SIGABRT`	all
`SIGIOT`	all
`SIGBUS`	all
`SIGFPE`	all
`SIGKILL`	all
`SIGUSR1`	all
`SIGSEGV`	all
`SIGUSR2`	all
`SIGPIPE`	all
`SIGALRM`	all
`SIGTERM`	all
`SIGSTKFLT`	all
`SIGCHLD`	all
`SIGCONT`	all
`SIGSTOP`	all
`SIGTSTP`	all
`SIGTTIN`	all
`SIGTTOU`	all
`SIGURG`	all
`SIGXCPU`	all
`SIGXFSZ`	all
`SIGVTALRM`	all
`SIGPROF`	all
`SIGWINCH`	all
`SIGIO`	all
`SIGPOLL`	all
`SIGPWR`	all
`SIGSYS`	all

`Unlink flags`

Unlink flags are the supported flags for the unlink syscall.

Name	Architectures
`AT_REMOVEDIR`	all

`Virtual Memory flags`

Virtual Memory flags define the protection of a virtual memory segment.

Name	Architectures
`VM_NONE`	all
`VM_READ`	all
`VM_WRITE`	all
`VM_EXEC`	all
`VM_SHARED`	all
`VM_MAYREAD`	all
`VM_MAYWRITE`	all
`VM_MAYEXEC`	all
`VM_MAYSHARE`	all
`VM_GROWSDOWN`	all
`VM_UFFD_MISSING`	all
`VM_PFNMAP`	all
`VM_UFFD_WP`	all
`VM_LOCKED`	all
`VM_IO`	all
`VM_SEQ_READ`	all
`VM_RAND_READ`	all
`VM_DONTCOPY`	all
`VM_DONTEXPAND`	all
`VM_LOCKONFAULT`	all
`VM_ACCOUNT`	all
`VM_NORESERVE`	all
`VM_HUGETLB`	all
`VM_SYNC`	all
`VM_ARCH_1`	all
`VM_WIPEONFORK`	all
`VM_DONTDUMP`	all
`VM_SOFTDIRTY`	all
`VM_MIXEDMAP`	all
`VM_HUGEPAGE`	all
`VM_NOHUGEPAGE`	all
`VM_MERGEABLE`	all

Documentation, liens et articles supplémentaires utiles:

Get started with Datadog Cloud Workload SecurityDOCUMENTATION

Creating Custom Agent Rules

Agent expression syntax

Triggers

Operators

Patterns and regular expressions

Duration

Variables

CIDR and IP range

Helpers

Command line arguments

File rights

Event attributes

Common to all event types

Event bind

Event bpf

Event capset

Event chmod

Event chown

Event dns

Event exec

Event exit

Event link

Event load_module

Event mkdir

Event mmap

Event mount

Event mprotect

Event open

Event ptrace

Event removexattr

Event rename

Event rmdir

Event selinux

Event setgid

Event setuid

Event setxattr

Event signal

Event splice

Event unlink

Event unload_module

Event utimes

Attributes documentation

*.args

*.args_flags

*.args_options

*.args_truncated

*.argv

*.argv0

*.cap_effective

*.cap_permitted

*.change_time

*.comm

*.container.id

*.created_at

*.egid

*.egroup

*.envp

*.envs

*.envs_truncated

*.euid

*.euser

*.file.destination.name

*.file.destination.namespace

*.filesystem

*.fsgid

*.fsgroup

*.fsuid

*.fsuser

*.gid

*.gid

*.group

*.group

*.in_upper_layer

*.inode

*.ip

*.is_kworker

*.is_thread

*.length

*.mode

*.modification_time

Event `bind`

Event `bpf`

Event `capset`

Event `chmod`

Event `chown`

Event `dns`

Event `exec`

Event `exit`

Event `link`

Event `load_module`

Event `mkdir`

Event `mmap`

Event `mount`

Event `mprotect`

Event `open`

Event `ptrace`

Event `removexattr`

Event `rename`

Event `rmdir`

Event `selinux`

Event `setgid`

Event `setuid`

Event `setxattr`

Event `signal`

Event `splice`

Event `unlink`

Event `unload_module`

Event `utimes`

`*.args`

`*.args_flags`

`*.args_options`

`*.args_truncated`

`*.argv`

`*.argv0`

`*.cap_effective`

`*.cap_permitted`

`*.change_time`

`*.comm`

`*.container.id`

`*.created_at`

`*.egid`

`*.egroup`

`*.envp`

`*.envs`

`*.envs_truncated`

`*.euid`

`*.euser`

`*.file.destination.name`

`*.file.destination.namespace`

`*.filesystem`

`*.fsgid`

`*.fsgroup`

`*.fsuid`

`*.fsuser`

`*.gid`

`*.gid`

`*.group`

`*.group`

`*.in_upper_layer`

`*.inode`

`*.ip`

`*.is_kworker`

`*.is_thread`

`*.length`

`*.mode`

`*.modification_time`

`*.mount_id`

`*.name`

`*.package.name`

`*.package.source_version`

`*.package.version`

`*.path`

`*.pid`

`*.port`

`*.ppid`

`*.retval`

`*.rights`

`*.tid`

`*.tty_name`

`*.uid`