Storm Reference - Storm Commands

Storm commands are built-in or custom commands that can be used natively within the Synapse Storm tool / Storm CLI (see Synapse Tools - storm), or in conjunction with the storm command from the Synapse cmdr CLI tool (see Synapse Tools - cmdr).

Note

The Storm tool / Storm CLI provides a native Storm interpreter and is the preferred tool for interacting with a Synapse Cortex from the CLI.

The pipe symbol ( | ) is used to send (pipe) the output from a Storm query to any of the Storm commands, and to send the output from a Storm command back to a Storm query.

Built-in commands are native to the Storm library and loaded by default within a given Cortex. Built-in commands comprise a set of helper commands that perform a variety of specialized tasks that are useful regardless of the types of data stored in the Cortex or the types of analysis performed.

Custom commands are Storm commands that have been added to a Cortex to invoke the execution of dynamically loaded modules. Dynamically loaded modules are typically custom modules that have been added to Synapse to support domain-specific analysis. For example, a knowledge domain that requires tracking of IP addresses might have access to a third-party service such as Maxmind to obtain up-to-date data on the assigned Autonomous System (AS) or geographical location of a given IP address. A custom maxmind module and associated Storm command could be added to Synapse to query the Maxmind database and update the appropriate secondary properties on the associated inet:ipv4 nodes directly from Storm.

The full list of storm commands (built-in and custom) available in a given Cortex can be displayed with storm help.

Help for a specific Storm command can be displayed with storm <command> --help.

This section details the usage and syntax for built-in Storm commands. Many of the commands below, such as count, limit, max / min, or delnode, directly support analyst tasks within Storm. Other commands, such as those used to manage daemons, queues, packages, or services, may be primarily of interest to Synapse administrators or developers.

See Storm Reference - Document Syntax Conventions for an explanation of the syntax format used below.

The Storm query language is covered in detail starting with the Storm Reference - Introduction section of the Synapse User Guide.

Note

Storm commands, including custom commands, are added to the Cortex as runtime nodes (“runt nodes” - see Node, Runt) of the form syn:cmd. These runt nodes can be lifted and filtered just like standard nodes in a Cortex.

Example

Lift the syn:cmd node for the Storm movetag command:

storm> syn:cmd=movetag
syn:cmd=movetag
        :doc = Rename an entire tag tree and preserve time intervals.

Note

While the documentation for built-in Storm commands is relatively basic, the syn:cmd form within the data model includes additional secondary properties that can be used to make commands (particularly custom commands) more “self-documenting” to users, because detail about the command can be introspected directly within the data model from within Storm. For example, the :input and :output properties can be used to specify a list (array) of forms that can be input (submitted) to the command and a list of forms that may be created by the command, respectively.

help

The help command (storm help) displays the list of available built-in commands and a brief message describing each command. Help on individual commands is available via <command> --help.

Syntax:

storm> help --help


    List available commands and a brief description for each.

    Examples:

        // Get all available commands and their brief descriptions.

        help

        // Only get commands which have "model" in the name.

        help model


Usage: help [options] <command>

Options:

  --help                      : Display the command usage.

Arguments:

  [command]                   : Only list commands and their brief description whose name contains the argument.

auth

Storm includes auth.* commands that allow you create users and roles and manage their associated permissions (rules).

Help for individual auth.* commands can be displayed using:

<command> --help

Note

For a list of Cortex permissions, see Cortex Permissions in the Synapse DevOps Guide.

auth.role.add

The auth.role.add command creates a role.

Syntax:

storm> auth.role.add --help


            Add a role.

            Examples:

                // Add a role named "ninjas"
                auth.role.add ninjas


Usage: auth.role.add [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name of the role.

auth.role.addrule

The auth.role.addrule command adds a rule (permission) to a role.

Syntax:

storm> auth.role.addrule --help


            Add a rule to a role.

            Examples:

                // add an allow rule to the role "ninjas" for permission "foo.bar.baz"
                auth.role.addrule ninjas foo.bar.baz

                // add a deny rule to the role "ninjas" for permission "foo.bar.baz"
                auth.role.addrule ninjas "!foo.bar.baz"


Usage: auth.role.addrule [options] <name> <rule>

Options:

  --help                      : Display the command usage.
  --gate <gate>               : The auth gate id to grant permission on. (default: None)

Arguments:

  <name>                      : The name of the role.
  <rule>                      : The rule string.

auth.user.add

The auth.user.add command creates a user.

Syntax:

storm> auth.user.add --help


            Add a user.

            Examples:

                // Add a user named "visi" with the email address "[email protected]"
                auth.user.add visi --email [email protected]


Usage: auth.user.add [options] <name>

Options:

  --help                      : Display the command usage.
  --email <email>             : The user's email address. (default: None)

Arguments:

  <name>                      : The name of the user.

auth.user.addrule

The auth.user.addrule command adds a rule (permission) to a user.

Syntax:

storm> auth.user.addrule --help


            Add a rule to a user.

            Examples:

                // add an allow rule to the user "visi" for permission "foo.bar.baz"
                auth.user.addrule visi foo.bar.baz

                // add a deny rule to the user "visi" for permission "foo.bar.baz"
                auth.user.addrule visi "!foo.bar.baz"


Usage: auth.user.addrule [options] <name> <rule>

Options:

  --help                      : Display the command usage.
  --gate <gate>               : The auth gate id to grant permission on. (default: None)

Arguments:

  <name>                      : The name of the user.
  <rule>                      : The rule string.

background

The background command allows you to execute a Storm query as a background task (e.g., to free up the cmdr CLI / Storm runtime for additional queries). Use of background is a “fire-and-forget” process - any status messages (warnings or errors) are not returned to the console, and if the query is interrupted for any reason, it will not resume.

See also parallel.

Syntax:

storm> background --help


    Execute a query pipeline as a background task.
    NOTE: Variables are passed through but nodes are not


Usage: background [options] <query>

Options:

  --help                      : Display the command usage.

Arguments:

  <query>                     : The query to execute in the background.

count

The count command enumerates the number of nodes returned from a given Storm query and displays the resultant nodes and associated node count.

Syntax:

storm> count --help


    Iterate through query results, and print the resulting number of nodes
    which were lifted. This does yield the nodes counted.

    Example:

        foo:bar:size=20 | count



Usage: count [options]

Options:

  --help                      : Display the command usage.

Examples:

  • Count the number of IP address nodes reported by FireEye and associated with the threat group APT1:

storm> inet:ipv4#aka.feye.thr.apt1 | count
inet:ipv4=66.129.222.1
        :type = unicast
        .created = 2022/04/28 12:34:14.590
        #aka.feye.thr.apt1
inet:ipv4=184.82.164.104
        :type = unicast
        .created = 2022/04/28 12:34:14.597
        #aka.feye.thr.apt1
inet:ipv4=209.161.249.125
        :type = unicast
        .created = 2022/04/28 12:34:14.599
        #aka.feye.thr.apt1
inet:ipv4=69.90.65.240
        :type = unicast
        .created = 2022/04/28 12:34:14.601
        #aka.feye.thr.apt1
inet:ipv4=70.62.232.98
        :type = unicast
        .created = 2022/04/28 12:34:14.603
        #aka.feye.thr.apt1
Counted 5 nodes.

  • Count the number of DNS A records for the domain woot.com where the lift produces no results:

storm> inet:dns:a:fqdn=woot.com | count
Counted 0 nodes.

Usage Notes:

  • count does not consume nodes, so Storm will stream the nodes being counted to the CLI output while the command executes. To count nodes without streaming the output, count can be piped to the spin command (i.e., <query> | count | spin). Spin consumes nodes and so will prevent nodes processed by the count command from streaming.

cron

Note

See the Storm Reference - Automation guide for additional background on cron jobs (as well as triggers and macros), including examples.

Storm includes cron.* commands that allow you to create and manage scheduled Cron jobs. Within Synapse, jobs are Storm queries that execute within a Cortex on a recurring or non-recurring (cron.at) basis.

Help for individual cron.* commands can be displayed using:

<command> --help

Cron jobs (including jobs created with cron.at) are added to the Cortex as runtime nodes (“runt nodes” - see Node, Runt) of the form syn:cron. These runt nodes can be lifted and filtered just like standard nodes in a Cortex.

Note

The Storm cron.* commands replace the Synapse cmdr-based cron command, which is being deprecated.

cron.add

The cron.add command creates an individual cron job within a Cortex.

Syntax:

storm> cron.add --help


Add a recurring cron job to a cortex.

Notes:
    All times are interpreted as UTC.

    All arguments are interpreted as the job period, unless the value ends in
    an equals sign, in which case the argument is interpreted as the recurrence
    period.  Only one recurrence period parameter may be specified.

    Currently, a fixed unit must not be larger than a specified recurrence
    period.  i.e. '--hour 7 --minute +15' (every 15 minutes from 7-8am?) is not
    supported.

    Value values for fixed hours are 0-23 on a 24-hour clock where midnight is 0.

    If the --day parameter value does not start with a '+' and is an integer, it is
    interpreted as a fixed day of the month.  A negative integer may be
    specified to count from the end of the month with -1 meaning the last day
    of the month.  All fixed day values are clamped to valid days, so for
    example '-d 31' will run on February 28.
    If the fixed day parameter is a value in ([Mon, Tue, Wed, Thu, Fri, Sat,
    Sun] if locale is set to English) it is interpreted as a fixed day of the
    week.

    Otherwise, if the parameter value starts with a '+', then it is interpreted
    as a recurrence interval of that many days.

    If no plus-sign-starting parameter is specified, the recurrence period
    defaults to the unit larger than all the fixed parameters.   e.g. '--minute 5'
    means every hour at 5 minutes past, and --hour 3, --minute 1 means 3:01 every day.

    At least one optional parameter must be provided.

    All parameters accept multiple comma-separated values.  If multiple
    parameters have multiple values, all combinations of those values are used.

    All fixed units not specified lower than the recurrence period default to
    the lowest valid value, e.g. --month +2 will be scheduled at 12:00am the first of
    every other month.  One exception is if the largest fixed value is day of the
    week, then the default period is set to be a week.

    A month period with a day of week fixed value is not currently supported.

    Fixed-value year (i.e. --year 2019) is not supported.  See the 'at'
    command for one-time cron jobs.

    As an alternative to the above options, one may use exactly one of
    --hourly, --daily, --monthly, --yearly with a colon-separated list of
    fixed parameters for the value.  It is an error to use both the individual
    options and these aliases at the same time.

Examples:
    Run a query every last day of the month at 3 am
    cron.add --hour 3 --day -1 {#foo}

    Run a query every 8 hours
    cron.add --hour +8 {#foo}

    Run a query every Wednesday and Sunday at midnight and noon
    cron.add --hour 0,12 --day Wed,Sun {#foo}

    Run a query every other day at 3:57pm
    cron.add --day +2 --minute 57 --hour 15 {#foo}


Usage: cron.add [options] <query>

Options:

  --help                      : Display the command usage.
  --minute <minute>           : Minute value for job or recurrence period.
  --name <name>               : An optional name for the cron job.
  --doc <doc>                 : An optional doc string for the cron job.
  --hour <hour>               : Hour value for job or recurrence period.
  --day <day>                 : Day value for job or recurrence period.
  --month <month>             : Month value for job or recurrence period.
  --year <year>               : Year value for recurrence period.
  --hourly <hourly>           : Fixed parameters for an hourly job.
  --daily <daily>             : Fixed parameters for a daily job.
  --monthly <monthly>         : Fixed parameters for a monthly job.
  --yearly <yearly>           : Fixed parameters for a yearly job.
  --iden <iden>               : Fixed iden to assign to the cron job
  --view <view>               : View to run the cron job against

Arguments:

  <query>                     : Query for the cron job to execute.

cron.at

The cron.at command creates a non-recurring cron job within a Cortex. Note that just like standard cron jobs, jobs created with cron.at will persist (remain in the list of cron jobs and as syn:cron runt nodes) until they are explicitly removed using cron.del.

Syntax:

storm> cron.at --help


Adds a non-recurring cron job.

Notes:
    This command accepts one or more time specifications followed by exactly
    one storm query in curly braces.  Each time specification may be in synapse
    time delta format (e.g --day +1) or synapse time format (e.g.
    20501217030432101).  Seconds will be ignored, as cron jobs' granularity is
    limited to minutes.

    All times are interpreted as UTC.

    The other option for time specification is a relative time from now.  This
    consists of a plus sign, a positive integer, then one of 'minutes, hours,
    days'.

    Note that the record for a cron job is stored until explicitly deleted via
    "cron.del".

Examples:
    # Run a storm query in 5 minutes
    cron.at --minute +5 {[inet:ipv4=1]}

    # Run a storm query tomorrow and in a week
    cron.at --day +1,+7 {[inet:ipv4=1]}

    # Run a query at the end of the year Zulu
    cron.at --dt 20181231Z2359 {[inet:ipv4=1]}


Usage: cron.at [options] <query>

Options:

  --help                      : Display the command usage.
  --minute <minute>           : Minute(s) to execute at.
  --hour <hour>               : Hour(s) to execute at.
  --day <day>                 : Day(s) to execute at.
  --dt <dt>                   : Datetime(s) to execute at.
  --now                       : Execute immediately.
  --iden <iden>               : A set iden to assign to the new cron job
  --view <view>               : View to run the cron job against

Arguments:

  <query>                     : Query for the cron job to execute.

cron.cleanup

The cron.cleanup command can be used to remove any one-time cron jobs (“at” jobs) that have completed.

Syntax:

storm> cron.cleanup --help

Delete all completed at jobs

Usage: cron.cleanup [options]

Options:

  --help                      : Display the command usage.

cron.list

The cron.list command displays the set of cron jobs in the Cortex that the current user can view / modify based on their permissions.

Cron jobs are displayed in alphanumeric order by job Iden. Jobs are sorted upon Cortex initialization, so newly-created jobs will be displayed at the bottom of the list until the list is re-sorted the next time the Cortex is restarted.

Note

Jobs can also be viewed in runt node form as syn:cron nodes.

Syntax:

storm> cron.list --help

List existing cron jobs in the cortex.

Usage: cron.list [options]

Options:

  --help                      : Display the command usage.

cron.stat

The cron.stat command displays statistics for an individual cron job and provides more detail on an individual job vs. cron.list, including any errors and the interval at which the job executes. To view the stats for a job, you must provide the first portion of the job’s iden (i.e., enough of the iden that the job can be uniquely identified), which can be obtained using cron.list or by lifting the appropriate syn:cron node.

Syntax:

storm> cron.stat --help

Gives detailed information about a cron job.

Usage: cron.stat [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid cron job iden is accepted.

cron.mod

The cron.mod command modifies the Storm query associated with a specific cron job. To modify a job, you must provide the first portion of the job’s iden (i.e., enough of the iden that the job can be uniquely identified), which can be obtained using cron.list or by lifting the appropriate syn:cron node.

Note

Other aspects of the cron job, such as its schedule for execution, cannot be modified once the job has been created. To change these aspects you must delete and re-add the job.

Syntax:

storm> cron.mod --help

Modify an existing cron job's query.

Usage: cron.mod [options] <iden> <query>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid cron job iden is accepted.
  <query>                     : New storm query for the cron job.

cron.move

The cron.move command moves a cron job from one View to another.

Syntax:

storm> cron.move --help

Move a cron job from one view to another

Usage: cron.move [options] <iden> <view>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid cron job iden is accepted.
  <view>                      : New storm query for the cron job.

cron.disable

The cron.disable command disables a job and prevents it from executing without removing it from the Cortex. To disable a job, you must provide the first portion of the job’s iden (i.e., enough of the iden that the job can be uniquely identified), which can be obtained using cron.list or by lifting the appropriate syn:cron node.

Syntax:

storm> cron.disable --help

Disable a cron job in the cortex.

Usage: cron.disable [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid cron job iden is accepted.

cron.enable

The cron.enable command enables a disabled cron job. To enable a job, you must provide the first portion of the job’s iden (i.e., enough of the iden that the job can be uniquely identified), which can be obtained using cron.list or by lifting the appropriate syn:cron node.

Note

Cron jobs, including non-recurring jobs added with cron.at, are enabled by default upon creation.

Syntax:

storm> cron.enable --help

Enable a cron job in the cortex.

Usage: cron.enable [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid cron job iden is accepted.

cron.del

The cron.del command permanently removes a cron job from the Cortex. To delete a job, you must provide the first portion of the job’s iden (i.e., enough of the iden that the job can be uniquely identified), which can be obtained using cron.list or by lifting the appropriate syn:cron node.

Syntax:

storm> cron.del --help

Delete a cron job from the cortex.

Usage: cron.del [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid cron job iden is accepted.

delnode

The delnode command deletes a node or set of nodes from a Cortex.

Warning

The Storm delnode command has the potential to be destructive if executed on an incorrect, badly formed, or mistyped query. Users are strongly encouraged to validate their query by first executing it on its own to confirm it returns the expected nodes before piping the query to the delnode command.

Syntax:

storm> delnode --help


    Delete nodes produced by the previous query logic.

    (no nodes are returned)

    Example

        inet:fqdn=vertex.link | delnode


Usage: delnode [options]

Options:

  --help                      : Display the command usage.
  --force                     : Force delete even if it causes broken references (requires admin).

Examples:

  • Delete the node for the domain woowoo.com:

storm> inet:fqdn=woowoo.com | delnode

  • Forcibly delete all nodes with the #testing tag:

storm> #testing | delnode --force

Usage Notes:

  • delnode operates on the output of a previous Storm query.

  • delnode will attempt to perform some basic sanity-checking to help prevent egregious mistakes. For example, delnode will return an error if you attempt to delete a node that is still referenced by another node (such as an inet:fqdn that is referenced by an inet:dns:a node). Similarly, delnode will return an error if you attempt to delete a syn:tag node if that tag is still applied to other nodes. However, delnode cannot prevent all mistakes.

    • Edge / digraph nodes (such as edge:refs or edge:has) are exempt from these “reference checks”. It is possible to delete an edge node where n1 and / or n2 still exist and without affecting n1 or n2. This is generally desired behavior as the relationship between the nodes (the edge) may need to be removed without affecting the nodes themselves.

    • However, the opposite is also true - since delnode does not check for references to edge nodes when deleting nodes, it is possible to leave “orphaned” edge nodes with a missing n1 or n2.

  • The --force parameter will forcibly delete the nodes input to the command, regardless of any sanity-checking errors or other conditions. This parameter should be used with extreme caution as it may result in broken references within the Cortex.

diff

The diff command generates a list of nodes with changes (i.e., newly created or modified nodes) present in the top Layer of the current View. The diff command may be useful before performing a merge operation.

Syntax:

storm> diff --help


    Generate a list of nodes with changes in the top layer of the current view.


Usage: diff [options]

Options:

  --help                      : Display the command usage.

divert

The divert command allows Storm to either consume a generator or yield its results based on a conditional.

Syntax:

storm> divert --help


    Either consume a generator or yield it's results based on a conditional.

    NOTE: This command is purpose built to facilitate the --yield convention
          common to storm commands.

    NOTE: The genr argument must not be a function that returns, else it will
          be invoked for each inbound node.

    Example:
        divert $cmdopts.yield $fooBarBaz()


Usage: divert [options] <cond> <genr>

Options:

  --help                      : Display the command usage.
  --size <size>               : The max number of times to iterate the generator. (default: None)

Arguments:

  <cond>                      : The conditional value for the yield option.
  <genr>                      : The generator function value that yields nodes.

dmon

Storm includes dmon.* commands that allow you to work with daemons (see Daemon).

Help for individual dmon.* commands can be displayed using:

<command> --help

dmon.list

The dmon.list command displays the set of running dmon queries in the Cortex.

Syntax:

storm> dmon.list --help

List the storm daemon queries running in the cortex.

Usage: dmon.list [options]

Options:

  --help                      : Display the command usage.

edges

Storm includes edges.* commands that allow you to work with lightweight (light) edges. Also see the lift.byverb and model.edge.* commands under lift and model below.

Help for individual edge.* commands can be displayed using:

<command> --help

edges.del

The edges.del command is designed to delete multiple light edges to (or from) a set of nodes (contrast with using Storm edit syntax - see Delete Light Edges).

Syntax:

storm> edges.del --help


    Bulk delete light edges from input nodes.

    Examples:

        # Delete all "foo" light edges from an inet:ipv4
        inet:ipv4=1.2.3.4 | edges.del foo

        # Delete light edges with any verb from a node
        inet:ipv4=1.2.3.4 | edges.del *

        # Delete all "foo" light edges to an inet:ipv4
        inet:ipv4=1.2.3.4 | edges.del foo --n2


Usage: edges.del [options] <verb>

Options:

  --help                      : Display the command usage.
  --n2                        : Delete light edges where input node is N2 instead of N1.

Arguments:

  <verb>                      : The verb of light edges to delete.

feed

Storm includes feed.* commands that allow you to work with feeds (see Feed).

Help for individual feed.* commands can be displayed using:

<command> --help

feed.list

The feed.list command displays available feed functions in the Cortex.

Syntax:

storm> feed.list --help

List the feed functions available in the Cortex

Usage: feed.list [options]

Options:

  --help                      : Display the command usage.

graph

The graph command generates a subgraph based on a specified set of nodes and parameters.

Syntax:

storm> graph --help


    Generate a subgraph from the given input nodes and command line options.

    Example:

        Using the graph command::

            inet:fqdn | graph
                        --degrees 2
                        --filter { -#nope }
                        --pivot { <- meta:seen <- meta:source }
                        --form-pivot inet:fqdn {<- * | limit 20}
                        --form-pivot inet:fqdn {-> * | limit 20}
                        --form-filter inet:fqdn {-inet:fqdn:issuffix=1}
                        --form-pivot syn:tag {-> *}
                        --form-pivot * {-> #}



Usage: graph [options]

Options:

  --help                      : Display the command usage.
  --degrees <degrees>         : How many degrees to graph out. (default: 1)
  --pivot <pivot>             : Specify a storm pivot for all nodes. (must quote) (default: [])
  --filter <filter>           : Specify a storm filter for all nodes. (must quote) (default: [])
  --no-edges                  : Do not include light weight edges in the per-node output.
  --form-pivot <form_pivot>   : Specify a <form> <pivot> form specific pivot. (default: [])
  --form-filter <form_filter> : Specify a <form> <filter> form specific filter. (default: [])
  --refs                      : Do automatic in-model pivoting with node.getNodeRefs().
  --yield-filtered            : Yield nodes which would be filtered. This still performs pivots to collect edge data,but does not yield pivoted nodes.
  --no-filter-input           : Do not drop input nodes if they would match a filter.

iden

The iden command lifts one or more nodes by their node identifier (node ID / iden).

Syntax:

storm> iden --help


    Lift nodes by iden.

    Example:

        iden b25bc9eec7e159dce879f9ec85fb791f83b505ac55b346fcb64c3c51e98d1175 | count


Usage: iden [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  [<iden> ...]                : Iden to lift nodes by. May be specified multiple times.

Example:

  • Lift the node with node ID 20153b758f9d5eaaa38e4f4a65c36da797c3e59e549620fa7c4895e1a920991f:

storm> iden 20153b758f9d5eaaa38e4f4a65c36da797c3e59e549620fa7c4895e1a920991f
inet:ipv4=1.2.3.4
        :type = unicast
        .created = 2022/04/28 12:34:14.916

Usage Notes:

  • The node ID (iden) for a given node can be obtained by lifting the node using the --debug or --raw option to the storm command:

    • storm --debug inet:fqdn=woot.com

intersect

The intersect command returns the intersection of the results from performing a pivot operation on multiple inbound nodes. In other words, intersect will return the subset of pivot results that are common to each of the inbound nodes.

Syntax:

storm> intersect --help


    Yield an intersection of the results of running inbound nodes through a pivot.

    NOTE:
        This command must consume the entire inbound stream to produce the intersection.
        This type of stream consuming before yielding results can cause the query to appear
        laggy in comparison with normal incremental stream operations.

    Examples:

        // Show the it:mitre:attack:technique nodes common to several groups

        it:mitre:attack:group*in=(G0006, G0007) | intersect { -> it:mitre:attack:technique }


Usage: intersect [options] <query>

Options:

  --help                      : Display the command usage.

Arguments:

  <query>                     : The pivot query to run each inbound node through.

layer

Storm includes layer.* commands that allow you to work with layers (see Layer).

Help for individual layer.* commands can be displayed using:

<command> --help

layer.add

The layer.add command adds a layer to the Cortex.

Syntax

storm> layer.add --help

Add a layer to the cortex.

Usage: layer.add [options]

Options:

  --help                      : Display the command usage.
  --lockmemory                : Should the layer lock memory for performance.
  --readonly                  : Should the layer be readonly.
  --mirror <mirror>           : A telepath URL of an upstream layer/view to mirror.
  --growsize <growsize>       : Amount to grow the map size when necessary.
  --upstream <upstream>       : One or more telepath urls to receive updates from.
  --name <name>               : The name of the layer.

layer.set

The layer.set command sets an option for the specified layer.

Syntax

storm> layer.set --help

Set a layer option.

Usage: layer.set [options] <iden> <name> <valu>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Iden of the layer to modify.
  <name>                      : The name of the layer property to set.
  <valu>                      : The value to set the layer property to.

layer.get

The layer.get command retrieves the specified layer from a Cortex.

Syntax

storm> layer.get --help

Get a layer from the cortex.

Usage: layer.get [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  [iden]                      : Iden of the layer to get. If no iden is provided, the main layer will be returned.

layer.list

The layer.list command lists the available layers in a Cortex.

Syntax

storm> layer.list --help

List the layers in the cortex.

Usage: layer.list [options]

Options:

  --help                      : Display the command usage.

layer.del

The layer.del command deletes a layer from a Cortex.

Syntax

storm> layer.del --help

Delete a layer from the cortex.

Usage: layer.del [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Iden of the layer to delete.

layer.pull.add

The layer.pull.add command adds a pull configuration to a layer.

Syntax

storm> layer.pull.add --help

Add a pull configuration to a layer.

Usage: layer.pull.add [options] <layr> <src>

Options:

  --help                      : Display the command usage.
  --offset <offset>           : Layer offset to begin pulling from (default: 0)

Arguments:

  <layr>                      : Iden of the layer to pull to.
  <src>                       : Telepath url of the source layer to pull from.

layer.pull.list

The layer.pull.list command lists the pull configurations for a layer.

Syntax

storm> layer.pull.list --help

Get a list of the pull configurations for a layer.

Usage: layer.pull.list [options] <layr>

Options:

  --help                      : Display the command usage.

Arguments:

  <layr>                      : Iden of the layer to retrieve pull configurations for.

layer.pull.del

The layer.pull.del command deletes a pull configuration from a layer.

Syntax

storm> layer.pull.del --help

Delete a pull configuration from a layer.

Usage: layer.pull.del [options] <layr> <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <layr>                      : Iden of the layer to modify.
  <iden>                      : Iden of the pull configuration to delete.

layer.push.add

The layer.push.add command adds a push configuration to a layer.

Syntax

storm> layer.push.add --help

Add a push configuration to a layer.

Usage: layer.push.add [options] <layr> <dest>

Options:

  --help                      : Display the command usage.
  --offset <offset>           : Layer offset to begin pushing from. (default: 0)

Arguments:

  <layr>                      : Iden of the layer to push from.
  <dest>                      : Telepath url of the layer to push to.

layer.push.list

The layer.push.list command lists the push configurations for a layer.

Syntax

storm> layer.push.list --help

Get a list of the push configurations for a layer.

Usage: layer.push.list [options] <layr>

Options:

  --help                      : Display the command usage.

Arguments:

  <layr>                      : Iden of the layer to retrieve push configurations for.

layer.push.del

The layer.push.del command deletes a push configuration from a layer.

Syntax

storm> layer.push.del --help

Delete a push configuration from a layer.

Usage: layer.push.del [options] <layr> <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <layr>                      : Iden of the layer to modify.
  <iden>                      : Iden of the push configuration to delete.

lift

Storm includes lift.* commands that allow you to perform specialized lift operations.

Help for individual lift.* commands can be displayed using:

<command> --help

lift.byverb

The lift.byverb command lifts nodes that are connected by the specified lightweight (light) edge. By default, the command lifts the N1 nodes (i.e., the nodes on the left side of the directional light edge relationship: n1 -(<verb>)> n2)

Note

For other commands associated with light edges, see edges.del and model.edge.* under edges and model respectively.

Syntax:

storm> lift.byverb --help


    Lift nodes from the current view by an light edge verb.

    Examples:

        # Lift all the n1 nodes for the light edge "foo"
        lift.byverb "foo"

        # Lift all the n2 nodes for the light edge "foo"
        lift.byverb --n2 "foo"

    Notes:

        Only a single instance of a node will be yielded from this command
        when that node is lifted via the light edge membership.


Usage: lift.byverb [options] <verb>

Options:

  --help                      : Display the command usage.
  --n2                        : Lift by the N2 value instead of N1 value.

Arguments:

  <verb>                      : The edge verb to lift nodes by.

limit

The limit command restricts the number of nodes returned from a given Storm query to the specified number of nodes.

Syntax:

storm> limit --help


    Limit the number of nodes generated by the query in the given position.

    Example:

        inet:ipv4 | limit 10


Usage: limit [options] <count>

Options:

  --help                      : Display the command usage.

Arguments:

  <count>                     : The maximum number of nodes to yield.

Example:

  • Lift a single IP address that FireEye associates with the threat group APT1:

storm> inet:ipv4#aka.feye.thr.apt1 | limit 1
inet:ipv4=66.129.222.1
        :type = unicast
        .created = 2022/04/28 12:34:14.590
        #aka.feye.thr.apt1
limit reached: 1

Usage Notes:

  • If the limit number specified (i.e., limit 100) is greater than the total number of nodes returned from the Storm query, no limit will be applied to the resultant nodes (i.e., all nodes will be returned).

  • By design, limit imposes an artificial limit on the nodes returned by a query, which may impair effective analysis of data by restricting results. As such, limit is most useful for viewing a subset of a large result set or an exemplar node for a given form.

  • While limit returns a sampling of nodes, it is not statistically random for the purposes of population sampling for algorithmic use.

macro

Note

See the Storm Reference - Automation guide for additional background on macros (as well as triggers and cron jobs), including examples.

Storm includes macro.* commands that allow you to work with macros (see Macro).

Help for individual macro.* commands can be displayed using:

<command> --help

macro.list

The macro.list command lists the macros in a Cortex.

Syntax:

storm> macro.list --help


List the macros set on the cortex.


Usage: macro.list [options]

Options:

  --help                      : Display the command usage.

macro.set

The macro.set command creates (or modifies) a macro in a Cortex.

Syntax:

storm> macro.set --help


Set a macro definition in the cortex.

Variables can also be used that are defined outside the definition.

Examples:
    macro.set foobar ${ [+#foo] }

    # Use variable from parent scope
    macro.set bam ${ [ inet:ipv4=$val ] }
    $val=1.2.3.4 macro.exec bam


Usage: macro.set [options] <name> <storm>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name of the macro to set.
  <storm>                     : The storm command string or embedded query to set.

macro.get

The macro.get command retrieves and displays the specified macro.

Syntax:

storm> macro.get --help


Display the storm query for a macro in the cortex.


Usage: macro.get [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name of the macro to display.

macro.exec

The macro.exec command executes the specified macro.

Syntax:

storm> macro.exec --help


    Execute a named macro.

    Example:

        inet:ipv4#cno.threat.t80 | macro.exec enrich_foo



Usage: macro.exec [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name of the macro to execute

macro.del

The macro.del command deletes the specified macro from a Cortex.

Syntax:

storm> macro.del --help


Remove a macro definition from the cortex.


Usage: macro.del [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name of the macro to delete.

max

The max command returns the node from a given set that contains the highest value for a specified secondary property, tag interval, or variable.

Syntax:

storm> max --help


    Consume nodes and yield only the one node with the highest value for a property or variable.

    Examples:

        file:bytes +#foo.bar | max :size

        file:bytes +#foo.bar +.seen ($tick, $tock) = .seen | max $tick



Usage: max [options] <valu>

Options:

  --help                      : Display the command usage.

Arguments:

  <valu>                      : No help available

Examples:

  • Return the DNS A record for woot.com with the most recent .seen value:

storm> inet:dns:a:fqdn=woot.com | max .seen
inet:dns:a=('woot.com', '107.21.53.159')
        :fqdn = woot.com
        :ipv4 = 107.21.53.159
        .created = 2022/04/28 12:34:15.253
        .seen = ('2014/08/13 00:00:00.000', '2014/08/14 00:00:00.000')

  • Return the most recent WHOIS record for domain woot.com:

storm> inet:whois:rec:fqdn=woot.com | max :asof
inet:whois:rec=('woot.com', '2018/05/22 00:00:00.000')
        :asof = 2018/05/22 00:00:00.000
        :fqdn = woot.com
        :text = domain name: woot.com
        .created = 2022/04/28 12:34:15.339

merge

The merge command takes a subset of nodes from a forked view and merges them down to the next layer. The nodes can optionally be reviewed without actually merging them.

Contrast with view.merge for merging the entire contents of a forked view.

See the view and layer commands for working with views and layers.

Syntax:

storm> merge --help


    Merge edits from the incoming nodes down to the next layer.

    NOTE: This command requires the current view to be a fork.

    NOTE: The arguments for including/excluding tags can accept tag glob
          expressions for specifying tags. For more information on tag glob
          expressions, check the Synapse documentation for $node.globtags().

    Examples:

        // Having tagged a new #cno.mal.redtree subgraph in a forked view...

        #cno.mal.redtree | merge --apply

        // Print out what the merge command *would* do but dont.

        #cno.mal.redtree | merge

        // Merge ou:org nodes, but when merging tags, only merge tags one level
        // below the rep.vt and rep.whoxy tags.

        ou:org | merge --include-tags rep.vt.* rep.whoxy.* --apply

        // Only merge tags, and exclude any tags in the cno tag tree.

        ou:org | merge --only-tags --exclude-tags cno.** --apply



Usage: merge [options]

Options:

  --help                      : Display the command usage.
  --apply                     : Execute the merge changes.
  --no-tags                   : Do not merge tags/tagprops or syn:tag nodes.
  --only-tags                 : Only merge tags/tagprops or syn:tag nodes.
  --include-tags [<include_tags> ...]: Include specific tags/tagprops or syn:tag nodes when merging, others are ignored. Tag glob expressions may be used to specify the tags. (default: [])
  --exclude-tags [<exclude_tags> ...]: Exclude specific tags/tagprops or syn:tag nodes from merge.Tag glob expressions may be used to specify the tags. (default: [])
  --include-props [<include_props> ...]: Include specific props when merging, others are ignored. (default: [])
  --exclude-props [<exclude_props> ...]: Exclude specific props from merge. (default: [])
  --diff                      : Enumerate all changes in the current layer.

min

The min command returns the node from a given set that contains the lowest value for a specified secondary property, tag interval, or variable.

Syntax:

storm> min --help


    Consume nodes and yield only the one node with the lowest value for a property.

    Examples:

        file:bytes +#foo.bar | min :size

        file:bytes +#foo.bar | min .seen


Usage: min [options] <valu>

Options:

  --help                      : Display the command usage.

Arguments:

  <valu>                      : No help available

Examples:

  • Return the DNS A record for woot.com with the oldest .seen value:

storm> inet:dns:a:fqdn=woot.com | min .seen
inet:dns:a=('woot.com', '75.101.146.4')
        :fqdn = woot.com
        :ipv4 = 75.101.146.4
        .created = 2022/04/28 12:34:15.259
        .seen = ('2013/09/21 00:00:00.000', '2013/09/22 00:00:00.000')

  • Return the oldest WHOIS record for domain woot.com:

storm> inet:whois:rec:fqdn=woot.com | min :asof
inet:whois:rec=('woot.com', '2018/05/22 00:00:00.000')
        :asof = 2018/05/22 00:00:00.000
        :fqdn = woot.com
        :text = domain name: woot.com
        .created = 2022/04/28 12:34:15.339

model

Storm includes model.* commands that allow you to work with model elements.

model.deprecated.* commands allow you to view model elements (forms or properties) that have been marked as “deprecated”, determine whether your Cortex contains deprecated nodes / nodes with deprecated properties, and optionally lock / unlock those properties to prevent (or allow) continued creation of deprecated model elements.

model.edge.* commands allow you to work with lightweight (light) edges. (See also the edges.del and lift.byverb commands under edges and lift, respectively.)

Help for individual model.* commands can be displayed using:

<command> --help

model.deprecated.check

The model.deprecated.check command lists deprecated elements, their lock status, and whether deprecated elements exist in the Cortex.

Syntax:

storm> model.deprecated.check --help

Check for lock status and the existence of deprecated model elements

Usage: model.deprecated.check [options]

Options:

  --help                      : Display the command usage.

model.deprecated.lock

The model.deprecated.lock command allows you to lock or unlock (e.g., disallow or allow the use of) deprecated model elements in a Cortex.

Syntax:

storm> model.deprecated.lock --help

Edit lock status of deprecated model elements.

Usage: model.deprecated.lock [options] <name>

Options:

  --help                      : Display the command usage.
  --unlock                    : Unlock rather than lock the deprecated property.

Arguments:

  <name>                      : The deprecated form or property name to lock or * to lock all.

model.deprecated.locks

The model.deprecated.locks command displays the lock status of all deprecated model elements.

Syntax:

storm> model.deprecated.locks --help

Display lock status of deprecated model elements.

Usage: model.deprecated.locks [options]

Options:

  --help                      : Display the command usage.

model.edge.list

The model.edge.list command displays the set of light edges currently defined in the Cortex and any doc values they have set on them.

Syntax:

storm> model.edge.list --help

List all edge verbs in the current view and their doc key (if set).

Usage: model.edge.list [options]

Options:

  --help                      : Display the command usage.

model.edge.set

The model.edge.set command allows you to set the value of a given key on a light edge (such as a doc value to specify a definition for the light edge). The current list of valid keys include the following:

  • doc

Syntax:

storm> model.edge.set --help

Set a key-value for an edge verb that exists in the current view.

Usage: model.edge.set [options] <verb> <key> <valu>

Options:

  --help                      : Display the command usage.

Arguments:

  <verb>                      : The edge verb to add a key to.
  <key>                       : The key name (e.g. doc).
  <valu>                      : The string value to set.

model.edge.get

The model.edge.get command allows you to retrieve all of the keys that have been set on a light edge.

Syntax:

storm> model.edge.get --help

Retrieve key-value pairs for an edge verb in the current view.

Usage: model.edge.get [options] <verb>

Options:

  --help                      : Display the command usage.

Arguments:

  <verb>                      : The edge verb to retrieve.

model.edge.del

The model.edge.del command allows you to delete the key from a light edge (such as a doc property to specify a definition for the light edge). Deleting a key from a specific light edge does not delete the key from Synapse (e.g., the property can be re-added to the light edge or to other light edges).

Syntax:

storm> model.edge.del --help

Delete a global key-value pair for an edge verb in the current view.

Usage: model.edge.del [options] <verb> <key>

Options:

  --help                      : Display the command usage.

Arguments:

  <verb>                      : The edge verb to delete documentation for.
  <key>                       : The key name (e.g. doc).

movetag

The movetag command moves a Synapse tag and its associated tag tree from one location in a tag hierarchy to another location. It is equivalent to “renaming” a given tag and all of its subtags. Moving a tag consists of:

  • Creating the new syn:tag node(s).

  • Copying the definitions (:title and :doc properties) from the old syn:tag node to the new syn:tag node.

  • Applying the new tag(s) to the nodes with the old tag(s).

    • If the old tag(s) have associated timestamps / time intervals, they will be applied to the new tag(s).

  • Deleting the old tag(s) from the nodes.

  • Setting the :isnow property of the old syn:tag node(s) to reference the new syn:tag node.

    • The old syn:tag nodes are not deleted.

    • Once the :isnow property is set, attempts to apply the old tag will automatically result in the new tag being applied.

See also the tag command.

Syntax:

storm> movetag --help


    Rename an entire tag tree and preserve time intervals.

    Example:

        movetag foo.bar baz.faz.bar


Usage: movetag [options] <oldtag> <newtag>

Options:

  --help                      : Display the command usage.

Arguments:

  <oldtag>                    : The tag tree to rename.
  <newtag>                    : The new tag tree name.

Examples:

  • Move the tag named #research to #internal.research:

storm> movetag research internal.research
moved tags on 1 nodes.

  • Move the tag tree #aka.fireeye.malware to #rep.feye.mal:

storm> movetag aka.fireeye.malware rep.feye.mal
moved tags on 1 nodes.

Usage Notes:

Warning

movetag should be used with caution as when used incorrectly it can result in “deleted” (inadvertently moved / removed) or orphaned (inadvertently retained) tags. For example, in the second example query above, all aka.fireeye.malware tags are renamed rep.feye.mal, but the tag aka.fireeye still exists and is still applied to all of the original nodes. In other words, the result of the above command will be that nodes previously tagged aka.fireeye.malware will now be tagged both rep.feye.mal and aka.fireeye. Users may wish to test the command on sample data first to understand its effects before applying it in a live Cortex.

nodes

Storm includes nodes.* commands that allow you to work with nodes and .nodes files.

Help for individual nodes.* commands can be displayed using:

<command> --help

nodes.import

The nodes.import command will import a Synapse .nodes file (i.e., a file containing a set / subgraph of nodes, light edges, and / or tags exported from a Cortex) from a specified URL.

Syntax:

storm> nodes.import --help

Import a nodes file hosted at a URL into the cortex. Yields created nodes.

Usage: nodes.import [options] <urls>

Options:

  --help                      : Display the command usage.
  --no-ssl-verify             : Ignore SSL certificate validation errors.

Arguments:

  [<urls> ...]                : URL(s) to fetch nodes file from

note

Storm includes note.* commands that allow you to work with free form text notes (meta:note nodes).

Help for individual note.* commands can be displayed using:

<command> --help

note.add

The note.add command will create a meta:note node containing the specified text and link it to the inbound node(s) via an -(about)> light edge (i.e., meta:note=<guid> -(about)> <node(s)>).

Syntax:

storm> note.add --help

Add a new meta:note node and link it to the inbound nodes using an -(about)> edge.

Usage: note.add [options] <text>

Options:

  --help                      : Display the command usage.

Arguments:

  <text>                      : The note text to add to the nodes.

Usage Notes:

Note

Synapse’s data and analytical models are meant to represent a broad range of data and information in a structured (and therefore queryable) way. As free form notes are counter to this structured approach, we recommend using meta:note nodes as an exception rather than a regular practice.

once

The once command is used to ensure a given node is processed by the associated Storm command only once, even if the same command is executed in a different, independent Storm query. The once command uses Node Data to keep track of the associated Storm command’s execution, so once is specific to the View in which it is executed. The single-execution feature of once can be overriden with the --asof parameter.

Syntax:

storm> once --help


    The once command ensures that a node makes it through the once command but a single time,
    even across independent queries. The gating is keyed by a required name parameter to
    the once command, so a node can be run through different queries, each a single time, so
    long as the names differ.

    For example, to run an enrichment command on a set of nodes just once:

        file:bytes#my.files | once enrich:foo | enrich.foo

    If you insert the once command with the same name on the same nodes, they will be
    dropped from the pipeline. So in the above example, if we run it again, the enrichment
    will not run a second time, as all the nodes will be dropped from the pipeline before
    reaching the enrich.foo portion of the pipeline.

    Simlarly, running this:

        file:bytes#my.files | once enrich:foo

    Also yields no nodes. And even though the rest of the pipeline is different, this query:

        file:bytes#my.files | once enrich:foo | enrich.bar

    would not run the enrich.bar command, as the name "enrich:foo" has already been seen to
    occur on the file:bytes passing through the once command, so all of the nodes will be
    dropped from the pipeline.

    However, this query:

        file:bytes#my.files | once look:at:my:nodes

    Would yield all the file:bytes tagged with #my.files, as the name parameter given to
    the once command differs from the original "enrich:foo".

    The once command utilizes a node's nodedata cache, and you can use the --asof parameter
    to update the named action's timestamp in order to bypass/update the once timestamp. So
    this command:

        inet:ipv4#my.addresses | once node:enrich --asof now | my.enrich.command

    Will yield all the enriched nodes the first time around. The second time that command is
    run, all of those nodes will be re-enriched, as the asof timestamp will be greater the
    second time around, so no nodes will be dropped.

    As state tracking data for the once command is stored as nodedata, it is stored in your
    view's write layer, making it view-specific. So if you have two views, A and B, and they
    do not share any layers between them, and you execute this query in view A:

        inet:ipv4=8.8.8.8 | once enrich:address | enrich.baz

    And then you run it in view B, the node will still pass through the once command to the
    enrich.baz portion of the pipeline, as the nodedata for the once command does not yet
    exist in view B.


Usage: once [options] <name>

Options:

  --help                      : Display the command usage.
  --asof <asof>               : The associated time the name was updated/performed. (default: None)

Arguments:

  <name>                      : Name of the action to only perform once.

pkg

Storm includes pkg.* commands that allow you to work with Storm packages (see Package).

Help for individual pkg.* commands can be displayed using:

<command> --help

Packages typically contain extended Storm commands and Storm library code used to implement a Storm Service.

pkg.list

The pkg.list command lists each Storm package loaded in the Cortex. Output is displayed in tabular form and includes the package name and version information.

Syntax:

storm> pkg.list --help

List the storm packages loaded in the cortex.

Usage: pkg.list [options]

Options:

  --help                      : Display the command usage.

pkg.load

The pgk.load command loads the specified package into the Cortex.

Syntax:

storm> pkg.load --help

Load a storm package from an HTTP URL.

Usage: pkg.load [options] <url>

Options:

  --help                      : Display the command usage.
  --raw                       : Response JSON is a raw package definition without an envelope.
  --ssl-noverify              : Specify to disable SSL verification of the server.

Arguments:

  <url>                       : The HTTP URL to load the package from.

pkg.del

The pkg.del command removes a Storm package from the Cortex.

Syntax:

storm> pkg.del --help

Remove a storm package from the cortex.

Usage: pkg.del [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name (or name prefix) of the package to remove.

pkg.docs

The pkg.docs command displays the documentation for a Storm package.

Syntax:

storm> pkg.docs --help

Display documentation included in a storm package.

Usage: pkg.docs [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name (or name prefix) of the package.

pkg.perms.list

The pkg.perms.list command lists the permissions declared by a Storm package.

Syntax:

storm> pkg.perms.list --help

List any permissions declared by the package.

Usage: pkg.perms.list [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name (or name prefix) of the package.

ps

Storm includes ps.* commands that allow you to work with Storm tasks/queries.

Help for individual ps.* commands can be displayed using:

<command> --help

ps.list

The ps.list command lists the currently executing tasks/queries. By default, the command displays the first 120 characters of the executing query. The --verbose option can be used to display the full query regardless of length.

Syntax:

storm> ps.list --help

List running tasks in the cortex.

Usage: ps.list [options]

Options:

  --help                      : Display the command usage.
  --verbose                   : Enable verbose output.

ps.kill

The ps.kill command can be used to terminate an executing task/query. The command requires the Iden of the task to be terminated, which can be obtained with ps.list.

Syntax:

storm> ps.kill --help

Kill a running task/query within the cortex.

Usage: ps.kill [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid process iden is accepted.

parallel

The Storm parallel command allows you to execute a Storm query using a specified number of query pipelines. This can improve performance for some queries.

See also background.

Syntax:

storm> parallel --help


    Execute part of a query pipeline in parallel.
    This can be useful to minimize round-trip delay during enrichments.

    Examples:
        inet:ipv4#foo | parallel { $place = $lib.import(foobar).lookup(:latlong) [ :place=$place ] }

    NOTE: Storm variables set within the parallel query pipelines do not interact.


Usage: parallel [options] <query>

Options:

  --help                      : Display the command usage.
  --size <size>               : The number of parallel Storm pipelines to execute. (default: 8)

Arguments:

  <query>                     : The query to execute in parallel.

queue

Storm includes queue.* commands that allow you to work with queues (see Queue).

Help for individual queue.* commands can be displayed using:

<command> --help

queue.add

The queue.add command adds a queue to the Cortex.

Syntax:

storm> queue.add --help

Add a queue to the cortex.

Usage: queue.add [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name of the new queue.

queue.list

The queue.list command lists each queue in the Cortex.

Syntax:

storm> queue.list --help

List the queues in the cortex.

Usage: queue.list [options]

Options:

  --help                      : Display the command usage.

queue.del

The queue.del command removes a queue from the Cortex.

Syntax:

storm> queue.del --help

Remove a queue from the cortex.

Usage: queue.del [options] <name>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name of the queue to remove.

reindex

The reindex command reindexes a given node property. This is an administrative command that is typically used when data model updates have been pushed to a Cortex and existing node properties must be migrated to the new model.

Syntax:

storm> reindex --help


    Use admin privileges to re index/normalize node properties.

    NOTE: Currently does nothing but is reserved for future use.


Usage: reindex [options]

Options:

  --help                      : Display the command usage.

runas

The runas command allows you to execute a Storm query as a specified user.

Note

The runas commmand requires admin permisisons.

Syntax:

storm> runas --help


    Execute a storm query as a specified user.

    NOTE: This command requires admin privileges.

    Examples:

        // Create a node as another user.
        runas someuser { [ inet:fqdn=foo.com ] }


Usage: runas [options] <user> <storm>

Options:

  --help                      : Display the command usage.
  --asroot                    : Propagate asroot to query subruntime.

Arguments:

  <user>                      : The user name or iden to execute the storm query as.
  <storm>                     : The storm query to execute.

scrape

The scrape command parses one or more secondary properties of the inbound node(s) and attempts to identify (“scrape”) common forms from the content, creating the nodes if they do not already exist. This is useful (for example) for extracting forms such as email addresses, domains, URLs, hashes, etc. from unstructured text.

The --refs switch can be used to optionally link the source nodes(s) to the scraped forms via refs light edges.

By default, the scrape command will return the nodes that it received as input. The --yield option can be used to return the scraped nodes rather than the input nodes.

storm> scrape --help


    Use textual properties of existing nodes to find other easily recognizable nodes.

    Examples:

        # Scrape properties from inbound nodes and create standalone nodes.
        inet:search:query | scrape

        # Scrape properties from inbound nodes and make refs light edges to the scraped nodes.
        inet:search:query | scrape --refs

        # Scrape only the :engine and :text props from the inbound nodes.
        inet:search:query | scrape :text :engine

        # Scrape properties inbound nodes and yield newly scraped nodes.
        inet:search:query | scrape --yield

        # Skip re-fanging text before scraping.
        inet:search:query | scrape --skiprefang


Usage: scrape [options] <values>

Options:

  --help                      : Display the command usage.
  --refs                      : Create refs light edges to any scraped nodes from the input node
  --yield                     : Include newly scraped nodes in the output
  --skiprefang                : Do not remove de-fanging from text before scraping

Arguments:

  [<values> ...]              : Specific relative properties or variables to scrape

Examples:

  • Scrape the text of WHOIS records for the domain woot.com and create nodes for common forms found in the text:

storm> inet:whois:rec:fqdn=woot.com | scrape :text
inet:whois:rec=('woot.com', '2018/05/22 00:00:00.000')
        :asof = 2018/05/22 00:00:00.000
        :fqdn = woot.com
        :text = domain name: woot.com
        .created = 2022/04/28 12:34:15.339

  • Scrape the text of the posts from the scumbots Twitter account, link the created nodes to the original posts, and return the scraped nodes:

storm> inet:web:post:acct=(twitter.com,scumbots) | scrape :text --refs --yield | uniq
inet:server=tcp://23.88.123.250:4444
        :ipv4 = 23.88.123.250
        :port = 4444
        :proto = tcp
        .created = 2022/04/28 12:34:15.932
inet:ipv4=23.88.123.250
        :type = unicast
        .created = 2022/04/28 12:34:15.932
hash:sha256=c92a7f657301e496610ae9ff85e01fe8e60f1179cae6e062bfcfd191a4c0e30d
        .created = 2022/04/28 12:34:15.934

Usage Notes:

  • If no properties to scrape are specified, scrape will attempt to scrape all properties of the inbound nodes by default.

  • scrape will only scrape node properties; it will not scrape files (this includes files that may be referenced by properties, such as media:news:file). In other words, scrape cannot be used to parse indicators from a file such as a PDF.

  • scrape extracts the following forms / indicators (note that this list may change as the command is updated):

    • FQDNs

    • IPv4s

    • Servers (IPv4 / port combinations)

    • Hashes (MD5, SHA1, SHA256)

    • URLs

    • Email addresses

    • Cryptocurrency addresses

  • scrape is able to recognize and account for common “defanging” techniques (such as evildomain[.]com, myemail[@]somedomain.net, or hxxp://badwebsite.org/), and will scrape “defanged” indicators by default. Use the --skiprefang switch to ignore defanged indicators.

service

Storm includes service.* commands that allow you to work with Storm services (see Service).

Help for individual service.* commands can be displayed using:

<command> --help

service.add

The service.add command adds a Storm service to the Cortex.

Syntax:

storm> service.add --help

Add a storm service to the cortex.

Usage: service.add [options] <name> <url>

Options:

  --help                      : Display the command usage.

Arguments:

  <name>                      : The name of the service.
  <url>                       : The telepath URL for the remote service.

service.list

The service.list command lists each Storm service in the Cortex.

Syntax:

storm> service.list --help

List the storm services configured in the cortex.

Usage: service.list [options]

Options:

  --help                      : Display the command usage.

service.del

The service.del command removes a Storm service from the Cortex.

Syntax:

storm> service.del --help

Remove a storm service from the cortex.

Usage: service.del [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : The service identifier or prefix.

sleep

The sleep command adds a delay in returning each result for a given Storm query. By default, query results are streamed back and displayed as soon as they arrive for optimal performance. A sleep delay effectively slows the display of results.

Syntax:

storm> sleep --help


    Introduce a delay between returning each result for the storm query.

    NOTE: This is mostly used for testing / debugging.

    Example:

        #foo.bar | sleep 0.5



Usage: sleep [options] <delay>

Options:

  --help                      : Display the command usage.

Arguments:

  <delay>                     : Delay in floating point seconds.

Example:

  • Retrieve email nodes from a Cortex every second:

storm> inet:email | sleep 1.0
inet:[email protected]
        :fqdn = gmail.com
        :user = bar
        .created = 2022/04/28 12:34:16.001
inet:[email protected]
        :fqdn = gmail.com
        :user = baz
        .created = 2022/04/28 12:34:16.003
inet:[email protected]
        :fqdn = gmail.com
        :user = foo
        .created = 2022/04/28 12:34:15.998

spin

The spin command is used to suppress the output of a Storm query. Spin simply consumes all nodes sent to the command, so no nodes are output to the CLI. This allows you to execute a Storm query and view messages and results without displaying the associated nodes.

Syntax:

storm> spin --help


    Iterate through all query results, but do not yield any.
    This can be used to operate on many nodes without returning any.

    Example:

        foo:bar:size=20 [ +#hehe ] | spin



Usage: spin [options]

Options:

  --help                      : Display the command usage.

Examples:

  • Count the number of email addresses without displaying the inet:email nodes:

storm> inet:email | count | spin
Counted 3 nodes.

  • Add the tag #int.research to any domain containing the string “firefox” but do not display the nodes.

storm> inet:fqdn~=firefox [+#int.research] | spin

splice

Storm includes splice.* commands that allow you to work with splices (see Splice).

Splices are represented as runtime nodes (“runt nodes” - see Node, Runt) of the form syn:splice. These runt nodes can be lifted and filtered just like standard nodes in a Cortex.

Help for individual splice.* commands can be displayed using:

<command> --help

splice.list

The splice.list command allows you to list (view) splices in the splice log. By default, splices are displayed starting with the most recent and working backwards through the log.

Syntax:

storm> splice.list --help


    Retrieve a list of splices backwards from the end of the splicelog.

    Examples:

        # Show the last 10 splices.
        splice.list | limit 10

        # Show splices after a specific time.
        splice.list --mintime "2020/01/06 15:38:10.991"

        # Show splices from a specific timeframe.
        splice.list --mintimestamp 1578422719360 --maxtimestamp 1578422719367

    Notes:

        If both a time string and timestamp value are provided for a min or max,
        the timestamp will take precedence over the time string value.


Usage: splice.list [options]

Options:

  --help                      : Display the command usage.
  --maxtimestamp <maxtimestamp>: Only yield splices which occurred on or before this timestamp. (default: None)
  --mintimestamp <mintimestamp>: Only yield splices which occurred on or after this timestamp. (default: None)
  --maxtime <maxtime>         : Only yield splices which occurred on or before this time. (default: None)
  --mintime <mintime>         : Only yield splices which occurred on or after this time. (default: None)

splice.undo

The splice.undo command allows a user with appropriate permissions to roll back or undo the specified set of splices (changes).

Syntax:

storm> splice.undo --help


    Reverse the actions of syn:splice runt nodes.

    Examples:

        # Undo the last 5 splices.
        splice.list | limit 5 | splice.undo

        # Undo splices after a specific time.
        splice.list --mintime "2020/01/06 15:38:10.991" | splice.undo

        # Undo splices from a specific timeframe.
        splice.list --mintimestamp 1578422719360 --maxtimestamp 1578422719367 | splice.undo


Usage: splice.undo [options]

Options:

  --help                      : Display the command usage.
  --force                     : Force delete nodes even if it causes broken references (requires admin).

tag

Storm includes tag.* commands that allow you to work with tags (see Tag).

Help for individual tag.* commands can be displayed using:

<command> --help

See also the related movetag command.

tag.prune

The tag.prune command will delete the tags from incoming nodes, as well as all of their parent tags that don’t have other tags as children.

Syntax:

storm> tag.prune --help


    Prune a tag (or tags) from nodes.

    This command will delete the tags specified as parameters from incoming nodes,
    as well as all of their parent tags that don't have other tags as children.

    For example, given a node with the tags:

        #parent
        #parent.child
        #parent.child.grandchild

    Pruning the parent.child.grandchild tag would remove all tags. If the node had
    the tags:

        #parent
        #parent.child
        #parent.child.step
        #parent.child.grandchild

    Pruning the parent.child.grandchild tag will only remove the parent.child.grandchild
    tag as the parent tags still have other children.

    Examples:

        # Prune the parent.child.grandchild tag
        inet:ipv4=1.2.3.4 | tag.prune parent.child.grandchild


Usage: tag.prune [options] <tags>

Options:

  --help                      : Display the command usage.

Arguments:

  [<tags> ...]                : Names of tags to prune.

tee

The tee command executes multiple Storm queries on the inbound nodes and returns the combined result set.

Syntax:

storm> tee --help


    Execute multiple Storm queries on each node in the input stream, joining output streams together.

    Commands are executed in order they are given; unless the ``--parallel`` switch is provided.

    Examples:

        # Perform a pivot out and pivot in on a inet:ivp4 node
        inet:ipv4=1.2.3.4 | tee { -> * } { <- * }

        # Also emit the inbound node
        inet:ipv4=1.2.3.4 | tee --join { -> * } { <- * }

        # Execute multiple enrichment queries in parallel.
        inet:ipv4=1.2.3.4 | tee -p { enrich.foo } { enrich.bar } { enrich.baz }



Usage: tee [options] <query>

Options:

  --help                      : Display the command usage.
  --join                      : Emit inbound nodes after processing storm queries.
  --parallel                  : Run the storm queries in parallel instead of sequence. The node output order is not guaranteed.

Arguments:

  [<query> ...]               : Specify a query to execute on the input nodes.

Examples:

  • Return the set of domains and IP addresses associated with a set of DNS A records.

storm> inet:fqdn:zone=mydomain.com -> inet:dns:a | tee { -> inet:fqdn } { -> inet:ipv4 }
inet:fqdn=baz.mydomain.com
        :domain = mydomain.com
        :host = baz
        :issuffix = False
        :iszone = False
        :zone = mydomain.com
        .created = 2022/04/28 12:34:19.313
inet:ipv4=127.0.0.2
        :type = loopback
        .created = 2022/04/28 12:34:19.313
inet:fqdn=foo.mydomain.com
        :domain = mydomain.com
        :host = foo
        :issuffix = False
        :iszone = False
        :zone = mydomain.com
        .created = 2022/04/28 12:34:19.227
inet:ipv4=8.8.8.8
        :type = unicast
        .created = 2022/04/28 12:34:19.227
inet:fqdn=bar.mydomain.com
        :domain = mydomain.com
        :host = bar
        :issuffix = False
        :iszone = False
        :zone = mydomain.com
        .created = 2022/04/28 12:34:19.309
inet:ipv4=34.56.78.90
        :type = unicast
        .created = 2022/04/28 12:34:19.309

  • Return the set of domains and IP addresses associated with a set of DNS A records along with the original DNS A records.

storm> inet:fqdn:zone=mydomain.com -> inet:dns:a | tee --join { -> inet:fqdn } { -> inet:ipv4 }
inet:fqdn=baz.mydomain.com
        :domain = mydomain.com
        :host = baz
        :issuffix = False
        :iszone = False
        :zone = mydomain.com
        .created = 2022/04/28 12:34:19.313
inet:ipv4=127.0.0.2
        :type = loopback
        .created = 2022/04/28 12:34:19.313
inet:dns:a=('baz.mydomain.com', '127.0.0.2')
        :fqdn = baz.mydomain.com
        :ipv4 = 127.0.0.2
        .created = 2022/04/28 12:34:19.313
inet:fqdn=foo.mydomain.com
        :domain = mydomain.com
        :host = foo
        :issuffix = False
        :iszone = False
        :zone = mydomain.com
        .created = 2022/04/28 12:34:19.227
inet:ipv4=8.8.8.8
        :type = unicast
        .created = 2022/04/28 12:34:19.227
inet:dns:a=('foo.mydomain.com', '8.8.8.8')
        :fqdn = foo.mydomain.com
        :ipv4 = 8.8.8.8
        .created = 2022/04/28 12:34:19.227
inet:fqdn=bar.mydomain.com
        :domain = mydomain.com
        :host = bar
        :issuffix = False
        :iszone = False
        :zone = mydomain.com
        .created = 2022/04/28 12:34:19.309
inet:ipv4=34.56.78.90
        :type = unicast
        .created = 2022/04/28 12:34:19.309
inet:dns:a=('bar.mydomain.com', '34.56.78.90')
        :fqdn = bar.mydomain.com
        :ipv4 = 34.56.78.90
        .created = 2022/04/28 12:34:19.309

Usage Notes:

  • tee can take an arbitrary number of Storm queries (i.e., 1 to n queries) as arguments.

tree

The tree command recursively performs the specified pivot until no additional nodes are returned.

Syntax:

storm> tree --help


    Walk elements of a tree using a recursive pivot.

    Examples:

        # pivot upward yielding each FQDN
        inet:fqdn=www.vertex.link | tree { :domain -> inet:fqdn }


Usage: tree [options] <query>

Options:

  --help                      : Display the command usage.

Arguments:

  <query>                     : The pivot query

Example:

  • List the full set of tags in the “TTP” tag hierarchy.

storm> syn:tag=ttp | tree { $node.value() -> syn:tag:up }
syn:tag=ttp
        :base = ttp
        :depth = 0
        .created = 2022/04/28 12:34:19.476
syn:tag=ttp.phish
        :base = phish
        :depth = 1
        :up = ttp
        .created = 2022/04/28 12:34:19.479
syn:tag=ttp.phish.payload
        :base = payload
        :depth = 2
        :up = ttp.phish
        .created = 2022/04/28 12:34:19.479
syn:tag=ttp.opsec
        :base = opsec
        :depth = 1
        :up = ttp
        .created = 2022/04/28 12:34:19.476
syn:tag=ttp.opsec.anon
        :base = anon
        :depth = 2
        :up = ttp.opsec
        .created = 2022/04/28 12:34:19.476
syn:tag=ttp.se
        :base = se
        :depth = 1
        :up = ttp
        .created = 2022/04/28 12:34:19.478
syn:tag=ttp.se.masq
        :base = masq
        :depth = 2
        :up = ttp.se
        .created = 2022/04/28 12:34:19.478

Usage Notes:

  • tree is useful for “walking” a set of properties with a single command vs. performing an arbitrary number of pivots until the end of the data is reached.

trigger

Note

See the Storm Reference - Automation guide for additional background on triggers (as well as cron jobs and macros), including examples.

Storm includes trigger.* commands that allow you to create automated event-driven triggers (see Trigger) using the Storm query syntax.

Help for individual trigger.* commands can be displayed using:

<command> --help

Triggers are added to the Cortex as runtime nodes (“runt nodes” - see Node, Runt) of the form syn:trigger. These runt nodes can be lifted and filtered just like standard nodes in a Cortex.

Note

The Storm trigger.* commands replace the Synapse cmdr-based trigger command, which is being deprecated.

trigger.add

The trigger.add command adds a trigger to a Cortex.

Syntax:

storm> trigger.add --help


Add a trigger to the cortex.

Notes:
    Valid values for condition are:
        * tag:add
        * tag:del
        * node:add
        * node:del
        * prop:set

When condition is tag:add or tag:del, you may optionally provide a form name
to restrict the trigger to fire only on tags added or deleted from nodes of
those forms.

The added tag is provided to the query as an embedded variable '$tag'.

Simple one level tag globbing is supported, only at the end after a period,
that is aka.* matches aka.foo and aka.bar but not aka.foo.bar. aka* is not
supported.

Examples:
    # Adds a tag to every inet:ipv4 added
    trigger.add node:add --form inet:ipv4 --query {[ +#mytag ]}

    # Adds a tag #todo to every node as it is tagged #aka
    trigger.add tag:add --tag aka --query {[ +#todo ]}

    # Adds a tag #todo to every inet:ipv4 as it is tagged #aka
    trigger.add tag:add --form inet:ipv4 --tag aka --query {[ +#todo ]}


Usage: trigger.add [options] <condition>

Options:

  --help                      : Display the command usage.
  --form <form>               : Form to fire on.
  --tag <tag>                 : Tag to fire on.
  --prop <prop>               : Property to fire on.
  --query <query>             : Query for the trigger to execute.
  --async                     : Make the trigger run in the background.
  --disabled                  : Create the trigger in disabled state.
  --name <name>               : Human friendly name of the trigger.

Arguments:

  <condition>                 : Condition for the trigger.

trigger.list

The trigger-list command displays the set of triggers in the Cortex that the current user can view / modify based on their permissions. Triggers are displayed at the cmdr CLI in tabular format, with columns including the user who created the trigger, the Iden of the trigger, the condition that fires the trigger (i.e., node:add), and the Storm query associated with the trigger.

Triggers are displayed in alphanumeric order by iden. Triggers are sorted upon Cortex initialization, so newly-created triggers will be displayed at the bottom of the list until the list is re-sorted the next time the Cortex is restarted.

Note

Triggers can also be viewed in runt node form as syn:trigger nodes.

Syntax:

storm> trigger.list --help

List existing triggers in the cortex.

Usage: trigger.list [options]

Options:

  --help                      : Display the command usage.

trigger.mod

The trigger.mod command modifies the Storm query associated with a specific trigger. To modify a trigger, you must provide the first portion of the trigger’s iden (i.e., enough of the iden that the trigger can be uniquely identified), which can be obtained using trigger.list or by lifting the appropriate syn:trigger node.

Note

Other aspects of the trigger, such as the condition used to fire the trigger or the tag or property associated with the trigger, cannot be modified once the trigger has been created. To change these aspects, you must delete and re-add the trigger.

Syntax:

storm> trigger.mod --help

Modify an existing trigger's query.

Usage: trigger.mod [options] <iden> <query>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid trigger iden is accepted.
  <query>                     : New storm query for the trigger.

trigger.disable

The trigger.disable command disables a trigger and prevents it from firing without removing it from the Cortex. To disable a trigger, you must provide the first portion of the trigger’s iden (i.e., enough of the iden that the trigger can be uniquely identified), which can be obtained using trigger.list or by lifting the appropriate syn:trigger node.

Syntax:

storm> trigger.disable --help

Disable a trigger in the cortex.

Usage: trigger.disable [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid trigger iden is accepted.

trigger.enable

The trigger-enable command enables a disabled trigger. To enable a trigger, you must provide the first portion of the trigger’s iden (i.e., enough of the iden that the trigger can be uniquely identified), which can be obtained using trigger.list or by lifting the appropriate syn:trigger node.

Note

Triggers are enabled by default upon creation.

Syntax:

storm> trigger.enable --help

Enable a trigger in the cortex.

Usage: trigger.enable [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid trigger iden is accepted.

trigger.del

The trigger.del command permanently removes a trigger from the Cortex. To delete a trigger, you must provide the first portion of the trigger’s iden (i.e., enough of the iden that the trigger can be uniquely identified), which can be obtained using trigger.list or by lifting the appropriate syn:trigger node.

Syntax:

storm> trigger.del --help

Delete a trigger from the cortex.

Usage: trigger.del [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Any prefix that matches exactly one valid trigger iden is accepted.

uniq

The uniq command removes duplicate results from a Storm query. Results are uniqued based on each node’s node identifier (node ID / iden) so that only the first node with a given node ID is returned.

Syntax:

storm> uniq --help


    Filter nodes by their uniq iden values.
    When this is used a Storm pipeline, only the first instance of a
    given node is allowed through the pipeline.

    Examples:

        #badstuff +inet:ipv4 ->* | uniq



Usage: uniq [options]

Options:

  --help                      : Display the command usage.

Examples:

  • Lift all of the unique IP addresses that domains associated with the Fancy Bear threat group have resolved to:

storm> inet:fqdn#aka.threatconnect.thr.fancybear -> inet:dns:a -> inet:ipv4 | uniq
inet:ipv4=111.90.148.124
        :type = unicast
        .created = 2022/04/28 12:34:19.700
inet:ipv4=209.99.40.222
        :type = unicast
        .created = 2022/04/28 12:34:19.706
inet:ipv4=141.8.224.221
        :type = unicast
        .created = 2022/04/28 12:34:19.711

version

The version command displays the current version of Synapse and associated metadata.

Syntax:

storm> version --help

Show version metadata relating to Synapse.

Usage: version [options]

Options:

  --help                      : Display the command usage.

view

Storm includes view.* commands that allow you to work with views (see View).

Help for individual view.* commands can be displayed using:

<command> --help

view.add

The view.add command adds a view to the Cortex.

Syntax:

storm> view.add --help

Add a view to the cortex.

Usage: view.add [options]

Options:

  --help                      : Display the command usage.
  --name <name>               : The name of the new view. (default: None)
  --layers [<layers> ...]     : Layers for the view. (default: [])

view.fork

The view.fork command forks an existing view from the Cortex. Forking a view creates a new view with a new writeable layer on top of the set of layers from the previous (forked) view.

Syntax:

storm> view.fork --help

Fork a view in the cortex.

Usage: view.fork [options] <iden>

Options:

  --help                      : Display the command usage.
  --name <name>               : Name for the newly forked view. (default: None)

Arguments:

  <iden>                      : Iden of the view to fork.

view.set

The view.set command sets a property on the specified view.

Syntax:

storm> view.set --help

Set a view option.

Usage: view.set [options] <iden> <name> <valu>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Iden of the view to modify.
  <name>                      : The name of the view property to set.
  <valu>                      : The value to set the view property to.

view.get

The view.get command retrieves an existing view from the Cortex.

Syntax:

storm> view.get --help

Get a view from the cortex.

Usage: view.get [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  [iden]                      : Iden of the view to get. If no iden is provided, the main view will be returned.

view.list

The view.list command lists the views in the Cortex.

Syntax:

storm> view.list --help

List the views in the cortex.

Usage: view.list [options]

Options:

  --help                      : Display the command usage.

view.exec

The view.exec command executes a Storm query in the specified view.

Syntax:

storm> view.exec --help


    Execute a storm query in a different view.

    NOTE: Variables are passed through but nodes are not

    Examples:

        // Move some tagged nodes to another view
        inet:fqdn#foo.bar $fqdn=$node.value() | view.exec 95d5f31f0fb414d2b00069d3b1ee64c6 { [ inet:fqdn=$fqdn ] }


Usage: view.exec [options] <view> <storm>

Options:

  --help                      : Display the command usage.

Arguments:

  <view>                      : The GUID of the view in which the query will execute.
  <storm>                     : The storm query to execute on the view.

view.merge

The view.merge command merges all data from a forked view into its parent view.

Contrast with merge which can merge a subset of nodes.

Syntax:

storm> view.merge --help

Merge a forked view into its parent view.

Usage: view.merge [options] <iden>

Options:

  --help                      : Display the command usage.
  --delete                    : Once the merge is complete, delete the layer and view.

Arguments:

  <iden>                      : Iden of the view to merge.

view.del

The view.del command permanently deletes a view from the Cortex.

Syntax:

storm> view.del --help

Delete a view from the cortex.

Usage: view.del [options] <iden>

Options:

  --help                      : Display the command usage.

Arguments:

  <iden>                      : Iden of the view to delete.

wget

The wget command retrieves content from one or more specified URLs. The command creates and yields inet:urlfile nodes and the retrieved content (file:bytes) is stored in the Axon.

Syntax:

storm> wget --help

Retrieve bytes from a URL and store them in the axon. Yields inet:urlfile nodes.

Examples:

    # Specify custom headers and parameters
    inet:fqdn=vertex.link | wget --headers $lib.dict("User-Agent"="Foo/Bar") --params $lib.dict("clientid"="42")

    # Download multiple URL targets without inbound nodes
    wget https://vertex.link https://vtx.lk


Usage: wget [options] <urls>

Options:

  --help                      : Display the command usage.
  --no-ssl-verify             : Ignore SSL certificate validation errors.
  --timeout <timeout>         : Configure the timeout for the download operation. (default: 300)
  --params <params>           : Provide a dict containing url parameters. (default: None)
  --headers <headers>         : Provide a Storm dict containing custom request headers. (default:
{                                 'Accept': '*/*',
                                  'Accept-Encoding': 'gzip, deflate',
                                  'Accept-Language': 'en-US,en;q=0.9',
                                  'User-Agent': 'Mozilla/5.0 (X11; Linux x86_64) '
                                                'AppleWebKit/537.36 (KHTML, like Gecko) '
                                                'Chrome/92.0.4515.131 Safari/537.36'})
  --no-headers                : Do NOT use any default headers.

Arguments:

  [<urls> ...]                : URLs to download.