Neos Command Reference

The commands in this reference are shown with their full command identifiers. On your system you can use shorter identifiers, whose availability depends on the commands available in total (to avoid overlap the shortest possible identifier is determined during runtime).

To see the shortest possible identifiers on your system as well as further commands that may be available, use:

./flow help

The following reference was automatically generated from code on 2025-01-27

Package NEOS.CONTENTREPOSITORY

`neos.contentrepository:node:repair`

Repair inconsistent nodes

This command analyzes and repairs the node tree structure and individual nodes based on the current node type configuration.

It is possible to execute only one or more specific checks by providing the –skip or –only option. See the full description of checks further below for possible check identifiers.

The following checks will be performed:

Remove abstract and undefined node types removeAbstractAndUndefinedNodes

Will remove all nodes that has an abstract or undefined node type.

Remove orphan (parentless) nodes removeOrphanNodes

Will remove all child nodes that do not have a connection to the root node.

Remove disallowed child nodes removeDisallowedChildNodes

Will remove all child nodes that are disallowed according to the node type’s auto-create configuration and constraints.

Remove undefined node properties removeUndefinedProperties

Remove broken object references removeBrokenEntityReferences

Detects and removes references from nodes to entities which don’t exist anymore (for example Image nodes referencing ImageVariant objects which are gone for some reason).

Will remove all undefined properties according to the node type configuration.

Remove nodes with invalid dimensions removeNodesWithInvalidDimensions

Will check for and optionally remove nodes which have dimension values not matching the current content dimension configuration.

Remove nodes with invalid workspace removeNodesWithInvalidWorkspace

Will check for and optionally remove nodes which belong to a workspace which no longer exists..

Repair inconsistent node identifiers fixNodesWithInconsistentIdentifier

Will check for and optionally repair node identifiers which are out of sync with their corresponding nodes in a live workspace.

Missing child nodes createMissingChildNodes

For all nodes (or only those which match the –node-type filter specified with this command) which currently don’t have child nodes as configured by the node type’s configuration new child nodes will be created.

Reorder child nodes reorderChildNodes

For all nodes (or only those which match the –node-type filter specified with this command) which have configured child nodes, those child nodes are reordered according to the position from the parents NodeType configuration.

Missing default properties addMissingDefaultValues

For all nodes (or only those which match the –node-type filter specified with this command) which currently dont have a property that have a default value configuration the default value for that property will be set.

Repair nodes with missing shadow nodes repairShadowNodes

This will reconstruct missing shadow nodes in case something went wrong in creating or publishing them. This must be used on a workspace other than live.

It searches for nodes which have a corresponding node in one of the base workspaces, have different node paths, but don’t have a corresponding shadow node with a “movedto” value.

Create missing sites node createMissingSitesNode

If needed, creates a missing “/sites” node, which is essential for Neos to work properly.

Generate missing URI path segments generateUriPathSegments

Generates URI path segment properties for all document nodes which don’t have a path segment set yet.

Remove content dimensions from / and /sites removeContentDimensionsFromRootAndSitesNode

Removes content dimensions from the root and sites nodes

Examples:

./flow node:repair

./flow node:repair –node-type Acme.Com:Page

./flow node:repair –workspace user-robert –only removeOrphanNodes,removeNodesWithInvalidDimensions

./flow node:repair –skip removeUndefinedProperties

Options

--node-type: Node type name, if empty update all declared node types
--workspace: Workspace name, default is ‘live’
--dry-run: Don’t do anything, but report actions
--cleanup: If false, cleanup tasks are skipped
--skip: Skip the given check or checks (comma separated)
--only: Only execute the given check or checks (comma separated)

`neos.contentrepository:nodetypes:list`

Lists all declared NodeTypes grouped by namespace

Options

--filter: Only NodeType-names containing this string will be listed
--include-abstract: List abstract NodeTypes

`neos.contentrepository:nodetypes:show`

Shows the merged configuration (including supertypes) of a NodeType

Arguments

--node-type-name: The name of the NodeType to show

Options

--path: Path of the NodeType-configuration which will be shown
--level: Truncate the configuration at this depth and show ‘…’ (Usefully for only seeing the keys of the properties)

Package NEOS.CONTENTREPOSITORY.MIGRATION

`neos.contentrepository.migration:node:migrate`

Do the configured migrations in the given migration.

By default the up direction is applied, using the direction parameter this can be changed.

Arguments

--version: The version of the migration configuration you want to use.

Options

--confirmation: Confirm application of this migration, only needed if the given migration contains any warnings.
--direction: The direction to work in, MigrationStatus::DIRECTION_UP or MigrationStatus::DIRECTION_DOWN

`neos.contentrepository.migration:node:migrationcreate`

Creates a node migration for the given package Key.

Arguments

--package-key: The packageKey for the given package

Related commands

neos.contentrepository.migration:node:migrationcreate: Creates a node migration for the given package Key.

`neos.contentrepository.migration:node:migrationstatus`

List available and applied migrations

Related commands

neos.contentrepository.migration:node:migrate: Do the configured migrations in the given migration.

Package NEOS.FLOW

`neos.flow:cache:collectgarbage`

Cache Garbage Collection

Runs the Garbage Collection (collectGarbage) method on all registered caches.

Though the method is defined in the BackendInterface, the implementation can differ and might not remove any data, depending on possibilities of the backend.

Options

--cache-identifier: If set, this command only applies to the given cache

`neos.flow:cache:flush`

Flush all caches

The flush command flushes all caches (including code caches) which have been registered with Flow’s Cache Manager. It will NOT remove any session data, unless you specifically configure the session caches to not be persistent.

If fatal errors caused by a package prevent the compile time bootstrap from running, the removal of any temporary data can be forced by specifying the option –force.

This command does not remove the precompiled data provided by frozen packages unless the –force option is used.

Options

--force: Force flushing of any temporary data

Related commands

neos.flow:cache:warmup: Warm up caches
neos.flow:package:freeze: Freeze a package
neos.flow:package:refreeze: Refreeze a package

`neos.flow:cache:flushone`

Flushes a particular cache by its identifier

Given a cache identifier, this flushes just that one cache. To find the cache identifiers, you can use the configuration:show command with the type set to “Caches”.

Note that this does not have a force-flush option since it’s not meant to remove temporary code data, resulting into a broken state if code files lack.

Arguments

--identifier: Cache identifier to flush cache for

Related commands

neos.flow:cache:flush: Flush all caches
neos.flow:configuration:show: Show the active configuration settings

`neos.flow:cache:list`

List all configured caches and their status if available

This command will exit with a code 1 if at least one cache status contains errors or warnings This allows the command to be easily integrated in CI setups (the –quiet flag can be used to reduce verbosity)

Options

--quiet: If set, this command only outputs errors & warnings

Related commands

neos.flow:cache:show: Display details of a cache including a detailed status if available

`neos.flow:cache:setup`

Setup the given Cache if possible

Invokes the setup() method on the configured CacheBackend (if it implements the WithSetupInterface) which should setup and validate the backend (i.e. create required database tables, directories, …)

Arguments

--cache-identifier

Related commands

neos.flow:cache:list: List all configured caches and their status if available
neos.flow:cache:setupall: Setup all Caches

`neos.flow:cache:setupall`

Setup all Caches

Invokes the setup() method on all configured CacheBackend that implement the WithSetupInterface interface which should setup and validate the backend (i.e. create required database tables, directories, …)

This command will exit with a code 1 if at least one cache setup failed This allows the command to be easily integrated in CI setups (the –quiet flag can be used to reduce verbosity)

Options

--quiet: If set, this command only outputs errors & warnings

Related commands

neos.flow:cache:setup: Setup the given Cache if possible

`neos.flow:cache:show`

Display details of a cache including a detailed status if available

Arguments

--cache-identifier: identifier of the cache (for example “Flow_Core”)

Related commands

neos.flow:cache:list: List all configured caches and their status if available

`neos.flow:cache:warmup`

Warm up caches

The warm up caches command initializes and fills – as far as possible – all registered caches to get a snappier response on the first following request. Apart from caches, other parts of the application may hook into this command and execute tasks which take further steps for preparing the app for the big rush.

Related commands

neos.flow:cache:flush: Flush all caches

`neos.flow:configuration:generateschema`

Generate a schema for the given configuration or YAML file.

./flow configuration:generateschema –type Settings –path Neos.Flow.persistence

The schema will be output to standard output.

Options

--type: Configuration type to create a schema for
--path: path to the subconfiguration separated by “.” like “Neos.Flow
--yaml: YAML file to create a schema for

`neos.flow:configuration:listtypes`

List registered configuration types

`neos.flow:configuration:show`

Show the active configuration settings

The command shows the configuration of the current context as it is used by Flow itself. You can specify the configuration type and path if you want to show parts of the configuration.

Display all settings: ./flow configuration:show

Display Flow persistence settings: ./flow configuration:show –path Neos.Flow.persistence

Display Flow Object Cache configuration ./flow configuration:show –type Caches –path Flow_Object_Classes

Options

--type: Configuration type to show, defaults to Settings
--path: path to subconfiguration separated by “.” like “Neos.Flow

`neos.flow:configuration:validate`

Validate the given configuration

Validate all configuration ./flow configuration:validate

Validate configuration at a certain subtype ./flow configuration:validate –type Settings –path Neos.Flow.persistence

You can retrieve the available configuration types with: ./flow configuration:listtypes

Options

--type: Configuration type to validate
--path: path to the subconfiguration separated by “.” like “Neos.Flow
--verbose: if true, output more verbose information on the schema files which were used

`neos.flow:core:migrate`

Migrate source files as needed

This will apply pending code migrations defined in packages to the specified package.

For every migration that has been run, it will create a commit in the package. This allows for easy inspection, rollback and use of the fixed code. If the affected package contains local changes or is not part of a git repository, the migration will be skipped. With the –force flag this behavior can be changed, but changes will only be committed if the working copy was clean before applying the migration.

Arguments

--package: The key of the package to migrate

Options

--status: Show the migration status, do not run migrations
--packages-path: If set, use the given path as base when looking for packages
--version: If set, execute only the migration with the given version (e.g. “20150119114100”)
--verbose: If set, notes and skipped migrations will be rendered
--force: By default packages that are not under version control or contain local changes are skipped. With this flag set changes are applied anyways (changes are not committed if there are local changes though)

Related commands

neos.flow:doctrine:migrate: Migrate the database schema

`neos.flow:core:setfilepermissions`

Adjust file permissions for CLI and web server access

This command adjusts the file permissions of the whole Flow application to the given command line user and webserver user / group.

Arguments

--commandline-user: User name of the command line user, for example “john
--webserver-user: User name of the webserver, for example “www-data
--webserver-group: Group name of the webserver, for example “www-data

`neos.flow:database:setcharset`

Convert the database schema to use the given character set and collation (defaults to utf8mb4 and utf8mb4_unicode_ci).

This command can be used to convert the database configured in the Flow settings to the utf8mb4 character set and the utf8mb4_unicode_ci collation (by default, a custom collation can be given). It will only work when using the pdo_mysql driver.

Make a backup before using it, to be on the safe side. If you want to inspect the statements used for conversion, you can use the $output parameter to write them into a file. This file can be used to do the conversion manually.

For background information on this, see:

The main purpose of this is to fix setups that were created with Flow before version 5.0. In those cases, the tables will have a collation that does not match the default collation of later Flow versions, potentially leading to problems when creating foreign key constraints (among others, potentially).

If you have special needs regarding the charset and collation, you can override the defaults with different ones.

Note: This command is not a general purpose conversion tool. It will specifically not fix cases of actual utf8 stored in latin1 columns. For this a conversion to BLOB followed by a conversion to the proper type, charset and collation is needed instead.

Options

--character-set: Character set, defaults to utf8mb4
--collation: Collation to use, defaults to utf8mb4_unicode_ci
--output: A file to write SQL to, instead of executing it
--verbose: If set, the statements will be shown as they are executed

`neos.flow:doctrine:create`

Create the database schema

Creates a new database schema based on the current mapping information.

It expects the database to be empty, if tables that are to be created already exist, this will lead to errors.

Options

--output: A file to write SQL to, instead of executing it

Related commands

neos.flow:doctrine:update: Update the database schema
neos.flow:doctrine:migrate: Migrate the database schema

`neos.flow:doctrine:dql`

Run arbitrary DQL and display results

Any DQL queries passed after the parameters will be executed, the results will be output:

doctrine:dql –limit 10 ‘SELECT a FROM NeosFlowSecurityAccount a’

Options

--depth: How many levels deep the result should be dumped
--hydration-mode: One of: object, array, scalar, single-scalar, simpleobject
--offset: Offset the result by this number
--limit: Limit the result to this number

`neos.flow:doctrine:entitystatus`

Show the current status of entities and mappings

Shows basic information about which entities exist and possibly if their mapping information contains errors or not.

To run a full validation, use the validate command.

Options

--dump-mapping-data: If set, the mapping data will be output
--entity-class-name: If given, the mapping data for just this class will be output

Related commands

neos.flow:doctrine:validate: Validate the class/table mappings

`neos.flow:doctrine:migrate`

Migrate the database schema

Adjusts the database structure by applying the pending migrations provided by currently active packages.

Options

--version: The version to migrate to
--output: A file to write SQL to, instead of executing it
--dry-run: Whether to do a dry run or not
--quiet: If set, only the executed migration versions will be output, one per line

Related commands

neos.flow:doctrine:migrationstatus: Show the current migration status
neos.flow:doctrine:migrationexecute: Execute a single migration
neos.flow:doctrine:migrationgenerate: Generate a new migration
neos.flow:doctrine:migrationversion: Mark/unmark migrations as migrated

`neos.flow:doctrine:migrationexecute`

Execute a single migration

Manually runs a single migration in the given direction.

Arguments

--version: The migration to execute

Options

--direction: Whether to execute the migration up (default) or down
--output: A file to write SQL to, instead of executing it
--dry-run: Whether to do a dry run or not

Related commands

neos.flow:doctrine:migrate: Migrate the database schema
neos.flow:doctrine:migrationstatus: Show the current migration status
neos.flow:doctrine:migrationgenerate: Generate a new migration
neos.flow:doctrine:migrationversion: Mark/unmark migrations as migrated

`neos.flow:doctrine:migrationgenerate`

Generate a new migration

If $diffAgainstCurrent is true (the default), it generates a migration file with the diff between current DB structure and the found mapping metadata.

Otherwise an empty migration skeleton is generated.

Only includes tables/sequences matching the $filterExpression regexp when diffing models and existing schema. Include delimiters in the expression! The use of

–filter-expression ‘/^acme_com/’

would only create a migration touching tables starting with “acme_com”.

Note: A filter-expression will overrule any filter configured through the Neos.Flow.persistence.doctrine.migrations.ignoredTables setting

Options

--diff-against-current: Whether to base the migration on the current schema structure
--filter-expression: Only include tables/sequences matching the filter expression regexp
--force: Generate migrations even if there are migrations left to execute

Related commands

neos.flow:doctrine:migrate: Migrate the database schema
neos.flow:doctrine:migrationstatus: Show the current migration status
neos.flow:doctrine:migrationexecute: Execute a single migration
neos.flow:doctrine:migrationversion: Mark/unmark migrations as migrated

`neos.flow:doctrine:migrationstatus`

Show the current migration status

Displays the migration configuration as well as the number of available, executed and pending migrations.

Options

--show-migrations: Output a list of all migrations and their status

Related commands

neos.flow:doctrine:migrate: Migrate the database schema
neos.flow:doctrine:migrationexecute: Execute a single migration
neos.flow:doctrine:migrationgenerate: Generate a new migration
neos.flow:doctrine:migrationversion: Mark/unmark migrations as migrated

`neos.flow:doctrine:migrationversion`

Mark/unmark migrations as migrated

If all is given as version, all available migrations are marked as requested.

Arguments

--version: The migration to execute

Options

--add: The migration to mark as migrated
--delete: The migration to mark as not migrated

Related commands

neos.flow:doctrine:migrate: Migrate the database schema
neos.flow:doctrine:migrationstatus: Show the current migration status
neos.flow:doctrine:migrationexecute: Execute a single migration
neos.flow:doctrine:migrationgenerate: Generate a new migration

`neos.flow:doctrine:update`

Update the database schema

Updates the database schema without using existing migrations.

It will not drop foreign keys, sequences and tables, unless –unsafe-mode is set.

Options

--unsafe-mode: If set, foreign keys, sequences and tables can potentially be dropped.
--output: A file to write SQL to, instead of executing the update directly

Related commands

neos.flow:doctrine:create: Create the database schema
neos.flow:doctrine:migrate: Migrate the database schema

`neos.flow:doctrine:validate`

Validate the class/table mappings

Checks if the current class model schema is valid. Any inconsistencies in the relations between models (for example caused by wrong or missing annotations) will be reported.

Note that this does not check the table structure in the database in any way.

Related commands

neos.flow:doctrine:entitystatus: Show the current status of entities and mappings

`neos.flow:help:help`

Display help for a command

The help command displays help for a given command: ./flow help <commandIdentifier>

Options

--command-identifier: Identifier of a command for more details

`neos.flow:middleware:list`

Lists all configured middleware components in the order they will be executed

`neos.flow:package:create`

Create a new package

This command creates a new package which contains only the mandatory directories and files.

Arguments

--package-key: The package key of the package to create

Options

--package-type: The package type of the package to create

Related commands

neos.kickstarter:kickstart:package: Kickstart a new package

`neos.flow:package:freeze`

Freeze a package

This function marks a package as frozen in order to improve performance in a development context. While a package is frozen, any modification of files within that package won’t be tracked and can lead to unexpected behavior.

File monitoring won’t consider the given package. Further more, reflection data for classes contained in the package is cached persistently and loaded directly on the first request after caches have been flushed. The precompiled reflection data is stored in the Configuration directory of the respective package.

By specifying all as a package key, all currently frozen packages are frozen (the default).

Options

--package-key: Key of the package to freeze

Related commands

neos.flow:package:unfreeze: Unfreeze a package
neos.flow:package:refreeze: Refreeze a package

`neos.flow:package:list`

List available packages

Lists all locally available packages. Displays the package key, version and package title.

Options

--loading-order: The returned packages are ordered by their loading order.

`neos.flow:package:refreeze`

Refreeze a package

Refreezes a currently frozen package: all precompiled information is removed and file monitoring will consider the package exactly once, on the next request. After that request, the package remains frozen again, just with the updated data.

By specifying all as a package key, all currently frozen packages are refrozen (the default).

Options

--package-key: Key of the package to refreeze, or ‘all’

Related commands

neos.flow:package:freeze: Freeze a package
neos.flow:cache:flush: Flush all caches

`neos.flow:package:rescan`

Rescan package availability and recreates the PackageStates configuration.

`neos.flow:package:unfreeze`

Unfreeze a package

Unfreezes a previously frozen package. On the next request, this package will be considered again by the file monitoring and related services – if they are enabled in the current context.

By specifying all as a package key, all currently frozen packages are unfrozen (the default).

Options

--package-key: Key of the package to unfreeze, or ‘all’

Related commands

neos.flow:package:freeze: Freeze a package
neos.flow:cache:flush: Flush all caches

`neos.flow:resource:clean`

Clean up resource registry

This command checks the resource registry (that is the database tables) for orphaned resource objects which don’t seem to have any corresponding data anymore (for example: the file in Data/Persistent/Resources has been deleted without removing the related PersistentResource object).

If the Neos.Media package is active, this command will also detect any assets referring to broken resources and will remove the respective Asset object from the database when the broken resource is removed.

This command will ask you interactively what to do before deleting anything.

`neos.flow:resource:copy`

Copy resources

This command copies all resources from one collection to another storage identified by name. The target storage must be empty and must not be identical to the current storage of the collection.

This command merely copies the binary data from one storage to another, it does not change the related PersistentResource objects in the database in any way. Since the PersistentResource objects in the database refer to a collection name, you can use this command for migrating from one storage to another my configuring the new storage with the name of the old storage collection after the resources have been copied.

Arguments

--source-collection: The name of the collection you want to copy the assets from
--target-collection: The name of the collection you want to copy the assets to

Options

--publish: If enabled, the target collection will be published after the resources have been copied

`neos.flow:resource:publish`

Publish resources

This command publishes the resources of the given or - if none was specified, all - resource collections to their respective configured publishing targets.

Options

--collection: If specified, only resources of this collection are published. Example: ‘persistent’

`neos.flow:routing:list`

List the known routes

This command displays a list of all currently registered routes.

`neos.flow:routing:match`

Match the given URI to a corresponding route

This command takes an incoming URI and displays the matched Route and the mapped routing values (if any):

./flow routing:match “/de” –parameters=”{"requestUriHost": "localhost"}”

Arguments

--uri: The incoming route, absolute or relative

Options

--method: The HTTP method to simulate (default is ‘GET’)
--parameters: Route parameters as JSON string. Make sure to specify this option as described in the description in order to prevent parsing issues

`neos.flow:routing:resolve`

Build an URI for the given parameters

This command takes package, controller and action and displays the resolved URI and which route matched (if any):

./flow routing:resolve Some.Package –controller SomeController –additional-arguments=”{"some-argument": "some-value"}”

Arguments

--package: Package key (according to “@package” route value)

Options

--controller: Controller name (according to “@controller” route value), default is ‘Standard’
--action: Action name (according to “@action” route value), default is ‘index’
--format: Requested Format name (according to “@format” route value), default is ‘html’
--subpackage: SubPackage name (according to “@subpackage” route value)
--additional-arguments: Additional route values as JSON string. Make sure to specify this option as described in the description in order to prevent parsing issues
--parameters: Route parameters as JSON string. Make sure to specify this option as described in the description in order to prevent parsing issues
--base-uri: Base URI of the simulated request, default ist ‘http://localhost’
--force-absolute-uri: Whether or not to force the creation of an absolute URI

`neos.flow:routing:show`

Show information for a route

This command displays the configuration of a route specified by index number.

Arguments

--index: The index of the route as given by routing:list

`neos.flow:schema:validate`

Validate the given configurationfile againt a schema file

Options

--configuration-file: path to the validated configuration file
--schema-file: path to the schema file
--verbose: if true, output more verbose information on the schema files which were used

`neos.flow:security:describerole`

Show details of a specified role

Arguments

--role: identifier of the role to describe (for example “Neos.Flow:Everybody”)

`neos.flow:security:generatekeypair`

Generate a public/private key pair and add it to the RSAWalletService

Options

--used-for-passwords: If the private key should be used for passwords

Related commands

neos.flow:security:importprivatekey: Import a private key

`neos.flow:security:importprivatekey`

Import a private key

Read a PEM formatted private key from stdin and import it into the RSAWalletService. The public key will be automatically extracted and stored together with the private key as a key pair.

You can generate the same fingerprint returned from this using these commands:

ssh-keygen -yf my-key.pem > my-key.pub ssh-keygen -lf my-key.pub

To create a private key to import using this method, you can use:

ssh-keygen -t rsa -f my-key ./flow security:importprivatekey < my-key

Again, the fingerprint can also be generated using:

ssh-keygen -lf my-key.pub

Options

--used-for-passwords: If the private key should be used for passwords

Related commands

neos.flow:security:importpublickey: Import a public key
neos.flow:security:generatekeypair: Generate a public/private key pair and add it to the RSAWalletService

`neos.flow:security:importpublickey`

Import a public key

Read a PEM formatted public key from stdin and import it into the RSAWalletService.

Related commands

neos.flow:security:importprivatekey: Import a private key

`neos.flow:security:listroles`

List all configured roles

Options

--include-abstract: Set this flag to include abstract roles

`neos.flow:security:showeffectivepolicy`

Shows a list of all defined privilege targets and the effective permissions

Arguments

--privilege-type: The privilege type (“entity”, “method” or the FQN of a class implementing PrivilegeInterface)

Options

--roles: A comma separated list of role identifiers. Shows policy for an unauthenticated user when left empty.

`neos.flow:security:showmethodsforprivilegetarget`

Shows the methods represented by the given security privilege target

If the privilege target has parameters those can be specified separated by a colon for example “parameter1:value1” “parameter2:value2”. But be aware that this only works for parameters that have been specified in the policy

Arguments

--privilege-target: The name of the privilegeTarget as stated in the policy

`neos.flow:security:showunprotectedactions`

Lists all public controller actions not covered by the active security policy

`neos.flow:server:run`

Run a standalone development server

Starts an embedded server, see http://php.net/manual/en/features.commandline.webserver.php Note: This requires PHP 5.4+

To change the context Flow will run in, you can set the FLOW_CONTEXT environment variable: export FLOW_CONTEXT=Development && ./flow server:run

Options

--host: The host name or IP address for the server to listen on
--port: The server port to listen on

`neos.flow:session:collectgarbage`

Run garbage collection for sesions.

This command will remove session-data and -metadate of outdated sessions identified by lastActivityTimestamp being older than inactivityTimeout

!!! This is usually done automatically after shutdown for the percentage of requests specified in the setting Neos.Flow.session.garbageCollection.probability

Use this command if you need more direct control over the cleanup intervals.

`neos.flow:session:destroyall`

Destroys all sessions.

This special command is needed, because sessions are kept in persistent storage and are not flushed with other caches by default.

This is functionally equivalent to ./flow flow:cache:flushOne Flow_Session_Storage && ./flow flow:cache:flushOne Flow_Session_MetaData

`neos.flow:signal:listconnected`

Lists all connected signals with their slots.

Options

--class-name: if specified, only signals matching the given fully qualified class name will be shown. Note: escape namespace separators or wrap the value in quotes, e.g. “–class-name Neos\Flow\Core\Bootstrap”.
--method-name: if specified, only signals matching the given method name will be shown. This is only useful in conjunction with the “–class-name” option.

`neos.flow:typeconverter:list`

Lists all currently active and registered type converters

All active converters are listed with ordered by priority and grouped by source type first and target type second.

Options

--source: Filter by source
--target: Filter by target type

Package NEOS.FLUIDADAPTOR

`neos.fluidadaptor:documentation:generatexsd`

Generate Fluid ViewHelper XSD Schema

Generates Schema documentation (XSD) for your ViewHelpers, preparing the file to be placed online and used by any XSD-aware editor. After creating the XSD file, reference it in your IDE and import the namespace in your Fluid template by adding the xmlns:* attribute(s): <html xmlns=”http://www.w3.org/1999/xhtml” xmlns:f=”https://neos.io/ns/Neos/Neos/ViewHelpers” …>

Arguments

--php-namespace: Namespace of the Fluid ViewHelpers without leading backslash (for example ‘NeosFluidAdaptorViewHelpers’). NOTE: Quote and/or escape this argument as needed to avoid backslashes from being interpreted!

Options

--xsd-namespace: Unique target namespace used in the XSD schema (for example “http://yourdomain.org/ns/viewhelpers”). Defaults to “https://neos.io/ns/<php namespace>”.
--target-file: File path and name of the generated XSD schema. If not specified the schema will be output to standard output.
--xsd-domain: Domain used in the XSD schema (for example “http://yourdomain.org”). Defaults to “https://neos.io”.

Package NEOS.KICKSTARTER

`neos.kickstarter:kickstart:actioncontroller`

Kickstart a new action controller

Generates an Action Controller with the given name in the specified package. In its default mode it will create just the controller containing a sample indexAction.

By specifying the –generate-actions flag, this command will also create a set of actions. If no model or repository exists which matches the controller name (for example “CoffeeRepository” for “CoffeeController”), an error will be shown.

Likewise the command exits with an error if the specified package does not exist. By using the –generate-related flag, a missing package, model or repository can be created alongside, avoiding such an error.

By specifying the –generate-templates flag, this command will also create matching Fluid templates for the actions created. Alternatively, by specifying the –generate-fusion flag, this command will create matching Fusion files for the actions.

The default behavior is to not overwrite any existing code. This can be overridden by specifying the –force flag.

Arguments

--package-key: The package key of the package for the new controller with an optional subpackage, (e.g. “MyCompany.MyPackage/Admin”).
--controller-name: The name for the new controller. This may also be a comma separated list of controller names.

Options

--generate-actions: Also generate index, show, new, create, edit, update and delete actions.
--generate-templates: Also generate the templates for each action.
--generate-fusion: If Fusion templates should be generated instead of Fluid.
--generate-related: Also create the mentioned package, related model and repository if necessary.
--force: Overwrite any existing controller or template code. Regardless of this flag, the package, model and repository will never be overwritten.

Related commands

neos.kickstarter:kickstart:commandcontroller: Kickstart a new command controller

`neos.kickstarter:kickstart:commandcontroller`

Kickstart a new command controller

Creates a new command controller with the given name in the specified package. The generated controller class already contains an example command.

Arguments

--package-key: The package key of the package for the new controller
--controller-name: The name for the new controller. This may also be a comma separated list of controller names.

Options

--force: Overwrite any existing controller.

Related commands

neos.kickstarter:kickstart:actioncontroller: Kickstart a new action controller

`neos.kickstarter:kickstart:documentation`

Kickstart documentation

Generates a documentation skeleton for the given package.

Arguments

--package-key: The package key of the package for the documentation

`neos.kickstarter:kickstart:model`

Kickstart a new domain model

This command generates a new domain model class. The fields are specified as a variable list of arguments with field name and type separated by a colon (for example “title:string” “size:int” “type:MyType”).

Arguments

--package-key: The package key of the package for the domain model
--model-name: The name of the new domain model class

Options

--force: Overwrite any existing model.

Related commands

neos.kickstarter:kickstart:repository: Kickstart a new domain repository

`neos.kickstarter:kickstart:package`

Kickstart a new package

Creates a new package and creates a standard Action Controller and a sample template for its Index Action.

For creating a new package without sample code use the package:create command.

Arguments

--package-key: The package key, for example “MyCompany.MyPackageName

Options

--package-type: Optional package type, e.g. “neos-plugin

Related commands

neos.flow:package:create: Create a new package

`neos.kickstarter:kickstart:repository`

Kickstart a new domain repository

This command generates a new domain repository class for the given model name.

Arguments

--package-key: The package key
--model-name: The name of the domain model class

Options

--force: Overwrite any existing repository.

Related commands

neos.kickstarter:kickstart:model: Kickstart a new domain model

`neos.kickstarter:kickstart:translation`

Kickstart translation

Generates the translation files for the given package.

Arguments

--package-key: The package key of the package for the translation
--source-language-key: The language key of the default language

Options

--target-language-keys: Comma separated language keys for the target translations

Package NEOS.MEDIA

`neos.media:media:clearthumbnails`

Remove thumbnails

Removes all thumbnail objects and their resources. Optional preset parameter to only remove thumbnails matching a specific thumbnail preset configuration.

Options

--preset: Preset name, if provided only thumbnails matching that preset are cleared
--quiet: If set, only errors will be displayed.

`neos.media:media:createthumbnails`

Create thumbnails

Creates thumbnail images based on the configured thumbnail presets. Optional preset parameter to only create thumbnails for a specific thumbnail preset configuration.

Additionally, accepts a async parameter determining if the created thumbnails are generated when created.

Options

--preset: Preset name, if not provided thumbnails are created for all presets
--async: Asynchronous generation, if not provided the setting Neos.Media.asyncThumbnails is used
--quiet: If set, only errors will be displayed.

`neos.media:media:importresources`

Import resources to asset management

This command detects Flow “PersistentResource”s which are not yet available as “Asset” objects and thus don’t appear in the asset management. The type of the imported asset is determined by the file extension provided by the PersistentResource.

Options

--simulate: If set, this command will only tell what it would do instead of doing it right away

--quiet

`neos.media:media:listvariantpresets`

List all configurations for your imageVariants.

Doesn’t matter if configured under ‘Neos.Media.variantPresets’ or already deleted from this configuration. This command will find every single one for you.

`neos.media:media:removeunused`

Remove unused assets

This command iterates over all existing assets, checks their usage count and lists the assets which are not reported as used by any AssetUsageStrategies. The unused assets can than be removed.

Options

--asset-source: If specified, only assets of this asset source are considered. For example “neos” or “my-asset-management-system
--quiet: If set, only errors will be displayed.
--assume-yes: If set, “yes” is assumed for the “shall I remove …” dialogs
--only-tags: Comma-separated list of asset tag labels, that should be taken into account
--limit: Limit the result of unused assets displayed and removed for this run.
--only-collections: Comma-separated list of asset collection titles, that should be taken into account

`neos.media:media:removevariants`

Cleanup imageVariants with provided identifier and variant name.

Image variants that are still configured are removed without usage check and can be regenerated afterwards with media:renderVariants.

This command will not remove any custom cropped image variants.

Arguments

--identifier: Identifier of variants to remove.
--variant-name: Variants with this name will be removed (if exist).

Options

--quiet: If set, only errors and questions will be displayed.
--assume-yes: If set, “yes” is assumed for the “shall I remove …” dialog.
--limit: Limit the result of unused assets displayed and removed for this run.

`neos.media:media:renderthumbnails`

Render ungenerated thumbnails

Loops over ungenerated thumbnails and renders them. Optional limit parameter to limit the amount of thumbnails to be rendered to avoid memory exhaustion.

Options

--limit: Limit the amount of thumbnails to be rendered to avoid memory exhaustion
--quiet: If set, only errors will be displayed.

`neos.media:media:rendervariants`

Render asset variants

Loops over missing configured asset variants and renders them. Optional limit parameter to limit the amount of variants to be rendered to avoid memory exhaustion.

If the re-render parameter is given, any existing variants will be rendered again, too.

Options

--limit: Limit the amount of variants to be rendered to avoid memory exhaustion
--quiet: If set, only errors will be displayed.
--recreate: If set, existing asset variants will be re-generated and replaced

Package NEOS.NEOS

`neos.neos:domain:activate`

Activate a domain record by hostname (with globbing)

Arguments

--hostname: The hostname to activate (globbing is supported)

`neos.neos:domain:add`

Add a domain record

Arguments

--site-node-name: The nodeName of the site rootNode, e.g. “flowneosio
--hostname: The hostname to match on, e.g. “flow.neos.io

Options

--scheme: The scheme for linking (http/https)
--port: The port for linking (0-49151)

`neos.neos:domain:deactivate`

Deactivate a domain record by hostname (with globbing)

Arguments

--hostname: The hostname to deactivate (globbing is supported)

`neos.neos:domain:delete`

Delete a domain record by hostname (with globbing)

Arguments

--hostname: The hostname to remove (globbing is supported)

`neos.neos:domain:list`

Display a list of available domain records

Options

--hostname: An optional hostname to search for

`neos.neos:site:activate`

Activate a site (with globbing)

This command activates the specified site.

Arguments

--site-node: The node name of the sites to activate (globbing is supported)

`neos.neos:site:create`

Create a new site

This command allows to create a blank site with just a single empty document in the default dimension. The name of the site, the packageKey must be specified.

The node type given with the nodeType option must already exists and have the superType Neos.Neos:Document.

If no nodeName option is specified the command will create a unique node-name from the name of the site. If a node name is given it has to be unique for the setup.

If the flag activate is set to false new site will not be activated.

Arguments

--name: The name of the site
--package-key: The site package
--node-type: The node type to use for the site node, e.g. Amce.Com:Page

Options

--node-name: The name of the site node. If no nodeName is given it will be determined from the siteName.
--inactive: The new site is not activated immediately (default = false)

`neos.neos:site:deactivate`

Deactivate a site (with globbing)

This command deactivates the specified site.

Arguments

--site-node: The node name of the sites to deactivate (globbing is supported)

`neos.neos:site:export`

Export sites content (e.g. site:export –package-key "Neos.Demo")

This command exports all or one specific site with all its content into an XML format.

If the package key option is given, the site(s) will be exported to the given package in the default location Resources/Private/Content/Sites.xml.

If the filename option is given, any resources will be exported to files in a folder named “Resources” alongside the XML file.

If neither the filename nor the package key option are given, the XML will be printed to standard output and assets will be embedded into the XML in base64 encoded form.

Options

--site-node: the node name of the site to be exported; if none given will export all sites
--tidy: Whether to export formatted XML. This is defaults to true
--filename: relative path and filename to the XML file to create. Any resource will be stored in a sub folder “Resources”.
--package-key: Package to store the XML file in. Any resource will be stored in a sub folder “Resources”.
--node-type-filter: Filter the node type of the nodes, allows complex expressions (e.g. “Neos.Neos:Page”, “!Neos.Neos:Page,Neos.Neos:Text”)

`neos.neos:site:import`

Import sites content

This command allows for importing one or more sites or partial content from an XML source. The format must be identical to that produced by the export command.

If a filename is specified, this command expects the corresponding file to contain the XML structure. The filename php://stdin can be used to read from standard input.

If a package key is specified, this command expects a Sites.xml file to be located in the private resources directory of the given package (Resources/Private/Content/Sites.xml).

Options

--package-key: Package key specifying the package containing the sites content
--filename: relative path and filename to the XML file containing the sites content

`neos.neos:site:list`

List available sites

`neos.neos:site:prune`

Remove site with content and related data (with globbing)

In the future we need some more sophisticated cleanup.

Arguments

--site-node: Name for site root nodes to clear only content of this sites (globbing is supported)

`neos.neos:user:activate`

Activate a user (with globbing)

This command reactivates possibly expired accounts for the given user.

If an authentication provider is specified, this command will look for an account with the given username related to the given provider. Still, this command will activate all accounts of a user, once such a user has been found.

Arguments

--username: The username of the user to be activated (globbing is supported)

Options

--authentication-provider: Name of the authentication provider to use for finding the user. Example: “Neos.Neos:Backend

`neos.neos:user:addrole`

Add a role to a user

This command allows for adding a specific role to an existing user.

Roles can optionally be specified as a comma separated list. For all roles provided by Neos, the role namespace “Neos.Neos:” can be omitted.

If an authentication provider was specified, the user will be determined by an account identified by “username” related to the given provider. However, once a user has been found, the new role will be added to all existing accounts related to that user, regardless of its authentication provider.

Arguments

--username: The username of the user (globbing is supported)
--role: Role to be added to the user, for example “Neos.Neos:Administrator” or just “Administrator

Options

--authentication-provider: Name of the authentication provider to use. Example: “Neos.Neos:Backend

`neos.neos:user:create`

Create a new user

This command creates a new user which has access to the backend user interface.

More specifically, this command will create a new user and a new account at the same time. The created account is, by default, a Neos backend account using the the “Neos.Neos:Backend” for authentication. The given username will be used as an account identifier for that new account.

If an authentication provider name is specified, the new account will be created for that provider instead.

Roles for the new user can optionally be specified as a comma separated list. For all roles provided by Neos, the role namespace “Neos.Neos:” can be omitted.

Arguments

--username: The username of the user to be created, used as an account identifier for the newly created account
--password: Password of the user to be created
--first-name: First name of the user to be created
--last-name: Last name of the user to be created

Options

--roles: A comma separated list of roles to assign. Examples: “Editor, Acme.Foo:Reviewer
--authentication-provider: Name of the authentication provider to use for the new account. Example: “Neos.Neos:Backend

`neos.neos:user:deactivate`

Deactivate a user (with globbing)

This command deactivates a user by flagging all of its accounts as expired.

If an authentication provider is specified, this command will look for an account with the given username related to the given provider. Still, this command will deactivate all accounts of a user, once such a user has been found.

Arguments

--username: The username of the user to be deactivated (globbing is supported)

Options

--authentication-provider: Name of the authentication provider to use for finding the user. Example: “Neos.Neos:Backend

`neos.neos:user:delete`

Delete a user (with globbing)

This command deletes an existing Neos user. All content and data directly related to this user, including but not limited to draft workspace contents, will be removed as well.

All accounts owned by the given user will be deleted.

If an authentication provider is specified, this command will look for an account with the given username related to the given provider. Specifying an authentication provider does not mean that only the account for that provider is deleted! If a user was found by the combination of username and authentication provider, all related accounts will be deleted.

Arguments

--username: The username of the user to be removed (globbing is supported)

Options

--assume-yes: Assume “yes” as the answer to the confirmation dialog
--authentication-provider: Name of the authentication provider to use. Example: “Neos.Neos:Backend

`neos.neos:user:list`

List all users

This command lists all existing Neos users.

`neos.neos:user:removerole`

Remove a role from a user

This command allows for removal of a specific role from an existing user.

If an authentication provider was specified, the user will be determined by an account identified by “username” related to the given provider. However, once a user has been found, the role will be removed from all existing accounts related to that user, regardless of its authentication provider.

Arguments

--username: The username of the user (globbing is supported)
--role: Role to be removed from the user, for example “Neos.Neos:Administrator” or just “Administrator

Options

--authentication-provider: Name of the authentication provider to use. Example: “Neos.Neos:Backend

`neos.neos:user:setpassword`

Set a new password for the given user

This command sets a new password for an existing user. More specifically, all accounts related to the user which are based on a username / password token will receive the new password.

If an authentication provider was specified, the user will be determined by an account identified by “username” related to the given provider.

Arguments

--username: Username of the user to modify
--password: The new password

Options

--authentication-provider: Name of the authentication provider to use for finding the user. Example: “Neos.Neos:Backend

`neos.neos:user:show`

Shows the given user

This command shows some basic details about the given user. If such a user does not exist, this command will exit with a non-zero status code.

The user will be retrieved by looking for a Neos backend account with the given identifier (ie. the username) and then retrieving the user which owns that account. If an authentication provider is specified, this command will look for an account identified by “username” for that specific provider.

Arguments

--username: The username of the user to show. Usually refers to the account identifier of the user’s Neos backend account.

Options

--authentication-provider: Name of the authentication provider to use. Example: “Neos.Neos:Backend

`neos.neos:workspace:create`

Create a new workspace

This command creates a new workspace.

Arguments

--workspace: Name of the workspace, for example “christmas-campaign

Options

--base-workspace: Name of the base workspace. If none is specified, “live” is assumed.
--title: Human friendly title of the workspace, for example “Christmas Campaign
--description: A description explaining the purpose of the new workspace
--owner: The identifier of a User to own the workspace

`neos.neos:workspace:delete`

Deletes a workspace

This command deletes a workspace. If you only want to empty a workspace and not delete the workspace itself, use workspace:discard instead.

Arguments

--workspace: Name of the workspace, for example “christmas-campaign

Options

--force: Delete the workspace and all of its contents

Related commands

neos.neos:workspace:discard: Discard changes in workspace

`neos.neos:workspace:discard`

Discard changes in workspace

This command discards all modified, created or deleted nodes in the specified workspace.

Arguments

--workspace: Name of the workspace, for example “user-john

Options

--verbose: If enabled, information about individual nodes will be displayed
--dry-run: If set, only displays which nodes would be discarded, no real changes are committed

`neos.neos:workspace:list`

Display a list of existing workspaces

`neos.neos:workspace:publish`

Publish changes of a workspace

This command publishes all modified, created or deleted nodes in the specified workspace to its base workspace. If a target workspace is specified, the content is published to that workspace instead.

Arguments

--workspace: Name of the workspace containing the changes to publish, for example “user-john

Options

--target-workspace: If specified, the content will be published to this workspace instead of the base workspace
--verbose: If enabled, some information about individual nodes will be displayed
--dry-run: If set, only displays which nodes would be published, no real changes are committed

`neos.neos:workspace:rebase`

Rebase a workspace

This command sets a new base workspace for the specified workspace. Note that doing so will put the possible changes contained in the workspace to be rebased into a different context and thus might lead to unintended results when being published.

Arguments

--workspace: Name of the workspace to rebase, for example “user-john
--base-workspace: Name of the new base workspace

Package NEOS.NEOS.SETUP

`neos.neos.setup:setup:imagehandler`

Options

--driver: driver

Package NEOS.SETUP

`neos.setup:setup:database`

Configure the database connection for flow persistence

Options

--driver: Driver
--host: Hostname or IP
--dbname: Database name
--user: Username
--password: Password

`neos.setup:setup:index`

Show information about the system health

Package NEOS.SITEKICKSTARTER

`neos.sitekickstarter:kickstart:site`

Kickstart a new site package

This command generates a new site package with basic Fusion and Sites.xml

Arguments

--package-key: The packageKey for your site
--site-name: The siteName of your site

Neos Command Reference

Package NEOS.CONTENTREPOSITORY

neos.contentrepository:node:repair

Options

neos.contentrepository:nodetypes:list

Options

neos.contentrepository:nodetypes:show

Arguments

Options

Package NEOS.CONTENTREPOSITORY.MIGRATION

neos.contentrepository.migration:node:migrate

Arguments

Options

Related commands

neos.contentrepository.migration:node:migrationcreate

Arguments

Related commands

neos.contentrepository.migration:node:migrationstatus

Related commands

Package NEOS.FLOW

neos.flow:cache:collectgarbage

Options

neos.flow:cache:flush

Options

Related commands

neos.flow:cache:flushone

Arguments

Related commands

neos.flow:cache:list

Options

Related commands

neos.flow:cache:setup

Arguments

Related commands

neos.flow:cache:setupall

Options

Related commands

neos.flow:cache:show

Arguments

Related commands

neos.flow:cache:warmup

Related commands

neos.flow:configuration:generateschema

Options

neos.flow:configuration:listtypes

neos.flow:configuration:show

Options

neos.flow:configuration:validate

Options

neos.flow:core:migrate

Arguments

Options

Related commands

neos.flow:core:setfilepermissions

Arguments

neos.flow:database:setcharset

Options

neos.flow:doctrine:create

Options

Related commands

neos.flow:doctrine:dql

Options

neos.flow:doctrine:entitystatus

Options

Related commands

neos.flow:doctrine:migrate

Options

Related commands

neos.flow:doctrine:migrationexecute

Arguments

Options

Related commands

neos.flow:doctrine:migrationgenerate

Options

Related commands

neos.flow:doctrine:migrationstatus

Options

Related commands

neos.flow:doctrine:migrationversion

Arguments

`neos.contentrepository:node:repair`

`neos.contentrepository:nodetypes:list`

`neos.contentrepository:nodetypes:show`

`neos.contentrepository.migration:node:migrate`

`neos.contentrepository.migration:node:migrationcreate`

`neos.contentrepository.migration:node:migrationstatus`

`neos.flow:cache:collectgarbage`

`neos.flow:cache:flush`

`neos.flow:cache:flushone`

`neos.flow:cache:list`

`neos.flow:cache:setup`

`neos.flow:cache:setupall`

`neos.flow:cache:show`

`neos.flow:cache:warmup`

`neos.flow:configuration:generateschema`

`neos.flow:configuration:listtypes`

`neos.flow:configuration:show`

`neos.flow:configuration:validate`

`neos.flow:core:migrate`

`neos.flow:core:setfilepermissions`

`neos.flow:database:setcharset`

`neos.flow:doctrine:create`

`neos.flow:doctrine:dql`

`neos.flow:doctrine:entitystatus`

`neos.flow:doctrine:migrate`

`neos.flow:doctrine:migrationexecute`

`neos.flow:doctrine:migrationgenerate`

`neos.flow:doctrine:migrationstatus`

`neos.flow:doctrine:migrationversion`

`neos.flow:doctrine:update`

`neos.flow:doctrine:validate`

`neos.flow:help:help`

`neos.flow:middleware:list`

`neos.flow:package:create`

`neos.flow:package:freeze`

`neos.flow:package:list`

`neos.flow:package:refreeze`

`neos.flow:package:rescan`

`neos.flow:package:unfreeze`

`neos.flow:resource:clean`

`neos.flow:resource:copy`

`neos.flow:resource:publish`

`neos.flow:routing:list`

`neos.flow:routing:match`

`neos.flow:routing:resolve`

`neos.flow:routing:show`

`neos.flow:schema:validate`

`neos.flow:security:describerole`

`neos.flow:security:generatekeypair`

`neos.flow:security:importprivatekey`

`neos.flow:security:importpublickey`

`neos.flow:security:listroles`

`neos.flow:security:showeffectivepolicy`

`neos.flow:security:showmethodsforprivilegetarget`

`neos.flow:security:showunprotectedactions`

`neos.flow:server:run`

`neos.flow:session:collectgarbage`

`neos.flow:session:destroyall`

`neos.flow:signal:listconnected`

`neos.flow:typeconverter:list`