GITNUXSOFTWARE ADVICE
Technology Digital MediaTop 10 Best Screen Recorder Software of 2026
Top 10 Screen Recorder Software ranked by OBS Studio, VLC, and ShareX features, formats, and capture settings for PC and Mac users.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
OBS Studio
Scene and source compositing with audio mixer routing for deterministic screen recording outputs.
Built for fits when teams need endpoint automation of screen capture and deterministic scene outputs..
VLC Media Player
Editor pickMedia capture with command-line driven transcode profiles enables repeatable desktop recording configurations.
Built for fits when teams need local, script-driven screen capture artifacts without centralized governance..
ShareX
Editor pickCapture actions can trigger configured tasks that upload results and run follow-up commands by event.
Built for fits when teams need repeatable screen capture automation without centralized admin tooling..
Related reading
Comparison Table
This comparison table contrasts screen recorder software by integration depth, data model, automation and API surface, and admin and governance controls. It also highlights how each tool handles schema, provisioning, RBAC, audit logs, extensibility, and configuration so teams can map recorder behavior to their existing workflows. Readers can use the table to compare throughput and operational tradeoffs across OBS Studio, VLC Media Player, ShareX, RoboIntern, Screencastify, and other options.
OBS Studio
open-sourceOpen-source screen recording and live streaming software with a plugin ecosystem, scene graph, render pipeline controls, and scripting for automation workflows.
Scene and source compositing with audio mixer routing for deterministic screen recording outputs.
OBS Studio records and switches between scenes that contain sources like display capture, window capture, browser sources, and media files. The audio mixer models multiple input channels and routing rules, so recorded output matches the same mix used for live views. Through hotkeys, nested scenes, and scripting hooks, operators can automate capture setup and scene transitions without rebuilding workflows.
A tradeoff is that OBS Studio does not provide a centralized, admin-managed RBAC layer for multi-user environments, so governance often relies on local machine access controls. OBS Studio fits situations where a single operator or a small team needs consistent screen capture schemas and automation on endpoints, such as training capture or recurring demos.
- +Scene and source model supports repeatable capture configurations
- +Audio mixer routing stays consistent across recording and live output
- +Extensibility via plugins and scripting hooks for capture pipelines
- +Hotkeys and scene transitions enable hands-off recording workflows
- –No built-in admin governance like RBAC and audit logs
- –Automation relies on local setup and scripting conventions
- –Remote control access can require careful network and permissions handling
Training and enablement teams
Record consistent lessons with scene macros
Faster lesson turnaround
QA and release engineers
Capture bug repros with scripted overlays
More actionable bug reports
Show 2 more scenarios
Content producers
Manage multi-source layouts for recordings
Less manual editing
Window, display, and media sources compose into a single render pipeline.
Small internal ops teams
Standardize capture setups per machine
Consistent output formats
Config exports and remote control support repeatable capture conventions on endpoints.
Best for: Fits when teams need endpoint automation of screen capture and deterministic scene outputs.
VLC Media Player
desktop captureDesktop media player with screen capture recording support, codec controls, and a scripting surface through its command-line interface for repeatable capture jobs.
Media capture with command-line driven transcode profiles enables repeatable desktop recording configurations.
Teams using VLC for recording can integrate it into existing media workflows because it exposes capture as a media source and encoding as a target. Screen capture uses VLC’s built-in input modules plus optional transcode steps, which helps keep capture, filtering, and output formatting in one configuration surface. Automation can run VLC from the command line with reproducible arguments for source selection, codec choice, and output paths.
A concrete tradeoff is limited governance compared with dedicated enterprise screen recording tools, since VLC has no built-in RBAC model and no native audit log for capture sessions. VLC also lacks a documented REST API surface for provisioning capture policies, so orchestration relies on external scripts and process supervision. VLC fits when local, script-driven capture is required for testing, demos, or offline review, and when operations control can be handled by host-level permissions.
- +Command line automation for capture, transcode, and output selection
- +Configurable codecs and container outputs for consistent artifacts
- +Single media pipeline for filters, encoding, and recording
- +Works as a local recorder with file-based outputs and predictable paths
- –No native RBAC or admin console for capture authorization
- –No built-in audit log for who started which recording
- –Automation depends on scripts and external orchestration
- –Limited scheduling and policy management compared with recorder suites
QA automation teams
Record desktop repro steps with consistent encoding
Repeatable repro recordings for triage
Training ops teams
Record offline demos for later review
Consistent demo library
Show 2 more scenarios
Support engineers
Capture customer issue screens locally
Faster issue documentation
Command-line invocations create timestamped files for quick attachment to tickets.
Media workflow engineers
Apply capture filters and encode pipelines
Clean outputs for playback
The media graph supports capture plus filtering before writing a selected output container.
Best for: Fits when teams need local, script-driven screen capture artifacts without centralized governance.
ShareX
Windows automationWindows screen capture and recording tool with configurable hotkeys, task automation via templates, and output routing to multiple destinations.
Capture actions can trigger configured tasks that upload results and run follow-up commands by event.
ShareX records the screen with region selection and configurable capture profiles that map cleanly to downstream upload or file output steps. Captured media can be routed through naming conventions, image or video post-processing, and destination-based publishing, which keeps throughput consistent when multiple captures run. Automation relies on task definitions tied to events like hotkeys and capture completions, which creates an auditable sequence of what happens next.
A concrete tradeoff is that ShareX automation control is strong for local workflows but lacks the enterprise admin and governance surface found in centralized recording platforms. It fits teams that need repeatable operator-driven capture routines, such as QA repro videos, internal documentation clips, and support handoffs that follow consistent naming and upload targets.
- +Config-driven capture workflow chains recording to destinations
- +Hotkeys and capture profiles reduce operator variability
- +Task execution supports extensibility via external commands
- –No centralized RBAC or policy controls for admin governance
- –API and automation surface is oriented to desktop workflows
- –Automation debugging can be harder for complex multi-step chains
QA engineers
Record repro steps to shared storage
Fewer back-and-forth clarifications
IT support teams
Document issues with region recordings
Quicker ticket resolution
Show 1 more scenario
Technical documentation teams
Generate consistent instructional clips
More consistent documentation
Task chains standardize capture settings and file outputs across recurring procedures.
Best for: Fits when teams need repeatable screen capture automation without centralized admin tooling.
RoboIntern
QA evidenceBrowser and screen recording and QA capture tool that offers workflow recording and review tooling for repeatable test evidence collection.
API-driven recording run provisioning with capture policy configuration for automated capture workflows.
RoboIntern is a screen recorder software with workflow-oriented capture and review that fits team operations. It emphasizes integration depth through configurable capture settings and structured exports that can feed downstream tooling.
Automation is supported through an API surface meant for provisioning recording runs and managing capture policies. Governance is handled with role-based access patterns and audit-ready activity records tied to user and session context.
- +Configurable capture profiles for consistent recordings across teams
- +Automation-oriented API supports recording run provisioning
- +Structured exports help integrate recordings into existing review flows
- +Role-based access patterns support separation between viewers and operators
- –Limited clarity on schema customization for exported metadata
- –Admin controls need manual setup for complex policy variants
- –Extensibility depends on API use patterns rather than UI-driven workflows
- –Throughput tuning options for large concurrent recording loads are not explicit
Best for: Fits when teams need governed screen capture with automation hooks and integration-friendly recording artifacts.
Screencastify
browser extensionChrome-based screen and tab recording with capture settings, browser extension controls, and upload-to-cloud workflows for recorded assets.
Chrome recording with webcam capture plus in-browser trim editing, geared for quick capture-to-share workflows.
Screencastify records screen and webcam sessions and captures them as downloadable video files. It also supports Chrome-based recording workflows and video editing in the browser.
The tool’s value centers on how recordings map into a shareable library and how that library fits with Google Drive style storage patterns. Automation is mostly user-driven, with limited surfaced API and admin configuration compared with recorder tools built for governed rollout.
- +Chrome-first recording reduces setup friction for screen and webcam capture
- +Browser editing covers trim and simple adjustments without leaving the recorder
- +Organized capture library supports repeatable sharing workflows
- –Admin governance depth is limited for RBAC, provisioning, and policy enforcement
- –Automation and API surface are not clearly designed for CI-style provisioning
- –Enterprise audit log granularity for recording events is not a primary focus
Best for: Fits when teams need fast, browser-based screen capture and light editing, with minimal admin governance demands.
Loom
video messagingScreen recording and video messaging platform that captures screen, webcam, and audio, then manages uploaded videos in a web workspace.
Organization-managed sharing controls paired with link-based review playback.
Loom fits teams that need repeatable, shareable screen recordings with tight async review loops across desktop and browser workflows. Video capture supports screen, window, and camera inputs, plus callout-style editing for trimming and highlighting.
Loom centers on links for playback and collaboration, with permissions that map to org and team sharing needs. Automation and governance hinge on admin configuration, organization controls, and integration points that fit an RBAC-driven environment.
- +Inline sharing via link-based playback for review threads
- +Screen and camera capture with window-level recording modes
- +Admin configuration supports organization-wide control of recording behavior
- +Editing tools for trim and simple emphasis without full video pipelines
- –Automation depends more on integrations than a full recording data schema
- –API surface for capture events and transcript data is narrower than expected
- –Granular audit visibility and retention controls can require extra setup
- –Workflow state and approvals are link-centric rather than schema-driven
Best for: Fits when teams need async screen reviews with admin-governed sharing and workable integration hooks.
Microsoft PowerPoint
office captureOffice desktop app includes screen recording via built-in capture tools and exports recorded media to files for controlled sharing in enterprise workflows.
Embedded media recordings inside slides, managed through Microsoft 365 file workflows and identity-based RBAC.
Microsoft PowerPoint targets slide-first screen recording workflows through tight Microsoft 365 integration for capture, editing, and distribution. Screen recording sessions can be embedded as media in slides and then packaged into presentable artifacts that align with existing deck templates.
Automation and extensibility rely on Office add-ins, VBA, and the Microsoft Graph surface that can manage files and metadata. Governance and control map to Microsoft 365 identity, including RBAC through Azure AD roles and tenant-level audit logging in the Microsoft Purview stack.
- +Deep Microsoft 365 integration for storing and versioning recordings with decks
- +Recordings embed directly into slides for consistent handoff and playback
- +Automation via Office add-ins and VBA for repeatable deck generation
- +RBAC and audit logging flow through Microsoft 365 identity and Purview
- –Slide-centric editor limits long-form capture and timeline editing
- –Automation lacks a dedicated PowerPoint recording API for programmatic capture
- –Data model for recordings is media-centric, limiting queryable screen events
- –Large decks with embedded media can reduce editor responsiveness
Best for: Fits when teams need slide-integrated recording capture, revision, and Microsoft 365 governance for training decks.
QuickTime Player
OS built-inmacOS screen recording utility built into the operating system with configurable capture modes for local movie file generation.
On macOS, QuickTime Player records screen and can include microphone or system audio using system privacy controls.
QuickTime Player on macOS captures screen and audio with local recording control and basic file export. It integrates tightly with macOS UI capture and can record microphone or system audio depending on macOS privacy permissions.
Its data model is limited to video files and settings stored in user preferences, not a schema for automation. QuickTime Player offers minimal API surface, so automation and governance depend on macOS tooling rather than app-level endpoints.
- +Built-in macOS screen recording with native capture pipeline
- +Microphone and system audio recording governed by macOS privacy permissions
- +Fast local exports in common macOS video container formats
- +Simple workflow for ad hoc recordings without external dependencies
- –No documented automation API for provisioning or workflow orchestration
- –Data model stays file-based with no metadata schema for reporting
- –Limited admin controls compared with enterprise recording platforms
- –No audit log or RBAC controls for recording actions
Best for: Fits when individual teams need occasional screen captures with minimal setup on managed macOS desktops.
NICE DCV
enterprise remote recordingRemote desktop software that supports session recording for infrastructure monitoring and compliance workflows in governed environments.
Remote desktop capture is governed by the DCV session lifecycle with configurable performance parameters.
NICE DCV captures and streams remote desktops with configurable display, bandwidth, and input handling for screen recording workflows. It focuses on hosted remote-session delivery, including session persistence and multi-session controls, rather than browser-only recording.
NICE DCV deployments typically integrate through NICE automation patterns for provisioning and governance around VDI or remote work sessions. Recording and capture behavior is driven by the remote session lifecycle and its configuration model.
- +Session lifecycle controls support consistent capture across remote desktop workflows
- +Configuration-driven rendering and bandwidth tuning can reduce capture latency
- +Role-based access patterns align with admin governance for session access
- +Extensibility supports integration into remote desktop and monitoring setups
- –Recording output is tied to remote session behavior rather than app-level events
- –API surface and automation depth can be limited for fine-grained recording schemas
- –Capture management relies on deployment configuration instead of record-by-record metadata
- –Audit and governance features depend on surrounding NICE components and setup
Best for: Fits when teams need governed remote desktop capture for VDI and managed session workflows.
Tella
team captureScreen recording and video hosting platform with team sharing controls and recording management for knowledge delivery workflows.
Shareable recording pages plus configurable embed outputs for consistent publishing across docs, training, and review sites.
Tella fits teams that need screen recording linked to a structured content workflow, not just local media capture. Tella supports shareable recording pages and configurable embed outputs for training, documentation, and review processes.
Integration depth centers on how recordings map into a data model for hosting, linking, and distribution across internal tools. Governance depends on account controls and admin-managed access patterns that keep recording libraries organized and permissioned.
- +Recording pages designed for reuse in documentation and training workflows
- +Configurable embed outputs for consistent distribution across internal sites
- +Structured hosting makes recordings easier to reference and maintain
- +Admin controls support controlled sharing and library organization
- –Automation and API depth can limit advanced routing and custom ingest
- –Data model customization options may be narrow for unique schemas
- –Throughput tuning and large-batch operations are not clearly exposed
- –Automation surfaces may require workflow workarounds for complex approvals
Best for: Fits when teams need screen recordings that integrate into review and documentation workflows with governed sharing.
How to Choose the Right Screen Recorder Software
This buyer’s guide covers screen recorder software decision points across OBS Studio, VLC Media Player, ShareX, RoboIntern, Screencastify, Loom, Microsoft PowerPoint, QuickTime Player, NICE DCV, and Tella. It focuses on integration depth, data model fit, automation and API surface, and admin and governance controls.
The guide maps those criteria to concrete capabilities like OBS Studio scene graphs, VLC command-line capture jobs, RoboIntern recording run provisioning APIs, and Microsoft 365 identity-based RBAC with audit logging. The goal is selecting a tool that supports integration breadth and control depth for recording workflows.
Screen recorder software that turns UI activity into governed, automatable capture outputs
Screen recorder software captures screen pixels plus optional audio, then produces artifacts like files, embeds, or hosted playback pages. It solves repeatability problems for operators, evidence consistency for QA, and distribution problems for training, review threads, and documentation.
Tools like OBS Studio structure capture through scenes, sources, and audio mixer routing so deterministic outputs can be generated with repeatable configurations. RoboIntern adds a governed workflow layer by combining capture policy configuration with an API surface for provisioning recording runs.
Evaluation criteria tied to integration, schema, and governance control
Integration depth determines whether recording behavior can be coordinated with identity, storage, and review workflows. OBS Studio supports repeatable capture setups through its scene and source model and plugin or scripting hooks, while Loom ties sharing and review behavior to org-managed permissions.
Data model structure determines what can be queried, reported, and controlled. Microsoft PowerPoint treats recordings as embedded media inside slide decks managed through Microsoft 365 identity and Purview audit logging, while VLC records through a media pipeline that supports command-line automation into consistent files.
Recording data model that matches operational workflows
OBS Studio represents capture as scenes, sources, and audio mixer routing, which supports deterministic outputs when the scene graph is kept consistent. Microsoft PowerPoint stores recordings as embedded media inside slides, which aligns with training deck workflows and limits timeline-centric screen-event querying.
API and automation surface for provisioning and repeatable runs
RoboIntern exposes an API intended for provisioning recording runs and managing capture policies, which supports automated capture pipelines. VLC Media Player uses a command-line interface for repeatable capture and transcode jobs, which works well when orchestration happens outside the recorder.
Admin governance controls like RBAC and audit visibility
RoboIntern uses role-based access patterns and audit-ready activity records tied to user and session context. Microsoft PowerPoint uses Microsoft 365 identity-based RBAC and audit logging through the Microsoft Purview stack, while OBS Studio lacks built-in admin governance like RBAC and audit logs.
Extensibility mechanisms that fit team configuration practices
OBS Studio extends behavior through plugins and scripting hooks for capture pipelines, and it uses hotkeys and scene transitions for hands-off workflows. ShareX chains recording, editing, uploading, and post-processing through configurable task templates and destinations, which supports extensibility through external command execution without custom code.
Deterministic capture behavior under repeatable configurations
OBS Studio’s standout capability is scene and source compositing with audio mixer routing for deterministic screen recording outputs. VLC standardizes repeatability by combining configurable codec and container settings with a consistent media graph for capture, filters, encoding, and recording.
Distribution and review integration model
Loom organizes recordings around link-based playback for async review, and it pairs that with admin-managed sharing controls. Tella maps recordings into shareable recording pages with configurable embed outputs for documentation and training workflows.
A decision framework for integration depth, schema control, and automation readiness
Start with integration depth requirements and identity and governance needs, then match them to each tool’s actual control points. If governed RBAC and audit trails are required, RoboIntern and Microsoft PowerPoint provide role-based access patterns or identity-based RBAC with Purview audit logging.
Next, choose the data model that supports how teams manage recordings, then verify automation and API expectations align with the tool’s surface. OBS Studio and VLC fit different automation styles, with OBS Studio offering a scene and source model for deterministic capture and VLC focusing on command-line capture jobs.
Match governance needs to RBAC and audit controls
If admin governance must cover who can start recordings and when, evaluate RoboIntern for role-based access patterns and audit-ready activity records, then evaluate Microsoft PowerPoint for identity-based RBAC and Microsoft Purview audit logging. If governance is not required and local operator control is acceptable, evaluate OBS Studio and VLC Media Player which do not provide built-in RBAC and audit logs.
Select the recording data model that fits the workflow
For teams that need deterministic repeatable capture setups, OBS Studio’s scenes, sources, and audio mixer routing provide a stable configuration structure. For slide-first training workflows, Microsoft PowerPoint’s embedded media recordings inside slides align with Microsoft 365 file and deck workflows.
Confirm the automation surface matches the orchestration pattern
If recordings must be provisioned and governed through an API, evaluate RoboIntern because its automation is designed around an API surface for recording run provisioning and capture policy management. If automation happens through external orchestration, evaluate VLC Media Player because its command-line interface can drive capture, transcode profiles, and repeatable artifact generation.
Validate integration breadth for where recipients review and reuse recordings
For async review threads that depend on shareable playback links, Loom’s link-based playback model with admin-managed permissions fits best. For documentation and training reuse that needs consistent publishing embeds, evaluate Tella because it supports shareable recording pages and configurable embed outputs.
Check extensibility for capture pipelines and repeatable operators
For capture pipelines that must be tuned with compositing and routing, OBS Studio supports plugins and scripting hooks plus hotkeys and scene transitions. For desktop automation chains that include upload destinations and follow-up commands, evaluate ShareX because it triggers configured tasks by event after capture actions.
Avoid mismatches between app-level capture and remote-session lifecycles
If the target environment is governed remote desktops and VDI sessions, evaluate NICE DCV because its capture behavior is governed by the DCV session lifecycle and configurable performance parameters. If the goal is occasional ad hoc captures on managed macOS desktops, QuickTime Player relies on macOS privacy permissions for microphone and system audio capture and has no documented app-level automation API.
Which recording teams get the most control from each tool
Screen recorder software choices split along governance, automation, and how recordings are represented in a data model. Tools with explicit admin controls and API surfaces fit teams that treat capture as an operational workflow rather than an ad hoc task.
Teams that primarily need repeatable local artifacts or browser-based capture without deep governance often fit different tradeoffs, including VLC Media Player, QuickTime Player, and Screencastify.
Teams that need deterministic, repeatable capture setups at endpoints
OBS Studio fits because its scene and source model plus audio mixer routing yields deterministic screen recording outputs. It also supports hotkeys and scene transitions that enable hands-off recording workflows without requiring centralized RBAC.
Automation-first teams that orchestrate capture through scripts or CLIs
VLC Media Player fits because it supports command-line automation for capture, transcode, and output selection using configurable codecs and container outputs. This approach suits pipelines that need predictable local file paths rather than centralized governance.
Governed capture operations with role-based access and audit records
RoboIntern fits because it supports role-based access patterns and audit-ready activity records tied to user and session context. It also provides an API surface for recording run provisioning and capture policy configuration.
Organizations that standardize training decks with embedded recordings and Microsoft governance
Microsoft PowerPoint fits because it embeds recordings directly into slides and routes storage through Microsoft 365 workflows. It also maps RBAC and audit logging through Azure AD roles and Microsoft Purview.
Teams that publish and reuse recordings in documentation and training sites
Tella fits because it provides recording pages plus configurable embed outputs for consistent publishing across internal sites. It also supports admin-managed sharing and library organization.
Common failure modes when selecting screen recorder software
Selection errors usually happen when the expected governance and automation surface does not exist in the chosen tool. Several tools are strong at capture but stop short of admin governance like RBAC and audit logs.
Other failures come from data model mismatch, where recordings are represented as files, links, or slide embeds in ways that limit reporting and workflow automation.
Assuming built-in RBAC and audit logs exist in desktop recorders
OBS Studio and VLC Media Player provide repeatable capture workflows, but they do not include built-in admin governance like RBAC and audit logs. For governed operations, evaluate RoboIntern or Microsoft PowerPoint for role-based access patterns and audit visibility.
Expecting a full recording API when only local or command-line automation is provided
VLC Media Player automation is driven through its command-line interface and repeatable transcode profiles, not through a recorder-specific provisioning API. RoboIntern is the safer choice when recording run provisioning and capture policy management must be automated via an API surface.
Choosing a link-centric review model when a schema-driven recording history is required
Loom organizes review around links for playback and collaboration, so workflow state and approvals remain link-centric rather than schema-driven. For policy-driven capture runs with structured exports, RoboIntern is better aligned.
Picking a capture workflow that cannot express deterministic scene and audio routing needs
OBS Studio is built around scene and source compositing with audio mixer routing for deterministic outputs. Tools without that compositing and routing model can produce inconsistent artifacts across operators and hotkey sessions.
Trying to use app-level capture for governed remote desktop compliance scenarios
NICE DCV ties capture behavior to the DCV session lifecycle with configurable performance parameters, which matches compliance monitoring in hosted remote desktops. App-level recorders like QuickTime Player do not provide the same session-lifecycle governance or fine-grained capture schemas.
How We Selected and Ranked These Tools
We evaluated OBS Studio, VLC Media Player, ShareX, RoboIntern, Screencastify, Loom, Microsoft PowerPoint, QuickTime Player, NICE DCV, and Tella on capture feature coverage, ease of use, and value for real recording workflows. We then assigned the overall rating as a weighted average in which features carried the most weight, with ease of use and value each contributing less. Editorial research focused on what each tool actually exposes for configuration, automation and API surface, data model shape, and governance controls.
OBS Studio separated from lower-ranked options because its scene and source compositing plus audio mixer routing supports deterministic screen recording outputs, and that capability increased the features factor more than tools that mainly offer local file capture or link-based sharing.
Frequently Asked Questions About Screen Recorder Software
Which screen recorder tools support API-driven provisioning for automated capture runs?
How do screen recorders differ in identity security controls such as SSO and RBAC?
What tool is best for slide-integrated recordings managed inside Microsoft 365 workflows?
Which option supports deterministic screen capture outputs for repeatable scene and audio routing?
Which tools integrate best with browser-centric workflows and shareable content libraries?
What is the practical difference between task-chaining automation and codec-profile automation?
Which screen recorder is more suitable for managed remote desktop capture instead of local window recording?
What tools offer structured exports that work well with downstream documentation or review systems?
Why might QuickTime Player be insufficient for automation and governance compared with other recorders?
Conclusion
After evaluating 10 technology digital media, OBS Studio stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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