GITNUXSOFTWARE ADVICE
General KnowledgeTop 10 Best Old Computer Software of 2026
Top 10 old computer software ranked by features and compatibility, with retro setup comparisons and notes for Notion, Confluence, or Jira teams.
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%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
QEMU is the best pick if your priority is controlled, scripted reproduction of legacy x86 or mixed-architecture environments for teams using image-based boot media, whereas 86Box is the better fit when you need hardware-accurate behavior to validate specific older installs.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
QEMU
Monitor command interface for stateful control of running guests during automation.
Built for fits when teams need controlled legacy VM reproduction using image-based boot media and scripted lifecycle control..
86Box
Editor pickCycle-level machine profiles that pair CPU, chipset, and peripherals to match original driver expectations.
Built for fits when preserving or validating specific legacy installs that require hardware-accurate device behavior..
Wine
Editor pickDLL override and per-prefix configuration lets compatibility tuning live alongside each app.
Built for fits when Linux users need legacy Windows executables without maintaining Windows images..
Comparison Table
QEMU
enterpriseMachine emulator and virtualizer that can run older x86 systems and many other architectures.
Monitor command interface for stateful control of running guests during automation.
QEMU runs workloads in a virtualization sandbox by emulating CPUs and devices, which makes it suitable for retrocomputing emulator setups that need consistent behavior across hosts. It can boot from floppy disk imaging, mount virtual CD-ROM media, and attach controllers that mirror older hardware layouts. It also offers a monitor and structured command interfaces that allow scripted VM lifecycle control without relying on a separate orchestration layer.
A key tradeoff is that achieving accurate legacy peripheral behavior often requires careful machine type selection and device configuration. It fits situations where a team needs repeatable boot media mounting, disk image workflows, and controlled hardware models for regression testing or software preservation archive efforts.
- +High-fidelity device emulation with configurable machine types
- +Comprehensive command-line control for repeatable VM launches
- +Monitor commands enable scripted introspection and lifecycle actions
- +Flexible storage and media attachment for boot and test loops
- –Legacy guest accuracy depends heavily on correct device and firmware choices
- –Networking and peripheral models can require nontrivial configuration
Retro software preservation teams
Boot 16-bit installers from image media
Repeatable legacy install reproduction
Compatibility testing engineers
Regression-test legacy binaries in VMs
Deterministic compatibility verification
Show 2 more scenarios
Retro hardware emulation hobbyists
Validate SoundBlaster-style audio behavior
Stable retro audio validation
Device emulation and guest OS drivers can be tested against consistent virtual audio paths.
DevOps automation engineers
Script VM lifecycle for test runs
Automated test throughput
The command-line interface plus monitor commands allow starting, controlling, and observing guests from scripts.
Best for: Fits when teams need controlled legacy VM reproduction using image-based boot media and scripted lifecycle control.
86Box
specialistLow-level PC emulator for running old operating systems and software on emulated vintage hardware.
Cycle-level machine profiles that pair CPU, chipset, and peripherals to match original driver expectations.
86Box targets legacy binary compatibility by emulating period-correct components instead of relying on generic wrappers. Users typically build a complete virtual machine profile by choosing CPU type, motherboard class, video adapter, and SoundBlaster-compatible audio options, then mounting boot media from disk images. The emulator also supports multiple storage and boot paths, which helps preserve older installation flows that assume specific drive order.
The tradeoff is that achieving a stable boot and usable drivers often requires careful configuration discipline, especially when games or installers are sensitive to IRQ routing, DMA behavior, and device timing. 86Box is a strong fit when a specific original machine setup must be reproduced for testing or software preservation rather than when quick launch and convenience are the primary goal.
- +High-fidelity hardware emulation for DOS and classic Windows compatibility
- +Detailed device configuration covers CPU, chipset, video, audio, and storage
- +Mountable floppy and CD-ROM images support legacy install workflows
- +Network support helps validate software that expects connectivity
- –Configuration effort is high for IRQ and timing-sensitive legacy software
- –Some device combinations require iteration when drivers fail to load
- –Large media setups can slow down testing loops during tuning
- –Expect partial software gaps when targets depend on rare hardware quirks
Retrocomputing preservation teams
Recreate original machine setup for verification
Fewer compatibility regressions
DOS software maintainers
Test SoundBlaster-era applications
More reliable driver testing
Show 2 more scenarios
QA teams for legacy ports
Compare legacy behavior against target logs
Faster root-cause isolation
Device-level emulation supports reproduction of legacy workflows during defect triage.
Educators running legacy labs
Operate consistent classic OS environments
More consistent student outcomes
Repeatable emulator configurations support predictable lab demonstrations on mixed hardware.
Best for: Fits when preserving or validating specific legacy installs that require hardware-accurate device behavior.
Wine
API-firstCompatibility layer that runs many older Windows applications on Linux and macOS.
DLL override and per-prefix configuration lets compatibility tuning live alongside each app.
Wine’s compatibility layer focuses on mapping Windows API calls to Unix libraries, so many Windows GUI applications can run without virtualization. A persistent “prefix” isolates Windows components per application, which helps when different programs need different DLL overrides. Installation workflows often require adding runtime libraries for audio, fonts, and graphics, plus selecting the right architecture for the executable.
A key tradeoff is that compatibility is incomplete for some Windows drivers, kernel-dependent software, and copy-protected binaries that rely on unimplemented behaviors. Wine works best for teams running retro or legacy Windows tools on Linux desktops where a full OS image is harder to maintain. It also fits scenarios where console-only automation must avoid GUI automation, since command-line Windows programs often map cleanly when required DLLs are available.
- +Windows API translation runs many apps without a Windows VM
- +Prefix isolation reduces cross-application DLL conflicts
- +DLL overrides and configuration tools support targeted compatibility
- +Scriptable environment variables enable repeatable launches
- –Driver-level and kernel-dependent programs frequently fail
- –Some DRM and integrity checks block execution paths
- –Graphics, audio, and font dependencies can require manual tuning
- –Compatibility varies by Windows version expectations
Retrocomputing maintainers
Run legacy Windows utilities on Linux
Fewer broken launches
Operations teams
Execute Windows command-line updaters
Automated update jobs
Show 1 more scenario
IT migration teams
Replace outdated Windows workstations gradually
Lower migration friction
Wine lets selected legacy apps run on Unix-like endpoints while other systems move off Windows.
Best for: Fits when Linux users need legacy Windows executables without maintaining Windows images.
DOSBox
consumerOpen source DOS emulator used to run classic DOS software and games on modern systems.
Integrated DOS emulation that reproduces DOS environment variable handling alongside VGA and SoundBlaster timing for legacy titles.
DOSBox is a retrocomputing emulator focused on running DOS software with legacy binary compatibility, including games and productivity apps that expect x86 real mode. It provides core emulation for VGA graphics, SoundBlaster-style audio, and DOS environment variable behavior so older installers and programs start in a realistic DOS context.
The workflow typically uses disk images for floppy and CD-ROM mount setups, which keeps original media workflows close to what DOS programs expect. Configuration relies on text-based settings and per-title adjustments instead of a modern web admin interface.
- +Consistent VGA and SoundBlaster emulation for DOS-era games
- +Flexible disk image workflow for floppy and CD-ROM style setups
- +Runs common legacy binaries that need x86 real mode execution
- +Text configuration supports fine-grained IRQ and device behavior tuning
- –Many titles still require manual configuration and launch setup
- –No built-in administration layer for teams managing multiple machines
- –Limited automation and API surface for provisioning emulator instances
- –Peripheral and driver behavior can diverge for niche DOS programs
Best for: Fits when running a curated library of DOS binaries on desktop hardware with repeatable disk-image setups.
VirtualBox
SMBDesktop virtualization software that runs older operating systems inside virtual machines.
Snapshot management with full VM state capture supports fast rollback while iterating on legacy driver installs.
VirtualBox runs x86 guest operating systems in a local virtualization sandbox on Windows, macOS, Linux, and Solaris hosts. It supports disk image workflows with virtual SATA and IDE controllers, plus CD-ROM mount and network adapters for isolated lab replication.
Configuration is exposed through a GUI and command-line tooling, which makes repeatable virtual machine cloning practical for retro setups. Extension packs add hardware-device features and guest integration options for older OS images.
- +GUI and CLI support repeatable VM creation and headless runs
- +Disk image and CD-ROM mount workflows fit retro installer media
- +Snapshot and cloning workflows simplify safe upgrade testing
- +Extension packs widen device compatibility for guest integration
- –Guest audio and USB support can require extra configuration
- –Advanced driver behavior varies across host OS versions
- –Legacy peripheral emulation is inconsistent across older guest releases
- –Automation is weaker than dedicated orchestration tools for large fleets
Best for: Fits when retrocomputing setups need controllable VM cloning and snapshot rollback for legacy OS installers.
PCem
specialistIBM PC emulator focused on accurate emulation of older hardware for vintage software.
Component-level PC hardware emulation that targets period-correct peripheral interactions for DOS software.
PCem is a PC hardware emulator used for retrocomputing, centered on cycle-accurate style x86 PC platform recreation rather than game-specific replays. It focuses on running original DOS-era software by emulating period-correct components and firmware behavior like VGA and SoundBlaster-compatible audio.
The workflow typically uses BIOS and disk image inputs plus configuration files that define the virtual machine hardware layout. PCem is most distinct when legacy binary compatibility and peripheral behavior matter more than graphical fidelity.
- +Hardware-focused emulation targets legacy BIOS and peripheral expectations
- +Configurable virtual machine layouts for VGA and SoundBlaster compatible audio
- +Works with DOS-era floppy and hard disk images for preservation setups
- +Direct emulation avoids wrapper-based shortcuts for older PC behavior
- –Setup requires careful BIOS and image preparation for each emulated machine
- –Not optimized for modern automation or API-driven provisioning
- –Driver and peripheral compatibility can require manual trial for edge cases
- –Limited tooling for snapshot and rollback workflows compared with VM managers
Best for: Fits when DOS-era software preservation needs realistic PC hardware behavior for a retro lab.
VMware Workstation Pro
enterpriseProfessional desktop virtualization platform for running older operating systems and applications.
VM hardware editor lets per-VM configuration span controllers, firmware choices, and device routing for nonstandard legacy guests.
VMware Workstation Pro focuses on local virtualization sandboxing for x86 workloads with a mature virtual machine lifecycle and offline-friendly workflows. It includes detailed virtual hardware controls, snapshot and rollback behavior, and ISO and device mounting for repeatable test setups.
The product supports automation through command-line tooling and integrates with VMware ecosystem components for broader management patterns. For legacy and retrocomputing use, it is most effective when paired with careful guest OS driver tuning and disciplined storage snapshotting.
- +Fine-grained virtual hardware settings for storage, NICs, and display devices
- +Snapshot and revert workflow fits iterative testing and rollback-based debugging
- +Broad guest OS coverage with strong compatibility for mainstream desktop environments
- +Command-line control supports scripted VM creation and lifecycle operations
- –Legacy peripheral and OS driver issues still require guest-by-guest tuning
- –Nested virtualization and high-fidelity networking need careful host hardware alignment
- –No first-class RBAC or centralized audit log for multi-user governance inside the app
- –Compatibility with very old installers often depends on manual media mounting and extraction
Best for: Fits when a single workstation team needs repeatable VM testing, snapshot rollback, and local automation for legacy workloads.
CrossOver
SMBCommercial Wine-based compatibility software for running Windows applications on macOS and Linux.
CrossOver’s bottle per app packaging and curated Windows dependency installation reduces the hand-tuning time for known Windows titles.
CrossOver turns legacy Windows binaries into something that can run on macOS and Linux through a compatibility layer and an application-focused installer flow. It bundles curated Wine components and adds productized packaging so specific apps land with fewer manual tweaks than a from-scratch Wine setup.
CrossOver also supports per-application bottle configuration and installs common Windows runtime dependencies in the workflow, which matters for older installer behaviors. It remains a practical option for retro and long-lived office tools that fail to run on modern Windows due to outdated dependencies or brittle installers.
- +Curated Wine-based runtime for app-specific compatibility without full DIY assembly
- +Per-application bottle configuration reduces cross-app dependency conflicts
- +Batch installer approach helps legacy Windows apps launch with fewer manual DLL steps
- +Good ergonomics for setting Windows environment variables per app
- –Compatibility varies by installer and legacy driver expectations, not just by app binary
- –Some older 16-bit style installer workflows still need external extraction or alternate routes
Best for: Fits when single legacy Windows applications must run on macOS or Linux with fewer manual Wine steps.
ScummVM
vertical specialistEngine reimplementation platform that runs many classic adventure and educational software titles.
Per-engine interpreter modules that reproduce legacy adventure runtime behavior from original game data.
ScummVM runs classic point-and-click adventure games by reimplementing the game scripting runtimes for multiple vintage engines on modern systems. It focuses on legacy binary compatibility for many DOS-era titles by feeding original assets through its interpreter and engine modules rather than emulating a full PC.
Configuration is largely game-driven through launcher-like selection and per-title settings, with support for common CD-ROM and floppy-era workflows via media mounting and image handling. The core capability is playback consistency across machines, including sound and input behavior shaped around the original game expectations.
- +Engine-focused compatibility that runs supported adventure scripts from original assets
- +Broad input and audio paths tuned per supported game engine
- +Media handling that works with mounted images for CD-ROM style releases
- +Modular engine implementations make it easy to add support for more titles
- –Compatibility is limited to the engines and game variants with implemented support
- –Asset extraction and correct file placement are often required for reliable launches
- –Some titles need manual tweaking when cutscene audio or timing differs
- –No complete PC environment coverage, so it cannot replace a full DOSBox wrapper
Best for: Fits when retro game playback needs interpreter-level compatibility instead of full PC emulation.
SheepShaver
specialistClassic PowerPC Macintosh emulator for older Mac OS software.
Emulates enough classic Mac OS runtime behavior to boot and use legacy GUI apps from configured disk images.
SheepShaver is a classic Mac OS compatibility layer built to run legacy PowerPC Mac applications on x86 systems without full hardware emulation. It focuses on running System 7 through Mac OS 9 style userland software by providing a compatibility environment for classic binaries and expected OS services.
The core workflow relies on configuring startup paths, mounting disk images, and feeding in ROM and storage content so old installers and apps can boot and run. SheepShaver has a limited scope compared with modern virtualization because it depends on specific legacy components and emulator configuration rather than supporting broad modern OS integration.
- +Runs many PowerPC Mac OS applications using a compatibility environment
- +Supports disk image based workflows for bootable system setups
- +Common retro setup uses known Mac ROM and configured boot storage
- +Useful for preserving legacy apps when full hardware is unavailable
- –Setup requires careful configuration of ROM, boot media, and paths
- –Hardware and driver compatibility is limited for newer peripherals
- –Stability depends on host OS, storage layout, and emulator configuration
- –No modern management features like RBAC, audit logs, or provisioning
Best for: Fits when restoring older Mac OS applications in a controlled retrocomputing environment.
Conclusion
After evaluating 10 general knowledge, QEMU 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.
How to Choose the Right old computer software
This guide covers old computer software preservation workflows using QEMU, 86Box, Wine, DOSBox, VirtualBox, PCem, VMware Workstation Pro, CrossOver, ScummVM, and SheepShaver. Each entry focuses on compatibility outcomes for retro binaries, classic installers, and legacy media workflows like disk-image boot and emulator-driven runtime reproduction.
The tools span full machine emulation, Windows API translation, and interpreter-level execution for older game catalogs. Readers will see where automation surfaces like QEMU’s monitor command interface or rollback workflows like VirtualBox snapshots change day-to-day retro testing.
Old computer software for retro setups: compatibility emulation, runtime translation, and interpreter playback
Old computer software refers to legacy executables, installers, and game assets that depend on old CPU modes, peripheral behavior, and runtime expectations such as VGA timing, SoundBlaster compatibility, and classic DOS environment variables. It also includes legacy Mac OS and Windows app payloads that often require disk-image boot media or app-specific compatibility packaging.
QEMU targets controlled legacy VM reproduction with high-fidelity device emulation and repeatable launches via its command-line and monitor interfaces. Wine targets running Windows executables through per-prefix DLL overrides and app-scoped configuration so compatibility tuning can live alongside each program instead of inside a full Windows VM.
Compatibility control, automation surfaces, and runtime scope
Old computer software only stays usable when the runtime behavior matches the legacy assumptions around boot media, device timing, and expected system calls. These controls determine whether preservation ends in a runnable environment or a broken launch loop.
State control for automated legacy testing
QEMU provides a monitor command interface that supports stateful control of running guests during automation. VirtualBox supports fast rollback using snapshot management that captures full VM state for repeated legacy driver and installer iterations.
Hardware-accurate device and platform modeling
86Box uses cycle-level machine profiles that pair CPU, chipset, and peripherals to match original driver expectations. PCem focuses on component-level PC hardware emulation that targets period-correct peripheral interactions for DOS software.
Compatibility tuning at the app boundary
Wine uses per-prefix configuration plus DLL override settings so each Windows executable can carry its own compatibility adjustments. CrossOver packages bottle-based setups per application so dependency install choices stay scoped without building a full Windows environment.
Legacy runtime emulation tuned to classic media and I/O
DOSBox reproduces DOS environment variable handling plus VGA and SoundBlaster timing behavior for legacy titles. SheepShaver boots and runs older Mac OS GUI apps using configured ROM, boot media, and disk image workflows.
Preservation via interpreter modules instead of full machine emulation
ScummVM runs supported adventure engines through per-engine interpreter modules that reproduce legacy adventure runtime behavior from game assets. This approach reduces dependency on exact PC hardware models that a full VM would otherwise require.
Per-guest device routing and configuration granularity
VMware Workstation Pro includes a VM hardware editor that spans controllers, firmware choices, and device routing for nonstandard legacy guests. QEMU complements this with high-fidelity device emulation and configurable machine types for repeatable VM launches.
Choose by compatibility target and control surface
The decision starts with whether the goal is full system reproduction or app-level execution. Emulators that model peripherals and boot flow handle legacy installer media better, while translation and interpreters handle single binaries or asset-driven games with narrower assumptions.
Pick full machine emulation when legacy software depends on platform behavior
Choose QEMU when repeatable VM launches matter and high-fidelity device emulation needs correct machine types and firmware choices. Choose 86Box or PCem when hardware-accurate peripheral interactions are the compatibility blocker for DOS-era installs.
Fork for automation and rollback workflow needs
Choose QEMU when automated lifecycle control matters and the monitor command interface must steer running guests during scripted runs. Choose VirtualBox or VMware Workstation Pro when snapshot capture and revert are the primary workflow for iterative legacy driver installs.
Pick translation when only Windows executables must run
Choose Wine when per-prefix DLL override tuning keeps compatibility changes app-scoped on Linux hosts. Choose CrossOver when curated bottle-based dependency installation reduces hand-tuning for known Windows titles across macOS and Linux.
Fork for curated DOS libraries versus strict retro lab hardware matching
Choose DOSBox when a curated library of DOS binaries needs repeatable disk-image setups with DOS environment variable handling plus VGA and SoundBlaster timing. Choose PCem when a retro lab needs period-correct BIOS and peripheral expectations even if setup effort increases.
Fork for asset-driven legacy games versus general-purpose legacy apps
Choose ScummVM when supported adventure engines must play reliably from original game assets without emulating an entire PC hardware stack. Choose SheepShaver when restoring older Mac OS applications from configured disk images and ROM-managed boot behavior is the target.
Check whether the workflow needs hardware editor precision per legacy guest
Choose VMware Workstation Pro when each legacy guest needs a tailored virtual hardware layout using the VM hardware editor. Choose QEMU when the workflow needs configurable machine types and deep command-line control for repeatable VM reproduction.
Who these tools fit in retro setups and legacy teams
Different preservation goals create different runtime failure modes. Teams need the right compatibility boundary, either the full machine platform or just the application runtime environment.
Retro QA teams running repeated legacy installer and driver tests
QEMU supports stateful control of running guests via its monitor interface for scripted lifecycle automation. VirtualBox supports rapid rollback using full VM snapshot state when legacy installs fail and need reversion.
Preservation-focused hobbyists validating DOS driver behavior on period-correct hardware
86Box pairs CPU, chipset, and peripherals using cycle-level machine profiles to match original driver expectations. PCem targets period-correct BIOS and peripheral interactions for DOS software preservation in a retro lab.
Linux or macOS users running a small set of legacy Windows applications
Wine isolates compatibility changes using per-prefix configuration and DLL override settings so tuning stays aligned to each executable. CrossOver scopes compatibility packaging into per-application bottles with curated Windows dependency installation to reduce manual setup.
Collectors running classic DOS games from disk images with classic VGA and SoundBlaster expectations
DOSBox reproduces DOS environment variable handling plus VGA and SoundBlaster timing so curated DOS binaries launch with expected legacy behavior. Its disk-image workflow supports floppy and CD-ROM style setups without requiring a full Windows guest.
Game library keepers running adventure assets or classic Mac OS apps from images
ScummVM runs supported adventure engines using interpreter modules tuned to specific legacy game runtimes. SheepShaver emulates enough classic Mac OS runtime behavior to boot and use legacy GUI apps from disk images.
Common mistakes that break legacy compatibility runs
Legacy software fails for reasons that map to configuration and runtime boundaries. Many breakdowns come from choosing the wrong emulation scope or skipping the device and firmware assumptions that legacy binaries expect.
Assuming any emulator will handle the same DOS binary just by mounting a disk image
DOSBox includes integrated DOS environment variable handling plus VGA and SoundBlaster timing behavior, but many titles still require manual launch setup. For timing-sensitive installs, 86Box and PCem require careful IRQ and device timing alignment to match original driver expectations.
Running Windows executables through compatibility translation without isolating dependencies per app
Wine isolates changes using per-prefix configuration, and DLL overrides need to stay scoped to each prefix. CrossOver reduces hand-tuning by using per-application bottle packaging, but unsupported installer paths still require alternate routes.
Iterating on legacy driver installs without using a rollback mechanism
VirtualBox snapshots capture full VM state so failed driver installs can revert quickly. QEMU provides a monitor command interface for stateful control, which reduces the need to restart from scratch when automation drives iterative tests.
Treating full system emulation as plug-and-play when peripheral models and firmware must match
QEMU can deliver high-fidelity device emulation, but correct device and firmware choices are required for legacy guest accuracy. 86Box also needs nontrivial configuration because IRQ and timing-sensitive software often fails until hardware combinations and iteration align.
Selecting an interpreter when the target needs full system emulation
ScummVM only supports engines and game variants with implemented interpreter behavior, so unsupported titles do not run through asset-only playback. SheepShaver is limited by ROM, boot media configuration, and peripheral compatibility, so newer peripherals and drivers can block real usage.
How We Selected and Ranked These Tools
We evaluated QEMU, 86Box, Wine, DOSBox, VirtualBox, PCem, VMware Workstation Pro, CrossOver, ScummVM, and SheepShaver across compatibility control and repeatability mechanisms. Features counted for 40% of the ranking because QEMU’s device emulation plus monitor command interface supports stateful automation and repeatable legacy VM launches.
Ease counted for 30% because VirtualBox and VMware Workstation Pro provide snapshot workflows that speed rollback-based debugging for legacy installers. Value counted for 30% because 86Box’s cycle-level machine profiles and Wine’s per-prefix DLL override model reduce time spent on iterative compatibility fixes compared with broader trial-and-error.
Frequently Asked Questions About old computer software
QEMU or VirtualBox for legacy OS boot reproducibility with disk images?
How does Wine handle Windows application dependencies compared with CrossOver bottles?
Which tool best matches hardware-level DOS behavior when configuring floppy and CD-ROM images?
When should teams use VMware Workstation Pro instead of QEMU for legacy workload testing?
What tradeoff appears when using SheepShaver versus a full x86 emulator like PCem?
How do emulators handle automation and state control for repeated retrocomputing runs?
Which workflow fits retro adventure games when full machine emulation is unnecessary?
What breaks if DOSBox is set up with incorrect DOS environment expectations for an old installer?
How does administrators’ configuration management differ between emulators and compatibility layers?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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