OpenBSD Handbook

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    • Part I. Install & Configure
      • Introduction to OpenBSD
      • Installing OpenBSD
      • The X Window System
      • Networking on OpenBSD
      • System Configuration
      • OpenBSD Basics
      • Managing Software: Packages and Ports
    • Part II. Daily Operations
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    • Part III. System Administration
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    • Part IV. Networking & Daemons
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        • Hardening and Operational Safety
        • Reference Architectures
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      • Serial Communication
    • Part V. Miscellaneous
      • Virtualization Cheat Sheet
      • OpenBSD Cheatsheet
      • How-to Guides
        • Complete the First 30 Minutes After Installation
        • Check Hardware Compatibility Before Installing
        • Bootstrap Wi-Fi Firmware Without Ethernet
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        • Recover Access and Reset the Root Password
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        • Build OpenBSD from Source
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        • Dual-Boot OpenBSD on a UEFI System
        • Troubleshoot PF, NAT, and Routing
        • Automate OpenBSD Installation with Autoinstall and PXE
        • Route Multiple VLANs with PF
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        • Troubleshoot Package Installation and Update Failures
        • Route IPv6 Networks without NAT
        • Schedule Recurring Maintenance
        • Plan a Docker Workload Migration to OpenBSD
        • Build a Mail Server with OpenSMTPD, Dovecot, and Rspamd
        • Build a Simple Router and Firewall
        • Monitor an OpenBSD System
        • Back Up and Restore an OpenBSD System
        • Configure softraid RAID1
        • Recover an OpenBSD System That Does Not Boot
        • Install Z shell (zsh)
      • OpenBSD for Linux Users
      • OpenBSD for FreeBSD Users
      • OpenBSD for macOS Users
    • OpenBSD FAQ
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      • OpenBSD Package Search

        sane-backends-1.4.0p3-escl

        Package search / Categories / OpenBSD 8.0 release
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        OpenBSD branch
        OpenBSD 8.0 releaseCurrent snapshot

        OpenBSD 8.0 release ยท amd64

        API for accessing scanners, backends

        Project homepage: http://www.sane-project.org/

        Description

        SANE stands for Scanner Access Now Easy. This package contains the SANE libraries (this means backends and network scanning parts) and the command line frontend scanimage. Available FLAVORS: escl - build support for the eSCL protocol (vendor-neutral network protocol for driverless scanning) snmp - build with net-snmp support (SNMP scanner autodiscovery)

        Package information

        Ports path
        graphics/sane-backends,escl
        Package architecture
        amd64
        Maintainer
        Antoine Jacoutot <ajacoutot@openbsd.org>
        Categories
        graphics, lang/python
        Available flavors
        escl, snmp
        Only for architectures
        aarch64, amd64, arm, i386, mips64, mips64el, powerpc, powerpc64, riscv64, sparc64, alpha, hppa

        Ports list build and test dependencies as well as runtime dependencies. pkg_add selects those needed for installation.

        Direct dependencies

        Library

        • devel/libusb1
        • graphics/png
        • graphics/tiff
        • multimedia/libv4l
        • textproc/libxml
        • net/avahi,-libs
        • net/curl
        • print/poppler

        Runtime

        • net/avahi

        Build

        • devel/gettext,-tools
        • devel/autoconf-archive
        • lang/python/3
        • devel/metaauto
        • devel/autoconf/2.69
        • devel/automake/1.16
        • devel/libtool
        • devel/gmake
        • devel/dwz

        Test

        • lang/python/3
        OpenBSD README

        This README contains unresolved ports variables; replace them before using its commands.

        +-----------------------------------------------------------------------
        | Running sane-backends on OpenBSD
        +-----------------------------------------------------------------------
        
        First read ${TRUEPREFIX}/share/doc/sane-backends/PROBLEMS.
        
        HP scanners need the hplip and hpaio packages installed.
        
        USB
        ===
        Since USB scanning will be handled by libusb, you need to allow
        the user access to the corresponding USB endpoint. To do so, find
        where your scanner is attached to using:
            $ usbdevs -v
        then change the ownerships accordingly.
        
        e.g.                                                                            
        Controller /dev/usb0:                                                           
        <...>                                                                           
        addr 05: 03f0:4812 HP, Officejet 7500 E910                                      
                 high speed, self powered, config 1, rev 1.00, iSerialNumber MY2793100Q05JB
                 driver: umass0                                                         
                 driver: ugen1                                                          
                                                                                        
        # chown <username> /dev/ugen1.* /dev/usb0
        
        You can grant multiple users direct access to the scanner by adding them to the
        _saned group and allowing access to its ugen(4) and usb(4) devices.
        e.g.
            # chgrp _saned /dev/ugen1.* && chmod 660 /dev/ugen1.* /dev/usb0
        
        To preserve your changes after a system update, use rc.local(8).
        Alternatively, hotplugd(8) attach/detach scripts can automate this.
        
        SCSI
        ====
        SANE only supports the generic SCSI uk(4) devices.
        Make sure your user account has access to the scanner device node or you
        will not be able to scan.
        
        LOCKING
        =======
        Some backends (like sane-plustek(5)) use a lockfile for allowing
        multiple access to one scanner. If using such a backend, you must
        add yourself to the _saned group or you will not be able to scan.
        
        NETWORK
        =======
        By default, the saned(8) daemon runs as _saned, so you need to allow the
        _saned user access to the scanner device node.
        

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