File name: | bfe.dll.mui |
Size: | 27648 byte |
MD5: | c09b29872a9282b40c684572a9e6a028 |
SHA1: | f787ed545d23fa194398a833da8fc7465d6b0a75 |
SHA256: | 2b0fd99273c45fafa812a2c92a4112d4731029d20d6bfc485840fe517e7e745a |
Operating systems: | Windows 10 |
Extension: | MUI |
If an error occurred or the following message in Norwegian (Bokml) language and you cannot find a solution, than check answer in English. Table below helps to know how correctly this phrase sounds in English.
id | Norwegian (Bokml) | English |
---|---|---|
301 | Inbound IP Packet v4-lag | Inbound IP Packet v4 Layer |
303 | Inbound IP Packet v4 Discard-lag | Inbound IP Packet v4 Discard Layer |
305 | Inbound IP Packet v6-lag | Inbound IP Packet v6 Layer |
307 | Inbound IP Packet v6 Discard-lag | Inbound IP Packet v6 Discard Layer |
309 | Outbound IP Packet v4-lag | Outbound IP Packet v4 Layer |
311 | Outbound IP Packet v4 Discard-lag | Outbound IP Packet v4 Discard Layer |
313 | Outbound IP Packet v6-lag | Outbound IP Packet v6 Layer |
315 | Outbound IP Packet v6 Discard-lag | Outbound IP Packet v6 Discard Layer |
317 | IP Forward v4-lag | IP Forward v4 Layer |
319 | IP Forward v4 Discard-lag | IP Forward v4 Discard Layer |
321 | Inbound Transport v4-lag | Inbound Transport v4 Layer |
323 | Inbound Transport v4 Discard-lag | Inbound Transport v4 Discard Layer |
325 | Inbound Transport v6-lag | Inbound Transport v6 Layer |
327 | Inbound Transport v6 Discard-lag | Inbound Transport v6 Discard Layer |
329 | Outbound Transport v4-lag | Outbound Transport v4 Layer |
331 | Outbound Transport v4 Discard-lag | Outbound Transport v4 Discard Layer |
333 | Outbound Transport v6-lag | Outbound Transport v6 Layer |
335 | Outbound Transport v6 Discard-lag | Outbound Transport v6 Discard Layer |
337 | Stream v4-lag | Stream v4 Layer |
339 | Stream v4 Discard-lag | Stream v4 Discard Layer |
341 | Stream v6-lag | Stream v6 Layer |
343 | Stream v6 Discard-lag | Stream v6 Discard Layer |
345 | Datagram Data v4-lag | Datagram Data v4 Layer |
347 | Datagram Data v4 Discard-lag | Datagram Data v4 Discard Layer |
349 | Datagram Data v6-lag | Datagram Data v6 Layer |
351 | Datagram Data v6 Discard-lag | Datagram Data v6 Discard Layer |
353 | Inbound ICMP Error v4-lag | Inbound ICMP Error v4 Layer |
355 | Inbound ICMP Error v4 Discard-lag | Inbound ICMP Error v4 Discard Layer |
357 | Inbound ICMP Error v6-lag | Inbound ICMP Error v6 Layer |
359 | Inbound ICMP Error v6 Discard-lag | Inbound ICMP Error v6 Discard Layer |
361 | ALE Resource Assignment v4-lag | ALE Resource Assignment v4 Layer |
363 | ALE Resource Assignment v4 Discard-lag | ALE Resource Assignment v4 Discard Layer |
365 | ALE Resource Assignment v6-lag | ALE Resource Assignment v6 Layer |
367 | ALE Resource Assignment v6 Discard-lag | ALE Resource Assignment v6 Discard Layer |
369 | ALE Listen v4-lag | ALE Listen v4 Layer |
371 | ALE Listen v4 Discard-lag | ALE Listen v4 Discard Layer |
373 | ALE Listen v6-lag | ALE Listen v6 Layer |
375 | ALE Listen v6 Discard-lag | ALE Listen v6 Discard Layer |
377 | ALE Receive/Accept v4-lag | ALE Receive/Accept v4 Layer |
379 | ALE Receive/Accept v4 Discard-lag | ALE Receive/Accept v4 Discard Layer |
381 | ALE Receive/Accept v6-lag | ALE Receive/Accept v6 Layer |
383 | ALE Receive/Accept v6 Discard-lag | ALE Receive/Accept v6 Discard Layer |
385 | ALE Connect v4-lag | ALE Connect v4 Layer |
387 | ALE Connect v4 Discard-lag | ALE Connect v4 Discard Layer |
389 | ALE Connect v6-lag | ALE Connect v6 Layer |
391 | ALE Connect v6 Discard-lag | ALE Connect v6 Discard Layer |
393 | ALE Flow Established v4-lag | ALE Flow Established v4 Layer |
395 | ALE Flow Established v4 Discard-lag | ALE Flow Established v4 Discard Layer |
397 | ALE Flow Established v6-lag | ALE Flow Established v6 Layer |
399 | ALE Flow Established v6 Discard-lag | ALE Flow Established v6 Discard Layer |
401 | Innkommende Ethernet-lag | Inbound Ethernet Layer |
403 | Utgående Ethernet-lag | Outbound Ethernet Layer |
405 | IPsec KM Demux v4-lag | IPsec KM Demux v4 Layer |
407 | IPsec KM Demux v6-lag | IPsec KM Demux v6 Layer |
409 | IPsec v4-lag | IPsec v4 Layer |
411 | IPsec v6-lag | IPsec v6 Layer |
413 | IKE v4-lag | IKE v4 Layer |
415 | IKE v6-lag | IKE v6 Layer |
417 | RPC UM-lag | RPC UM Layer |
419 | RPC EPMAP-lag | RPC EPMAP Layer |
421 | Outbound ICMP Error v4-lag | Outbound ICMP Error v4 Layer |
423 | Outbound ICMP Error v4 Discard-lag | Outbound ICMP Error v4 Discard Layer |
425 | Outbound ICMP Error v6-lag | Outbound ICMP Error v6 Layer |
427 | Outbound ICMP Error v6 Discard-lag | Outbound ICMP Error v6 Discard Layer |
429 | RPC EP ADD-lag | RPC EP ADD Layer |
431 | RPC Proxy Connect-lag | RPC Proxy Connect Layer |
433 | RPC Proxy Interface-lag | RPC Proxy Interface Layer |
435 | IP Forward v6-lag | IP Forward v6 Layer |
437 | IP Forward v6 Discard-lag | IP Forward v6 Discard Layer |
445 | Nøkkelmodulgodkjenningslag | Keying Module Authorization Layer |
447 | Name Resolution Cache v4-lag | Name Resolution Cache v4 Layer |
449 | Name Resolution Cache v6-lag | Name Resolution Cache v6 Layer |
451 | ALE Resource Release v4-lag | ALE Resource Release v4 Layer |
453 | ALE Resource Release v6-lag | ALE Resource Release v6 Layer |
455 | ALE Endpoint Closure v4-lag | ALE Endpoint Closure v4 Layer |
457 | ALE Endpoint Closure v6-lag | ALE Endpoint Closure v6 Layer |
459 | ALE Connect Redirect v4-lag | ALE Connect Redirect v4 Layer |
461 | ALE Connect Redirect v6-lag | ALE Connect Redirect v6 Layer |
463 | ALE Bind Redirect v4-lag | ALE Bind Redirect v4 Layer |
465 | ALE Bind Redirect v6-lag | ALE Bind Redirect v6 Layer |
467 | Stream Packet v4-lag | Stream Packet v4 Layer |
469 | Stream Packet v6-lag | Stream Packet v6 Layer |
471 | Innkommende opprinnelig MAC-lag | Inbound Native MAC Layer |
473 | Utgående opprinnelig MAC-lag | Outbound Native MAC Layer |
475 | Ingress vSwitch Ethernet-lag | Ingress vSwitch Ethernet layer |
477 | Egress vSwitch Ethernet-lag | Egress vSwitch Ethernet layer |
479 | Ingress vSwitch Transport v4-lag | Ingress vSwitch Transport v4 layer |
481 | Ingress vSwitch Transport v6-lag | Ingress vSwitch Transport v6 layer |
483 | Egress vSwitch Transport v4-lag | Egress vSwitch Transport v4 layer |
485 | Egress vSwitch Transport v6-lag | Egress vSwitch Transport v6 layer |
487 | Inbound Transport v4-lag, raskt | Inbound Transport v4 Layer fast |
489 | Outbound Transport v4-lag, raskt | Outbound Transport v4 Layer fast |
490 | Innkommende opprinnelig MAC-lag, raskt | Inbound Native MAC Layer fast |
491 | Utgående opprinnelig MAC-lag, raskt | Outbound Native MAC Layer fast |
501 | WFP Built-in Universal-underlag | WFP Built-in Universal Sublayer |
503 | WFP Built-in Legacy IPsec-underlag | WFP Built-in Legacy IPsec Sublayer |
505 | WFP Built-in Secure Socket-lag | WFP Built-in Secure Socket Sublayer |
507 | WFP Built-in TCP Chimney Offload-underlag | WFP Built-in TCP Chimney Offload Sublayer |
509 | WFP Built-in Inspection-underlag | WFP Built-in Inspection Sublayer |
511 | RPC Built-in Audit-underlag | RPC Built-in Audit Sublayer |
513 | WFP Built-in IPsec Tunnel-underlag | WFP Built-in IPsec Tunnel Sublayer |
515 | WFP Built-in Edge-traverseringsunderlag | WFP Built-in Edge Traversal Sublayer |
517 | WFP Built-in IPsec Forward Outbound Tunnel-underlag | WFP Built-in IPsec Forward Outbound Tunnel Sublayer |
519 | WFP Built-in IPsec DoS Protection-underlag | WFP Built-in IPsec DoS Protection Sublayer |
521 | WFP Built-in TCP Templates-underlag | WFP Built-in TCP Templates Sublayer |
522 | Ressursunderlag for WFP Built-in IPsec-sikkerhet | WFP Built-in IPsec Security Realm Sublayer |
601 | Betingelses-ID: %ls Samsvarsverdi: %ls Betingelsesverdi: %ls |
Condition ID: %ls Match value: %ls Condition value: %ls |
602 | Lik | Equal to |
603 | Større enn | Greater than |
604 | Mindre enn | Less than |
605 | Større enn eller lik | Greater than or equal to |
606 | Mindre enn eller lik | Less than or equal to |
607 | I området | In range |
608 | Alle flagg satt | All flags set |
609 | Noen flagg satt | Any flags set |
610 | Ingen flagg satt | No flags set |
611 | Lik (skiller ikke mellom små og store bokstaver) | Equal to (case insensitive) |
613 | Tilsvarer ikke | Not equal to |
614 | Er lik (prefiks) | Equal to (prefix) |
615 | Er ikke lik (prefiks) | Not equal to (prefix) |
701 | WFP Built-in Default Secure Socket AuthIP Policy Provider-kontekst | WFP Built-in Default Secure Socket AuthIP Policy Provider Context |
702 | Authenticated Internet Protocol (AuthIP) hovedmodus for standardpolicy for sikre kontakter. | Authenticated Internet Protocol (AuthIP) main mode default policy for secure sockets. |
703 | WFO Built-in Default Secure Socket IPsec Policy Provider-kontekst | WFP Built-in Default Secure Socket IPsec Policy Provider Context |
704 | Internet Protocol Security (IPsec) hurtigmodus for standardpolicy for sikre kontakter. | Internet Protocol Security (IPsec) quick mode default policy for secure sockets. |
801 | WFP Built-in IPsec Inbound Transport v4-lagforklaring | WFP Built-in IPsec Inbound Transport v4 Layer Callout |
802 | Bekrefter at hver pakke som ventes å ankomme over sikkerhetstilknytningen til en transportmodus, ankommer sikkert. | Verifies that each received packet that is supposed to arrive over a transport mode security association arrives securely. |
803 | WFP Built-in IPsec Inbound Transport v6-lagforklaring | WFP Built-in IPsec Inbound Transport v6 Layer Callout |
804 | Bekrefter at hver mottatt pakke som ventes å ankomme over sikkerhetsmodusen til en transportmodus, ankommer sikkert. | Verifies that each received packet that is supposed to arrive over a transport mode security association arrives securely. |
805 | WFP Built-in IPsec Outbound Transport v4-lagforklaring | WFP Built-in IPsec Outbound Transport v4 Layer Callout |
806 | Angir til IPsec at den utgående trafikken må sikres over sikkerhetstilknytningene til en transportmodus. | Indicates to IPsec the outbound traffic that must be secured over transport mode security associations. |
807 | WFP Built-in IPsec Outbound Transport v6-lagforklaring | WFP Built-in IPsec Outbound Transport v6 Layer Callout |
808 | Angir for IPsec at den utgående trafikken må sikres over sikkerhetstilknytningene til en transportmodus. | Indicates to IPsec the outbound traffic that must be secured over transport mode security associations. |
809 | WFP Built-in IPsec Inbound Tunnel v4-lagforklaring | WFP Built-in IPsec Inbound Tunnel v4 Layer Callout |
810 | Bekrefter at hver mottatt pakke som antas å ankomme over sikkerhetstilknytningen til en tunnelmodus, ankommer sikkert. | Verifies that each received packet that is supposed to arrive over a tunnel mode security association arrives securely. |
811 | WFP Built-in IPsec Inbound Tunnel v6-lagforklaring | WFP Built-in IPsec Inbound Tunnel v6 Layer Callout |
812 | Bekrefter at hver mottatt pakke som antas å ankomme over en sikkerhetstilknytnings tunnelmodus, ankommer sikkert. | Verifies that each received packet that is supposed to arrive over a tunnel mode security association arrives securely. |
813 | WFP Built-in IPsec Outbound Tunnel v4-lagforklaring | WFP Built-in IPsec Outbound Tunnel v4 Layer Callout |
814 | Angir for IPsec den utgående trafikken som må sikres over sikkerhetstilknytningene til en tunnelmodus. | Indicates to IPsec the outbound traffic that must be secured over tunnel mode security associations. |
815 | WFP Built-in IPsec Outbound Tunnel v6-lagforklaring | WFP Built-in IPsec Outbound Tunnel v6 Layer Callout |
817 | WFP Built-in IPsec Forward Inbound Tunnel v4-lagforklaring | WFP Built-in IPsec Forward Inbound Tunnel v4 Layer Callout |
818 | Bekrefter at hver mottatt pakke som skal ankomme over en sikkerhetstilknytnings tunnelmodus, ankommer sikkert. | Verifies that each received packet that is supposed to arrive over a tunnel mode security association arrives securely. |
819 | WFP Built-in IPsec Forward Inbound Tunnel v6-lagforklaring | WFP Built-in IPsec Forward Inbound Tunnel v6 Layer Callout |
821 | WFP Built-in IPsec Forward Outbound Tunnel v4-lagforklaring | WFP Built-in IPsec Forward Outbound Tunnel v4 Layer Callout |
822 | Angir for IPsec den utgående trafikken som må sikres over sikkerhetstilknytningen til en tunnelmodus. | Indicates to IPsec the outbound traffic that must be secured over a tunnel mode security association. |
823 | WFP Built-in IPsec Forward Outbound Tunnel v6-lagforklaring | WFP Built-in IPsec Forward Outbound Tunnel v6 Layer Callout |
825 | WFP Built-in IPsec Inbound Initiate Secure v4-lagforklaring | WFP Built-in IPsec Inbound Initiate Secure v4 Layer Callout |
826 | Bekrefter at hver innkommende tilkobling som skal ankomme sikkert, ankommer sikkert. | Verifies that each incoming connection that is supposed to arrive secure arrives securely. |
827 | WFP Built-in IPsec Inbound Initiate Secure v6-lagforklaring | WFP Built-in IPsec Inbound Initiate Secure v6 Layer Callout |
829 | WFP Built-in IPsec ALE Connect v4-lagforklaring | WFP Built-in IPsec ALE Connect v4 Layer Callout |
830 | Bruker IPsec-policymodifikatorer på klientprogrammer. | Applies IPsec policy modifiers to client applications. |
831 | WFP Built-in IPsec ALE Connect v6-lagforklaring | WFP Built-in IPsec ALE Connect v6 Layer Callout |
833 | WFP Built-in Silent Drop Transport v4 Discard-lagforklaring | WFP Built-in Silent Drop Transport v4 Discard Layer Callout |
834 | Implementerer filtrering i stille modus ved stille å droppe alle innkommende pakker som TCP ikke har et lyttende endepunkt for. | Implements stealth-mode filtering by silently dropping all incoming packets for which TCP does not have a listening endpoint. |
835 | WFP Built-in Transport v6 Discard-lagforklaring | WFP Built-in Silent Drop Transport v6 Discard Layer Callout |
837 | WFP Built-in TCP Chimney Offload ALE Connect v4-lagforklaring | WFP Built-in TCP Chimney Offload ALE Connect v4 Layer Callout |
838 | Aktiverer eller deaktiverer TCP Chimney Offload for hver utgående tilkobling. | Enables or disables TCP Chimney Offload for each outgoing connection. |
839 | WFP Built-in TCP Chimney Offload ALE Connect v6-lagforklaring | WFP Built-in TCP Chimney Offload ALE Connect v6 Layer Callout |
841 | WFP Built-in TCP Chimney Offload ALE Receive/Accept v4-lagforklaring | WFP Built-in TCP Chimney Offload ALE Receive/Accept v4 Layer Callout |
842 | Aktiverer eller deaktiverer TCP Chimney Offload for hver innkommende tilkobling. | Enables or disables TCP Chimney Offload for each incoming connection. |
843 | WFP Built-in TCP Chimney Offload ALE Receive/Accept v6-lagforklaring | WFP Built-in TCP Chimney Offload ALE Receive/Accept v6 Layer Callout |
845 | WFP Built-in Set Option ALE Connect v4-lagforklaring | WFP Built-in Set Option ALE Connect v4 Layer Callout |
846 | Angir klassifiseringsalternativer for utgående flyt. | Sets classify options on outbound flows. |
847 | WFP Built-in Set Option ALE Connect v6-lagforklaring | WFP Built-in Set Option ALE Connect v6 Layer Callout |
849 | WFP Built-in IPsec Inbound Tunnel ALE Receive/Accept v4-lagforklaring | WFP Built-in IPsec Inbound Tunnel ALE Receive/Accept v4 Layer Callout |
850 | Tillater IP-in-IP-pakker i IPsec-tunnelmodus når de blir klassifisert på ALE receive/accept-laget. | Permits IPsec tunnel mode IP-in-IP packets when they get classified at the ALE receive/accept layer. |
851 | WFP Built-in IPsec Inbound Tunnel ALE Receive/Accept v6-lagforklaring | WFP Built-in IPsec Inbound Tunnel ALE Receive/Accept v6 Layer Callout |
853 | WFP Built-in Edge-traversering ALE Resource Assignment v4-lagforklaring | WFP Built-in Edge Traversal ALE Resource Assignment v4 Layer Callout |
854 | Varsler Windows når et program prøver å binde til et grensesnitt og har valgt inn edge-traverseringstrafikk. | Signals Windows when an application is attempting to bind to an interface and has opted in for edge traversing traffic. |
855 | WFP Built-in Edge-traversering ALE Resource Assignment v6-lagforklaring | WFP Built-in Edge Traversal ALE Resource Assignment v6 Layer Callout |
857 | WFP Built-in Edge-traversering ALE Listen v4-lagforklaring | WFP Built-in Edge Traversal ALE Listen v4 Layer Callout |
858 | Signaliserer Windows når et program prøver å lytte på et grensesnitt og har valgt inn for edge-traverseringstrafikk. | Signals Windows when an application is attempting to listen on an interface and has opted in for edge traversing traffic. |
859 | WFP Built-in Edge Traversal ALE Listen v6-lagforklaring | WFP Built-in Edge Traversal ALE Listen v6 Layer Callout |
861 | WFP Built-in IPsec DoS Protection Forward v4-lagforklaring | WFP Built-in IPsec DoS Protection Forward v4 Layer Callout |
862 | Inspeksjonspunkt for IPsec Denial of Service Protection på Forward-lag for å opprette tilstand og forhindre DoS. | Inspection point for IPsec Denial of Service Protection at the forward layer to create state and prevent DoS. |
863 | WFP Built-in IPsec DoS Protection Forward v6-lagforklaring | WFP Built-in IPsec DoS Protection Forward v6 Layer Callout |
865 | WFP Built-in TCP Templates ALE Connect v4-lagforklaring | WFP Built-in TCP Templates ALE Connect v4 Layer Callout |
866 | Bruker TCP-mal for hver utgående tilkobling. | Applies TCP Template for each outgoing connection. |
867 | WFP Built-in TCP Templates ALE Connect v6-lagforklaring | WFP Built-in TCP Templates ALE Connect v6 Layer Callout |
869 | WFP Built-in TCP Templates ALE Receive/Accept v4-lagforklaring | WFP Built-in TCP Templates ALE Receive/Accept v4 Layer Callout |
870 | Bruker TCP-mal for hver innkommende tilkobling. | Applies TCP Template for each incoming connection. |
871 | WFP Built-in TCP Templates ALE Receive/Accept v6-lagforklaring | WFP Built-in TCP Templates ALE Receive/Accept v6 Layer Callout |
873 | WFP Built-in Reserved-forklaring | WFP Built-in Reserved callout |
877 | WFP Built-in Set Option ALE Receive/Accept v4-lagforklaring | WFP Built-in Set Option ALE Receive/Accept v4 Layer Callout |
878 | Angir klassifiseringsalternativer for innkommende flyt. | Sets classify options on inbound flows. |
879 | WFP Built-in Set Option ALE Receive/Accept v6-lagforklaring | WFP Built-in Set Option ALE Receive/Accept v6 Layer Callout |
881 | WFP Built-in Policy Silent Mode ALE Connect v4-lagforklaring | WFP Built-in Policy Silent Mode ALE Connect v4 Layer Callout |
882 | Overvåkings- og loggpolicy for utgående tilkobling. | Audit and log policy for outgoing connection. |
883 | WFP Built-in Policy Silent Mode ALE Connect v6-lagforklaring | WFP Built-in Policy Silent Mode ALE Connect v6 Layer Callout |
885 | WFP Built-in Policy Silent Mode ALE Receive/Accept v4-lagforklaring | WFP Built-in Policy Silent Mode ALE Receive/Accept v4 Layer Callout |
886 | Overvåkings- og loggpolicy for innkommende tilkobling. | Audit and log policy for incoming connection. |
887 | WFP Built-in Policy Silent Mode ALE Receive/Accept v6-lagforklaring | WFP Built-in Policy Silent Mode ALE Receive/Accept v6 Layer Callout |
901 | WFP Built-in IKE Exemption-filter | WFP Built-in IKE Exemption Filter |
902 | Standard unntaksfilter for IKE-trafikk. | Default exemption filter for IKE traffic. |
1001 | Base Filtering Engine | Base Filtering Engine |
1002 | Basis Filtering Engine er en tjeneste som administrerer policyer for brannmur og Internet Protocol-sikkerhet (IPsec), og som implementerer brukermodusfiltrering. Å stoppe eller deaktivere BFE-tjenesten vil redusere systemsikkerheten betydelig. Det vil også føre til en uforutsigbar funksjonalitet i IPsec-administrasjonen og brannmurprogrammer. | The Base Filtering Engine (BFE) is a service that manages firewall and Internet Protocol security (IPsec) policies and implements user mode filtering. Stopping or disabling the BFE service will significantly reduce the security of the system. It will also result in unpredictable behavior in IPsec management and firewall applications. |
1101 | Standard WinPE-policy | Default WinPE Policy |
1201 | Microsoft Corporation | Microsoft Corporation |
1202 | Microsoft Windows WFP Built-in IKEEXT-tilbyder brukt til å identifisere filtre lagt til av IKE/AuthIP. | Microsoft Windows WFP Built-in IKEEXT provider used to identify filters added by IKE/AuthIP. |
1204 | Microsoft Windows WFP Built-in TCP Chimney Offload-tilbyder brukt til å identifisere filtre lagt til av TCP Chimney Offload. | Microsoft Windows WFP Built-in TCP Chimney Offload provider used to identify filters added by TCP Chimney Offload. |
1206 | Microsoft Windows WFP Built-in IPsec DoS Protection-konfigurasjonstilbyder brukt til å identifisere filtre lagt til av IPsec Denial of Service Protection. | Microsoft Windows WFP Built-in IPsec DoS Protection configuration provider used to identify filters added by IPsec Denial of Service Protection. |
1208 | Microsoft Windows WFP Built-in TCP Templates-leverandør brukt til å identifisere filtre lagt til av TCP Template-basert konfigurasjon. | Microsoft Windows WFP Built-in TCP Templates provider used to identify filters added by TCP Template based configuration. |
2002 | Denne oppgaven justerer starttypen for tjenester utløst av brannmur når starttypen for Base Filtering Engine (BFE) deaktiveres. | This task adjusts the start type for firewall-triggered services when the start type of the Base Filtering Engine (BFE) is disabled. |
0x30000000 | Info | Info |
0x50000004 | Informasjon | Information |
0x90000001 | BFE IPsec Connections | BFE IPsec Connections |
0x90000002 | Driftslogg for BFE IPsec-tilkoblinger | BFE IPsec Connections Operational Log |
0xB00007D0 | Ny tilkobling | New Connection |
0xB00007D1 | Tilkobling lukket | Connection Closed |
0xD0000001 | Ingen | None |
0xD0000002 | DH 1 | DH 1 |
0xD0000003 | DH 2 | DH 2 |
0xD0000004 | DH 2048 | DH 2048 |
0xD0000005 | ECDH 256 | ECDH 256 |
0xD0000006 | ECDH 384 | ECDH 384 |
0xD0000007 | DH 14 | DH 14 |
0xD0000008 | DH 24 | DH 24 |
0xD0000009 | Transportmodus | Transport Mode |
0xD000000A | Tunnelmodus | Tunnel Mode |
0xD000000B | PRESHARED_KEY | PRESHARED_KEY |
0xD000000C | CERTIFICATE | CERTIFICATE |
0xD000000D | KERBEROS | KERBEROS |
0xD000000E | ANONYMOUS | ANONYMOUS |
0xD000000F | SSL | SSL |
0xD0000010 | NTLM_V2 | NTLM_V2 |
0xD0000011 | IPV6_CGA | IPV6_CGA |
0xD0000012 | CERTIFICATE_ECDSA_384 | CERTIFICATE_ECDSA_384 |
0xD0000014 | SSL_ECDSA_P256 | SSL_ECDSA_P256 |
0xD0000015 | SSL_ECDSA_P384 | SSL_ECDSA_P384 |
0xD0000016 | EAP | EAP |
0xD0000017 | Max | Max |
File Description: | Base Filtering Engine |
File Version: | 10.0.15063.0 (WinBuild.160101.0800) |
Company Name: | Microsoft Corporation |
Internal Name: | BFE.DLL |
Legal Copyright: | © Microsoft Corporation. Med enerett. |
Original Filename: | BFE.DLL.MUI |
Product Name: | Operativsystemet Microsoft® Windows® |
Product Version: | 10.0.15063.0 |
Translation: | 0x414, 1200 |