While this link is not related to this project or macos, it does highlight another problem introduced by having FUSE atop NFS model… įUSE becomes dependent on an unrelated network file system and its changes. Say we want to implement memory mapping or some other feature that doesn’t map to NFS, well too bad because now everything has to be hacked in terms of NFS packets. Requiring FUSE to be underpinned by NFS further limits what our FUSE file systems can do. This creates a significant overhead over read & write syscalls that typically would have been extremely efficient with a kernel driver that can read/write process memory directly. This necessitates the generation, buffering, and parsing of TCP packets. KERNEL->NFS DRIVER->TCP SOCKET->FUSE NFS SERVER EMULATION->USER SPACE FILE SYSTEM Moving the FUSE driver into userspace is a hack at best and it looks like this: KERNEL->FUSE KERNEL DRIVER->USER SPACE FILE SYSTEM However barring an official apple implementation of FUSE, the next best thing would be a 3rd party kernel implementation as follows: Ideally there would be a direct path from the FUSE API to the kernel, maybe even one implemented by apple themselves. But now consider how FUSE itself needs to be implemented to hook up file systems into the OS. All FUSE file systems will be implemented in userspace using this API. The entire goal is to create a userspace API for file systems. Take a step back and think about what FUSE does in the first place. In this case it is clearly the better solution: this should not be in the kernel-space. Registrant State/Province: CA Registrant Country: US Name Server: .UK Name Server: Name Server: Name Server: Name Server: the same functionality but actually faster, better support for file-locks and better stability. Registrar IANA ID: 292 Registrar Abuse Contact Email: Registrar Abuse Contact Phone: +1.2083895740 Reseller: Domain Status: clientDeleteProhibited Domain Status: clientTransferProhibited Domain Status: clientUpdateProhibited Registrant Organization: GitHub, Inc. #ĭomain Name: GITHUB.IO Registry Domain ID: D503300000040351827-LRMS Registrar WHOIS Server: Registrar URL: Updated Date: Creation Date: Registry Expiry Date: Registrar Registration Expiration Date: Registrar: MarkMonitor Inc. # ASNumber: 54113 ASName: FASTLY ASHandle: AS54113 RegDate: Updated: Comment: Ref: OrgName: Fastly OrgId: SKYCA-3 Address: PO Box 78266 City: San Francisco StateProv: CA PostalCode: 94107 Country: US RegDate: Updated: Ref: OrgNOCHandle: FNO19-ARIN OrgNOCName: Fastly Network Operations OrgNOCPhone: +1-41 OrgNOCEmail: OrgNOCRef: OrgTechHandle: FRA19-ARIN OrgTechName: Fastly RIR Administrator OrgTechPhone: +1-41 OrgTechEmail: OrgTechRef: OrgAbuseHandle: ABUSE4771-ARIN OrgAbuseName: Abuse Account OrgAbusePhone: +1-41 OrgAbuseEmail: OrgAbuseRef: # ARIN WHOIS data and services are subject to the Terms of Use # available at: # If you see inaccuracies in the results, please report at # Copyright 1997-2018, American Registry for Internet Numbers, Ltd. # ARIN WHOIS data and services are subject to the Terms of Use # available at: # If you see inaccuracies in the results, please report at # Copyright 1997-2018, American Registry for Internet Numbers, Ltd. ![]() Relying Google MobileFriendly test is well optimized for mobile and tablet devices. In accordance with Google Safe Browsing, Google Safe Search, Symantec and Web of Trust is pretty a safe domain. ![]() Check the list of websites using SSL certificates issued by DigiCert Inc. Click “Refresh” button for SSL Information at the Safety Information section. The last verification results, performed on (June 02, 2021) show that has an expired SSL certificate issued by DigiCert Inc (expired on April 14, 2022). Each visitor makes around 1.18 page views on average.īy Alexa's traffic estimates placed at 37,132 position over the world, while the largest amount of its visitors comes from United States, where it takes 164,492 place. traffic volume is 3,102 unique daily visitors and their 3,412 pageviews.
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