HOWTO Setup WebDAV on Mac OS X Leopard for syncing OmniFocus to iPhone - Manas Tungare
by karlcowto run a WebDAV server on Mac OS X 10.5
to run a WebDAV server on Mac OS X 10.5
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JLAN est une implémentation serveur des protocoles CIFS, FTP, et NFS, en Java. JLAN est un projet déjà ancien, et son développeur a rejoint Alfresco en 2005. Jusque là le projet était noyé dans Alfresco, et non disponible de façon indépendante (il fallait l'extraire soi-même des sources). Un gros travail d'amélioration a été fait depuis la version 3.5, en particulier l'ajout du support du protocole NFS, et le moment était donc venu de lui rendre son indépendance. La licence est la GPLv2, comme pour le reste d'Alfresco.
Cosmo is a calendar server. With your favorite calendar program (Chandler, Apple iCal, Mozilla Sunbird, or any other WebDAV or CalDAV enabled client), you can share your calendar with other people by publishing it to Cosmo. Once your calendar is stored on the server, you can give permission for others to subscribe to it, and even modify it if their calendar client allows.
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Shows how a .NET based WebDAV server can be created by combining two open source projects. The example implementation returns files from a file system but you can extend it to return resources from any repository.
]]>How to secure WebDAV with SSL for encryption and WIKID for two-factor authentication. Creates a highly secure drag-and-drop interface for Mac, Wndows & Linux to a webdav resource.
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]]>Naja is a download manager and a website grabber. You can add some plugins (newsreader, FTP client and WebDAV client) and take control of your downloads from your office.
Vous utilisez sans doute des espaces de stockage gratuits. Personnellement je suis adepte de Box.net et esnips . Savez-vous que vous pouvez gérer votre espace Box.net grâce au protocole WebDAV ? C'est ce que j'ai découvert sur Techie buzz et me propose de vous donner ici une explication simple et en français du «comment faire ?»
MacFUSE implements a mechanism that makes it possible to implement a fully functional file system in a user-space program on Mac OS X (10.4 and above). It aims to be API-compliant with the FUSE (File-system in USErspace) mechanism that originated on Linux. Therefore, many existing FUSE file systems become readily usable on Mac OS X. The core of MacFUSE is in a dynamically loadable kernel extension. How FUSE-compliant is MacFUSE? Well, enough so that many popular FUSE file systems can be easily compiled and work on Mac OS X--often out of the box. Examples of file systems that work have been tested (to varying degrees) include sshfs, ntfs-3g (read/write NTFS), ftpfs (read/write FTP), wdfs (WebDAV), cryptofs, encfs, bindfs, unionfs, beaglefs (yes, including the entire Beagle paraphernalia), and so on. Besides making many existing FUSE file systems available on Mac OS X, MacFUSE opens up a whole new set of opportunities for Macintosh developers, who can now put intuitive and innovative interfaces around all kinds of information.