A FUSE application which provides access to hubiC's cloud files via a mount-point.
This version contains support for DLO, symlinks and support to see other tenant's containers.
Those features are coming from https://github.com/LabAdvComp/cloudfuse
You'll need libcurl, fuse, libssl, and libxml2 (and probably their development packages) installed to build it.
For CentOS and other RedHat-based systems:
yum install gcc make fuse-devel curl-devel libxml2-devel \
openssl-devel json-c-devel file-devel
PKG_CONFIG_PATH=/lib64/pkgconfig ./configure
For Debian GNU/Linux and Ubuntu:
sudo apt install gcc make curl libfuse-dev pkg-config \
libcurl4-openssl-dev libxml2-dev libssl-dev libjson-c-dev libmagic-dev
./configure
Then just compile and install:
make
sudo make install
Your hubiC Cloud configuration can be placed in a file named $HOME/.hubicfuse.
All the following variables are required:
client_id=[hubiC client id for the registered application]
client_secret=[hubiC client secret for the registered application]
refresh_token=[A refresh token you got from the script]
Optional variables:
get_extended_metadata=[true/false, force download of additional file metadata like atime and mtime on first directory list]
curl_verbose=[true/false, enable verbose output for curl HTTP requests]
curl_progress_state=[true/false, enable verbose progress output for curl HTTP requests. Used for debugging.]
cache_statfs_timeout=[value in seconds, large timeout increases the file access speed]
debug_level=[0 default, 1 extremely verbose for debugging purposes]
enable_chmod=[true/false, false by default, still experimental feature]
enable_chown=[true/false, false by default, still experimental feature]
client_id and client_secret can be retrieved from
the hubiC web interface
The refresh_token can be obtained running the script provided (hubic_token)
or with any other method you like if you follow the example at https://api.hubic.com/
Then you can call hubicfuse:
sudo hubicfuse /mnt/hubic -o noauto_cache,sync_read,allow_other
And finaly, it can be set in /etc/fstab:
hubicfuse /mnt/hubic fuse user,noauto 0 0
It also inherits a number of command-line arguments and mount options from the Fuse framework. The "-h" argument should provide a summary.
It is also possible to pass a custom hubicfuse settings file so that it is possible to mount multiple hubiC accounts:
sudo hubicfuse /mnt/hubic1 -o noauto_cache,sync_read,allow_other,settings_filename=/root/hubic/account1.settings
sudo hubicfuse /mnt/hubic2 -o noauto_cache,sync_read,allow_other,settings_filename=/root/hubic/account2.settings
And finaly, in /etc/fstab :
hubicfuse /mnt/hubic1 fuse user,noauto,settings_filename=/root/hubic/account1.settings 0 0
hubicfuse /mnt/hubic2 fuse user,noauto,settings_filename=/root/hubic/account2.settings 0 0
Add the user into the fuse group:
sudo usermod -a -G fuse [username]
Mount using the above command without the sudo. The .hubicfuse file is searched in the user's home.
To unmount use:
fusermount -u [chemin]
hubiC protocol has no support for renaming. So be sure to use the
--inplace option to avoid a second upload for every uploaded object.
* A segment size is limited to 5Gb (this is not hubicfuse limit, but hubiC implementation).
So segment_above should never exceed 5Gb.
* rename() doesn't work on directories (and probably never will).
* When reading and writing files, it buffers them in a local temp file.
* It keeps an in-memory cache of the directory structure, so it may not be
usable for large file systems. Also, files added by other applications
will not show up until the cache expires.
* The root directory can only contain directories, as these are mapped to
containers in cloudfiles.
* Directory entries are created as empty files with the content-type
"application/directory".
* Cloud Files limits container and object listings to 10,000 items.
cloudfuse won't list more than that many files in a single directory.
* File copy progress when uploading does not work, progress is shown when
file is copied in local cache, then upload operation happens at 100%
* Support for atime, mtime, chmod, chown.
* Large files (segmented) have correct size listed (was 0 before).
* Multiple speed improvements, minimised the number of HTTP calls and added more caching features.
* Fixed many segmentation faults.
* Cached files are deleted on cache expiration when using a custom temp folder.
* Files copied have attributes preserved.
* Working well with rsync due to mtime support and proper copy operations.
* Debugging support for http progress (track upload / download speed etc.)
* Reduced traffic, skips file uploads to cloud if content does not change (using md5sum compare)
* Major code refactoring, code documentation, extensive debugging, additional config options
* Support for custom hubicfuse settings file in order to mount multiple accounts
AWESOME CONTRIBUTORS
* Pascal Obry https://github.com/TurboGit
* Tim Dysinger https://github.com/dysinger
* Chris Wedgwood https://github.com/cwedgwood
* Nick Craig-Wood https://github.com/ncw
* Dillon Amburgey https://github.com/dillona
* Manfred Touron https://github.com/moul
* David Brownlee https://github.com/abs0
* Mike Lundy https://github.com/novas0x2a
* justinb https://github.com/justinsb
* Matt Greenway https://github.com/LabAdvComp
* Dan Cristian https://github.com/dan-cristian
* Nicolas Cailleaux https://github.com/nikokio
Thanks, and I hope you find it useful.
Pascal Obry pascal@obry.net