A bit later I can provide signed binary build for osx. Contact and Inquiry Career Investor Relations. Swordfish III for Mac. 4,027 downloads Updated: July 16, 2018 Trial. Description Free Download. Mac OS X 10.7 or later (Intel only) file size: 109.2 MB. Moved shell script for command line processing out of Swordfish.app on Mac OS X. Fixes: Fixed display of BiDi languages on Mac OS X. Fixed XSL transformations of files with spaces in their names. Version 3.2-0 - June 27, 2014. Swordfish are a type of fish that can be obtained by cooking a raw swordfish on a fire or cooking range, requiring level 45 Cooking and granting 140 experience when successful. Players may burn a swordfish while cooking one, resulting in a burnt swordfish. The burn rate while cooking these will decrease as players reach higher Cooking levels, and at level 80 for a range or 86 for a fire, they.
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PREV16789101112HFS+ on Mac OS X supports volume-level quotas based on user and group IDs. The corresponding quota file names are .quota.user and .quota.group. These files reside in the file system's root directory. Each file contains a header, followed by a hash table of structures specifying various quota limits and usage values for user or group IDs.
To enable disk quotas on Mac OS X systems, we need to create .quota.ops.user (or .quota.ops.group) within the file system's root directory. For my example here, I'm using my MacBook Pro with a single partition.
At this point, disk quotas have been enabled, but there's currently no policy in place to enforce.
Once disk quotas have been enabled, we can set limits for our users. For this example, I've created a user, test, to test quotas.
We can edit user quotas with the edquota command. edquota has many options, see the man page for a complete description. For our uses, we're going to use the -u (user) option, followed by a user name.
You will get a vi session with a temp file opened for editing. In our example, after running the above command, we have the following on our screen:
While this isn't a vi how-to, I'll try to walk you through a bit so you can get your quotas defined. What we want to change in this file is the number (currently 0 for both) for hard and soft limits. Once vi has opened, press the i key to enable insert mode. You should now be able to use your arrow keys and change the values as you see fit. Once you're done editing the file, press ESCAPE and then :wq<enter> to quit and save your changes.
You can set both hard and soft limits. Hard limits are limits which are not allowed to be bypassed. The user, once reaching the hard limit, will be informed that there is no longer any space available on the disk.
Soft limits are able to be bypassed, temporarily. Users are permitted to exceed their soft limits for a grace period that may be specified per filesystem. Once the grace period has expired, the soft limit is enforced as a hard limit. Use the command edquota -t to change the grace period.
For reference, inodes are files on the file system. Each and every file gets a single inode. Hard and soft links each get their own inode, even though they point to another file. They are files, themselves.
As mentioned above, there is a configurable grace period for soft quota limits. Section 8 of the manual for edquota mentions the default limit is set in /usr/include/sys/quota.h. That file doesn't exist on most default-installed Macs, so I'll tell you it's 1 week. The noted lines from this file are as follows:
You can change this default with the edquota command. Use the -t option to edit the grace period. When invoked, this command will give you, similar to above, a vi session will open, with the file to be configured. (See above for basic instruction on how to use vi.) From the edquota man page:
The grace period
may be specified in days, hours, minutes, or seconds. Setting a grace period to zero indicates that the default grace period should be imposed. Setting a grace period to one second indicates that no grace period should be granted.
Only changes to the numbers following block grace period or file grace period will have any affect. To change grace period for groups, make certain to specify -g on the command line with -t.
Setting a file number limit is easily bypassed with disk images. A disk image, itself, uses only one inode, regardless of how many files it contains, or how large it grows. The file number limit can be useful for daemon users and such which may pose a risk to overflowing your file systems with files such as logs or core dumps.
More information on HFS+ can be found at http://en.wikipedia.org/wiki/Hierarchical_File_System