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Solaris packaging tools 1.2.1
PkgTools are a set of utilities which are used to aid in the building of native Solaris packages. more>>
PkgTools are a set of utilities which are used to aid in the building of native Solaris packages. There are five separate utilities which are used to build packages, prepare a chroot() environment to install software into prior to building a package, copy package control scripts into place, a tool to aid in the starting of new projects, and a tool to check that packages are installed correctly.
Currently there are four tools in this set:
build-pkg
This is used to actually build the Solaris package, calling chroot-install if required.
chroot-install
A utility which creates an environment suitable for calling chroot() on and allowing the user to install software into it.
proj-template
A utility which asks the user questions and then copies files and directories from a specified template directory and performs macro expansion on them. This is designed to aid in the initial setup of the home directory of a new project.
simple-proj
A very similar utility to proj-template. However it does not ask questions and only deals with the setting up of a simple InstallPackage. This is useful when dealing with 3rd party software which just needs to have a number of package control scripts put into the package.
check-pkg
A utility which can be used to check to see if packages are installed correctly. It can also be given a pathname to check on which packages said pathname is a part of.
It should be noted that simple-proj is really proj-template wearing a different hat.
<<lessCurrently there are four tools in this set:
build-pkg
This is used to actually build the Solaris package, calling chroot-install if required.
chroot-install
A utility which creates an environment suitable for calling chroot() on and allowing the user to install software into it.
proj-template
A utility which asks the user questions and then copies files and directories from a specified template directory and performs macro expansion on them. This is designed to aid in the initial setup of the home directory of a new project.
simple-proj
A very similar utility to proj-template. However it does not ask questions and only deals with the setting up of a simple InstallPackage. This is useful when dealing with 3rd party software which just needs to have a number of package control scripts put into the package.
check-pkg
A utility which can be used to check to see if packages are installed correctly. It can also be given a pathname to check on which packages said pathname is a part of.
It should be noted that simple-proj is really proj-template wearing a different hat.
Download (0.14MB)
Added: 2005-11-18 License: BSD License Price:
1435 downloads
Solaris::Kstat 0.05a
Solaris::Kstat is a Perl module to access Solaris Kstats from Perl. more>>
Solaris::Kstat is a Perl module to access Solaris Kstats from Perl.
SYNOPSIS
use Solaris::Kstat;
my $kstat = Solaris::Kstat->new();
my ($usr1, $sys1, $wio1, $idle1) =
@{$kstat->{cpu_stat}{0}{cpu_stat0}}{qw(user kernel wait idle)};
print("usr sys wio idlen");
while (1)
{
sleep 5;
if ($kstat->update()) { print("Configuration changedn"); }
my ($usr2, $sys2, $wio2, $idle2) =
@{$kstat->{cpu_stat}{0}{cpu_stat0}}{qw(user kernel wait idle)};
printf(" %.2d %.2d %.2d %.2dn",
($usr2 - $usr1) / 5, ($sys2 - $sys1) / 5,
($wio2 - $wio1) / 5, ($idle2 - $idle1) / 5);
$usr1 = $usr2; $sys1 = $sys2; $wio1 = $wio2; $idle1 = $idle2;
}
This module provides a tied hash interface to the Solaris kstats library. The kstats library allows you to get access to all the stats used by sar, iostat, vmstat etc, plus a lot of others that arent accessible through the usual utilities.
Solaris categorises statistics using a 3-part key - module, instance and name. For example, the root disk stats can be found under sd.0.sd0, and the cpu statistics can be found under cpu_stat.0.cpu_stat0, as in the above example. The method Solaris::Kstats-new()> creates a new 3-layer tree of perl hashes with exactly the same structure - i.e. the stats for disk 0 can be accessed as $ks-{sd}{0}{sd0}>. The bottom (4th) layer is a tied hash used to hold the individual statistics values for a particular system resource.
Creating a Solaris::Kstat object doesnt actually read all the possible statistics in, as this would be horribly slow and inefficient. Instead it creates a 3-layer structure as described above, and only reads in the individual statistics as you reference them. For example, accessing $ks-{sd}{0}{sd0}{reads} will read in all the statistics for sd0, including writes, bytes read/written, service times etc. Once you have accessed a bottom level statitics value, calling $ks->update() will automatically update all the individual values of any statistics that you have accessed.
Note that there are two values per bottom-level hash that can be read without causing the full set of statistics to be read from the kernel. These are "class" which is the kstat class of the statistics and "crtime" which is the time that the kstat was created. See kstat(3K) for full details of these fields.
<<lessSYNOPSIS
use Solaris::Kstat;
my $kstat = Solaris::Kstat->new();
my ($usr1, $sys1, $wio1, $idle1) =
@{$kstat->{cpu_stat}{0}{cpu_stat0}}{qw(user kernel wait idle)};
print("usr sys wio idlen");
while (1)
{
sleep 5;
if ($kstat->update()) { print("Configuration changedn"); }
my ($usr2, $sys2, $wio2, $idle2) =
@{$kstat->{cpu_stat}{0}{cpu_stat0}}{qw(user kernel wait idle)};
printf(" %.2d %.2d %.2d %.2dn",
($usr2 - $usr1) / 5, ($sys2 - $sys1) / 5,
($wio2 - $wio1) / 5, ($idle2 - $idle1) / 5);
$usr1 = $usr2; $sys1 = $sys2; $wio1 = $wio2; $idle1 = $idle2;
}
This module provides a tied hash interface to the Solaris kstats library. The kstats library allows you to get access to all the stats used by sar, iostat, vmstat etc, plus a lot of others that arent accessible through the usual utilities.
Solaris categorises statistics using a 3-part key - module, instance and name. For example, the root disk stats can be found under sd.0.sd0, and the cpu statistics can be found under cpu_stat.0.cpu_stat0, as in the above example. The method Solaris::Kstats-new()> creates a new 3-layer tree of perl hashes with exactly the same structure - i.e. the stats for disk 0 can be accessed as $ks-{sd}{0}{sd0}>. The bottom (4th) layer is a tied hash used to hold the individual statistics values for a particular system resource.
Creating a Solaris::Kstat object doesnt actually read all the possible statistics in, as this would be horribly slow and inefficient. Instead it creates a 3-layer structure as described above, and only reads in the individual statistics as you reference them. For example, accessing $ks-{sd}{0}{sd0}{reads} will read in all the statistics for sd0, including writes, bytes read/written, service times etc. Once you have accessed a bottom level statitics value, calling $ks->update() will automatically update all the individual values of any statistics that you have accessed.
Note that there are two values per bottom-level hash that can be read without causing the full set of statistics to be read from the kernel. These are "class" which is the kstat class of the statistics and "crtime" which is the time that the kstat was created. See kstat(3K) for full details of these fields.
Download (0.024MB)
Added: 2007-06-13 License: Perl Artistic License Price:
867 downloads
Sun::Solaris::Privilege 1.2
Sun::Solaris::Privilege is a Perl interface to Privileges. more>>
Sun::Solaris::Privilege is a Perl interface to Privileges.
SYNOPSIS
use Sun::Solaris::Privilege qw(:ALL);
This module provides wrappers for the Privilege-related system and library calls. Also provided are constants from the various Privilege-related headers and dynamically generated constants for all the privileges and privilege sets.
Functions
getppriv($which)
This function returns the process privilege set specified by $which.
setppriv($op, $which, $set)
This function modified the privilege set specified by $which in the as specified by the $op and $set arguments. If $op is PRIV_ON the privileges in $set are added to the set specified; if $op is PRIV_OFF, the privileges in $set are removed from the set specified; if $op is PRIV_SET, the specified set is made equal to $set.
getpflags($flag)
Returns the value associated with process $flag or undef on error. Possible values for $flag are PRIV_AWARE and PRIV_DEBUG.
setppflags($flag, $val)
Sets the process flag $flag to $val.
priv_fillset()
This returns a new privilege set with all privileges set.
priv_emptyset()
This returns a new empty privilege set.
priv_isemptyset($set)
This function returns whether $set is empty or not.
priv_isfullset($set)
This function returns whether $set is full or not.
priv_isequalset($a, $b)
This function returns whether sets $a and $b are equal.
priv_issubset($a, $b)
This function returns whether set $a is a subset of $b.
priv_ismember($set, $priv)
This function returns whether $priv is a member of $set.
priv_ineffect($priv)
This function returned whether $priv is in the process effective set.
priv_intersect($a, $b)
This function returns a new privilege set which is the intersection of $a and $b
priv_union($a, $b)
This function returns a new privilege set which is the union of $a and $b
priv_inverse($a)
This function returns a new privilege set which is the inverse of $a.
priv_addset($set, $priv)
This functon adds the privilege $priv to $set.
priv_copyset($a)
This function returns a copy of the privilege set $a.
priv_delset($set, $priv)
This function remove the privilege $priv from $set.
<<lessSYNOPSIS
use Sun::Solaris::Privilege qw(:ALL);
This module provides wrappers for the Privilege-related system and library calls. Also provided are constants from the various Privilege-related headers and dynamically generated constants for all the privileges and privilege sets.
Functions
getppriv($which)
This function returns the process privilege set specified by $which.
setppriv($op, $which, $set)
This function modified the privilege set specified by $which in the as specified by the $op and $set arguments. If $op is PRIV_ON the privileges in $set are added to the set specified; if $op is PRIV_OFF, the privileges in $set are removed from the set specified; if $op is PRIV_SET, the specified set is made equal to $set.
getpflags($flag)
Returns the value associated with process $flag or undef on error. Possible values for $flag are PRIV_AWARE and PRIV_DEBUG.
setppflags($flag, $val)
Sets the process flag $flag to $val.
priv_fillset()
This returns a new privilege set with all privileges set.
priv_emptyset()
This returns a new empty privilege set.
priv_isemptyset($set)
This function returns whether $set is empty or not.
priv_isfullset($set)
This function returns whether $set is full or not.
priv_isequalset($a, $b)
This function returns whether sets $a and $b are equal.
priv_issubset($a, $b)
This function returns whether set $a is a subset of $b.
priv_ismember($set, $priv)
This function returns whether $priv is a member of $set.
priv_ineffect($priv)
This function returned whether $priv is in the process effective set.
priv_intersect($a, $b)
This function returns a new privilege set which is the intersection of $a and $b
priv_union($a, $b)
This function returns a new privilege set which is the union of $a and $b
priv_inverse($a)
This function returns a new privilege set which is the inverse of $a.
priv_addset($set, $priv)
This functon adds the privilege $priv to $set.
priv_copyset($a)
This function returns a copy of the privilege set $a.
priv_delset($set, $priv)
This function remove the privilege $priv from $set.
Download (0.006MB)
Added: 2007-04-13 License: Perl Artistic License Price:
924 downloads
Solaris::MapDev 0.05a
Solaris::MapDev Perl module contains a map between instance numbers and device names. more>>
Solaris::MapDev Perl module contains a map between instance numbers and device names.
SYNOPSIS
use Solaris::MapDev qw(inst_to_dev dev_to_inst);
my $disk = inst_to_dev("sd0");
my $nfs = inst_to_dev("nfs123");
my $inst = dev_to_inst("c0t0d0s0");
mapdev_data_files(path_to_inst => "/copy/of/a/path_to_inst",
mnttab => "/copy/of/a/mnttab",
dev_ls => { "/dev/rdsk" => "ls-lR/of/dev_dsk",
"/dev/rmt" => "ls-lR/of/dev_rmt" });
my $tape = inst_to_dev("st1");
This module maps both ways between device instance names (e.g. sd0) and /dev entries (e.g. c0t0d0). Vanilla SCSI disks, SSA disks, A1000, A3000, A3500 and A5000 disks are all catered for, as are tape devices and NFS mounts.
FUNCTIONS
inst_to_dev($inst)
Return the device name name given the instance name
dev_to_inst($dev)
Return the instance name given the device name
get_inst_names
Return a sorted list of all the instance names
get_dev_names
Return a sorted list of all the device names
mapdev_data_files
This tells mapdev to use data held in copies of the real datafiles, rather than the current "live" files on the system. This is useful for example when examining explorer output. A list of key-value pairs is expected as the arguments. Valid keys-value pairs are:
path_to_inst => "/copy/of/a/path_to_inst",
A valid path_to_inst file. This is mandatory.
mnttab => "/copy/of/a/mnttab",
A valid /etc/mnttab file. This is optional - if not
specified, no information on NFS devices will be displayed.
dev_ls => { "/dir/path" => "/ls-lR/of/dir/path",
... });
A hash containing path/datafile pairs. The paths should
be one of /dev/rdsk, /dev/osa/rdsk, /dev/osa/dev/rdsk or
/dev/rmt. The datafiles should be the output of a "ls -l"
of the specified directory. A single file containing a
recursive "ls -Rl" of /dev is also acceptable.
mapdev_system_files
This tells mapdev to revert to using the current "live" datafiles on the system - see "mapdev_data_files()"
<<lessSYNOPSIS
use Solaris::MapDev qw(inst_to_dev dev_to_inst);
my $disk = inst_to_dev("sd0");
my $nfs = inst_to_dev("nfs123");
my $inst = dev_to_inst("c0t0d0s0");
mapdev_data_files(path_to_inst => "/copy/of/a/path_to_inst",
mnttab => "/copy/of/a/mnttab",
dev_ls => { "/dev/rdsk" => "ls-lR/of/dev_dsk",
"/dev/rmt" => "ls-lR/of/dev_rmt" });
my $tape = inst_to_dev("st1");
This module maps both ways between device instance names (e.g. sd0) and /dev entries (e.g. c0t0d0). Vanilla SCSI disks, SSA disks, A1000, A3000, A3500 and A5000 disks are all catered for, as are tape devices and NFS mounts.
FUNCTIONS
inst_to_dev($inst)
Return the device name name given the instance name
dev_to_inst($dev)
Return the instance name given the device name
get_inst_names
Return a sorted list of all the instance names
get_dev_names
Return a sorted list of all the device names
mapdev_data_files
This tells mapdev to use data held in copies of the real datafiles, rather than the current "live" files on the system. This is useful for example when examining explorer output. A list of key-value pairs is expected as the arguments. Valid keys-value pairs are:
path_to_inst => "/copy/of/a/path_to_inst",
A valid path_to_inst file. This is mandatory.
mnttab => "/copy/of/a/mnttab",
A valid /etc/mnttab file. This is optional - if not
specified, no information on NFS devices will be displayed.
dev_ls => { "/dir/path" => "/ls-lR/of/dir/path",
... });
A hash containing path/datafile pairs. The paths should
be one of /dev/rdsk, /dev/osa/rdsk, /dev/osa/dev/rdsk or
/dev/rmt. The datafiles should be the output of a "ls -l"
of the specified directory. A single file containing a
recursive "ls -Rl" of /dev is also acceptable.
mapdev_system_files
This tells mapdev to revert to using the current "live" datafiles on the system - see "mapdev_data_files()"
Download (0.024MB)
Added: 2007-06-13 License: GPL (GNU General Public License) Price:
865 downloads
Sun::Solaris::Task 1.2
Sun::Solaris::Task is a Perl interface to Tasks. more>>
Sun::Solaris::Task is a Perl interface to Tasks.
SYNOPSIS
use Sun::Solaris::Task qw(:ALL);
my $taskid = gettaskid();
This module provides wrappers for the gettaskid(2) and settaskid(2) system calls.
Constants
TASK_NORMAL, TASK_FINAL.
Functions
settaskid($project, $flags)
The $project parameter must be a valid project ID and the $flags parameter must be TASK_NORMAL or TASK_FINAL. The parameters are passed through directly to the underlying settaskid() system call. The new task ID is returned if the call succeeds. On failure -1 is returned.
gettaskid()
This function returns the numeric task ID of the calling process, or undef if the underlying gettaskid() system call is unsuccessful.
Exports
By default nothing is exported from this module. The following tags can be used to selectively import constants and functions defined in this module:
:SYSCALLS settaskid() and gettaskid()
:CONSTANTS TASK_NORMAL and TASK_FINAL
:ALL :SYSCALLS and :CONSTANTS
<<lessSYNOPSIS
use Sun::Solaris::Task qw(:ALL);
my $taskid = gettaskid();
This module provides wrappers for the gettaskid(2) and settaskid(2) system calls.
Constants
TASK_NORMAL, TASK_FINAL.
Functions
settaskid($project, $flags)
The $project parameter must be a valid project ID and the $flags parameter must be TASK_NORMAL or TASK_FINAL. The parameters are passed through directly to the underlying settaskid() system call. The new task ID is returned if the call succeeds. On failure -1 is returned.
gettaskid()
This function returns the numeric task ID of the calling process, or undef if the underlying gettaskid() system call is unsuccessful.
Exports
By default nothing is exported from this module. The following tags can be used to selectively import constants and functions defined in this module:
:SYSCALLS settaskid() and gettaskid()
:CONSTANTS TASK_NORMAL and TASK_FINAL
:ALL :SYSCALLS and :CONSTANTS
Download (0.003MB)
Added: 2007-04-13 License: Perl Artistic License Price:
930 downloads
Solaris::Disk::SVM::Graph 0.03
Solaris::Disk::SVM::Graph is a Perl module for graph your Solaris Volume Manager configurations. more>>
Solaris::Disk::SVM::Graph is a Perl module for graph your Solaris Volume Manager configurations.
SYNOPSIS
my $graph = Solaris::Disk::SVM::Graph->new(
sourcedir => path/to/dir, # path to SVM config files,
# see Solaris::Disk::SVM for details
fontname => fontname,
fontsize => fontsize,
);
$graph->output(); # output the whole SVM config to svm.png
# output whole configuration
$graph->output(
output => /path/to/image.svg,
# format deduced from file name, if format
# is not present
format => png, # or anything accepted by GraphViz,
# extension will be appended to output filename
);
# output one device
$graph->output( objects => d10 ); # d10 object with sub-devices to d10.png
# output many devices on same graph
$graph->output( objects => [ d10, d11 ] );
# output one device specifying output file name & format
$graph->output(
objects => d10
output => /path/to/image.svg,
format => png,
);
<<lessSYNOPSIS
my $graph = Solaris::Disk::SVM::Graph->new(
sourcedir => path/to/dir, # path to SVM config files,
# see Solaris::Disk::SVM for details
fontname => fontname,
fontsize => fontsize,
);
$graph->output(); # output the whole SVM config to svm.png
# output whole configuration
$graph->output(
output => /path/to/image.svg,
# format deduced from file name, if format
# is not present
format => png, # or anything accepted by GraphViz,
# extension will be appended to output filename
);
# output one device
$graph->output( objects => d10 ); # d10 object with sub-devices to d10.png
# output many devices on same graph
$graph->output( objects => [ d10, d11 ] );
# output one device specifying output file name & format
$graph->output(
objects => d10
output => /path/to/image.svg,
format => png,
);
Download (0.011MB)
Added: 2006-08-25 License: Perl Artistic License Price:
1156 downloads
Memory Allocation Checker 0.2.1
Memcheck provides the ability to fault on pointer overrun or freed pointer deference. more>>
Memcheck provides the ability to fault on pointer overrun (read or write) or freed pointer deference (read or write), logs double free and realloc of already freed pointers and memory not freed on exit, checks for pointer underrun on free and realloc, optionally reverses the behavior of overrun and underrun, "churns" reallocations to always return a different pointer, and logs pointer overruns instead of faulting.
It has a very small performance impact, with the tradeoff of a large memory footprint. It includes a validation test suite to verify correctness of the library. It is tested on a variety of architectures, including Alpha, ARM, HPPA, PPC, ix86, IA64, rs6000, S390, SPARC, and SPARC64.
It is tested on a variety of platforms, including OSF, FreeBSD, NetBSD, OpenBSD, Linux, HP/UX, Mac OSX, AIX, SCO, and Solaris.
Enhancements:
- Some missing backtraces were fixed.
- An atexit replacement was implemented to catch allocations that are freed by previously installed atexit handlers.
- Deeper backtraces are stored, and internal recursions are handled.
<<lessIt has a very small performance impact, with the tradeoff of a large memory footprint. It includes a validation test suite to verify correctness of the library. It is tested on a variety of architectures, including Alpha, ARM, HPPA, PPC, ix86, IA64, rs6000, S390, SPARC, and SPARC64.
It is tested on a variety of platforms, including OSF, FreeBSD, NetBSD, OpenBSD, Linux, HP/UX, Mac OSX, AIX, SCO, and Solaris.
Enhancements:
- Some missing backtraces were fixed.
- An atexit replacement was implemented to catch allocations that are freed by previously installed atexit handlers.
- Deeper backtraces are stored, and internal recursions are handled.
Download (0.32MB)
Added: 2006-07-11 License: GPL (GNU General Public License) Price:
1208 downloads
Very Strange Tunneling Tool 0.5.0
Very Strange Tunneling Tool (VSST) is a multi-protocol tunneling tool. more>>
Very Strange Tunneling Tool (VSST) is a multi-protocol tunneling tool. It accepts input by TCP stream sockets and FIFOs, and can send data via TCP, POP3, and ICMP tunneling.
HOW TO COMPILE
Run the following command:
OS | COMMAND
-----------------------
linux+bsd | make
solaris | make solaris[2]
other unix| try both :-)[1]
[1]: Give me root access to your box and I will port it. Im interested in porting vstt to Solaris x86, Solaris sparc, SGI IRIX, AIX, ...
[2]: Never tested since the hardware of my Solaris box is broken.
HOW TO INSTALL
Run make install
<<lessHOW TO COMPILE
Run the following command:
OS | COMMAND
-----------------------
linux+bsd | make
solaris | make solaris[2]
other unix| try both :-)[1]
[1]: Give me root access to your box and I will port it. Im interested in porting vstt to Solaris x86, Solaris sparc, SGI IRIX, AIX, ...
[2]: Never tested since the hardware of my Solaris box is broken.
HOW TO INSTALL
Run make install
Download (0.088MB)
Added: 2006-10-09 License: BSD License Price:
1117 downloads
Sun::Solaris::Ucred 1.1
Sun::Solaris::Ucred is a Perl interface to User Credentials. more>>
Sun::Solaris::Ucred is a Perl interface to User Credentials.
SYNOPSIS
use Sun::Solaris::Ucred qw(:ALL);
This module provides wrappers for the Ucred-related system and library calls.
Functions
ucred_get($pid)
This function returns the credential of the process specified by $pid, if the process exists and the calling process is permitted to obtain the credentials of that process.
getpeerucred($fd)
If $fd is a connected connection oriented TLI endpoint, a connected SOCK_STREAM or SOCK_SEQPKT socket, getpeerucred will return the user credential of the peer at the time the connection was established, if availble.
ucred_geteuid($ucred)
This function returns the effective uid of a user credential, if available.
ucred_getruid($ucred)
This function returns the real uid of a user credential, if available.
ucred_getsuid($ucred)
This function returns the saved uid of a user credential, if available.
ucred_getegid($ucred)
This function returns the effective group of a user credential, if available.
ucred_getrgid($ucred)
This function returns the real group of a user credential, if available.
ucred_getsgid($ucred)
This function returns the saved group of a user credential, if available.
ucred_getgroups($ucred)
This function returns the list of supplemental groups of a user credential, if available. An array of groups is returned in ARRAY context; the number of groups is returned in SCALAR context.
ucred_getprivset($ucred, $which)
This function returns the privilege set specified by $which of a user credential, if available.
ucred_getpflags($ucred, $flags)
This function returns the value of a specific process flag of a user credential, if available.
ucred_getpid($ucred)
This function returns the process id of a user credential, if available.
ucred_getzoneid($ucred)
This function returns the zone id of a user credential, if available.
Exports
By default nothing is exported from this module. The following tags can be used to selectively import constants and functions defined in this module:
:SYSCALLS ucred_get(), getpeerucred()
:LIBCALLS ucred_geteuid(), ucred_getruid(), ucred_getsuid(),
ucred_getegid(), ucred_getrgid(), ucred_getsgid(),
ucred_getgroups(), ucred_getprivset(), ucred_getpflags(),
ucred_getpid(), ucred_getzone()
:CONSTANTS
:VARIABLES %PRIVILEGES, %PRIVSETS
:ALL :SYSCALLS, :LIBCALLS, and :CONSTANTS
<<lessSYNOPSIS
use Sun::Solaris::Ucred qw(:ALL);
This module provides wrappers for the Ucred-related system and library calls.
Functions
ucred_get($pid)
This function returns the credential of the process specified by $pid, if the process exists and the calling process is permitted to obtain the credentials of that process.
getpeerucred($fd)
If $fd is a connected connection oriented TLI endpoint, a connected SOCK_STREAM or SOCK_SEQPKT socket, getpeerucred will return the user credential of the peer at the time the connection was established, if availble.
ucred_geteuid($ucred)
This function returns the effective uid of a user credential, if available.
ucred_getruid($ucred)
This function returns the real uid of a user credential, if available.
ucred_getsuid($ucred)
This function returns the saved uid of a user credential, if available.
ucred_getegid($ucred)
This function returns the effective group of a user credential, if available.
ucred_getrgid($ucred)
This function returns the real group of a user credential, if available.
ucred_getsgid($ucred)
This function returns the saved group of a user credential, if available.
ucred_getgroups($ucred)
This function returns the list of supplemental groups of a user credential, if available. An array of groups is returned in ARRAY context; the number of groups is returned in SCALAR context.
ucred_getprivset($ucred, $which)
This function returns the privilege set specified by $which of a user credential, if available.
ucred_getpflags($ucred, $flags)
This function returns the value of a specific process flag of a user credential, if available.
ucred_getpid($ucred)
This function returns the process id of a user credential, if available.
ucred_getzoneid($ucred)
This function returns the zone id of a user credential, if available.
Exports
By default nothing is exported from this module. The following tags can be used to selectively import constants and functions defined in this module:
:SYSCALLS ucred_get(), getpeerucred()
:LIBCALLS ucred_geteuid(), ucred_getruid(), ucred_getsuid(),
ucred_getegid(), ucred_getrgid(), ucred_getsgid(),
ucred_getgroups(), ucred_getprivset(), ucred_getpflags(),
ucred_getpid(), ucred_getzone()
:CONSTANTS
:VARIABLES %PRIVILEGES, %PRIVSETS
:ALL :SYSCALLS, :LIBCALLS, and :CONSTANTS
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Added: 2007-04-13 License: Perl Artistic License Price:
924 downloads
Regular Statement String 2.5.7
Regular Statement String (RSS) provides several libraries in C, Java, and COM. more>>
Regular Statement String (RSS) provides several libraries in C, Java, and COM to implement and demonstrate the key-value development method using well-designed "strings" (RSS) as the media. Regular Statement String also shows a way to write "Process Oriented" applications.
Enhancements:
- This release adds an implementation for SUN Solaris (SPARC).
<<lessEnhancements:
- This release adds an implementation for SUN Solaris (SPARC).
Download (0.33MB)
Added: 2007-04-12 License: Freeware Price:
926 downloads
Blender For Solaris 2.44
High quality 3D sofeware For Solaris more>> Aimed world-wide at media professionals and artists, Blender can be used to create 3D visualizations, stills as well as broadcast and cinema quality video, while the incorporation of a real-time 3D engine allows for the creation of 3D interactive content for stand-alone playback.
Originally developed by the company Not a Number (NaN), Blender now is continued as Free Software, with the source code available under the GNU GPL license. It now continues development by the Blender Foundation in the Netherlands.
Key Features:
For Linux; Solaris 2.8/Python 2.5
Fully integrated creation suite, offering a broad range of essential tools for the creation of 3D content, including modeling, uv-mapping, texturing, rigging, weighting, animation, particle and other simulation, scripting, rendering, compositing, post-production, and game creation;
Cross platform, with OpenGL uniform GUI on all platforms, ready to use for all versions of Windows (98, NT, 2000, XP), Linux, OS X, FreeBSD, Irix, Sun and numerous other operating systems;
High quality 3D architecture enabling fast and efficient creation work-flow;<<less
Download (16.7MB)
Added: 2009-04-12 License: Freeware Price: Free
194 downloads
BottomFeeder for Solaris x86 4.4
BottomFeeder is a news aggregator client written in VisualWorks Smalltalk more>> BottomFeeder is a news aggregator client (RSS and Atom) written in VisualWorks Smalltalk. BottomFeeder runs on Linux x86, (also FreeBSD), PowerPC Linux, Sparc Linux, Windows (98/ME/NT/2000/XP/CE 4), Mac OS8/9, Mac OS X (PPC, intel), AIX, SGI Irix, HP-UX, and Solaris (SPARC and x86).
What sets BottomFeeder apart?
Full support for CSS, including user defined CSS
View news in 3 pane or 2 pane modes
Subscribe to any RSS or Atom format in use
View items in a summary Newspaper View
Synchronize 2 or more BottomFeeders via HTTP or file import
Subscribe to feeds or feedlists
Supports HTTPS, HTTP Authentication, and HTTP Digest Authentication
Plugins for blogging, IRC, and MSN Messenger contacts
Easy to update or upgrade from within BottomFeeder
Save as many or as few feed items for as long as you want
Import or Export in common OPML format
Binary compatible on every platform. No need to recompile<<less
Download (16.3MB)
Added: 2009-04-29 License: Freeware Price: Free
183 downloads
DotGNU Portable.NET 0.7.2
DotGNU Portable.NET is a tools kit for .NET applications on non-Microsoft platforms. more>>
The goal of this project is to build a suite of free software tools to build and execute .NET applications, including a C# compiler, assembler, disassembler, and runtime engine.
While the initial target platform was GNU/Linux, it is also known to run under Windows, Solaris, NetBSD, FreeBSD, and MacOS X. The runtime engine has been tested on the x86, PowerPC, ARM, Sparc, PARISC, s390, Alpha, and IA-64 processors.
DotGNU Portable.NET is part of the DotGNU project, built in accordance with the requirements of the GNU Project.
DotGNU Portable.NET is focused on compatibility with the ECMA specifications for CLI. There are other projects under the DotGNU meta-project to build other necessary pieces of infrastructure, and to explore non-CLI approaches to virtual machine implementation.
Building
The three primary components of the system must be built in the following order: treecc, pnet, and then pnetlib.
You will need flex and bison to build DotGNU Portable.NET. We use flex 2.5.4 and bison 1.28. Some support is provided for the BSD version of yacc, but bison is recommended. Other versions of lex or yacc may not work.
Each source package can be unpacked, built, and installed in the usual manner:
$ zcat<<less
While the initial target platform was GNU/Linux, it is also known to run under Windows, Solaris, NetBSD, FreeBSD, and MacOS X. The runtime engine has been tested on the x86, PowerPC, ARM, Sparc, PARISC, s390, Alpha, and IA-64 processors.
DotGNU Portable.NET is part of the DotGNU project, built in accordance with the requirements of the GNU Project.
DotGNU Portable.NET is focused on compatibility with the ECMA specifications for CLI. There are other projects under the DotGNU meta-project to build other necessary pieces of infrastructure, and to explore non-CLI approaches to virtual machine implementation.
Building
The three primary components of the system must be built in the following order: treecc, pnet, and then pnetlib.
You will need flex and bison to build DotGNU Portable.NET. We use flex 2.5.4 and bison 1.28. Some support is provided for the BSD version of yacc, but bison is recommended. Other versions of lex or yacc may not work.
Each source package can be unpacked, built, and installed in the usual manner:
$ zcat<<less
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Added: 2005-08-18 License: GPL (GNU General Public License) Price:
1538 downloads
arp-scan 1.6
arp-scan sends ARP (Address Resolution Protocol) queries to the specified targets, and displays any responses that are received. more>>
arp-scan sends ARP (Address Resolution Protocol) queries to the specified targets, and displays any responses that are received.
It allows any part of the outgoing ARP packets to be changed, allowing the behavior of targets to non-standard ARP packets to be examined. The IP address and hardware address of received packets are displayed, together with the vendor details.
These details are obtained from the IEEE OUI and IAB listings, plus a few manual entries. It includes arp-fingerprint, which allows a system to be fingerprinted based on how it responds to non-standard ARP packets.
Enhancements:
- Support for Sun Solaris was added.
- This was tested on Solaris 9 (SPARC).
- The following new arp-fingerprint patterns were added for ARP fingerprinting: IOS 11.2, 11.3, and 12.4; ScreenOS 5.1, 5.2, 5.3, and 5.4; Cisco VPN Concentrator 4.7; AIX 4.3 and 5.3; Nortel Contivity 6.00 and 6.05; Cisco PIX 5.1, 5.2, 5.3, 6.0, 6.1, 6.2, 6.3, and 7.0.
- IEEE OUI and IAB MAC/Vendor files were updated.
- HSRP MAC address was added to mac-vendor.txt.
<<lessIt allows any part of the outgoing ARP packets to be changed, allowing the behavior of targets to non-standard ARP packets to be examined. The IP address and hardware address of received packets are displayed, together with the vendor details.
These details are obtained from the IEEE OUI and IAB listings, plus a few manual entries. It includes arp-fingerprint, which allows a system to be fingerprinted based on how it responds to non-standard ARP packets.
Enhancements:
- Support for Sun Solaris was added.
- This was tested on Solaris 9 (SPARC).
- The following new arp-fingerprint patterns were added for ARP fingerprinting: IOS 11.2, 11.3, and 12.4; ScreenOS 5.1, 5.2, 5.3, and 5.4; Cisco VPN Concentrator 4.7; AIX 4.3 and 5.3; Nortel Contivity 6.00 and 6.05; Cisco PIX 5.1, 5.2, 5.3, 6.0, 6.1, 6.2, 6.3, and 7.0.
- IEEE OUI and IAB MAC/Vendor files were updated.
- HSRP MAC address was added to mac-vendor.txt.
Download (0.26MB)
Added: 2007-04-13 License: GPL (GNU General Public License) Price:
950 downloads
Boomerang alpha 0.3
Boomerang is a decompiler for native executables. more>>
A decompiler takes as input an executable file, and attempts to create a high level, compilable, possibly even maintainable source file that does the same thing.
It is therefore the opposite of a compiler, which takes a source file and makes an executable. However, a general decompiler does not attempt to reverse every action of the decompiler, rather it transforms the input program repeatedly until the result is high level source code. It therefore wont recreate the original source file; probably nothing like it.
It does not matter if the executable file has symbols or not, or was compiled from any particular language. (However, declarative languages like ML are not considered.)
The intent is to create a retargetable decompiler (i.e. one that can decompile different types of machine code files with modest effort, e.g. X86-windows, sparc-solaris, etc). It was also intended to be highly modular, so that different parts of the decompiler can be replaced with experimental modules. It was intended to eventually become interactive, a la IDA Pro, because some things (not just variable names and comments, though these are obviously very important) require expert intervention. Whether the interactivity belongs in the decompiler or in a separate tool remains unclear.
By transforming the semantics of individual instructions, and using powerful techniques such as Static Single Assignment dataflow analysis, Boomerang should be (largely) independent of the exact behaviour of the compiler that happened to be used. Optimisation should not affect the results. Hence, the goal is a general decompiler.
Version restrictions:
- In case you want to try Boomerang as it is as a decompiler (as opposed to experimenting with it, or improving it), be aware of its severe limitations. As of early 2004, Boomerang will only decompile X86 (Linux/X86 or Windows PE), SPARC (Solaris, or presumably Linux/SPARC), or Power PC (Linux/PPC or Mac OS/X) programs. In particular, note that it will not decompile DOS or NE (Windows 3.1) programs. Adding another processor is a large (several month) undertaking.
- It will only generate C, not C++. It will decompile C++ programs of course, (and any sorts of programs, including assembler). You may be able to hand edit some C++ programs into usable C++ source code. For MSVC compiled programs, at present you have to spoonfeed the decompiler and tell it that there is one register parameter (thiscall calling convention). The switches to handle this are complex; see using the -sf switch.
<<lessIt is therefore the opposite of a compiler, which takes a source file and makes an executable. However, a general decompiler does not attempt to reverse every action of the decompiler, rather it transforms the input program repeatedly until the result is high level source code. It therefore wont recreate the original source file; probably nothing like it.
It does not matter if the executable file has symbols or not, or was compiled from any particular language. (However, declarative languages like ML are not considered.)
The intent is to create a retargetable decompiler (i.e. one that can decompile different types of machine code files with modest effort, e.g. X86-windows, sparc-solaris, etc). It was also intended to be highly modular, so that different parts of the decompiler can be replaced with experimental modules. It was intended to eventually become interactive, a la IDA Pro, because some things (not just variable names and comments, though these are obviously very important) require expert intervention. Whether the interactivity belongs in the decompiler or in a separate tool remains unclear.
By transforming the semantics of individual instructions, and using powerful techniques such as Static Single Assignment dataflow analysis, Boomerang should be (largely) independent of the exact behaviour of the compiler that happened to be used. Optimisation should not affect the results. Hence, the goal is a general decompiler.
Version restrictions:
- In case you want to try Boomerang as it is as a decompiler (as opposed to experimenting with it, or improving it), be aware of its severe limitations. As of early 2004, Boomerang will only decompile X86 (Linux/X86 or Windows PE), SPARC (Solaris, or presumably Linux/SPARC), or Power PC (Linux/PPC or Mac OS/X) programs. In particular, note that it will not decompile DOS or NE (Windows 3.1) programs. Adding another processor is a large (several month) undertaking.
- It will only generate C, not C++. It will decompile C++ programs of course, (and any sorts of programs, including assembler). You may be able to hand edit some C++ programs into usable C++ source code. For MSVC compiled programs, at present you have to spoonfeed the decompiler and tell it that there is one register parameter (thiscall calling convention). The switches to handle this are complex; see using the -sf switch.
Download (2.6MB)
Added: 2006-06-13 License: GPL (GNU General Public License) Price:
726 downloads
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