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TurnKey LAMP stack Live CD appliance 2008.10.17-hardy-x86 (Default branch)

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Special Forums News, Links, Events and Announcements Software Releases - RSS News TurnKey LAMP stack Live CD appliance 2008.10.17-hardy-x86 (Default branch)
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Old 10-30-2008
TurnKey LAMP stack Live CD appliance 2008.10.17-hardy-x86 (Default branch)
ImageTurnKey LAMP stack Live CD appliance is alightweight, installable live CD of the standardLAMP (Linux, Apache, MySQL, PHP) stack, based onUbuntu. TurnKey Linux aims to develop high-qualitysoftware appliances that are easy to deploy, easyto use, and free.License: GNU General Public License (GPL)Changes:
Dramatic usablity improvements, including an easy to use configuration console written from scratch in Python, a beautiful Web management interface (Mac OS X themed), auto-login while in demo/live mode, and root password configuration during installation. This release also includes numerous minor tweaks and improvements, package updates, and bugfixes.Image

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LEARN ABOUT NETBSD

stack_align

STACK(9)						   BSD Kernel Developer's Manual						  STACK(9)

NAME

     STACK -- stack macros

SYNOPSIS

     #include <sys/param.h>

     type
     STACK_ALLOC(sp, size);

     type
     STACK_MAX(sp, size);

     type
     STACK_ALIGN(sp, bytes);

     type
     STACK_GROW(sp, size);

     type
     STACK_SHRINK(sp, size);

DESCRIPTION

     A stack is an area of memory with a fixed origin but with a variable size.  A stack pointer points to the most recently referenced location
     on the stack.  Initially, when the stack has a size of zero, the stack pointer points to the origin of the stack.	When data items are added
     to the stack, the stack pointer moves away from the origin.

     The STACK_ALLOC() macro returns a pointer to allocated stack space of some size.  Given the returned pointer sp and size, STACK_MAX() returns
     the maximum stack address of the allocated stack space.  The STACK_ALIGN() macro can be used to align the stack pointer sp by the specified
     amount of bytes.

     Two basic operations are common to all stacks: a data item is added (``push'') to the location pointed by sp or a data item is removed
     (``pop'') from the stack.	The stack pointer must be subsequently adjusted by the size of the data item.  The STACK_GROW() and STACK_SHRINK()
     macros adjust the stack pointer sp by given size.

     A stack may grow either up or down.  The described macros take this into account by using the __MACHINE_STACK_GROWS_UP preprocessor define.

SEE ALSO

     param(3), queue(3)

BSD
								   April 8, 2011							       BSD