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-This is a collection of some of the frequently asked question
-about uClibc.  Some of the questions even have answers. If you
-have additions to this FAQ document, I'd love to add them,
-
- -Erik
-
-
-Q: What platforms does uClibc run on?
-
-    Currently uClibc runs on arm, i386, m68k, mipsel, powerpc, sh,
-    sparc, and v850.  
-    
-
-
-Q: Does uClibc support shared libraries?
-    
-    Yes.  uClibc has shared library support on x86, arm, and powerpc.  
-    Shared Libraries are _not_ currently supported on MMU-less systems. 
-
-
-
-Q: Why is it called uClibc?
-
-    The letter 'u' is short for the greek letter "mu".  "Mu" stands for
-    "micro", and the "C" is for "controller".  uClibc was originaly created to
-    support uClinux, a port of Linux for MMU-less microcontrollers such as the
-    Dragonball, Coldfire, and ARM7TDMI.  
-
-
-
-Q: Can I use it on my desktop x86 system?
-
-    Sure!  In fact, this can be very nice during development.  By using it on
-    your development system, you can be sure that the code you are working on
-    will actually run on your target system.
-
-
-
-Q: Why are you doing this?  Whats wrong with glibc?
-
-    The inital reason, is that glibc does not support MMU-les systems.  But
-    additionaly, the GNU C library has a different set of goals then uClibc.
-    The GNU C library is a great piece of software.  It complies with just
-    about every standard ever created, and runs on just about every operating
-    system as well -- no small task!  But there is a price to be paid for that.
-    It is quite a large library, and keeps getting larger with each release.
-    It does not even pretend to target embedded systems.  To quote from Ulrich
-    Drepper, the maintainer of GNU libc: "...glibc is not the right thing for
-    [an embedded OS]. It is designed as a native library (as opposed to
-    embedded).  Many functions (e.g., printf) contain functionality which is
-    not wanted in embedded systems." 24 May 1999
-
-
-
-Q: So uClibc is smaller then glibc?  Doesn't that mean it completely sucks?
-    How could it be smaller and not suck?
-
-    uClibc has been designed from the ground up to be a C library for embedded
-    Linux.  We don't need to worry about whether we support MS-DOS, or Cygwin,
-    or any other system.  This lets us cut out lots of complexity, and very
-    carefully optimize for Linux.  By very careful design, we can also make a
-    few shotcuts.  For example, glibc contains an implementation of the
-    wordexp() function, in compliance with the Single Unix Specificaion,
-    version 2.  Well, standards are important.  But so is pragmatism.  The
-    wordexp function adds almost 100k to glibc, and yet I am not aware of even
-    one Linux application that uses wordexp.  So uClibc doesn't have wordexp().
-
-    Glibc is a general purpose C library, and so as policy things are optimized
-    for speed.  uClibc has a large number of routines that have been very
-    carefuly written to optimize for size instead of speed.
-
-    The end result is a C library that will compile just about everything you
-    throw at it, thet looks like glibc to application programs when you
-    compile, and is many times smaller.
-
-    
-
-Q: Why should I use uClibc?
-
-    I don't know if you should use uClibc or not.  It depends on your goals.
-    If you are building an embedded system, and you are tight on space, then
-    using uClibc instead if glibc should allow you to use your storage for
-    other things.
-
-    If you are trying to build a ultra fast fileserver for your company that
-    has 12 Terabytes of storage, then you probably want to use glibc... 
-
-
-
-Q: I want to create a closed source commercial application and  I want to
-    protect my intellectual property.  If I use uClibc, don't I have to 
-    release my source code?
-
-    No, you do not need to give away your source code just because you use
-    uClibc and/or run on Linux.  
-
-
-
-Q: I want to create a closed source commercial application using uClibc.  
-    Is that legal?
-
-    Yes.  uClibc is licensed under the LGPL, just like GNU libc.  If you are
-    using uClibc as a shared library, then your closed source application is
-    100% legal.  Please consider sharing some of the money you make.  :-)
-    
-    If you are staticly linking your closed source commercial application with
-    uClibc, then you must take additional steps to comply with the uClibc
-    license.  You can sell your application as usual, but you must also make
-    your closed source application available to your customers as an object
-    file which can then be linked with updated versions of uClibc.  This will
-    (in theory) allow your customers to later link with updated versions of
-    uClibc.  You do not need to make the application object file available to
-    everyone, just to those you gave the fully linked application.
-
-
-
-Q: How do I compile stuff?
-
-    The easiest way is to use the compiler wrapper built by uClibc.  Instead of
-    using your usual compiler or cross compiler, you can use i386-uclibc-gcc,
-    (or whatever is appropriate for your architecture) and it will automagically 
-    make your program link against uClibc.
-
-
-
-Q: How do I make autoconf and automake behave?
-
-    First run
-	export PATH=/usr/i386-linux-uclibc/bin:$PATH
-    (or similar adjusted for your target architecture) then run you can simply
-    run autoconf/automake and it should _just work_.
-
-
-
-Q: When I run 'ldd' to get a list of the library dependancies for a uClibc
-    binary, ldd segfault!  Or it runs my application?  Anyways, it doesn't 
-    work!  What should I do?
-
-    Use the ldd that is built by uClibc, not your system's one.  When your
-    system's ldd looks for the library dependancies, it actually tries to
-    _execute_ that program.  This works fine -- usually.  I doesn't work at all
-    when you are cross compiling (thats why ldd segfaults).  The ldd program
-    created by uClibc is cross platform and doesn't actually try to run the
-    target program like your system one does, so it should do the right thing,
-    and won't segfault, even when you are cross compiling.
-
-
-
-Q: I need you to add <favorite feature> now!   How come you don't answer all my
-    questions on the mailing list withing 5 minutes?  I demand that you help me
-    Right Now!
-
-    You have not paid me a single cent and yet you still have the product of
-    over year and a half of my work, and lots of work from other people.  How
-    dare you treat me that way!  I work on uClibc because I find it
-    interesting.  If you go off flaming me, I will ignore you.
-    
-
-
-Q: I need you to add <favorite feature>!  Are the uClibc developers willing to 
-    be paid in order to add in <favorite feature>?  Are you willing to provide
-    support contracts?  
-
-    Sure!  Now you have our attention!  What you should do is contact 
-    Erik Andersen of CodePoet Consulting to bid on your project.  If Erik
-    is too busy to personally add your feature, there are several other
-    active contributors who may be able to help you out.
-    
-    
-Q: I think you guys are great and I want to help support your work!
-
-    Wow, that would be great!  You can visit 
-	    http://paypal.com/ 
-    click on "Send Money" and donate to andersen@codepoet.org
-
-
-
-I hope that was helpful...  If you have and comment, corrections, insults,
-suggestions, or bribes, email me at andersen@codepoet.org.
-
- -Erik
-
---
-Erik B. Andersen             
-andersen@codepoet.org
-http://codepoet-consulting.com/