Copy the KDE 3.5 branch to branches/trinity for new KDE 3.5 features.

BUG:215923


git-svn-id: svn://anonsvn.kde.org/home/kde/branches/trinity/kdegames@1054174 283d02a7-25f6-0310-bc7c-ecb5cbfe19da

1 files changed, 70 insertions, 0 deletions

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+INSTALL file for Freecell Solver
+================================
+
+Quick and Dirty Compilation
+---------------------------
+
+Usually typing "./configure" followed by "make" and "make install" will 
+build and install "fc-solve" which is the Freecell Solver executable for you.
+
+It will also build and install the board generation program, more 
+information about which can be found in the "board_gen" sub-directory of
+this distribution.
+
+Changing the Maximal number of Freecells or Stacks or Cards per Stack
+---------------------------------------------------------------------
+
+The following parameters to the "configure" script which accept an argument
+control the hard-coded parameters of the Freecell Solver executables:
+
+"--enable-max-num-freecells=$NUM" - The maximal number of freecells
+
+"--enable-max-num-stacks=$NUM"  - The maximal number of stacks
+
+"--enable-max-num-initial-cards-per-stack=$NUM" - The maximal number of initial
+cards per stack.
+
+Notice that it's very important to set the maximal number of initial cards
+per stack, or else it's possible that a stack will eventually overflow.
+
+"Compact" States
+---------------------
+
+In Compact States, the contents of the card stacks are stored inside the 
+states, rather than in a central collection (where the states contain only
+pointers). Despite its name, it actually consume more memory than Indirect
+Stack States which is the default.
+
+Compact states used to be faster than Indirect Stack States, but now it
+seems indirect stack states is at least slightly faster even for games
+whose stacks are not very long. If you still would wish to enable it,
+run ./configure with the "--enable-states-type=compact" flag.
+
+Installing under Win32
+----------------------
+
+Freecell Solver is distributed with a makefile suitable for use with 
+Microsoft Visual C++. To build it using it follow the following steps:
+
+1. Copy "config.h.win32" to "config.h" and "prefix.h.win32" to "prefix.h";
+In the directory Presets/ copy presetrc.win32 to presetrc.
+
+2. Optionally, edit it to set its preferences
+
+3. Type "nmake /f Makefile.win32".
+
+If you have an IDE of some sort you can take the following steps to compile
+Freecell Solver:
+
+1. Open a project for Freecell Solver.
+
+2. Add all the C files except "test_multi_parallel.c" to the project.
+
+3. Copy the file config.h.win32 to config.h and prefix.h.win32 to prefix.h.
+
+4. Build.
+
+If you are using gcc or some other command-line compiler, you should 
+write the makefile based on the files "Makefile" or "Makefile.lite", 
+and then compile according to it.
+