<latemp_subject "Black Hole Solitaire Solver" />

-<latemp_meta_desc "Solver for Black Hole Solitaire as well as All in a Row Solit~~i~~are" />

+<latemp_meta_desc "Solver for Black Hole Solitaire as well as All in a Row Solitaire" />

This is a solver, written in C, to solve

<a href="http://en.wikipedia.org/wiki/Black_Hole_%28solitaire%29">the

-Solitaire variant called “Black Hole”</a>. It provides a portable C library,

+Solitaire variant called “Black Hole”</a>

+<a href="http://en.wikipedia.org/wiki/All_in_a_Row_%28Solitaire%29">“All in

+a Row”</a>. It provides a portable C library,

and a command line application that after being fed with a layout will emit

-the cards to move~~ to the “black hole” (the foundation)~~.

<h2 id="download">Download</h2>

-<set-var arc="black_hole_solver-<get-var ver />.tar.xz" />

+<set-var arc="black-hole-solver-<get-var ver />.tar.xz" />

<set-var sqlite_dump_arc="black_hole_solver.dump.xz" />

<set-var sqlite_dump_url="http://fc-solve.shlomifish.org/downloads/fc-solve/<get-var sqlite_dump_arc />" />

+<h3 id="news_version_0_4_0">Version 0.4.0</h3>

+Version 0.4.0 of Black Hole Solitaire Solver was released. The highlight of

+this release is the fact that it can now also solve

+<a href="http://en.wikipedia.org/wiki/All_in_a_Row_%28Solitaire%29">All in

+a Row solitaire</a>. As a result of this effort,

+we have run the solver on the first 1 million PySolFC deals of All in

+a Row Solitaire and have drawn some conclusions:

+<a href="http://tech.groups.yahoo.com/group/fc-solve-discuss/message/1229">Statistics from the First 1,000,000 PySolFC All in A Row Deals</a>

<h3 id="news_version_0_2_0">Version 0.2.0</h3>