| # | |
| #= dump database to yaml for fixtures | |
| # | |
| # originated by elm200 <http://d.hatena.ne.jp/elm200/20070928/1190947947> | |
| # | |
| #== install | |
| # | |
| # move this file to RAILS_ROOT/lib/tasks/extract_fixtures.rake | |
| # | |
| namespace :db do |
| /** Divide : Partition the array A[low....high] into two sub-arrays | |
| * A[low....j-1] and A[j+1...high] such that each element | |
| * of A[low....j-1] is less than or equal to A[j], which | |
| * in turn is is less than or equal to A[j+1...high]. Compute | |
| * the index j as part of this partitioning procedure. | |
| * Conquer : Sort the two sub-arrays A[low....j-1] and A[j+1....high] | |
| * by recursive calls to quicksort | |
| **/ | |
| #include<stdio.h> |
The LambdaConf Ladder of Functional Programming (LOFP) is a standardized progression of different concepts and skills that developers must master on their journey to becoming expert-level functional programmers. LOFP can be used to rank workshops, talks, presentations, books, and courseware, so that aspiring functional programmers have a better understanding of what material is appropriate for them given their current experience.
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