theraphim

[ns.kg]
$ORIGIN KG.
@			8H IN SOA	ns adm.infotel (
					3000020308	; serial
					8H		; refresh
					2H		; retry
					1W		; expiry
					1D )		; minimum

			1D IN NS	ns

theraphim

[ns.kg]
$ORIGIN KG.
@			8H IN SOA	ns adm.infotel (
					3000020308	; serial
					8H		; refresh
					2H		; retry
					1W		; expiry
					1D )		; minimum

			1D IN NS	ns

theraphim

%global pxbu_major_minor 24

Summary: Online backup for InnoDB/XtraDB in MySQL, Percona Server and MariaDB
Name: percona-xtrabackup
Version: 2.4.4
Release: 1%{?dist}
License: GPLv2
URL: http://www.percona.com/software/percona-xtrabackup/
Source: https://github.com/percona/%{name}/archive/%{name}-%{version}.tar.gz
Source1: boost_1_59_0.tar.bz2

theraphim

#define PLUGIN_VERSION  ("mIRCAMP 2 (c) 2001, Stingray // (http)stingr.net")
#define WINAMP_WINDOW_CLASS     ("Winamp v1.x")
#define WINAMP_PLAYLIST_DEFAULT ("C:\\Program Files\\Winamp\\Winamp.m3u")
#define WINAMP_PLAYLIST_SHORT_DEFAULT   ("Winamp.m3u")

// winamp

HWND FindWinampWindow() {
        return FindWindow(WINAMP_WINDOW_CLASS, NULL);
}

theraphim

from db4 import *
import re, sys

fd_re = re.compile("^(\S+)\((\d+)\)$", re.I)
cvt = {
  "varchar" : "varbinary",
  "char" : "binary",
  "text" : "blob",
  "tinytext" : "tinyblob",
  "mediumtext": "mediumblob",

theraphim

#! /usr/bin/env python
import sys
from pychart import *
from roundup import instance

# open the instance
if len(sys.argv) < 2:
    print 'You need to specify an instance home dir'
instance_home = sys.argv[1]
instance = instance.open(instance_home)

theraphim

{-#LANGUAGE ScopedTypeVariables#-}

import Text.Read
import System.IO

prompt :: String -> IO String
prompt text = do
  putStr text
  hFlush stdout
  getLine

theraphim

fib(0, A, _, A).
fib(N, A, B, F) :- N1 is N - 1, Sum is A + B, fib(N1, B, Sum, F), !.
fib(N, F) :- fib(N, 0, 1, F), !.

theraphim

fib(0, 0).
fib(1, 1).
fib(N, NF) :-
    A is N - 1, B is N - 2,
    fib(A, AF), fib(B, BF),
    NF is AF + BF.

theraphim

gcd(X, Y, G) :- X = Y, G = X, !.
gcd(X, Y, G) :-
  X < Y,
  Y1 is Y mod X,
  (Y1 = 0 -> G = X; gcd(X, Y1, G)), !.
gcd(X, Y, G) :- X > Y, gcd(Y, X, G), !.