larryv

In a vastly oversimplified nutshell:

String theories are theoretical physics frameworks in which particles
have one dimension ("strings") instead of zero-dimensions ("points").
The different particles we observe arise from these strings being in
different quantum states. In order to be consistent with quantum
mechanics, string theories require the existence of higher dimensions,
beyond the classical 3 spatial and 1 temporal dimensions. (The original
bosonic string theory postulated 26 dimensions; superstring theories use
10; M-theory, the new hotness, has 11.)

larryv

set Foods := Rice Quinoa Tortilla Lentils Broccoli;
set NutrientTypes := Carbs Proteins Fat;

param Nutrients:
        Carbs  Proteins  Fat :=
Rice      53     4.4     0.4
Quinoa    40     8       3.6
Tortilla  12     3       2
Lentils   53     12      0.9
Broccoli   6     1.9     0.3

larryv

function s:CalculateChecksum(file, hash)
    let [f, h] = [shellescape(a:file), shellescape(a:hash)]
    let cmd = printf('openssl dgst -%s %s', h, f)
    return matchstr(system(cmd), '\X\zs\x\+\ze\n$')
endfunction
function s:ChecksumDistfile(name, path, urls, hashes)
    let tmp = tempname()
    if filereadable(a:path)
        call system(printf('ln -s %s %s', shellescape(a:path), tmp))
    else

larryv

[08:18:44] <irker657> larryv at macports dot org * https://trac.macports.org/changeset/102473 /trunk/dports/devel/pcre/ (files/configure.diff files Portfile):
[08:18:44] <irker657> pcre: Avoid unnecessary -pthread flag (#37916).
[08:21:37] *** yue has quit IRC
[08:27:53] <egallager_> larryv: could that patchfile be conditionally applied, only if configure.compiler == clang? iirc the original issue said it was only a clang issue...
[08:31:38] <larryv> as far as i can tell, -pthread is unnecessary across the board
[08:31:49] <larryv> libSystem provides it
[08:32:26] <larryv> to be sure, i tested with apple-gcc42 and gcc47, and neither complained
[08:32:36] *** JaRoel|4d has quit IRC
[08:32:41] <egallager_> ok, fair enough
[08:33:47] <larryv> and even if they did need it, the configure script would figure that out eventually. just after a couple more failed attempts than before

larryv

[23:21:55] *** LordDeath has joined #macports
[23:22:04] <LordDeath> hi, is macports 2.1.3 out?
[23:22:19] <neverpanic> yes
[23:22:28] <LordDeath> I can't install it :-S
[23:22:31] <neverpanic> Raim: jmr_mp: can one of you fix the topic?
[23:22:42] <neverpanic> LordDeath: any error message?
[23:25:54] <LordDeath> http://pastebin.com/0mgBYNJH
[23:27:04] <larryv> can you run "port -d selfupdate" instead
[23:27:16] <LordDeath> as root?
[23:27:30] <larryv> as whatever you were doing before

larryv

Index: src/port1.0/portconfigure.tcl
===================================================================
--- src/port1.0/portconfigure.tcl    (revision 102270)
+++ src/port1.0/portconfigure.tcl	(working copy)
@@ -170,11 +170,44 @@
 default configure.universal_cxxflags    {[portconfigure::configure_get_universal_cflags]}
 default configure.universal_ldflags     {[portconfigure::configure_get_universal_ldflags]}
 
+# Internal function to set port dependencies for configure.compiler.
+# Defined up here so that it is available when setting the default value.

larryv

unsigned int count_inversions(unsigned int *ary, size_t len)
{
    if (len <= 1) {
        printf("base: %u\n", ary[0]);
        return 0;
    }

    size_t i;
    
    size_t l_len = len / 2;

larryv

#!/usr/bin/env ruby1.9

def merge_sort(a)
  return a if a.length <= 1
  l = (merge_sort(a[0...(a.length / 2)]) << Float::INFINITY).each
  r = (merge_sort(a[(a.length / 2)...a.length]) << Float::INFINITY).each
  Array.new(a.length) {|i| l.peek < r.peek ? l.next : r.next}
end

larryv

/*
    "The C++ Programming Language", Special Edition
    Chapter 5, "Pointers, Arrays, and Structures"

    Exercise 1
    "Write declarations for the following: a pointer to a character, an
    array of 10 integers, a reference to an array of 10 integers, a
    pointer to an array of character strings, a pointer to a pointer to
    a character, a constant integer, a pointer to a constant integer,
    and a constant pointer to an integer. Initialize each one."

larryv

/*
   "The C++ Programming Language", Special Edition
   Chapter 4, "Types and Declarations"

   Exercise 5
   "What, on your system, are the largest and the smallest values of the
   following types: char, short, int, long, float, double, long double, and
   unsigned."

   12 May 2012