core/various: python3 compat, prepare for python2 -> python3

see https://review.gluster.org/#/c/19788/,
    https://review.gluster.org/#/c/19871/,
    https://review.gluster.org/#/c/19952/,
    https://review.gluster.org/#/c/20104/,
    https://review.gluster.org/#/c/20162/,
    https://review.gluster.org/#/c/20185/,
    https://review.gluster.org/#/c/20207/,
    https://review.gluster.org/#/c/20227/, and
    https://review.gluster.org/#/c/20307/

This patch fixes more selected comma white space (ws_comma) as suggested
by the 2to3 utility.

Note: Fedora packaging guidelines and SUSE rpmlint require explicit
shebangs, so popular practices like #!/usr/bin/env python and
or #!/usr/bin/python3

Note: Selected small fixes from 2to3 utility. Specifically apply,
basestring, funcattrs, has_key, idioms, map, numliterals, raise,
set_literal, types, urllib, and zip have already been applied. Also
version agnostic imports for urllib, cpickle, socketserver, _thread,
queue, etc., suggested by Aravinda in https://review.gluster.org/#/c/19767/1

Note: these 2to3 fixes report no changes are necessary: asserts, buffer,
exec, execfile, exitfunc, filter, getcwdu, imports2, input, intern,
itertools, metaclass, methodattrs, ne, next, nonzero, operator, paren,
raw_input, reduce, reload, renames, repr, standarderror, sys_exc, throw,
tuple_params, xreadlines.

Change-Id: I60932030813484803f73733a9b2b7b23c7a843fd
updates: #411
Signed-off-by: Kaleb S. KEITHLEY <kkeithle@redhat.com>

1 files changed, 13 insertions, 13 deletions

diff --git a/tests/bugs/distribute/overlap.py b/tests/bugs/distribute/overlap.py
index 105aa6792cf..726389a78d6 100755
--- a/tests/bugs/distribute/overlap.py
+++ b/tests/bugs/distribute/overlap.py
@@ -4,15 +4,15 @@ from __future__ import print_function
 import sys
 
 def calculate_one (ov, nv):
-    old_start = int(ov[18:26],16)
-    old_end = int(ov[26:34],16)
-    new_start = int(nv[18:26],16)
-    new_end = int(nv[26:34],16)
+    old_start = int(ov[18:26], 16)
+    old_end = int(ov[26:34], 16)
+    new_start = int(nv[18:26], 16)
+    new_end = int(nv[26:34], 16)
     if (new_end < old_start) or (new_start > old_end):
         #print '%s, %s -> ZERO' % (ov, nv)
         return 0
-    all_start = max(old_start,new_start)
-    all_end = min(old_end,new_end)
+    all_start = max(old_start, new_start)
+    all_end = min(old_end, new_end)
     #print '%s, %s -> %08x' % (ov, nv, all_end - all_start + 1)
     return all_end - all_start + 1
 
@@ -22,7 +22,7 @@ def calculate_all (values):
     for old_val in values[:nv_index]:
         new_val = values[nv_index]
         nv_index += 1
-        total += calculate_one(old_val,new_val)
+        total += calculate_one(old_val, new_val)
     return total
 
 """
@@ -45,13 +45,13 @@ test2_vals = [
     '0x000000000000000055555555aaaaaaa9',   # second third
 ]
 
-print '%08x' % calculate_one(test1_vals[0],test1_vals[3])
-print '%08x' % calculate_one(test1_vals[1],test1_vals[4])
-print '%08x' % calculate_one(test1_vals[2],test1_vals[5])
+print '%08x' % calculate_one(test1_vals[0], test1_vals[3])
+print '%08x' % calculate_one(test1_vals[1], test1_vals[4])
+print '%08x' % calculate_one(test1_vals[2], test1_vals[5])
 print '= %08x' % calculate_all(test1_vals)
-print '%08x' % calculate_one(test2_vals[0],test2_vals[3])
-print '%08x' % calculate_one(test2_vals[1],test2_vals[4])
-print '%08x' % calculate_one(test2_vals[2],test2_vals[5])
+print '%08x' % calculate_one(test2_vals[0], test2_vals[3])
+print '%08x' % calculate_one(test2_vals[1], test2_vals[4])
+print '%08x' % calculate_one(test2_vals[2], test2_vals[5])
 print '= %08x' % calculate_all(test2_vals)
 """