trim the publicsuffix TLDs yet again

in January 2010, there were 42 entries. Now there are 22, and nearly all of
them are rather...marginal.

1 files changed, 4 insertions, 7 deletions

diff --git a/src/url.c b/src/url.c
index 102e776f..4eacb7a4 100644
--- a/src/url.c
+++ b/src/url.c
@@ -688,20 +688,17 @@ static uint_t Url_host_public_internal_dots(const char *host)
 
       if (tld_len > 0) {
          /* These TLDs were chosen by examining the current publicsuffix list
-          * in February 2014 and picking out those where it was simplest for
+          * in October 2014 and picking out those where it was simplest for
           * them to describe the situation by beginning with a "*.[tld]" rule
           * or every rule was "[something].[tld]".
           *
           * TODO: Consider the old publicsuffix code again. This TLD list has
           * shrunk and shrunk over the years, and has become a poorer and
-          * poorer approximation of administrative boundaries -- and, as of
-          * mid-2014, even NZ and UK are allowing domains to be registered
-          * at the second level, which doesn't leave much.
+          * poorer approximation of administrative boundaries.
           */
-         const char *const tlds[] = {"bd","bn","ck","cy","er","et","fj","fk",
+         const char *const tlds[] = {"bd","bn","ck","cy","er","fj","fk",
                                      "gu","il","jm","ke","kh","kw","mm","mz",
-                                     "ni","np","nz","pg","tr","uk","ye","za",
-                                     "zm","zw"};
+                                     "ni","np","pg","ye","za","zm","zw"};
          uint_t i, tld_num = sizeof(tlds) / sizeof(tlds[0]);
 
          for (i = 0; i < tld_num; i++) {