#
#
# patch "unix/main.cc"
#  from [b6956b0c0279129162d29ddcca82098c9bf53b12]
#    to [ca1ee1709ef694c0a327291d73e9f9304150d54f]
# 
# patch "win32/main.cc"
#  from [07f70610c22db2e515eccd7111c14536ded5f99a]
#    to [73856bd23def0ae302f73c66c13a70f7f9cfc63e]
#
============================================================
--- unix/main.cc	b6956b0c0279129162d29ddcca82098c9bf53b12
+++ unix/main.cc	ca1ee1709ef694c0a327291d73e9f9304150d54f
@@ -14,9 +14,6 @@
 // to look at monotone.cc for cpp_main(), where the real program logic
 // begins.  The purpose of this file is to hide all the nastiness involved
 // in trapping and responding to operating-system-level hard error reports.
-// It is also responsible for a last-ditch catch(...) clause (which is not
-// _that_ different from what std::terminate() would do, but does get our
-// bug-report message printed.)
 //
 // On Unix, what we care about is signals.  Signals come in two varieties:
 // those that indicate a catastrophic program error (SIGSEGV etc) and those
@@ -107,9 +104,7 @@ interrupt_signal(int signo)
 
 // Signals that we handle can indicate either that there is a real bug
 // (bug_signal), or that we should cancel processing in response to an
-// external event (interrupt_signal).  NOTE: interrupt_signal returns,
-// and therefore it must not be used for any signal that means
-// processing cannot continue.
+// external event (interrupt_signal).
 static const int bug_signals[] = {
   SIGQUIT, SIGILL, SIGABRT, SIGFPE, SIGSEGV, SIGBUS, SIGSYS, SIGTRAP
 };
============================================================
--- win32/main.cc	07f70610c22db2e515eccd7111c14536ded5f99a
+++ win32/main.cc	73856bd23def0ae302f73c66c13a70f7f9cfc63e
@@ -13,9 +13,6 @@
 // to look at monotone.cc for cpp_main(), where the real program logic
 // begins.  The purpose of this file is to hide all the nastiness involved
 // in trapping and responding to operating-system-level hard error reports.
-// It is also responsible for a last-ditch catch(...) clause (which is not
-// _that_ different from what std::terminate() would do, but does get our
-// bug-report message printed.)
 //
 // On Win32, hard error reports come via SEH ("structured exception
 // handling", which is, alas, not the same thing as C++ runtime exception