Steven E. Harris [EMAIL PROTECTED] writes:
[...]
This seems like a case of the tools trying to be too smart. If the
candidate paths offered to zsh are
src/foo/bar/baz.h
obj/obj1.0
one would expect that just seeing the leading 's' or 'o' would be
enough to complete the right choice.
Hi.
I am trying to compile guitone in a Debian sid system, but
it isn't working. (I'm using net.venge.monotone.guitone,
revision 91841fb21ebde8eed67936a8d10e4550d796fded)
One reason is that the Qt headers in Debian are inside
subdirectories:
$ locate QDateTime
/usr/include/qt4/QtCore/QDateTime
Jeronimo Pellegrini schrieb:
g++ -c -pipe -Wall -W -Wno-unused-parameter -g -D_REENTRANT -DQANAVA
-DQANAVA_LINUX -DQT_THREAD_SUPPORT -I/usr/share/qt3/mkspecs/default
-I. -I/usr/share/qt3/include -I.ui/ -I.moc/ -o .obj/canController.o
../../../src/can/canController.cp
Looking at this line
On Sun, Nov 05, 2006 at 06:12:31PM +0100, Thomas Keller wrote:
Jeronimo Pellegrini schrieb:
g++ -c -pipe -Wall -W -Wno-unused-parameter -g -D_REENTRANT -DQANAVA
-DQANAVA_LINUX -DQT_THREAD_SUPPORT -I/usr/share/qt3/mkspecs/default
-I. -I/usr/share/qt3/include -I.ui/ -I.moc/ -o
I think maybe this went to the wrong list?
On Fri, Nov 03, 2006 at 07:31:08PM +0300, Salikh Zakirov wrote:
Hi,
the following trivial patch fixes the gc_gen compilation problem
with Intel Compiler under Windows:
--- vm/gc_gen/src/common/gc_platform.h
+++ vm/gc_gen/src/common/gc_platform.h
On Sun, Nov 05, 2006 at 06:45:19PM +0100, Thomas Keller wrote:
Jeronimo Pellegrini schrieb:
Strange. I hardcoded qmake-qt4 in build.sh, and also tried
update-alternatives to set all Qt things to Qt4... And I still see qt3
there:
I'd recommend you use t:guitone-0.4, as the graph stuff, which
On Saturday 04 November 2006 19:49, Steven E. Harris wrote:
This seems like a case of the tools trying to be too smart. If the
candidate paths offered to zsh are
src/foo/bar/baz.h
obj/obj1.0
one would expect that just seeing the leading 's' or 'o' would be
enough to complete the right
Howdy folks! Today I announce a new version of m7. In case you
forgot, m7 is a proof-of-concept Python script that adds simple "local
revision numbers" to monotone. These local revision numbers are simple
monotonically increasing numbers affixed to revisions, and you can use
them anywhere