- Fixed taking the address of begin() on an empty std::vector.
- Fixed nsis makefile to use %ProgramFiles% environment variable.
- Fixed nsis makefile to pass the output directory and file to makensis.
- Fixed synergy.nsi to get the files from the output directory. That
enables a debug build of the installer.
- Fixes to compile under VS2005.
I did not apply VS2005 project files, instead adding nmake files.
nmake is pretty weak but the makefiles can be modified without having
visual studio. Also modified the .rc files to not use winres.h.
This plus nmake means synergy can now be built using the freely
downloadable Microsoft Windows SDK for Vista, available from
microsoft's web site. This change removes all of the old VC++6
project files in favor of the nmake files. It also removes the
XCode project in favor of ./configure and make.
All of the nmake files are named nmake.mak. Only the top level
makefile is directly useful (the rest are included by it) so all
builds are from the top level directory. nmake knows the following
targets:
all: build synergy.exe, synergyc.exe and synergys.exe
clean: remove all intermediate files, keep programs
clobber: clean and remove programs
installer: build programs and an installer
debug: build a debug version of 'all'
release: build a release version of 'all'
debug-installer: build an installer of the debug build
release-installer: build an installer of the release build
The default build version is release so 'all' and 'installer' will
build a release version. The installer itself never has debug
symbols, just the stuff it installs. The default target is 'all'.
To build use:
nmake /nologo /f nmake.mak <target>
VC++ and VisualStudio users may need to manually run vcvars.bat in a
command.exe or cmd.exe window before invoking nmake. The Window 98/Me
command.exe may not handle potentially long command lines; I haven't
tried to verify if that works.
function. Because synergy doesn't use posix cancellation, it
cannot wake up a thread waiting on a condition variable. So
the wrapper would wake up periodically to test if the thread was
cancelled (according to synergy's cancellation state) then go
back to waiting. Well the condition could be signalled while
we're testing and be lost and we'd never return from the wait.
So now we wake up after a maximum timeout and return to the
caller. The caller must check for this spurious wakeup but all
callers should do this anyway so we're okay there.
and Xinerama correctly. Also was using '#if defined(...)' instead
of '#if ...' for testing configure macros in some places. This
yields the wrong answer if the macro is set to 0, which means
missing/disabled.
return 0 when O_NDELAY is set and there is nothing to read. We
want the O_NONBLOCK behavior where read returns -1 and sets
errno to EAGAIN when there is nothing to read.
didn't support them and the emulated versions were just as good
except for a performance problem with excessive locking and
unlocking of a mutex. So this also changes IArchString to
provide string rather than character conversion so we can lock
the mutex once per string rather than once per character.
multiple systems with automake, with X Windows and Carbon window
system APIs supported. It's also a starting port for supporting
win32 builds using mingw. OS X support is incomplete; the tree
will compile and link but the binaries will not function.
broken when support for binary data was added. The terminating
NUL was included in the string as a character (that's in addition
to the terminating NUL added by std::string).
poll() but there was a race condition where the thread trying
to unblock poll() could send the signal before the polling
thread had entered poll(). Now using a pipe and polling on
that and the client's sockets, and just writing a byte into
the pipe to unblock poll. This persists until the next call
to poll() so we might force poll() to return once unnecessarily
but that's not a problem. This change makes the BSD code
similar to the winsock code, which uses a winsock event instead
of a pipe.
event loop model. Streams, stream filters, and sockets are
converted. Client proxies are almost converted. CServer is
in progress. Removed all HTTP code. Haven't converted the
necessary win32 arch stuff.
an event queue and events, TCP sockets converted to use events,
unix multithreading and network stuff converted, and an X Windows
event queue subclass.
crs23
crs