def threaded_init(self):
log("threaded_init() start")
sleep(0.1)
from xpra.platform import threaded_server_init
threaded_server_init()
for c in SERVER_BASES:
if c != ServerCore:
c.threaded_setup(self)
log("threaded_init() end")
def threaded_init(self):
log("threaded_init() start")
from xpra.platform import threaded_server_init
threaded_server_init()
for c in SERVER_BASES:
if c != ServerCore:
try:
c.threaded_setup(self)
except Exception:
log.error("Error during threaded setup of %s",
c,
exc_info=True)
#populate the platform info cache:
from xpra.version_util import get_platform_info
get_platform_info()
log("threaded_init() end")
def test_all(self):
threaded_server_init()
with program_context() as f:
assert repr(f)
#this doesn't actually exercise more code,
#as the attributes are initialized once per process...
with program_context("prg") as f:
assert repr(f)
with program_context(None, "app") as f:
assert repr(f)
with program_context("prg", "app") as f:
assert repr(f)
assert get_application_name() == "app"
assert get_prgname() == "prg"
def threaded_init(self):
log("threaded_init() start")
from xpra.platform import threaded_server_init
threaded_server_init()
for c in SERVER_BASES:
if c != ServerCore:
try:
c.threaded_setup(self)
except Exception:
log.error("Error during threaded setup of %s",
c,
exc_info=True)
#populate the platform info cache:
from xpra.version_util import get_platform_info
get_platform_info()
with self.init_thread_lock:
for cb in self.init_thread_callbacks:
try:
cb()
except Exception as e:
log("threaded_init()", exc_info=True)
log.error("Error in initialization thread callback %s", cb)
log.error(" %s", e)
log("threaded_init() end")