def __init__(self, path=None):
AppServer.__init__(self, path)
threadCount = self.setting('StartServerThreads')
self._maxServerThreads = self.setting('MaxServerThreads')
self._minServerThreads = self.setting('MinServerThreads')
self._threadPool = []
self._threadCount = 0
self._threadUseCounter = []
# twice the number of threads we have:
self._requestQueue = Queue.Queue(self._maxServerThreads * 2)
self._addr = None
self._requestID = 1
out = sys.stdout
out.write('Creating %d threads' % threadCount)
for i in range(threadCount):
self.spawnThread()
out.write(".")
out.flush()
out.write("\n")
self.recordPID()
self._socketHandlers = {}
self._handlerCache = {}
self._sockets = {}
self.addSocketHandler(self.address(), AdapterHandler)
self.readyForRequests()
def __init__(self, path=None):
"""Setup the AppServer.
Create an initial thread pool (threads created with `spawnThread`),
and the request queue, record the PID in a file, and add any enabled
handlers (Adapter, HTTP, Monitor).
"""
self._threadPool = []
self._threadCount = 0
self._threadUseCounter = []
self._addr = {}
self._requestID = 0
self._socketHandlers = {}
self._handlerCache = {}
self._sockets = {}
self._defaultConfig = None
AppServer.__init__(self, path)
try:
threadCount = self.setting('StartServerThreads')
self._maxServerThreads = self.setting('MaxServerThreads')
self._minServerThreads = self.setting('MinServerThreads')
self._requestQueueSize = self.setting('RequestQueueSize')
if not self._requestQueueSize:
# if not set, make queue size twice the max number of threads
self._requestQueueSize = 2 * self._maxServerThreads
elif self._requestQueueSize < self._maxServerThreads:
# otherwise do not make it smaller than the max number of threads
self._requestQueueSize = self._maxServerThreads
self._requestBufferSize = self.setting('RequestBufferSize')
self._responseBufferSize = self.setting('ResponseBufferSize')
self._requestQueue = Queue.Queue(self._requestQueueSize)
out = sys.stdout
out.write('Creating %d threads' % threadCount)
for i in range(threadCount):
self.spawnThread()
out.write(".")
out.flush()
out.write("\n")
if self.setting('EnableAdapter'):
self.addSocketHandler(AdapterHandler)
if self.setting('EnableMonitor'):
self.addSocketHandler(MonitorHandler)
if self.setting('EnableHTTP'):
from HTTPServer import HTTPAppServerHandler
self.addSocketHandler(HTTPAppServerHandler)
self.readyForRequests()
except:
AppServer.initiateShutdown(self)
raise
def __init__(self, path=None):
AppServer.__init__(self, path)
self._requestID = 1
self.recordPID()
self._wasd_running = None
# temporaire
from WebKit import Profiler
Profiler.startTime = time()
self.readyForRequests()
def __init__(self, path=None):
AppServer.__init__(self, path)
self._addr = None
threadCount = self.setting('StartServerThreads')
self.maxServerThreads = self.setting('MaxServerThreads')
self.minServerThreads = self.setting('MinServerThreads')
self.monitorPort = None
self.threadPool = []
self.threadCount = 0
self.threadUseCounter = []
self.requestQueue = Queue.Queue(
self.maxServerThreads * 2) # twice the number of threads we have
self.rhCache = [] # This will grow to a limit of the number of
# threads plus the size of the requestQueue plus one.
# It used to be a Queue but since we don't make
# use of the blocking behavior and because of problems
# with Queue.Empty being raised on .get_nowait()
# when the queue isn't in fact empty, we have switched
# to using a list instead.
self.mainsocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
# Must use SO_REUSEADDR to avoid problems restarting the app server
# This was discussed on Webware-devel in Oct 2001, and this solution
# was found by Jeff Johnson
self.mainsocket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
addr = self.address()
try:
self.mainsocket.bind(addr)
except:
if self.running:
self.initiateShutdown()
self._closeThread.join()
raise
print "Listening on", addr
open(self.serverSidePath('address.text'),
'w').write('%s:%d' % (addr[0], addr[1]))
self.monitorPort = addr[1] - 1
out = sys.stdout
out.write('Creating %d threads' % threadCount)
for i in range(threadCount):
self.spawnThread()
out.write(".")
out.flush()
out.write("\n")
# @@ 2001-05-30 ce: another hard coded number: @@jsl- not everything needs to be configurable....
self.mainsocket.listen(1024)
self.recordPID()
self.readyForRequests()
def shutDown(self):
self.running = 0
self.awakeSelect()
self._shuttingdown = 1 #jsl-is this used anywhere?
print "ThreadedAppServer: Shutting Down"
self.mainsocket.close()
for i in range(self.threadCount):
self.requestQueue.put(None) #kill all threads
for i in self.threadPool:
try:
i.join()
except:
pass
AppServer.shutDown(self)
def defaultConfig(self):
"""The default AppServer.config."""
if self._defaultConfig is None:
self._defaultConfig = AppServer.defaultConfig(self).copy()
# Update with ThreadedAppServer specific settings
# as defined in defaultConfig on the module level:
self._defaultConfig.update(defaultConfig)
return self._defaultConfig
def shutDown(self): """Called on shutdown. Also calls `AppServer.shutDown`, but first closes all sockets and tells all the threads to die. """ print "ThreadedAppServer is shutting down..." if self._running > 2: self._running = 2 # ask main loop to finish self.awakeSelect() # unblock select call in mainloop() sys.stdout.flush() for i in range(30): # wait at most 3 seconds for shutdown if self._running < 2: break time.sleep(0.1) if self._sockets: # Close all sockets now: for sock in self._sockets.values(): sock.close() if self._socketHandlers: # Remove the text files with the server addresses: for handler in self._socketHandlers.values(): adrFile = self.addressFileName(handler) if os.path.exists(adrFile): try: os.unlink(adrFile) except OSError: print "Warning: Could not remove", adrFile # Tell all threads to end: for i in range(self._threadCount): self._requestQueue.put(None) for i in self._threadPool: try: i.join() except Exception: pass # Call super's shutdown: AppServer.shutDown(self)
def shutDown(self):
self._running = 0
print "CgiPlusAppServer: Shutting Down"
AppServer.shutDown(self)
def initiateShutdown(self):
self._wasd_running = False
AppServer.initiateShutdown(self)
def shutDown(self):
"""Called on shutdown.
Also calls `AppServer.shutDown`, but first closes all sockets
and tells all the threads to die.
"""
print "ThreadedAppServer is shutting down..."
if self._running > 2:
self._running = 2 # ask main loop to finish
self.awakeSelect() # unblock select call in mainloop()
sys.stdout.flush()
for i in range(30): # wait at most 3 seconds for shutdown
if self._running < 2:
break
sleep(0.1)
if self._sockets:
# Close all sockets now:
for sock in self._sockets.values():
sock.close()
if self._socketHandlers:
# Remove the text files with the server addresses:
for handler in self._socketHandlers.values():
adrFile = self.addressFileName(handler)
if os.path.exists(adrFile):
try:
os.unlink(adrFile)
except (AttributeError, OSError):
print "Warning: Could not remove", adrFile
# Tell all threads to end:
for i in range(self._threadCount):
self._requestQueue.put(None)
# Join all threads:
closeTime = time() + 3
for t in self._threadPool:
timeout = max(0.1, closeTime - time())
try:
t.join(timeout)
except Exception:
pass
# Check whether all threads have ended:
for t in self._threadPool:
if t.isAlive():
if debug:
print "Hanging worker thread", t.threadID()
running = True
break
else:
running = False
if running:
# Abort all remaining threads:
print "Aborting hanging worker threads..."
for t in self._threadPool:
if t.isAlive():
t.abort(ServerShutDownError)
# Join remaining threads:
closeTime = time() + 3
for t in self._threadPool:
if t.isAlive():
timeout = max(0.1, closeTime - time())
try:
t.join(timeout)
except Exception:
pass
# Check whether remaining threads have ended:
for t in self._threadPool:
if t.isAlive():
if debug:
print "Warning: Could not abort thread", t.threadID()
else:
print "Warning: Could not abort all worker threads"
break
else:
print "Hanging worker threads have been aborted."
running = False
# Call super's shutdown:
AppServer.shutDown(self)
def __init__(self, path=None):
"""Setup the AppServer.
Create an initial thread pool (threads created with `spawnThread`),
and the request queue, record the PID in a file, and add any enabled
handlers (Adapter, HTTP, Monitor).
"""
self._threadPool = []
self._threadCount = 0
self._threadUseCounter = []
self._addr = {}
self._requestID = 0
self._socketHandlers = {}
self._handlerCache = {}
self._threadHandler = {}
self._sockets = {}
self._defaultConfig = None
AppServer.__init__(self, path)
try:
threadCount = self.setting('StartServerThreads')
self._maxServerThreads = self.setting('MaxServerThreads')
self._minServerThreads = self.setting('MinServerThreads')
self._useDaemonThreads = self.setting('UseDaemonThreads')
self._requestQueueSize = self.setting('RequestQueueSize')
if not self._requestQueueSize:
# if not set, make queue size twice the max number of threads
self._requestQueueSize = 2 * self._maxServerThreads
elif self._requestQueueSize < self._maxServerThreads:
# otherwise do not make it smaller than the max number of threads
self._requestQueueSize = self._maxServerThreads
self._requestBufferSize = self.setting('RequestBufferSize')
self._responseBufferSize = self.setting('ResponseBufferSize')
self._requestQueue = Queue.Queue(self._requestQueueSize)
maxRequestTime = self.setting('MaxRequestTime') or None
self._maxRequestTime = maxRequestTime
self._checkRequestTime = None
out = sys.stdout
out.write('Creating %d threads' % threadCount)
for i in range(threadCount):
self.spawnThread()
if not debug:
out.write(".")
out.flush()
out.write("\n")
if self.setting('EnableAdapter'):
self.addSocketHandler(AdapterHandler)
if self.setting('EnableMonitor'):
self.addSocketHandler(MonitorHandler)
if self.setting('EnableSCGI'):
self.addSocketHandler(SCGIHandler)
if self.setting('EnableHTTP'):
from HTTPServer import HTTPAppServerHandler
self.addSocketHandler(HTTPAppServerHandler)
self.readyForRequests()
if maxRequestTime:
self._checkRequestTime = time() + maxRequestTime
except:
AppServer.initiateShutdown(self)
raise