def convert_to_netlist(filename):
utils.spawn(['bash', utils.local_file('eeschema-to-netlist.sh'), filename])
netlist = filename.replace('.sch', '.cir')
if path.exists(netlist):
return (filename, netlist)
else:
return (filename, None)
def run(self):
info('UDP Over TCP Server start on', config.server_listen_addr)
info('Server will relay data to', config.remote_udp)
while True:
conn, addr = self.s.accept()
log(addr, 'connect in')
# t = Thread(target=self.handle, args=(conn, addr))
# t.setDaemon(True)
# t.start()
spawn(target=self.handle, args=(conn, addr))
def run(self):
pid = os.getpid()
log('my PID:', pid)
with open('pid.txt', 'w') as f:
f.write(str(pid))
for p in config.servers:
q = queue.Queue()
self.sign_queues.append(q)
s = Shaddock(p, config.servers[p], q)
log('listen on:', p)
spawn(s.run, daemon=False)
def run(self):
s = socket.socket()
s.connect(config.server_listen_addr)
# t = Thread(target=self.relay, args=(s, self.c))
# t.setDaemon(True)
# t.start()
spawn(target=self.relay, args=(s, self.c))
while True:
data, self.game_addr = self.c.recvfrom(4096)
log('local -> server:', data)
s.sendall(str(len(data)).encode() + b'\n' + data)
def handle(self, conn, addr):
c = self.udp_client(addr)
# t = Thread(target=self.relay, args=(c, conn))
# t.setDaemon(True)
# t.start()
spawn(target=self.relay, args=(c, conn))
while True:
data = recv(conn)
log('client -> remote:', data)
if (data is None) or rand_err():
conn.close()
return
c.sendto(data, config.remote_udp)
def recordSession(stop=0):
"""Record the current pyFormex session."""
global _recording_pid
from guimain import hasDRI
print("RECORDING with dri=%s" % pf.options.dri)
ok = utils.checkExternal('recordmydesktop')
if not ok:
return
if hasDRI():
if not draw.ack(
"Recording the session while using DRI may fail to correctly capture the OpenGL canvas. We recommend starting pyformex with the --nodri option to do session recording (at the expense of a slower execution). If you click YES I will nevertheless go ahead with recording."
):
return
fn = draw.askFilename(pf.cfg['workdir'],
"Theora video files (*.ogv)",
exist=False)
if not fn:
return
print("Recording your session to file %s" % fn)
x, y, w, h = pf.GUI.XGeometry()
cmd = "recordmydesktop -x %s -y %s --width %s --height %s --no-frame -o %s" % (
x, y, w, h, fn)
print(cmd)
pid = utils.spawn(cmd)
print("Recording pid = %s" % pid)
_recording_pid = pid
def recordSession(stop=0):
"""Record the current pyFormex session."""
global _recording_pid
from guimain import hasDRI
print("RECORDING with dri=%s" % pf.options.dri)
ok = utils.checkExternal('recordmydesktop')
if not ok:
return
if hasDRI():
if not draw.ack("Recording the session while using DRI may fail to correctly capture the OpenGL canvas. We recommend starting pyformex with the --nodri option to do session recording (at the expense of a slower execution). If you click YES I will nevertheless go ahead with recording."):
return
fn = draw.askFilename(pf.cfg['workdir'],"Theora video files (*.ogv)",exist=False)
if not fn:
return
print("Recording your session to file %s" % fn)
x,y,w,h = pf.GUI.XGeometry()
cmd = "recordmydesktop -x %s -y %s --width %s --height %s --no-frame -o %s" % (x,y,w,h,fn)
print(cmd)
pid = utils.spawn(cmd)
print("Recording pid = %s" % pid)
_recording_pid = pid
def _connect(self, **opts):
"""
Attempt to connect to ftp server
:return:
:raises: exc.ConnectionError, exc.LoginError
"""
cmd = ['lftp']
cmd += ['-p', str(self.port)]
cmd += ['-u', "%s,%s" % (self.username, self.password), self.host]
process = spawn(" ".join(cmd))
self.process = process
# ensure that we can connect
index = self.process.expect([self.prompt, EOF])
output = self.process.before
if index == 0:
output = output + self.process.after
if "Name or service not known" in output:
raise exc.ConnectionError(output)
# ensure that we are logged in
# We do this by trying to send a command and
# testing to see if there's a login error
self.process.sendline("ls -la")
index = self.process.expect([self.prompt, EOF, TIMEOUT])
output = self.process.before
if "Login failed" in output:
raise exc.LoginError(output)
def run(self):
s = socket.socket()
s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
s.bind(('0.0.0.0', self.port))
s.listen(5)
while True:
conn, addr = s.accept()
if not self.reload_sign.empty():
self.reload_sign.get()
self.load_ssl_ctxs()
if self.ssl_enabled():
spawn(self.ssl_wrap_handle, (conn, addr))
else:
spawn(self.handle, (conn, addr))
def start(self):
self._udp_sock = utils.socket.socket(utils.socket.AF_INET,
utils.socket.SOCK_DGRAM)
self._udp_sock.bind((self._address, self._port))
t = utils.spawn(self._recv_loop)
super(SFlow, self).start()
return t
def _recv_loop(self):
self.logger.info('Listening on %s:%s for sflow agents' %
(self._address, self._port))
while True:
buf, addr = self._udp_sock.recvfrom(self._udp_msg_size)
t = utils.spawn(self._handle, buf, addr)
self.threads.append(t)
def edit():
"""Load the current file in the editor.
This only works if the editor was set in the configuration.
The author uses 'gnuclient' to load the files in a running copy
of xemacs.
"""
if GD.cfg['editor']:
pid = utils.spawn(GD.cfg['editor'] % GD.cfg['curfile'])
def tempIDL(inFile, fType=0, double=True):
"""
Read in binary TAPE files (inFile), save data to IDL save files,
and then read them with Python for plotting. this is pretty time-
consuming
This is a temporary function until I figure out how to read in
FORTRAN binary files in Python (looks like it can be done --
https://stackoverflow.com/questions/37534220/python-read-fortran-binary-file)
Input
inFile -- string, path to binary TAPE (10, 11, 12, 13)
output_file from LBLRTM
Output
Keywords
fType -- int, file type (radiance, transmittance, etc.; see doc in
/project/rc/rc2/mshep/idl/patbrown/read_lbl_file_dbl.pro)
double -- boolean, is inFile in double precision? defaults to yes
"""
from scipy.io.idl import readsav
import utils
# write_save_file.pro is in this Git repo:
# https://lex-gitlab.aer.com/rpernak/common_modules
# and is considered, along with the RC_utils.py and utils.py
# modules, part of the RC common library
proFile = 'write_save_file.pro'
#if not os.path.exists(proFile):
# os.symlink('externals/common/%s' % proFile, proFile)
if double:
proCall = \
"write_save_file, \'%s\', file_type=%d, /dbl" % (inFile, fType)
else:
proCall = \
"write_save_file, \'%s\', file_type=%d" % (inFile, fType)
# endif double
idlCmd = 'idl -e "%s"' % proCall
sOut, sErr = utils.spawn(idlCmd)
# write_save_file.pro always writes a LBLRMT_output.sav file
# and contains the wavenum and spectrum arrays
tempSav = 'LBLRTM_output.sav'
idlDat = readsav(tempSav)
waveNum, param = idlDat['wavenum'], idlDat['spectrum']
os.remove(tempSav)
#os.remove(proFile)
return {'wavenumber': waveNum, 'spectrum': param}
def edit():
"""Load the current file in the editor.
This only works if the editor was set in the configuration.
The author uses 'gnuclient' to load the files in a running copy
of (X)Emacs.
"""
if GD.cfg['editor']:
pid = utils.spawn('%s %s' % (GD.cfg['editor'],GD.cfg['curfile']))
else:
draw.warning('No known editor was found or configured')
def editScript(fn=None):
"""Load the current file in the editor.
This only works if the editor was set in the configuration.
The author uses 'emacsclient' to load the files in a running copy
of Emacs.
If a filename is specified, that file is loaded instead.
"""
if GD.cfg['editor']:
if fn is None:
fn = GD.cfg['curfile']
pid = utils.spawn('%s %s' % (GD.cfg['editor'],fn))
else:
draw.warning('No known editor was found or configured')
def help(page=None):
"""Display a html help page.
If GD.help.viewer == None, the help page is displayed using the
built-in help browser. GD.help.viewer can be set to a string to
display the page in an external browser.
"""
if not page:
page = GD.cfg['help/manual']
if page.startswith('http:'):
browser = GD.cfg['browser']
else:
browser = GD.cfg['viewer']
pid = utils.spawn(browser % page)
def help(page=None):
"""Display a html help page.
If no page is specified, the help manual is displayed.
If page is a string starting with 'http:', the page is displayed with
the command set in pf.cfg['browser'], else with the command in
pf.cfg['viewer']
"""
if not page:
page = pf.cfg['help/manual']
if page.startswith('http:') or page.startswith('file:'):
browser = pf.cfg['browser']
else:
browser = pf.cfg['viewer']
pid = utils.spawn(' '.join([browser,page]))
def help(page=None):
"""Display a html help page.
If no page is specified, the help manual is displayed.
If page is a string starting with 'http:', the page is displayed with
the command set in pf.cfg['browser'], else with the command in
pf.cfg['viewer']
"""
if not page:
page = pf.cfg['help/manual']
if page.startswith('http:') or page.startswith('file:'):
browser = pf.cfg['browser']
else:
browser = pf.cfg['viewer']
pid = utils.spawn(' '.join([browser, page]))
def forward(self, ctx):
up_url = URL(ctx.cfg['upstream'])
if up_url.protocol == Protocol.unix:
right_conn = socket.socket(socket.AF_UNIX, socket.SOCK_STREAM)
right_conn.connect(up_url.host)
else:
right_conn = socket.socket()
right_conn.connect((up_url.host, up_url.port))
right_conn.sendall(ctx.header.encode())
t = spawn(self.relay, (ctx.left_conn, right_conn))
self.relay(right_conn, ctx.left_conn)
t.join()
ctx.left_conn.close()
right_conn.close()
def spawn(self, city):
return spawn(self.shape, city, self.fill)
def start(self):
self.threads.append(utils.spawn(self._event_loop))
def supervisor(self):
info('UDP Over TCP Client start on', config.client_listen_addr)
while True:
t = spawn(target=self.run)
t.join()
info('Reconnect...')