def __init__(self, devname='/dev/evs/r13'):
self._device = mevr.new(devname)
self._device.Enable(True)
me = (-1 << mevr.IRQ_MASTER_ENABLE)
hb = (1 << mevr.IRQFLAG_HEARTBEAT)
self._device.IrqEnable(me | hb)
signal.signal(signal.SIGIO, self.handler)
self._device.IrqAssignHandler()
def main():
# 0xc908146
#Can be used both for testing "normal" pci API and new UDP API
#Just comment/uncomment the necessary lines below
#evr = mevr_udp.new('evr300lab01', 2000)
evr = mevr.new('/dev/evrtga3')
#example_a(evr)
#example_b(evr)
example_c(evr)
#evr.map.Pulse[0].Width = 1
#evr.SetFineDelay(0, 0)
#evr.Enable(True)
#print evr.map._parent._real.read_register(evr.map._parent._base + 0x200)
return evr
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
import mevg, mevr
if False:
r13 = mevr.new('/dev/evs/r13')
r14 = mevr.new('/dev/evs/r14')
g10 = mevg.new('/dev/evs/g10')
g12 = mevg.new('/dev/evs/g12')
def rdMapItem(dev, event):
r = dev.GetVal(0x4000 + 16*event)
print bin(r)
return r
def wtMapItem(dev, event, val):
dev.SetVal(0x4000 + 16*event, val)
def buscaSub(ob, txt):
def __init__(self, url = '/dev/evs/r13'): self.ev = mevr.new(url) self._url = url
import mevr
import signal
import time
import os
import fcntl
p = 0
er = mevr.new('/dev/evs/r13')
def handler(a, b):
global p, er
print '**** que passa neng\n'
p = p + 1
er.SetVal(0x8, 0xff)
er.IrqHandled()
signal.signal(signal.SIGIO, handler)
er = mevr.new('/dev/evs/r13')
#er = mevr.new('/tmp/mentida.bin')
# er.SetVal(0xc,0xff)
er.Enable(True)
me = (-1 << mevr.IRQ_MASTER_ENABLE)
hb = (1 << mevr.IRQFLAG_HEARTBEAT)
print int(me | hb)
er.IrqEnable(me | hb)