def verifyProxies(self, proxies):
''' Take as input dictionary of {name:proxystring} and verify that
we can communicate with the server (by getting the detector or trainer).
Return a dictionary with 'detector running' or 'trainer running' if running
and 'configured' if not. Also print now so with long config files user
sees output.
'''
res = {}
for key, value in proxies.iteritems():
# add short timeout
value = value + ' -t 100'
try:
detector = easy.getDetector(value)
res[key] = 'detector running'
print("{0} {1}".format(key, res[key]))
continue
except:
pass
try:
trainer = easy.getTrainer(value)
res[key] = 'trainer running'
print("{0} {1}".format(key, res[key]))
continue
except:
pass
try:
trainer = easy.getFileServer(value)
res[key] = 'FileServer running'
print("{0} {1}".format(key, res[key]))
continue
except:
pass
try:
trainer = easy.getCorpusServer(value)
res[key] = 'Corpus running'
print("{0} {1}".format(key, res[key]))
continue
except:
pass
res[key] = 'not running'
print("{0} {1}".format(key, res[key]))
return res
# Example 1: Test on a remote machine.
# specify the host name of the service
#
host = "-h vision.nps.edu"
#
# create a simple RunSet with just one unlabeled image
#
rs1 = easy.createRunSet( "testImg/italia.jpg" )
#
# Make sure all files in the RunSet are available on the remote site;
# it is the client's responsibility to upload them if not.
# The putResult contains information about which files were actually transferred.
#
fileserver = easy.getFileServer( "FileService:default -p 10110 " + host )
putResult = easy.putAllFiles( fileserver, rs1 )
modelfile = "detectors/haarcascade_frontalface_alt.xml"
if not fileserver.exists( easy.getCvacPath(modelfile) ):
easy.putFile( fileserver, easy.getCvacPath(modelfile) )
#
# detect remotely: note the host specification
#
print("------- Remote detection, local result display: -------")
detector = easy.getDetector( "OpenCVCascadeDetector:default -p 10102 "+host )
results = easy.detect( detector, modelfile, rs1 )
easy.printResults( results )
#
# Example 2:
# specify the host name of the service
#
host = "-h vision.nps.edu"
#
# create a simple RunSet with just one unlabeled image
#
rs1 = easy.createRunSet("testImg/italia.jpg")
#
# Make sure all files in the RunSet are available on the remote site;
# it is the client's responsibility to upload them if not.
# The putResult contains information about which files were actually transferred.
#
print("------- Remote detection, local result display: -------")
fileserver = easy.getFileServer("PythonFileService:default -p 10111 " + host)
putResult = easy.putAllFiles(fileserver, rs1)
modelfile = "detectors/haarcascade_frontalface_alt.xml"
if not fileserver.exists(easy.getCvacPath(modelfile)):
easy.putFile(fileserver, easy.getCvacPath(modelfile))
#
# detect remotely: note the host specification
#
detector = easy.getDetector("OpenCVCascadeDetector:default -p 10102 " + host)
results = easy.detect(detector, modelfile, rs1)
easy.printResults(results)
#
# Example 2:
# Train on a remote machine, obtain the model file, and test locally.
# specify the host name of the service
#
host = "-h vision.nps.edu"
#
# create a simple RunSet with just one unlabeled image
#
rs1 = easy.createRunSet( "testImg/italia.jpg" )
#
# Make sure all files in the RunSet are available on the remote site;
# it is the client's responsibility to upload them if not.
# The putResult contains information about which files were actually transferred.
#
print("------- Remote detection, local result display: -------")
fileserver = easy.getFileServer( "PythonFileService:default -p 10111 " + host )
putResult = easy.putAllFiles( fileserver, rs1 )
modelfile = "detectors/haarcascade_frontalface_alt.xml"
if not fileserver.exists( easy.getCvacPath(modelfile) ):
easy.putFile( fileserver, easy.getCvacPath(modelfile) )
#
# detect remotely: note the host specification
#
detector = easy.getDetector( "OpenCVCascadeDetector:default -p 10102 "+host )
results = easy.detect( detector, modelfile, rs1 )
easy.printResults( results )
#
# Example 2:
# Train on a remote machine, obtain the model file, and test locally.
