def get_spotfinder_url(filename,host,port):
if filename.find("EXIT")>=0:
kill_server(host,port)
return
testurl = "%s:%d"%(host,port)
selector = "/spotfinder"
query_object = [
("filename",filename),
("bin",1),
]
Response = post_multipart(host=testurl, selector=selector,
fields = query_object, files = [])
print(Response.getresponse().read())
Response.close()
def get_spotfinder_url(filename,host,port):
if filename.find("EXIT")>=0:
kill_server(host,port)
return
testurl = "%s:%d"%(host,port)
selector = "/spotfinder"
query_object = [
("filename",filename),
("bin",1),
]
Response = post_multipart(host=testurl, selector=selector,
fields = query_object, files = [])
print Response.getresponse().read()
Response.close()
def kill_server(host,port):
from socket import error as socketerror
try:
while 1:
testurl = "%s:%d"%(host,port)
selector = "/spotfinder"
query_object = [
("filename","EXIT"),
("bin",1),
]
Response = post_multipart(host=testurl, selector=selector,
fields = query_object, files = [])
Response.getresponse()
Response.close()
except socketerror as e:
pass
def kill_server(host,port):
from socket import error as socketerror
try:
while 1:
testurl = "%s:%d"%(host,port)
selector = "/spotfinder"
query_object = [
("filename","EXIT"),
("bin",1),
]
Response = post_multipart(host=testurl, selector=selector,
fields = query_object, files = [])
Response.getresponse()
Response.close()
except socketerror,e:
pass
def get_spotfinder_url(file_object, host, port):
testurl = "%s:%d" % (host, port)
selector = "/spotfinder"
start_index = 0
stop_index = file_object.linearintdata.size()
raw_string = file_object.linearintdata.slice_to_byte_str(
start_index, stop_index)
query_object = [
("moduleindex", file_object.__dict__.get("moduleindex", -1)),
("filename", file_object.filename),
("bin", 1),
("vendortype", file_object.vendortype),
("beam_center_reference_frame",
file_object.beam_center_reference_frame),
("beam_center_convention", file_object.beam_center_convention),
("header", file_object.header),
("headerlines", ""),
]
for item in [
'DISTANCE', 'PHI', 'WAVELENGTH', 'TWOTHETA', 'OSC_RANGE',
'CCD_IMAGE_SATURATION', 'OSC_START', 'DETECTOR_SN', 'PIXEL_SIZE',
'SIZE1', 'SIZE2', 'BEAM_CENTER_X', 'BEAM_CENTER_Y'
]:
if type(file_object.parameters[item]) == type(1.0):
query_object.append((item, "%.6f" % file_object.parameters[item]))
else:
query_object.append((item, file_object.parameters[item]))
files = [("adsc_data", file_object.filename, raw_string)]
print("length of data in ints", stop_index)
print("length of data in bytes", len(raw_string))
assert len(raw_string) / 4 == stop_index
Response = post_multipart(host=testurl,
selector=selector,
fields=query_object,
files=files)
print(Response.getresponse().read())
def get_spotfinder_url(file_object,host,port):
testurl = "%s:%d"%(host,port)
selector = "/spotfinder"
start_index=0
stop_index = file_object.linearintdata.size()
raw_string=file_object.linearintdata.slice_to_byte_str(start_index,stop_index)
query_object = [
("moduleindex",file_object.__dict__.get("moduleindex",-1)),
("filename",file_object.filename),
("bin",1),
("vendortype",file_object.vendortype),
("beam_center_reference_frame",file_object.beam_center_reference_frame),
("beam_center_convention",file_object.beam_center_convention),
("header",file_object.header),
("headerlines",""),
]
for item in ['DISTANCE', 'PHI', 'WAVELENGTH',
'TWOTHETA', 'OSC_RANGE',
'CCD_IMAGE_SATURATION', 'OSC_START', 'DETECTOR_SN', 'PIXEL_SIZE',
'SIZE1','SIZE2','BEAM_CENTER_X','BEAM_CENTER_Y'
]:
if type(file_object.parameters[item])==type(1.0):
query_object.append((item,"%.6f"%file_object.parameters[item]))
else:
query_object.append((item,file_object.parameters[item]))
files = [
("adsc_data",file_object.filename,raw_string)
]
print "length of data in ints",stop_index
print "length of data in bytes",len(raw_string)
assert len(raw_string)/4==stop_index
Response = post_multipart(host=testurl, selector=selector,
fields = query_object, files = files)
print Response.getresponse().read()
