def test_direct_transition(self):
# logger=ptplog.ptplog(level=logging.DEBUG)
fobj = open("server/user_function.py")
sequence_string = fobj.read()
fobj.close()
seq_list = sequence_string.split("#--1")
exec(seq_list[1])
command_string = generate_cmd_str("test_sequence.py", 4)
chandler = handle_commands.CommandHandler()
variable_dict = chandler.get_variables(command_string)
user_api = userAPI(chandler, dds_count=3)
incl_list = user_api.include_handler.generate_include_list()
for file_name, cmd_str in incl_list:
exec(cmd_str)
global transitions
transitions = chandler.transitions
global sequence_var
sequence_var = []
transition1 = sequence_handler.transition("test1", {1: 1}, 200)
pulse1 = TTLPulse(0, 10, "1", is_last=False)
pulse2 = TTLPulse(0, 20, "1", is_last=False)
pulse3 = TTLPulse(0, 30, "3")
sequence_var.append(pulse1.sequence_var)
sequence_var.append(pulse2.sequence_var)
sequence_var.append(pulse3.sequence_var)
rf_pulse(1, 0, 1, transition1)
rf_pulse(1, 0, 1, "carrier2")
transitions = chandler.transitions
set_transition("carrier1", "729")
set_transition("carrier2", "RF")
user_api.init_sequence()
def test_conflict_handler2(self):
"""Test the TTL conflict handling of simultaneous pulses
This test checks whether the server raises an error if TTL
pulses which cannot be resolved are given"""
command_string = generate_cmd_str("test_sequence.py", 9)
chandler = handle_commands.CommandHandler()
variable_dict = chandler.get_variables(command_string)
user_api = user_function.userAPI(chandler, dds_count=3)
incl_list = user_api.include_handler.generate_include_list()
for file_name, cmd_str in incl_list:
exec(cmd_str)
transitions = chandler.transitions
sequence_var = []
pulse1 = TTLPulse(0, 10, "1", is_last=False)
pulse2 = TTLPulse(0, 20, "1", is_last=False)
pulse3 = TTLPulse(0, 30, "3")
sequence_var.append(pulse1.sequence_var)
sequence_var.append(pulse2.sequence_var)
sequence_var.append(pulse3.sequence_var)
try:
user_api.final_array = user_api.get_sequence_array(sequence_var)
self.fail("Program did not detect simulatnious TTL error")
except RuntimeError:
pass
def test_rf_on(self):
"""Testing RF_ON
This test checks if the rf_on command works correct
This test is doing nothing right now
"""
#logger=ptplog.ptplog(level=logging.DEBUG)
fobj = open("server/user_function.py")
sequence_string = fobj.read()
fobj.close()
seq_list = sequence_string.split("#--1")
exec(seq_list[1])
command_string = generate_cmd_str("test_sequence.py", 4)
chandler = handle_commands.CommandHandler()
variable_dict = chandler.get_variables(command_string)
user_api = userAPI(chandler, dds_count=3)
incl_list = user_api.include_handler.generate_include_list()
for file_name, cmd_str in incl_list:
exec(cmd_str)
global transitions
transitions = chandler.transitions
global sequence_var
sequence_var = []
pulse1 = RFOn(0, 200, -5, 0)
sequence_var.append(pulse1.sequence_var)
final_array = user_api.get_sequence_array(sequence_var)
for instruction in final_array[0]:
instruction.handle_instruction(user_api.api)
self.fail("Need a test for the API commands")
def test_conflict_handler(self):
"""Test the conflict handler
This test checks if conflicting TTL pulses are joined
correctly."""
command_string = generate_cmd_str("test_sequence.py", 9)
chandler = handle_commands.CommandHandler()
variable_dict = chandler.get_variables(command_string)
user_api = user_function.userAPI(chandler, dds_count=0)
incl_list = user_api.include_handler.generate_include_list()
for file_name, cmd_str in incl_list:
exec(cmd_str)
transitions = chandler.transitions
sequence_var = []
pulse1 = TTLPulse(0, 10, "1", is_last=False)
pulse2 = TTLPulse(0, 10, "2", is_last=False)
pulse3 = TTLPulse(0, 30, "3")
sequence_var.append(pulse1.sequence_var)
sequence_var.append(pulse2.sequence_var)
sequence_var.append(pulse3.sequence_var)
user_api.final_array = user_api.get_sequence_array(sequence_var)
ttl_ev1 = user_api.final_array[0][0]
assert ttl_ev1.device_key == ["3", "2", "1"]
ttl_ev2 = user_api.final_array[0][1]
data += ";SLOPE_TYPE,blackman;"
data += "SLOPE_DUR,0;IONS,1:201,2:202,3:203"
data += ";FREQ2,10;AMPL2,1;"
return data
logger = ptplog.ptplog(level=logging.DEBUG)
fobj = open("server/user_function.py")
sequence_string = fobj.read()
fobj.close()
seq_list = sequence_string.split("#--1")
exec(seq_list[1])
command_string = generate_cmd_str("test_sequence.py", 4)
chandler = handle_commands.CommandHandler()
variable_dict = chandler.get_variables(command_string)
user_api = userAPI(chandler, dds_count=3)
incl_list = user_api.include_handler.generate_include_list()
for file_name, cmd_str in incl_list:
exec(cmd_str)
global transitions
transitions = chandler.transitions
global sequence_var
sequence_var = []
#user_api.init_sequence()
# test_ipython.py ends here