def __init__(self):
"sets up the configuration and the logger"
self.logger = logging.getLogger("server")
self.config = config.Config()
self.config.parse_cmd_line()
self.server = None
self.setup_server()
self.chandler = handle_commands.CommandHandler()
self.variable_dict = {}
ttl_conf_file = self.config.get_str("SERVER", "DIO_configuration_file")
self.dds_count = self.config.get_int("SERVER", "DDS_count")
# Extracts the channel names and numbers from the configuration file written by QFP
self.ttl_dict = self.config.get_digital_channels(ttl_conf_file)
self.setup_dac() # DAC
self.segfalle = None
def set_transition(transition_name, name_str="729"):
"""Sets the frequency modifiers of the transition
For configuration see config/rf_setup.py
DOES not generate a new transition"""
global transitions
assert type(transition_name)==str, \
"set_transition needs string identifier for transition"
my_config = config.Config()
[offset, multiplier] = my_config.get_rf_settings(name_str)
try:
transitions[transition_name].set_freq_modifier(multiplier, offset)
logger.debug("setting transition: " +
str(transitions[transition_name]))
except KeyError:
raise RuntimeError("Error while setting transition" +
str(transition_name))
def __init__(self, chandler, dds_count=1, ttl_dict=None):
# The command handler
self.chandler = chandler
# The sequencer and the API
self.sequencer = sequencer.sequencer()
self.api = api.api(self.sequencer, ttl_dict)
# Load the configuration
self.config = config.Config()
self.logger = logging.getLogger("server")
self.seq_directory = self.config.get_str("SERVER", "sequence_dir")
self.is_nonet = self.config.is_nonet()
# Instnciate the IncludeHandler
include_dir = self.config.get_str("SERVER", "include_dir")
self.include_handler = IncludeHandler(include_dir)
# The Return string
global return_str
return_str = ""
# Configure the DDS devices
self.api.dds_list = []
ref_freq = self.config.get_float("SERVER", "reference_frequency")
clk_div = self.config.get_float("SERVER", "clk_divider")
for dds_addr in range(dds_count):
self.api.dds_list.append(ad9910.AD9910(dds_addr, ref_freq,
clk_div))
# Set the parameters for the
self.pulse_program_name = ""
self.final_array = []
self.busy_ttl_channel = self.config.get_str("SERVER",
"busy_ttl_channel")
self.qfp_trigger_value = self.config.get_int("SERVER",
"qfp_trigger_value")
self.line_trigger_value = self.config.get_int("SERVER",
"line_trigger_value")
self.sequence_parser = sequence_parser.parse_sequence
# -*- mode: Python; coding: latin-1 -*-
# Time-stamp: "12-Jan-2010 12:13:17 c704215"
# file instruction_handler.py
# copyright (c) Philipp Schindler 2008
# url http://pulse-sequencer.sf.net
"""Defines the high level instructions which are used by
functions in user_fucntion.py"""
from transitions import ShapeForms
from sequencer2 import config
import logging
import copy
GLOBAL_CONFIG = config.Config()
GLOBAL_REFERENCE = GLOBAL_CONFIG.get_float("SERVER", "reference_frequency")
GLOBAL_CLK_DIVIDER = GLOBAL_CONFIG.get_float("SERVER", "clk_divider")
GLOBAL_CONFIG.get_all_dict("Durations")
GLOBAL_GET_DURATION = GLOBAL_CONFIG.get_float_dict_val
class SeqInstruction:
"Base class used for all intructions"
duration = 0.0
start_time = 0.0
cycle_time = 1 / GLOBAL_REFERENCE * GLOBAL_CLK_DIVIDER
get_hardware_duration = GLOBAL_GET_DURATION
is_last = False
is_added = False
def open_last(self):
my_config = config.Config()
filename = my_config.get_str("LOGGING", "log_filename")
filename = filename.strip() + "_all.log.1"
self.get_file(filename)