def __init__(self, parent=None, ShaMem_comm = manage_comm.DEFAULT_COMM_SHARED_MEMORY):
import libs.comm.serial_utils as serial_utils
#GUI
QtGui.QWidget.__init__(self, parent)
self.ui = Ui_App.Ui_MainWindow()
self.ui.setupUi(self)
#nastaveni prvniho dostupneho portu
self.ui.aSetPort.setText(serial_utils.enumerate_serial_ports().next())
#=======================================================================
# DATABASE
#=======================================================================
try:
self.db = sqlite.sqlite_db("db/test_db.sqlite")
self.db.connect()
except:
print "E: GUI: Database"
#=======================================================================
# TABLES
#=======================================================================
self.GuiData = GuiData.GuiData()
self.U = UsersModel.Users( UsersModel.UsersParameters(self))
self.T = TimesModel.Times( TimesModel.TimesParameters(self))
self.R = RunsModel.Runs( RunsModel.RunsParameters(self))
#doplneni
self.T.params.tabRuns = self.R
self.U.update()
self.T.update()
self.R.update()
'''status bar'''
self.showMessage("mode", self.GuiData.getMesureModeString() + " ["+self.GuiData.getRaceName()+"]", dialog=False)
#=======================================================================
# SIGNALS
#=======================================================================
QtCore.QObject.connect(self.ui.RunsProxyView.selectionModel(), QtCore.SIGNAL("selectionChanged(QItemSelection, QItemSelection)"), self.sRunsProxyView_SelectionChanged)
QtCore.QObject.connect(self.ui.aSetPort, QtCore.SIGNAL("activated()"), self.sPortSet)
QtCore.QObject.connect(self.ui.aRefresh, QtCore.SIGNAL("activated()"), self.sRefresh)
QtCore.QObject.connect(self.ui.aConnectPort, QtCore.SIGNAL("activated()"), self.sPortConnect)
QtCore.QObject.connect(self.ui.actionAbout, QtCore.SIGNAL("activated()"), self.sAbout)
QtCore.QObject.connect(self.ui.aRefreshMode, QtCore.SIGNAL("activated()"), self.sRefreshMode)
QtCore.QObject.connect(self.ui.aLockMode, QtCore.SIGNAL("activated()"), self.sLockMode)
QtCore.QObject.connect(self.ui.aEditMode, QtCore.SIGNAL("activated()"), self.sEditMode)
QtCore.QObject.connect(self.ui.tabWidget, QtCore.SIGNAL("currentChanged (int)"), self.sTabChanged)
QtCore.QObject.connect(self.ui.TimesShowAll, QtCore.SIGNAL("stateChanged (int)"), self.sTimesShowAllChanged)
QtCore.QObject.connect(self.ui.timesShowZero, QtCore.SIGNAL("stateChanged (int)"), self.sTimesShowZeroChanged)
#COMM
self.ShaMem_comm = ShaMem_comm
self.myManageComm = manage_comm.ManageComm(ShaMem_comm = self.ShaMem_comm) #COMM instance
self.myManageComm.start() #start thread, 'run' flag should be 0, so this thread ends immediatelly
def run(self):
print "COMM: zakladam vlakno.."
dstore.Set("com_init", 2)
''' CONNECT TO EWITIS '''
try:
self.protokol.open_port()
except serial.SerialException:
print "E: Cant open port"
dstore.SetItem("port", ["opened"], False)
return
""" DATABASE """
try:
self.db = sqlite.sqlite_db("db/test_db.sqlite")
'''connect to db'''
self.db.connect()
except:
#dstore.Set("port_enable", False)
dstore.SetItem("port", ["opened"], False)
print "E: Database"
"""communication established"""
#dstore.Set("port_enable", True)
dstore.SetItem("port", ["opened"], True)
self.cell_nr = 0
"""slot tasking"""
idx = idx_a = idx_b = idx_c = 0
SLOT_A = [self.runGetCellOverview, self.runGetDeviceOverview, self.runGetTime, self.runGetTabSpecific, None]
SLOT_B = [self.runGetRun, self.runGetCellInfo, None]
SLOT_C = [self.runGetDeviceInfo, self.runGetRaceInfo, self.runGetDiagnostic]
LeastCommonMultiple = len(SLOT_A) * len(SLOT_B) * len(SLOT_C)
print "LCM:", LeastCommonMultiple
while(1):
#wait X millisecond, test if thread should be terminated
ztime_first = time.clock()
#wait
#for i in range(10):
for i in range(2):
#wait
time.sleep(0.01)
#terminate thread?
if dstore.Get("port")["opened"] == False:
self.stop()
return
#print "I: Comm: waiting:",time.clock() - ztime_first,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
#ztime = time.clock()
#communication enabled?
if(dstore.Get("port")["enabled"] == False):
continue
"""
GET HW-SW-VERSION
only once (after start sw,hw = none)
"""
if(dstore.Get("versions")["hw"] == None) or (dstore.Get("versions")["fw"] == None):
aux_version = self.send_receive_frame("GET_HW_SW_VERSION")
print "version:", aux_version
if ('error' in aux_version):
print "E: Comm: no Hw and Fw versions on device"
continue #no other commands as long as no version
dstore.SetItem("versions", ["hw"], aux_version["hw"])
dstore.SetItem("versions", ["fw"], aux_version["fw"])
dstore.SetItem("versions", ["device"], aux_version["device"])
#print "I: Comm: versions:",time.clock() - ztime,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
#ztime = time.clock()
""" end of hw-sw-version """
#print "I: Comm: each cycle: Actions: ",time.clock() - ztime,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
#ztime = time.clock()
"""calling run functions"""
'''each cycle'''
self.runDeviceActions()
self.runCellActions()
self.runActions()
self.runDiagnosticSendCommand()
'''slot A'''
#print "-",idx,"-"
idx_a = idx % len(SLOT_A)
if idx_a != len(SLOT_A)-1:
SLOT_A[idx_a]()
else:
'''slot B'''
idx_b = (idx / len(SLOT_A)) % len(SLOT_B)
if idx_b != len(SLOT_B)-1:
SLOT_B[idx_b]()
else:
'''slot C'''
idx_c = (idx / len(SLOT_A) / len(SLOT_B)) % len(SLOT_C)
SLOT_C[idx_c]()
idx = idx + 1
if(idx == LeastCommonMultiple):
idx = 0
# print "I: Comm:",
# if idx_a != len(SLOT_A)-1:
# print "slot A", idx_a,
# elif idx_b != len(SLOT_B)-1:
# print "slot B", idx_b,
# else:
# print "slot C", idx_c,
# print "-", idx, time.clock() - ztime_first,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
# #ztime = time.clock()
"""
"""
if dstore.Get("com_init") != 0:
dstore.Set("com_init", dstore.Get("com_init") - 1)
dstore.SetItem("systemcheck", ["wdg_comm"], dstore.GetItem("systemcheck", ["wdg_comm"])+1)
def run(self):
print "COMM: zakladam vlakno.."
dstore.Set("com_init", 2)
''' CONNECT TO EWITIS '''
try:
self.protokol.open_port()
except serial.SerialException:
print "E: Cant open port"
dstore.SetItem("port", ["opened"], False)
return
""" DATABASE """
try:
self.db = sqlite.sqlite_db("db/test_db.sqlite")
'''connect to db'''
self.db.connect()
except:
#dstore.Set("port_enable", False)
dstore.SetItem("port", ["opened"], False)
print "E: Database"
"""communication established"""
#dstore.Set("port_enable", True)
dstore.SetItem("port", ["opened"], True)
while(1):
#wait X millisecond, test if thread should be terminated
ztime = time.clock()
for i in range(10):
#wait
time.sleep(0.01)
#terminate thread?
if dstore.Get("port")["opened"] == False:
self.stop()
return
#print "I: Comm: waiting:",time.clock() - ztime,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
#print "I: Comm: waiting:",time.clock()
#communication enabled?
if(dstore.Get("port")["enabled"] == False):
continue
#add diagnostic?
diagnostic = False
if(dstore.Get("diagnostic")["log_cyclic"] == 2):
diagnostic = True
"""
GET HW-SW-VERSION
only once (after start sw,hw = none)
"""
if(dstore.Get("versions")["hw"] == None) or (dstore.Get("versions")["fw"] == None):
aux_version = self.send_receive_frame("GET_HW_SW_VERSION")
print "version:", aux_version
if ('error' in aux_version):
print "E: Comm: no Hw and Fw versions on device"
continue #no other commands as long as no version
dstore.SetItem("versions", ["hw"], aux_version["hw"])
dstore.SetItem("versions", ["fw"], aux_version["fw"])
dstore.SetItem("versions", ["device"], aux_version["device"])
""" end of hw-sw-version """
"""
SEND COMMAND
diagnostic purpose
"""
if(dstore.Get("diagnostic")["sendcommandkey"] != None):
#send command
aux_response = self.send_receive_frame(dstore.Get("diagnostic")["sendcommandkey"], (dstore.Get("diagnostic")["senddata"]).decode('hex'))
if ('error' in aux_response):
print "COMM: sendcommand response: ERROR"
#smazat request
dstore.SetItem("diagnostic", ["sendcommandkey"], None)
#set response (text to label)
dstore.SetItem("diagnostic", ["sendresponse"], json.dumps(aux_response, indent = 4))
"""
RUNS & TIMES & DATABASE PART
- get new time
- get new run
- store new time to the databasae
- store new run to the databasae
"""
""" GET NEW TIME """
aux_time = self.send_receive_frame("GET_TIME_PAR_INDEX", self.index_times, diagnostic = diagnostic)
""" GET NEW RUN """
aux_run = self.send_receive_frame("GET_RUN_PAR_INDEX", self.index_runs, diagnostic = diagnostic)
if(aux_time['error'] == 0 or aux_run['error'] == 0):
print"================="
""" GET NEW RUN """
aux_diagnostic = dstore.Get("diagnostic")
if(aux_time['error'] != 0):
dstore.SetItem("diagnostic", ["no_new_time_cnt"], aux_diagnostic["no_new_time_cnt"]+1)
if(aux_run['error'] != 0):
dstore.SetItem("diagnostic", ["no_new_run_cnt"], aux_diagnostic["no_new_run_cnt"]+1)
#dstore.SetItem("diagnostic", ["communication"], aux_diagnostic["communication"]+"<font color='red'>no new times (100)</font><br>")
#dstore.SetItem("diagnostic", ["communication"], aux_diagnostic["communication"]+"<font color='green'>no new times (100)</font><br>")
#dstore.SetItem("diagnostic", ["communication"], aux_diagnostic["communication"]+"<font color='blue'>no new times (100)</font><br>")
""" STORE NEW TIME TO THE DATABASE """
if(aux_time['error'] == 0):
self.AddTimeToDb(aux_time)
self.index_times += 1 # done, take next
eventCalcNow.set()
else:
pass # no new time
""" STORE NEW RUN TO THE DATABASE """
if(aux_run['error'] == 0):
self.AddRunToDb(aux_run)
self.index_runs += 1 # done, take next
else:
pass # no new run
""" end of Run & Times & Database """
""" GET RACE TIME """
aux_racetime = self.send_receive_frame("GET_ACTUAL_RACE_TIME", diagnostic = diagnostic)
dstore.Set("race_time", aux_racetime['time'])
"""
barCellActions
- enable/disable startcell
- enable/disable finishcell
- generate starttime
- generate finishtime
- quit timing
- clear database
- enable/disable tags reading
"""
'''CELL ADDRESS ACTIONS, toolbar'''
""" set cell diag info"""
set_cell_diagnostic = dstore.Get("set_cell_diag_info", "SET")
if(set_cell_diagnostic['address'] != 0):
ret = self.send_receive_frame("SET_CELL_DIAG_INFO", set_cell_diagnostic)
dstore.SetItem("set_cell_diag_info", ['address'],0, "SET")
""" ping cell """
address = dstore.Get("ping_cell", "SET")
if(address != 0):
ret = self.send_receive_frame("PING_CELL", address)
dstore.Set("ping_cell", 0, "SET")
""" run cell diagnostic"""
address = dstore.Get("run_cell_diagnostic", "SET")
if(address != 0):
ret = self.send_receive_frame("RUN_CELL_DIAGNOSTIC", address)
dstore.Set("run_cell_diagnostic", 0, "SET")
'''CELL TASK ACTIONS, tab cells'''
""" get cell last times """
task = dstore.Get("get_cell_last_times", "SET")
if(task != 0):
ret = self.send_receive_frame("GET_CELL_LAST_TIME", task)
dstore.Set("get_cell_last_times", 0, "SET")
""" enable cell """
task = dstore.Get("enable_cell", "SET")
if(task != 0):
ret = self.send_receive_frame("ENABLE_CELL", task)
dstore.Set("enable_cell", 0, "SET")
""" disable cell """
task = dstore.Get("disable_cell", "SET")
if(task != 0):
ret = self.send_receive_frame("DISABLE_CELL", task)
dstore.Set("disable_cell", 0, "SET")
""" generate celltime """
generate_celltime = dstore.Get("generate_celltime", "SET")
if(generate_celltime['task'] != 0):
ret = self.send_receive_frame("GENERATE_CELLTIME", generate_celltime)
dstore.Set("generate_celltime", {'task':0, 'user_id':0}, "SET")
""" quit timing """
if(dstore.IsChanged("quit_timing")):
ret = self.send_receive_frame("QUIT_TIMING")
dstore.ResetChangedFlag("quit_timing")
""" clear database """
if(dstore.IsChanged("clear_database")):
ret = self.send_receive_frame("CLEAR_DATABASE")
print "I: Comm: clearing database, please wait.. "
time.sleep(21)
dstore.ResetChangedFlag("clear_database")
print "I: Comm: database should be empty now"
""" enable/disable tags reading """
if(dstore.IsChanged("tags_reading")):
on_off = dstore.Get("tags_reading", "SET")
ret = self.send_receive_frame("SET_TAGS_READING", on_off)
dstore.ResetChangedFlag("tags_reading")
if(on_off):
print "I: Comm: Enable tags reading"
else:
print "I: Comm: Disable tags reading"
""" end of ACTIONS """
"""
tab RACE SETTINGS & tab DEVICE
- set speaker
- get terminal info
- set timing settings
"""
if(dstore.GetItem("gui", ["active_tab"]) == TAB.race_settings)\
or (dstore.GetItem("gui", ["active_tab"]) == TAB.device):
""" synchronize system """
if(dstore.IsChanged("synchronize_system")):
ret = self.send_receive_frame("SYNCHRONIZE_SYSTEM")
print "I: Comm: synchronize system.. "
dstore.ResetChangedFlag("synchronize_system")
""" set speaker """
if(dstore.IsChanged("speaker")):
aux_speaker = dstore.Get("speaker", "SET")
ret = self.send_receive_frame("SET_SPEAKER", aux_speaker)
dstore.ResetChangedFlag("speaker")
""" get terminal-info """
aux_terminal_info = self.send_receive_frame("GET_TERMINAL_INFO")
""" store terminal-info to the datastore """
if not('error' in aux_terminal_info):
if(dstore.IsReadyForRefresh("terminal_info")):
dstore.Set("terminal_info", aux_terminal_info, "GET")
else:
print "I: COMM: terminal info: not ready for refresh", aux_terminal_info
""" set timing settings """
if(dstore.IsChanged("timing_settings")):
aux_timing_settings = dstore.Get("timing_settings", "SET")
#print "TS", aux_timing_settings
ret = self.send_receive_frame("SET_TIMING_SETTINGS", aux_timing_settings)
dstore.ResetChangedFlag("timing_settings")
"""
tab CELLs
- clear diag, run diag, buttons ping,
"""
if(dstore.GetItem("gui", ["active_tab"]) == TAB.cells):
pass
"""
tab DIAGNOSTIC
- get diagnostic
"""
if(dstore.GetItem("gui", ["active_tab"]) == TAB.diagnostic):
""" get diagnostic """
#for cmd_group in DEF_COMMANDS.DEF_COMMAND_GROUP['diagnostic']:
cmd_group = DEF_COMMANDS.DEF_COMMAND_GROUP['diagnostic']['development']
aux_diagnostic = self.send_receive_frame("GET_DIAGNOSTIC", cmd_group)
#print "aux_diagnostic", aux_diagnostic
""" store terminal-states to the datastore """
#if(dstore.IsReadyForRefresh("timing_settings")):
# dstore.Set("timing_settings", aux_timing_setting, "GET")
#else:
# print "not ready for refresh", aux_timing_setting
"""
ALL TABs
- get timing settings
"""
""" get timing-settings """
aux_timing_setting = self.send_receive_frame("GET_TIMING_SETTINGS", diagnostic = diagnostic)
#aux_timing_setting["name_id"] = 4
""" store terminal-states to the datastore """
if not('error' in aux_timing_setting):
if(dstore.IsReadyForRefresh("timing_settings")):
dstore.Set("timing_settings", aux_timing_setting, "GET")
#else:
# print "I: COMM: aux_timing_setting: not ready for refresh",aux_timing_setting
""" get cell info """
if OPTIKA_V2:
#SET CELL INFO
nr_changed_cells = dstore.IsChanged("cells_info")
if(nr_changed_cells):
print nr_changed_cells
for nr_changed_cell in nr_changed_cells:
aux_cell_info = dstore.GetItem("cells_info", [nr_changed_cell], "SET")
#print "COMM: set cell info", nr_changed_cell, aux_cell_info
ret = self.send_receive_frame("SET_CELL_INFO", aux_cell_info)
dstore.ResetChangedFlag("cells_info")
#GET CELL INFO
aux_cells_info = [None] * NUMBER_OF.CELLS
for i in range(0, NUMBER_OF.CELLS):
aux_cells_info[i] = self.send_receive_frame("GET_CELL_INFO", i+1, diagnostic = diagnostic)
""" store terminal-states to the datastore """
if not('error' in aux_cells_info[i]):
if(dstore.IsReadyForRefresh("cells_info")):
dstore.SetItem("cells_info", [i], aux_cells_info[i], "GET", permanent = False)
if dstore.Get("com_init"): #synchro get a set, tzn. comboboxu s lineedit - po navazani komunikace
#print "nastavuju", aux_cells_info[i]["task"]
dstore.SetItem("cells_info", [i, "task"], aux_cells_info[i]["task"], "SET", permanent = False, changed = False)
"""
ALL SETs
- potom bude parametr refreh v datastore zbytecny
"""
"""
"""
if dstore.Get("com_init") != 0:
dstore.Set("com_init", dstore.Get("com_init") - 1)
dstore.SetItem("systemcheck", ["wdg_comm"], dstore.GetItem("systemcheck", ["wdg_comm"])+1)
"""
Created on 8.12.2013
@author: Meloun
"""
import libs.sqlite.sqlite as sqlite
# =======================================================================
# DATABASE
# =======================================================================
print "I: Database init"
try:
db = sqlite.sqlite_db("db/test_db.sqlite")
db.connect()
except:
print "E: Database"
def run(self):
print "COMM: zakladam vlakno..", time.clock()
dstore.Set("com_init", 30)
##Reset all HW settings
#projit def_data a co neni permanent tak dat do default?
#BB version
print "COMM: Reset: versions"
dstore.SetItem("versions", ["hw"], None)
dstore.SetItem("versions", ["sw"], None)
#cell versions
print "COMM: Reset: cells_info"
#dstore.ResetToDefault("cells_info", "GET")
#timing settings
#cell info
#device info
''' CONNECT TO EWITIS '''
try:
self.protokol.open_port()
except serial.SerialException:
print "E: Cant open port"
dstore.SetItem("port", ["opened"], False)
return
""" DATABASE """
try:
self.db = sqlite.sqlite_db("db/test_db.sqlite")
'''connect to db'''
self.db.connect()
except:
#dstore.Set("port_enable", False)
dstore.SetItem("port", ["opened"], False)
print "E: Database"
"""communication established"""
#dstore.Set("port_enable", True)
dstore.SetItem("port", ["opened"], True)
self.CellIdx_ForCellInfo = 0
self.CellIdx_ForVersions = 0
"""slot tasking"""
idx = idx_a = idx_b = idx_c = 0
SLOT_A = [self.runGetCellOverview, self.runGetDeviceOverview, self.runGetTime, None]
SLOT_B = [self.runGetCellInfo, self.runGetTabSpecific, None]
SLOT_C = [self.runGetDeviceInfo, self.runGetRaceInfo, self.runGetDiagnostic]
LeastCommonMultiple = len(SLOT_A) * len(SLOT_B) * len(SLOT_C)
print "LCM:", LeastCommonMultiple
while(1):
#wait X millisecond, test if thread should be terminated
ztime_first = time.clock()
#wait
#for i in range(10):
for i in range(2):
#wait
time.sleep(0.01)
#terminate thread?
if dstore.Get("port")["opened"] == False:
try:
aux_diagnostics = self.runGetDiagnostic()
myjson = json.dumps(aux_diagnostics)
filename = 'log/'+time.strftime("%Y_%m_%d__%H_%M_", time.localtime())+'00_diagnostics.txt'
json.dump(aux_diagnostics, codecs.open(filename, 'w', 'utf-8'), ensure_ascii = False, indent = 4, sort_keys=True)
#f = open("Diagnostics.log","w")
#f.write( str(aux_diagnostics) )
#f.close()
except:
print "E: Comm: Diagnostics.log"
self.stop()
return
#print "I: Comm: waiting:",time.clock() - ztime_first,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
#ztime = time.clock()
#communication enabled?
if(dstore.Get("port")["enabled"] == False):
continue
"""
GET HW-SW-VERSION
only once (after start sw,hw = none)
"""
if(dstore.Get("versions")["hw"] == None) or (dstore.Get("versions")["fw"] == None):
aux_version = self.send_receive_frame("GET_HW_SW_VERSION")
print "version:", aux_version
if ('error' in aux_version):
print "E: Comm: no Hw and Fw versions on device"
continue #no other commands as long as no version
dstore.SetItem("versions", ["hw"], aux_version["hw"])
dstore.SetItem("versions", ["fw"], aux_version["fw"])
dstore.SetItem("versions", ["device"], aux_version["device"])
#print "I: Comm: versions:",time.clock() - ztime,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
#ztime = time.clock()
""" end of hw-sw-version """
#print "I: Comm: each cycle: Actions: ",time.clock() - ztime,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
#ztime = time.clock()
"""calling run functions"""
'''each cycle'''
self.runDeviceActions()
self.runCellActions()
self.runActions()
self.runDiagnosticSendCommand()
'''slot A'''
if dstore.Get("development")["disabled_cyclic_commands"] == False:
#print "-",idx,"-"
idx_a = idx % len(SLOT_A)
if idx_a != len(SLOT_A)-1:
SLOT_A[idx_a]()
else:
'''slot B'''
idx_b = (idx / len(SLOT_A)) % len(SLOT_B)
if idx_b != len(SLOT_B)-1:
SLOT_B[idx_b]()
else:
'''slot C'''
idx_c = (idx / len(SLOT_A) / len(SLOT_B)) % len(SLOT_C)
SLOT_C[idx_c]()
idx = idx + 1
if(idx == LeastCommonMultiple):
idx = 0
# print "I: Comm:",
# if idx_a != len(SLOT_A)-1:
# print "slot A", idx_a,
# elif idx_b != len(SLOT_B)-1:
# print "slot B", idx_b,
# else:
# print "slot C", idx_c,
# print "-", idx, time.clock() - ztime_first,"s", datetime.datetime.now().strftime("%H:%M:%S.%f")[:-3]
# #ztime = time.clock()
"""
"""
if dstore.Get("com_init") != 0:
dstore.Set("com_init", dstore.Get("com_init") - 1)
if(dstore.Get("com_init") == 0):
""" Init Event """
#
print "init: nastavuju"
dstore.SetItem("gui", ["update_requests", "tableCells_sync"], True)
print "COMM: Initialized"
dstore.SetItem("systemcheck", ["wdg_comm"], dstore.GetItem("systemcheck", ["wdg_comm"])+1)
def run(self):
import sqlite3
print "COMM: zakladam vlakno.."
if(self.ShaMem_comm["enable"] == False):
print "COMM: okamzite koncim vlakno.."
return
#===========================================================================
# CONNECT TO EWITIS
#===========================================================================
try:
self.protokol.open_port()
except serial.SerialException:
print "E: Cant open port"
raise serial.SerialException
#=======================================================================
# DATABASE
#=======================================================================
try:
self.db = sqlite.sqlite_db("db/test_db.sqlite")
#self.tableTimes = sqlite.sqlite_table(self.db, "times")
#self.tableRuns = sqlite.sqlite_table(self.db, "runs")
'''connect to db'''
self.db.connect()
except:
print "E: Database"
#query = sql_queries.get_query_times_par_id(152)
#res = self.db.query(query)
#for item in res:
# print item
while(1):
#wait 1 second, test if thread should be terminated
for i in range(100):
#
time.sleep(0.01)
#terminate thread?
if(self.ShaMem_comm["enable"] == False):
self.stop()
return
#print "COMM: ",self.ShaMem_comm["enable"]
#===================================================================
# GET NEW TIME
#===================================================================
try:
aux_time = self.protokol.send_receive_frame(ew_comm.CMD_GET_TIME_PAR_INDEX, struct.pack('h',self.index_times))
aux_time['order'] = self.order
except (serialprotocol.SendReceiveError) as (errno, strerror):
print "E:SendReceiveError - {1}({0})".format(errno, strerror)
continue
#===================================================================
# GET NEW RUN
#===================================================================
try:
aux_run = self.protokol.send_receive_frame(ew_comm.CMD_GET_RUN_PAR_INDEX, struct.pack('h',self.index_runs))
#aux_run['order'] = self.order
#print aux_run
except (serialprotocol.SendReceiveError) as (errno, strerror):
print "E:SendReceiveError - {1}({0})".format(errno, strerror)
continue
