def generate_output_strs(daten): #{{{
"""Create the strings for the Display (labels) """
def start_stop_button_adjustments(phase):
""" button adjustements """
cfg.START_STOP.set_sensitive(True)
#display start png
if phase == 0:
if cfg.START_STOP_HOVER:
cfg.START_STOP.set_from_file(cfg.EXE_DIR+\
"/bilder/start_hover.png")
else:
cfg.START_STOP.set_from_file(cfg.EXE_DIR+\
"/bilder/start.png")
#display stop png
else:
if cfg.START_STOP_HOVER:
cfg.START_STOP.set_from_file(cfg.EXE_DIR+\
"/bilder/stop_hover.png")
else:
cfg.START_STOP.set_from_file(cfg.EXE_DIR+\
"/bilder/stop.png")
# Assinging stuff from daten[] to locals
try:
#ausgang = str(int(daten[0][-1:])) #Ausgang
#should already be 'clean' actually
ausgang = str(int(daten[0])) #Ausgang
zeit = daten[1] #Stunden Minuten Sekunden
lade_v = "%5.2fV" % (int(daten[2])/1000.0) #format into string
ampere = int(daten[3]) #Strom A
if ampere >= 1000 or ampere <= -1000:
ampere = "%+.2fA" % (ampere/1000.0)
else:
ampere = "%imA" % (ampere)
amph = int(daten[4])/1000.0 #Ladungsmenge amph
vers_u = int(daten[5])/1000.0 #Versorgungs-U mV
rimohm_baldelta = int(daten[6]) #akku-unnen mOhm
c_bat = int(daten[7]) #Akkutemperatur
#Zellenzahl / bei Stop -> 'Fehlercode'
tmp_zellen = int(daten[8])
if tmp_zellen < 50:
cfg.ANZAHL_ZELLEN[int(ausgang)] = tmp_zellen
phase = int(daten[9]) #Ladephase 0-stop ...
cfg.PHASE = phase #...needed for START/STOP button
zyklus = int(daten[10]) #Zyklus
#sp = int(daten[11]) #Aktive Akkuspeicher
except ValueError, err:
tmp = "Sollte nicht passieren. Bitte Nachricht"
tmp += " an die Programmierer\n"
tmp += "(generate_output_strs) ValueError: %s\n"\
% str(err)
tmp += ", ".join([str(x) for x in daten])
tmp += "\n"
print (tmp)
cfg.FLOG.write(tmp)
gtk_stuff.message_dialog(cfg.GTK_WINDOW, tmp)
def generate_output_strs(daten): #{{{
"""Create the strings for the Display (labels) """
def start_stop_button_adjustments(phase):
""" button adjustements """
cfg.START_STOP.set_sensitive(True)
#display start png
if phase == 0:
if cfg.START_STOP_HOVER:
cfg.START_STOP.set_from_file(cfg.EXE_DIR+\
"/bilder/start_hover.png")
else:
cfg.START_STOP.set_from_file(cfg.EXE_DIR+\
"/bilder/start.png")
#display stop png
else:
if cfg.START_STOP_HOVER:
cfg.START_STOP.set_from_file(cfg.EXE_DIR+\
"/bilder/stop_hover.png")
else:
cfg.START_STOP.set_from_file(cfg.EXE_DIR+\
"/bilder/stop.png")
# Assinging stuff from daten[] to locals
try:
#ausgang = str(int(daten[0][-1:])) #Ausgang
#should already be 'clean' actually
ausgang = str(int(daten[0])) #Ausgang
zeit = daten[1] #Stunden Minuten Sekunden
lade_v = "%5.2fV" % (int(daten[2]) / 1000.0) #format into string
ampere = int(daten[3]) #Strom A
if ampere >= 1000 or ampere <= -1000:
ampere = "%+.2fA" % (ampere / 1000.0)
else:
ampere = "%imA" % (ampere)
amph = int(daten[4]) / 1000.0 #Ladungsmenge amph
vers_u = int(daten[5]) / 1000.0 #Versorgungs-U mV
rimohm_baldelta = int(daten[6]) #akku-unnen mOhm
c_bat = int(daten[7]) #Akkutemperatur
#Zellenzahl / bei Stop -> 'Fehlercode'
tmp_zellen = int(daten[8])
if tmp_zellen < 50:
cfg.ANZAHL_ZELLEN[int(ausgang)] = tmp_zellen
phase = int(daten[9]) #Ladephase 0-stop ...
cfg.PHASE = phase #...needed for START/STOP button
zyklus = int(daten[10]) #Zyklus
#sp = int(daten[11]) #Aktive Akkuspeicher
except ValueError, err:
tmp = "Sollte nicht passieren. Bitte Nachricht"
tmp += " an die Programmierer\n"
tmp += "(generate_output_strs) ValueError: %s\n"\
% str(err)
tmp += ", ".join([str(x) for x in daten])
tmp += "\n"
print(tmp)
cfg.FLOG.write(tmp)
gtk_stuff.message_dialog(cfg.GTK_WINDOW, tmp)
def read_line(): #{{{
"""Read serial data (called via interval via
gobject.timeout_add) and print it to display"""
if cfg.FILE_BLOCK == True:
tmp = "* [Debug] ********************* Blocked serial input\n"
print tmp
cfg.FLOG.write(tmp)
return True
try:
lin = cfg.SER.readline()
except serial.SerialException, err:
tmp = "%s\n\n" % err
print (tmp)
cfg.FLOG.write(tmp)
gtk_stuff.message_dialog(cfg.GTK_WINDOW, tmp)
return True
def read_line(): #{{{
"""Read serial data (called via interval via
gobject.timeout_add) and print it to display"""
if cfg.FILE_BLOCK == True:
tmp = "* [Debug] ********************* Blocked serial input\n"
print tmp
cfg.FLOG.write(tmp)
return True
try:
lin = cfg.SER.readline()
except serial.SerialException, err:
tmp = "%s\n\n" % err
print(tmp)
cfg.FLOG.write(tmp)
gtk_stuff.message_dialog(cfg.GTK_WINDOW, tmp)
return True
def serial_setup(): #{{{
""" try to connect to the serial port """
tmp = "* [ Serial Port ] ***********************************\n"
tmp += ("Versuche zu oeffen den seriellen Port '%s': " % cfg.SERIAL_PORT)
if platform.system() == "Windows":
#needen on comx>10 - seems to work
cfg.SERIAL_PORT = '\\\\.\\' + cfg.SERIAL_PORT
try:
cfg.SER = serial.Serial(
port=cfg.SERIAL_PORT,
baudrate = 9600,
parity = serial.PARITY_NONE,
stopbits = serial.STOPBITS_ONE,
bytesize = serial.EIGHTBITS,
xonxoff=0,
rtscts=0,
dsrdtr = False,
timeout = 0.08, #some tuning around with that value possibly
writeTimeout = 2.0)
if platform.system() != "Windows":
cfg.SER.open()
cfg.SER.isOpen()
tmp += "OK\n"
except serial.SerialException, err:
tmp += "Fehler\n"
tmp += "Program Abruch: \"%s\"\n" % err
time.sleep(3)
cfg.FLOG.write(tmp)
cfg.FLOG.close()
gtk_stuff.message_dialog(None, tmp)
time.sleep(10)
sys.exit()
def serial_setup(): #{{{
""" try to connect to the serial port """
tmp = "* [ Serial Port ] ***********************************\n"
tmp += ("Versuche zu oeffen den seriellen Port '%s': " % cfg.SERIAL_PORT)
if platform.system() == "Windows":
#needen on comx>10 - seems to work
cfg.SERIAL_PORT = '\\\\.\\' + cfg.SERIAL_PORT
try:
cfg.SER = serial.Serial(
port=cfg.SERIAL_PORT,
baudrate=9600,
parity=serial.PARITY_NONE,
stopbits=serial.STOPBITS_ONE,
bytesize=serial.EIGHTBITS,
xonxoff=0,
rtscts=0,
dsrdtr=False,
timeout=0.08, #some tuning around with that value possibly
writeTimeout=2.0)
if platform.system() != "Windows":
cfg.SER.open()
cfg.SER.isOpen()
tmp += "OK\n"
except serial.SerialException, err:
tmp += "Fehler\n"
tmp += "Program Abruch: \"%s\"\n" % err
time.sleep(3)
cfg.FLOG.write(tmp)
cfg.FLOG.close()
gtk_stuff.message_dialog(None, tmp)
time.sleep(10)
sys.exit()
def serial_send_command (tname, com_str, retry_count): #{{{
""" Send command and wait for Ack (or not) """
retry_count += 1
if retry_count > (cfg.COMMAND_RETRY):
cfg.COMMAND_ABORT = True #skip on further soon to arrive commands
return
if retry_count == (cfg.COMMAND_RETRY):
failed_string = " Failed"
failed_color = "#cc6666"
else:
failed_string = " Resend"
failed_color = "#cccccc"
try:
cfg.SER.write(com_str)
except serial.SerialException, err:
tmp = "%s" % err
tmp += ":" + com_str + ", "+ tname
print (tmp)
cfg.FLOG.write(tmp)
gtk_stuff.message_dialog(None, tmp)
try:
cfg.LART[cfg.GEWAEHLTER_AUSGANG] = int(daten[14]) #Ladeart
lart_str = cfg.LADEART[int(daten[14])] #Ladeart
cfg.STROMW[cfg.GEWAEHLTER_AUSGANG] = int(daten[15]) #stromwahl
stromw_str = cfg.STROMWAHL[int(daten[15])] #stromwahl
cfg.STOPPM[cfg.GEWAEHLTER_AUSGANG] = int(daten[16]) #stromwahl
stoppm_str = cfg.STOPPMETHODE[int(daten[16])] #stromwahl
except IndexError, err:
tmp = "%s\n" % err
tmp += "-> %i\n\n" % int(daten[14])
print (tmp)
cfg.FLOG.write(tmp)
gtk_stuff.message_dialog(cfg.GTK_WINDOW, tmp)
time.sleep(5)
sys.exit()
c_kk = int(daten[17]) #KK Celsius
#cell cells
tmp_a = []
for cell in daten[18:-1]:
try:
tmp_a.append(int(cell))
except IndexError:
tmp = "00:00:00 to long error\n"
tmp += daten + '\n'
tmp += "----------------------\n\n"
print (tmp)
try:
cfg.LART[cfg.GEWAEHLTER_AUSGANG] = int(daten[14]) #Ladeart
lart_str = cfg.LADEART[int(daten[14])] #Ladeart
cfg.STROMW[cfg.GEWAEHLTER_AUSGANG] = int(daten[15]) #stromwahl
stromw_str = cfg.STROMWAHL[int(daten[15])] #stromwahl
cfg.STOPPM[cfg.GEWAEHLTER_AUSGANG] = int(daten[16]) #stromwahl
stoppm_str = cfg.STOPPMETHODE[int(daten[16])] #stromwahl
except IndexError, err:
tmp = "%s\n" % err
tmp += "-> %i\n\n" % int(daten[14])
print(tmp)
cfg.FLOG.write(tmp)
gtk_stuff.message_dialog(cfg.GTK_WINDOW, tmp)
time.sleep(5)
sys.exit()
c_kk = int(daten[17]) #KK Celsius
#cell cells
tmp_a = []
for cell in daten[18:-1]:
try:
tmp_a.append(int(cell))
except IndexError:
tmp = "00:00:00 to long error\n"
tmp += daten + '\n'
tmp += "----------------------\n\n"
print(tmp)
def gnuplot(): #{{{
"""Create charts"""
filesplit() #delete and generate new .dat files
gpl = Gnuplot.Gnuplot(debug=0)
qiv_files = ""
dir_list = os.listdir(cfg.TMP_DIR)
dir_list.sort()
tmp = "\n* [Gnu-Plotting] ************************************************"
print (tmp)
cfg.FLOG.write(tmp + '\n')
anzbild = 0
for fname in dir_list:
if fname[0:4] == "Akku" and fname[4:6] == str(cfg.GEWAEHLTER_AUSGANG)+\
"-" and fname [8:12] == ".dat":
#byte - about 2 minutes minimum
if os.path.getsize(cfg.TMP_DIR + "/" + fname) < 8000:
#skip on too little data-packages
continue
qiv_files += cfg.CHART_DIR + "/" + fname[:-4] + ".png "
anzbild += 1
fhan = helper.open_file(cfg.TMP_DIR + "/" + fname, "r")
while True: #ignore other than real data lines
lin = fhan.readline()
if lin[0] != "#":
break
fhan.close()
if platform.system() == "Windows":
line_a = lin.split(" ")
else:
line_a = lin.split("\xff")
phasenr = int(line_a[9])
atyp_i = int(line_a[12])
#titel stuff
atyp_str = cfg.AKKU_TYP[int(line_a[12])] #Akkutyp
prg_str = cfg.AMPROGRAMM[int(line_a[13])] #Programm
lart_str = cfg.LADEART[int(line_a[14])] #Ladeart
stromw_str = cfg.STROMWAHL[int(line_a[15])] #stromwahl
stoppm_str = cfg.STOPPMETHODE[int(line_a[16])] #stromwahl
#Stop >= 50?
anz_zellen = int(line_a[8]) #Zellenzahl / bei Stop -> 'Fehlercode'
anz_z = anz_zellen
if anz_zellen >= 40: # not really needed there in the title anyway.
anz_z_str = ""
anz_z = -1 #unknown
else:
anz_z_str = str(anz_zellen) + "x"
titel_plus = " ["+anz_z_str+atyp_str+", "+prg_str+", "+lart_str+", " \
+stromw_str+", "+stoppm_str+"] - "
titel_little = " ["+anz_z_str+atyp_str+"] - "
rangeval = -1 # stays like that when no balancer attached
#lipo -> Balancer graph TODO what when no balancer?
if atyp_i == 5 and len(line_a) > 19:
fhan = helper.open_file(cfg.TMP_DIR + "/" + fname, "r")
rangeval = get_balancer_range(fhan)
fhan.close()
if phasenr >= 1 and phasenr <= 5:
titel = "LADEN" + titel_plus
gpl('set yrange [0:*];')
elif phasenr >= 7 and phasenr < 9:
titel = "ENTLADEN" + titel_little
gpl('set yrange [*:0];')
elif phasenr == 10:
titel = "PAUSE - Entladespannung erreicht" + titel_little
gpl('set yrange [*:*];')
elif phasenr == 0:
titel = "STOP (Erhaltungladung)" + titel_plus
gpl('set yrange [*:*];')
else:
titel = "Unbekannte Phase <"+str(phasenr)+">" + titel_plus
gpl('set yrange [*:*];')
gpl('set terminal png size 1280, 1024;')
#gnuplot does not like MS-Windoof's \
gpl('set output "' + (cfg.CHART_DIR).replace('\\','/') +\
"/" + fname[:-4] + '.png"')
gpl('set xdata time;')
if platform.system() == "Windows":
gpl("set datafile separator ' ';")
else:
gpl("set datafile separator '\xff';")
gpl('set timefmt "%H:%M:%S";')
gpl('set grid')
#set bmargin 5
gpl('set lmargin 10')
gpl('set rmargin 10')
#set tmargin 5
gpl('set multiplot;')
gpl('set key box')
gpl('set ylabel "Laden mA / Kapazitaet mAh"')
gpl('set ytics nomirror;')
gpl('set y2range [-10:70];')
gpl('set y2label "Grad Celsius";')
gpl('set y2tics border;')
gpl('set nolabel;')
gpl('set xtics axis;')
gpl('set size 1.0,0.45;')
gpl('set origin 0.0,0.5;')
#gnuplot does not like MS-Windoof's \
gpl('wfile="' + cfg.TMP_DIR.replace('\\', '/') + "/" + fname + '";')
gpl('set title "Akkumatik - ' + titel + ' (' + str(anzbild) + ')";')
gpl('plot \
wfile using 2:4 with lines title "mA" lw 2 lc rgbcolor\
"#009900" , \
wfile using 2:5 smooth bezier with lines title "mAh" lw\
2 lc rgbcolor "#0000ff", \
wfile using 2:8 smooth bezier with lines title "Bat C"\
axes x1y2 lc rgbcolor "#cc0000" , \
wfile using 2:18 smooth bezier with lines title "KK C"\
axes x1y2 lc rgbcolor "#222222";')
gpl('set nolabel;')
gpl('set notitle;')
gpl('set size 1.0,0.45;')
gpl('set origin 0.0,0.0;')
if atyp_i == 5:
gpl(lipo_gnuplot(line_a, rangeval, anz_z))
elif atyp_i == 0 or atyp_i == 1:
gpl(nixx_gnuplot())
else:
gpl(else_gnuplot())
gpl('set nomultiplot;')
gpl('reset')
tmp = "Generiert: "+"%44s" % (cfg.CHART_DIR + "/"+\
fname[-27:-4])+".png"
print (tmp)
cfg.FLOG.write(tmp + '\n')
else:
continue
if len(qiv_files) > 0:
time.sleep(1.8) #sonst finded qiv (noch) nichts allenfalls
args = shlex.split(qiv_files)
arguments = ' '.join(str(n) for n in args)
if platform.system() == "Windows":
for xtmp in args[-1:]:
# os.startfile(xtmp)
thread.start_new_thread(os.startfile,(xtmp,))
break #one (letzte) is enough for eg. irfanview
else:
thread.start_new_thread(os.system,(cfg.PICTURE_EXE+' '+arguments,))
else:
tmp = "Nicht genügend serielle Daten vorhanden\n"
tmp += "(Etwa 2 min von der selben 'Phase' werden benoetigt.)"
gtk_stuff.message_dialog(cfg.GTK_WINDOW, tmp)
