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#!/usr/bin/python
"""
pll_status.py -- module to display pll status
Author
JPC : 02/10/2018
Eric Jules: 01/12/2018, adapt for Belle II
"""
import time
import os
import subprocess
import sys
import pathtocomponents
import curses
from fpga_comp import Arria10
from si534x_comp import Si534x
from xcvr_comp import xcvr
from eepromat24c_comp import EepromAT24C
import addresses_comp as const
def pll_window(pll, device, fpga, freq, conf, win):
# SI5345_1 monitoring
# inputs
line = 2
for j in range(0, 2): #was 4
status, loss_of_signal = pll.read_loss_of_signal(j)
if conf[j] != "Not used":
win.addstr(line, 1, "Input " + str(j) + " : ",curses.A_BOLD)
if loss_of_signal == True:
win.addstr(line, 12,"Loss of signal ", RED)
else:
win.addstr(line, 12,"Input clock present", GREEN)
status, oof = pll.read_out_of_frequency(j)
# if oof == True:
# win.addstr(line + 1, 12,"Out of frequency ", RED)
#else:
# win.addstr(line + 1, 12,"Nominal frequency ", GREEN)
status, loss_of_signal_flg = pll.read_loss_of_signal_flg(j)
if loss_of_signal_flg == True:
win.addstr(line, 32, "LOS seen ", RED)
else:
win.addstr(line, 32, "No LOS since " + str(round(time.time() - start_time, 1)) + " seconds", GREEN)
status, oof_flg = pll.read_out_of_frequency_flg(j)
# if oof_flg == True:
# win.addstr(line + 1, 32,"OOF seen ", RED)
#else:
# win.addstr(line + 1, 32, "No OOF since " + str(round(time.time() - start_time, 1)) + " seconds", GREEN)
# win.addstr(" "+conf[j])
# line = line + 2
#else:
#win.addstr(" Not used")
# line = line + 1
# Measure frequencies
# line = line + 1
# for port in freq.keys():
# status, frequency_read = fpga.read_pll_port_frequency(device, port)
#win.addstr(11 + line, 1, "Port = " + str(port) + " : " + str(frequency_read), WHITE)
# win.addstr(line, 1, "Output "+ str(port)+ " : ",curses.A_BOLD)
# win.addstr(str(frequency_read)+" Hz (" + freq[port] +")")
# line = line +1
# internal state machine
#line = line + 1
#status, val = pll.read_run_mode()
#win.addstr(line, 1, "PLL mode : ", curses.A_BOLD)
#if val == "Normal":
# win.addstr(val, GREEN)
#else:
# win.addstr(val, RED)
# check lock
line = line + 1
status, val = pll.read_loss_of_lock()
win.addstr(line, 1, "PLL status: ", curses.A_BOLD)
if val == True:
win.addstr("Loss of lock", RED)
else:
win.addstr("Locked", GREEN)
# check sticky bit
status, val = pll.read_loss_of_lock_flg()
if val == True:
win.addstr(line, 32, "LOL seen", RED)
else:
win.addstr(line, 32, "No LOL since " + str(round(time.time() - start_time, 1)) + " seconds", GREEN)
win.refresh()
# Read masks values
# y_max, x_max = win.getmaxyx()
# line = 8
# col = x_max / 3
# win.addstr(line, col, "INTR flag values:",curses.A_BOLD)
# line = line + 1
# masks = pll.read_mask_values()
# for mask in sorted(masks.keys()):
# win.addstr(line, col, mask + " : " + str(masks[mask]))
# line = line + 1
# if line == y_max - 1:
# line = 8
# col = col + x_max / 3
win.refresh()
def fanout_window(fpga, win):
status, frequency_read = fpga.read_pll_port_frequency("SI5340", 0)
win.addstr(2, 1, "Face plate clock : ",curses.A_BOLD)
if frequency_read < 127000000 or frequency_read > 128000000:
win.addstr(str(frequency_read/1000)+" kHz", RED)
win.addstr(" Warning : frequency out of range", YELLOW)
else:
win.addstr(str(frequency_read) + " Hz", GREEN)
win.addstr(3,1,'Run number : ' , curses.A_BOLD)
win.addstr(3,14,'{0:4d}'.format(fpga.runNumber()),GREEN)
win.addstr(3,20,'Trigger tag : ' , curses.A_BOLD )
win.addstr(3,34, '{0:5d}'.format(fpga.triggerTag()) , GREEN )
win.addstr(3,40, 'Clock Up : ' , curses.A_BOLD )
if fpga.clockUp() == 1:
win.addstr(3,51, 'OK' , GREEN )
else:
win.addstr(3,51,'NO',RED)
win.addstr(3,55, 'TTD Up : ' , curses.A_BOLD )
if fpga.ttdUp() == 1:
win.addstr(3,64, 'OK' , GREEN )
else:
win.addstr(3,64,'NO',RED)
win.addstr(3,68,'Trigger type : ' , curses.A_BOLD)
win.addstr(3,83,'{0:2d}'.format(fpga.triggerType()),GREEN)
win.addstr(4,1,'Trigger counter : ' , curses.A_BOLD)
win.addstr(4,19,'{0:5d}'.format(fpga.triggerCounter()),GREEN)
win.addstr(5,1,'RX ready : ' , curses.A_BOLD)
for link in range( 4 ):
if fpga.rxReadyIndividual(link) == 1:
win.addstr(5,12+3*link, 'OK' , GREEN )
else:
win.addstr(5,12+3*link,'NO',RED)
win.addstr(5,25,'TX ready : ' , curses.A_BOLD)
for link in range( 4 ):
if fpga.txReadyIndividual(link) == 1:
win.addstr(5,36+3*link, 'OK' , GREEN )
else:
win.addstr(5,36+3*link,'NO',RED)
win.addstr(5,50,'b2link ready : ' , curses.A_BOLD)
for link in range( 4 ):
if fpga.b2linkReadyIndividual( link ) == 1:
win.addstr(5,65+3*link, 'OK' , GREEN )
else:
win.addstr(5,65+3*link,'NO',RED)
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win.refresh()
def program_plls(plls, devices, files, win):
#win.move(2,1)
win.clrtobot()
win.box()
line = 3
for i in plls.keys(): # programs the 3 PLLs
(status, part_number) = plls[i].read_part_number()
(status, revision) = plls[i].read_device_revision()
win.addstr(line, 1, "===== Hard resetting PLL "+str(devices[i])+" =====")
plls[i].hard_reset()
win.addstr(line , 1, "..... Done ...................................................")
win.addstr(line , 1, "===== Programming PLL "+str(devices[i])+"======================")
#win.addstr(line + 3, 1, "..... Configuration file is " + files[i])
#win.addstr(line + 4, 1, "..... Part number detected is : " + hex(part_number))
#win.addstr(line + 5, 1, "..... Device revision detected is : Rev. " + revision)
win.refresh()
plls[i].si534x_programming(files[i])
win.addstr(line , 1, "..... Done ...................................................")
for input in range(0, 4):
plls[i].enable_los(input)
plls[i].enable_oof(input)
win.refresh()
line = line
win.addstr(line, 1, "..... wait to stabilize ..................................")
win.refresh()
time.sleep(7)
win.addstr(line, 1, "..... ready ..............................................")
line = 32
for i in plls.keys():
plls[i].clear_lol_flg_bit()
plls[i].clear_los_oof_flg_reg()
# dic = plls[i].clear_los_oof_flg_reg()
# for mes in dic:
# win.addstr(line, 1, mes + dic[mes])
# line = line + 1
start_time = time.time()
win.refresh()
def draw_menu(stdscr, dev):
os.chdir("../Python/components")
# Creates xcvr object
trans = xcvr(dev)
# Creates Arria10 object
fpga = Arria10(dev)
# Creates pll objects
pll_si5345_1 = Si534x(dev, 1, 0x68)
pll_si5345_2 = Si534x(dev, 2, 0x68)
pll_si5344 = Si534x(dev, 3, 0x68)
plls = \
{1: pll_si5345_1,
2: pll_si5345_2,
3: pll_si5344
}
devices = \
{1: "SI5345_U23",
2: "SI5345_U48",
3: "SI5344_U54"
}
### Files for configuration for FTSW clock
files1b = \
{1: "../data/Si5345-1-BII_FTSW-Registers.txt",
2: "../data/Si5345-2-BII_FTSW-Registers.txt",
3: "../data/Si5344-BII_FTSW-Registers.txt"
}
conf1 = \
{1: ["Expected frequency = 127.216 MHz", "Not used", "Not used", "Not used"],
2: ["Expected frequency = 127.216 MHz", "Not used", "Not used", "Not used"],
3: ["Expected frequency = 127.216 MHz", "Not used", "Not used", "Not used"]
}
# Modif EJ EP 17-01-2019 changement 2 premiers fichiers programmation pll
### Files for configuration for oscillator clock
files2b = \
{1: "../data/Si5345-1-BII_FPGA-Registers.txt",
2: "../data/Si5345-2-BII_FPGA-Registers.txt",
3: "../data/Si5344-BII_OSCI-Registers.txt"
}
# Modif EJ EP 17-01-2019 changement 2 premiers fichiers programmation pll
conf2 = \
{1: ["Not used", "Expected frequency = 127.216 MHz", "Not used", "Not used"],
2: ["Not used", "Expected frequency = 127.216 MHz", "Not used", "Not used"],
3: ["Expected frequency = 127.216 MHz", "Not used", "Not used", "Not used"]
}
freq = \
{1: {
0: "gbt_refclk0",
1: "gbt_refclk1",
2: "gbt_refclk2",
3: "gbt_refclk3"},
2: {
0: "gbt_refclk4",
1: "gbt_refclk5",
3: "gbt_refclk6",
4: "gbt_refclk7",
8: "sys_clk_240"},
3: {
0: "tfc_refclk",
1: "sys_clk_240"}
}
# Choose default pll files
files = files1b
conf = conf1
k = 0
global start_time
start_time = time.time()
#curses.resizeterm(61, 200)
# Clear and refresh the screen for a blank canvas
stdscr.clear()
stdscr.refresh()
# Start colors in curses
curses.start_color()
curses.init_pair(1, curses.COLOR_WHITE, curses.COLOR_BLACK)
curses.init_pair(2, curses.COLOR_CYAN, curses.COLOR_BLACK)
curses.init_pair(3, curses.COLOR_RED, curses.COLOR_BLACK)
curses.init_pair(4, curses.COLOR_GREEN, curses.COLOR_BLACK)
curses.init_pair(5, curses.COLOR_YELLOW, curses.COLOR_BLACK)
global WHITE
global CYAN
global RED
global GREEN
global YELLOW
WHITE = curses.color_pair(1)
CYAN = curses.color_pair(2)
RED = curses.color_pair(3)
GREEN = curses.color_pair(4)
YELLOW = curses.color_pair(5)
# define 4 windows proportional to max screen size
y_max, x_max = stdscr.getmaxyx()
win1 = stdscr.subwin(y_max/6, x_max-2, 0, 0)
win1.box()
win1.addstr(1, 1, "Command window", CYAN | curses.A_BOLD)
board = EepromAT24C(dev, const.EEPROM_FPGA_BUS, const.EEPROM_U64_ADD)
val = board.read_identification()
val = val.split(":")[4]
val = val.replace("\"","")
val = val.split(",")[0]
win1.addstr(" Running on : " + val, CYAN | curses.A_BOLD)
win1.refresh()
win2 = stdscr.subwin(y_max/6,
x_max - 2,
y_max/6,
0)
win2.box()
win2.addstr(1, 1, "PLL SI54345_1", CYAN | curses.A_BOLD)
win2.refresh()
win3 = stdscr.subwin(y_max/6,
x_max - 2,
2*y_max/6,
0)
win3.box()
win3.addstr(1, 1, "PLL SI54345_2", CYAN | curses.A_BOLD)
win3.refresh()
win4 = stdscr.subwin( y_max/6 , x_max-2 , 3*y_max/6, 0 )
win4.box()
win4.addstr(1, 1, "PLL SI54344", CYAN | curses.A_BOLD)
win4.refresh()
win5 = stdscr.subwin(y_max/6,
x_max -2,
4*y_max/6,
0)
win5.box()
win5.addstr(1, 1, "Clock FTSW", CYAN | curses.A_BOLD)
win5.refresh()
win6 = stdscr.subwin(y_max/6,
x_max -2,
5*y_max/6,
0)
win6.box()
win6.addstr(1, 1, "F2: Program PLLs (source = FTSW), F3: Program PLLs (source = Osci.)", CYAN | curses.A_BOLD)
win6.addstr(2, 1, "F4: Clear LOS/OOF/LOL Flag, F5 : Hard reset, F6: Soft reset", CYAN | curses.A_BOLD)
win6.addstr(3, 1, "F7: Reset trigger counter, F8/F9/F10/F11: Resynchronize b2link 0/1/2/3", CYAN | curses.A_BOLD)
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win6.refresh()
# Loop where k is the last character pressed
while (k != ord ('q')):
# Initialization
# height, width = stdscr.getmaxyx ()
if k == curses.KEY_DOWN:
cursor_y = cursor_y + 1
elif k == curses.KEY_UP:
cursor_y = cursor_y - 1
elif k == curses.KEY_RIGHT:
cursor_x = cursor_x + 1
elif k == curses.KEY_LEFT:
cursor_x = cursor_x - 1
elif k == curses.KEY_F2:
win1.move(2, 1)
win1.clrtobot()
win1.box()
win1.addstr(2, 1, "Programming PLLs (source = FTSW)" , curses.A_BOLD)
files = files1b
conf = conf1
program_plls(plls, devices, files, win1)
win2.move(2, 1)
win2.clrtobot()
win2.box()
win3.move(2, 1)
win3.clrtobot()
win3.box()
win4.move(2, 1)
win4.clrtobot()
win4.box()
elif k == curses.KEY_F3:
win1.move(2, 1)
win1.clrtobot()
win1.box()
win1.addstr(2, 1, "Programming PLLs (source = Oscillator) " , curses.A_BOLD)
files = files2b
conf = conf2
program_plls(plls, devices, files, win1)
win2.move(2, 1)
win2.clrtobot()
win2.box()
win3.move(2, 1)
win3.clrtobot()
win3.box()
win4.move(2, 1)
win4.clrtobot()
win4.box()
elif k == curses.KEY_F4:
win1.move(2, 1)
win1.clrtobot()
win1.box()
start_time = time.time()
win1.addstr(3, 1, " Clearing input LOS and output LOL sticky bit ", WHITE)
for i in plls.keys():
plls[i].clear_lol_flg_bit()
plls[i].clear_los_oof_flg_reg()
win1.refresh()
elif k== curses.KEY_F5:
line = 3
win1.move(2, 1)
win1.clrtobot()
win1.box()
for i in plls.keys():
win1.addstr(line, 1, "Sending Hard reset to device "+devices[i])
plls[i].hard_reset()
line = line + 1
win1.addstr(line, 1, "..... Done")
line = line + 1
win1.refresh()
elif k== curses.KEY_F6:
line = 3
win1.move(2, 1)
win1.clrtobot()
win1.box()
for i in plls.keys():
win1.addstr(line, 1, "Sending Soft reset to device "+devices[i])
plls[i].soft_reset()
line = line + 1
win1.addstr(line, 1, "..... Done")
line = line + 1
win1.refresh()
fpga.resynchronizeLink(0)
elif k== curses.KEY_F9:
fpga.resynchronizeLink(1)
elif k== curses.KEY_F10:
fpga.resynchronizeLink(2)
elif k== curses.KEY_F11:
fpga.resynchronizeLink(3)
elif k==curses.KEY_F7:
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# cursor_x = max (0, cursor_x)
# cursor_x = min (width - 1, cursor_x)
#
# cursor_y = max (0, cursor_y)
# cursor_y = min (height - 1, cursor_y)
# Refresh windows with pll information
pll_window(pll_si5345_1, devices[1], fpga, freq[1], conf[1], win2)
pll_window(pll_si5345_2, devices[2], fpga, freq[2], conf[2], win3)
pll_window(pll_si5344 , devices[3], fpga, freq[3], conf[3], win4)
fanout_window(fpga, win5)
# Refresh the screen
#stdscr.refresh ()
# Wait for next input
stdscr.nodelay (True)
k = stdscr.getch ()
def main():
if (len(sys.argv) != 2):
print "Missing argument"
print "Syntax : config_PLLs <Nb_of_card> where Nb_of_pcie_slot = 0 or 2"
exit()
elif (sys.argv[1] == "0"):
print
print "===== Target board = 0"
dev = 0
elif (sys.argv[1] == "2"):
print
print "===== Target board = 2"
dev = 2
else:
print "Wrong argument"
print "Syntax : config_PLLs <Nb_of_card> where Nb_of_pcie_slot = 0 or 2"
exit()
curses.wrapper (draw_menu, dev)
if __name__ == "__main__":
size = subprocess.Popen("stty size", shell=True, stdout=subprocess.PIPE).stdout
result = size.read()
result = result.replace("\n","")
y = int(result.split(" ")[0])
x = int(result.split(" ")[1])
print "Your window's x =" , x
print "Your window's y =" , y
if x < 79 or y < 34:
print "Your terminal window is too small (should be at least x=80, y=35)"
quit()
main ()