#!/usr/bin/env python
import sys, time,  os
from datetime import datetime as dt
import numpy as np
# =========== good-bad flags from current event ======
# ================= 0=good  1=bad ====================
CTRL = np.zeros((4),dtype=int)      # readout controller loop back test for each MainBoard
FRM = np.zeros((4,12),dtype=int)    # frame clock count test for each of 12 ADCs on each of the 4 MainBoards
FPGA = np.zeros((4,4),dtype=int)    # write/read back random number to each of 4 FPGAs on each of the 4 MainBoards
# ============== running sums of flags ===============
sCTRL = np.zeros((4),dtype=int)
sFRM = np.zeros((4,12),dtype=int)
sFPGA = np.zeros((4,4),dtype=int)
# ====================================================
EVENT=0
start = dt.now()
text = "20LLCH10V40000z   "
new = list(text)

print("input mb0 barcode")
for i in range(0,16):
   new[i] = sys.stdin.read(1)
new[15] = '\0'
sn0 = "".join(new)
sys.stdin.flush()

print("input mb1 barcode")
for i in range(0,16):
   new[i] = sys.stdin.read(1)
new[15] = '\0'
sn1 = "".join(new)
sys.stdin.flush()

print("input mb2 barcode")
for i in range(0,16):
   new[i] = sys.stdin.read(1)
new[15] = '\0'
sn2 = "".join(new)
sys.stdin.flush()

print("input mb3 barcode")
for i in range(0,16):
   new[i] = sys.stdin.read(1)
new[15] = '\0'
sn3 = "".join(new)
sys.stdin.flush()
   
print("finished")
print(sn0)
print(sn1)
print(sn2)
print(sn3)
status=0
while(status == 0):
  EVENT=EVENT+1
  print(" EVENT=%d" %EVENT)
  stream = os.popen("./t0_read")
  time.sleep(1)
  t0 = stream.read()
  print(t0[0:5])

  stream = os.popen("./t1_read")
  t1 = stream.read()
  time.sleep(1)
  print(t1[0:5])
  print("bpy " + str(sn0[10:13]) + " " + str(sn1[10:13]) + " " + str(sn2[10:13]) + " " + str(sn3[10:13]) + " " + 
     str(t0[0:4]) + " " + str(t1[0:4]) + " " +str(EVENT)) 
  os.system("bpy " + str(sn0[10:13]) + " " + str(sn1[10:13]) + " " + str(sn2[10:13]) + " " + str(sn3[10:13]) + " " + 
     str(t0[0:4]) + " " + str(t1[0:4]) + " " +str(EVENT)) 

  fr=open("event.dat","r")
  string=fr.readline()
  #s = string[8:12]
  t0=float(string[8:12])
  #s = string[21:25]
  t1=float(string[21:25])
  mb=0
  print(" EVENT=%d  t0=%5.2f   t1=%5.2f" %(EVENT,t0,t1))
  while(mb<4):
    string=fr.readline()
    kmb=int(string[0])
    CTRL[mb]=int(string[2])
    print("\n mb=%d  CTRL=%d  kmb=%d" %(mb,CTRL[mb],kmb))
    string=fr.readline()
    FRM[mb][0] = int(string[0])
    FRM[mb][1] = int(string[2])
    FRM[mb][2] = int(string[4])
    FRM[mb][3] = int(string[6])
    FRM[mb][4] = int(string[8])
    FRM[mb][5] = int(string[10])
    FRM[mb][6] = int(string[12])
    FRM[mb][7] = int(string[14])
    FRM[mb][8] = int(string[16])
    FRM[mb][9] = int(string[18])
    FRM[mb][10] = int(string[20])
    FRM[mb][11] = int(string[22])
    print(" FRM ",FRM[mb][0],FRM[mb][1],FRM[mb][2],FRM[mb][3] \
                 ,FRM[mb][4],FRM[mb][5],FRM[mb][6],FRM[mb][7] \
		 ,FRM[mb][8],FRM[mb][9],FRM[mb][10],FRM[mb][11])
    string=fr.readline()
    FPGA[mb][0] = int(string[0])
    FPGA[mb][1] = int(string[2])
    FPGA[mb][2] = int(string[4])
    FPGA[mb][3] = int(string[6])
    print(" FPGA ",FPGA[mb][0],FPGA[mb][1],FPGA[mb][2],FPGA[mb][3])
    mb=mb+1
  mb=0
  print(" +++++++++++++++++ Error Summary ++++++++++++++++++++")
  while(mb<4):
     sCTRL[mb]=sCTRL[mb]+CTRL[mb]
     if(mb==0):
        print("\n serial=",sn0," mb=%d  sCTRL=%d" % (mb,sCTRL[mb]))
     if(mb==1):
        print("\n serial=",sn1," mb=%d  sCTRL=%d" % (mb,sCTRL[mb]))
     if(mb==2):
        print("\n serial=",sn2," mb=%d  sCTRL=%d" % (mb,sCTRL[mb]))
     if(mb==3):
        print("\n serial=",sn3," mb=%d  sCTRL=%d" % (mb,sCTRL[mb]))
     kl=0
     while(kl<12):
       sFRM[mb][kl]=sFRM[mb][kl]+FRM[mb][kl]
       kl=kl+1
     print(" sFRM ",sFRM[mb][0],sFRM[mb][1],sFRM[mb][2],sFRM[mb][3] \
                   ,sFRM[mb][4],sFRM[mb][5],sFRM[mb][6],sFRM[mb][7] \
	           ,sFRM[mb][8],sFRM[mb][9],sFRM[mb][10],sFRM[mb][11])
     kk=0
     while(kk<4):
       sFPGA[mb][kk]=sFPGA[mb][kk]+FPGA[mb][kk]
       kk=kk+1
     print(" sFPGA ",sFPGA[mb][0],sFPGA[mb][1],sFPGA[mb][2],sFPGA[mb][3])
     mb=mb+1
  #print(" EVENT=%d  t0=%5.2f   t1=%5.2f" %(EVENT,t0,t1))
  end=dt.now()
  elapsed = end-start
  print("EVENT = %d Run Time: %02d:%02d:%02d:%02d" \
       % (EVENT,elapsed.days, elapsed.seconds // 3600, elapsed.seconds // 60 % 60, elapsed.seconds % 60))  
  fr.close()

# ++++++++++++++++++++++++++++++ print out final sums mb0 ++++++++++++++
  fmb0 = open('%s.log'%sn0[0:15],"w+")
  mb=0
  print("EVENT = %d Run Time: %02d:%02d:%02d:%02d     AT1-0" \
       % (EVENT,elapsed.days, elapsed.seconds // 3600, elapsed.seconds // 60 % 60, elapsed.seconds % 60),file=fmb0)  
  print(" serial=",sn0," mb=%d  sCTRL=%d" % (mb,sCTRL[mb]),file=fmb0)
  print(" sFRM ",sFRM[mb][0],sFRM[mb][1],sFRM[mb][2],sFRM[mb][3] \
              ,sFRM[mb][4],sFRM[mb][5],sFRM[mb][6],sFRM[mb][7] \
              ,sFRM[mb][8],sFRM[mb][9],sFRM[mb][10],sFRM[mb][11],file=fmb0)
  print(" sFPGA ",sFPGA[mb][0],sFPGA[mb][1],sFPGA[mb][2],sFPGA[mb][3],file=fmb0)
  print(" EVENT=%d  t0=%5.2f   t1=%5.2f" %(EVENT,t0,t1),file=fmb0)
  fmb0.close()

# ++++++++++++++++++++++++++++++ print out final sums mb1 ++++++++++++++
  fmb1 = open('%s.log'%sn1[0:15],"w+")
  mb=1
  print("EVENT = %d Run Time: %02d:%02d:%02d:%02d     AT1-1" \
       % (EVENT,elapsed.days, elapsed.seconds // 3600, elapsed.seconds // 60 % 60, elapsed.seconds % 60),file=fmb1)  
  print(" serial=",sn1," mb=%d  sCTRL=%d" % (mb,sCTRL[mb]),file=fmb1)
  print(" sFRM ",sFRM[mb][0],sFRM[mb][1],sFRM[mb][2],sFRM[mb][3] \
              ,sFRM[mb][4],sFRM[mb][5],sFRM[mb][6],sFRM[mb][7] \
              ,sFRM[mb][8],sFRM[mb][9],sFRM[mb][10],sFRM[mb][11],file=fmb1)
  print(" sFPGA ",sFPGA[mb][0],sFPGA[mb][1],sFPGA[mb][2],sFPGA[mb][3],file=fmb1)
  print(" EVENT=%d  t0=%5.2f   t1=%5.2f" %(EVENT,t0,t1),file=fmb1)
  fmb1.close()

# ++++++++++++++++++++++++++++++ print out final sums mb2 ++++++++++++++
  fmb2 = open('%s.log'%sn2[0:15],"w+") 
  mb=2
  print("EVENT = %d Run Time: %02d:%02d:%02d:%02d     AT1-2" \
       % (EVENT,elapsed.days, elapsed.seconds // 3600, elapsed.seconds // 60 % 60, elapsed.seconds % 60),file=fmb2)  
  print(" serial=",sn2," mb=%d  sCTRL=%d" % (mb,sCTRL[mb]),file=fmb2)
  print(" sFRM ",sFRM[mb][0],sFRM[mb][1],sFRM[mb][2],sFRM[mb][3] \
              ,sFRM[mb][4],sFRM[mb][5],sFRM[mb][6],sFRM[mb][7] \
              ,sFRM[mb][8],sFRM[mb][9],sFRM[mb][10],sFRM[mb][11],file=fmb2)
  print(" sFPGA ",sFPGA[mb][0],sFPGA[mb][1],sFPGA[mb][2],sFPGA[mb][3],file=fmb2)
  print(" EVENT=%d  t0=%5.2f   t1=%5.2f" %(EVENT,t0,t1),file=fmb2)
  fmb2.close()

# ++++++++++++++++++++++++++++++ print out final sums mb3 ++++++++++++++
  fmb3 = open("%s.log"%sn3[0:15],"w+")
  mb=3
  print("EVENT = %d Run Time: %02d:%02d:%02d:%02d     AT1-3" \
       % (EVENT,elapsed.days, elapsed.seconds // 3600, elapsed.seconds // 60 % 60, elapsed.seconds % 60),file=fmb3)  
  print(" serial=",sn3," mb=%d  sCTRL=%d" % (mb,sCTRL[mb]),file=fmb3)
  print(" sFRM ",sFRM[mb][0],sFRM[mb][1],sFRM[mb][2],sFRM[mb][3] \
              ,sFRM[mb][4],sFRM[mb][5],sFRM[mb][6],sFRM[mb][7] \
              ,sFRM[mb][8],sFRM[mb][9],sFRM[mb][10],sFRM[mb][11],file=fmb3)
  print(" sFPGA ",sFPGA[mb][0],sFPGA[mb][1],sFPGA[mb][2],sFPGA[mb][3],file=fmb3)
  print(" EVENT=%d  t0=%5.2f   t1=%5.2f" %(EVENT,t0,t1),file=fmb3)
  fmb3.close()
  print(" EVENT=%d  t0=%5.2f   t1=%5.2f" %(EVENT,t0,t1))
  f1 = open("run.state","r")
  k = f1.read()
  status = int(k[0])
  if(status == 0):
    print(" waiting 30 sec")
    time.sleep(30)

print("run ended")
 
exit()