def __init__(self,machine1,machine2):
fo1 = open("Records\\TSD_Record1.txt", "r")
records1 = fo1.readlines()
record1 = ""
fo2 = open("Records\\TSD_Record2.txt", "r")
records2 = fo2.readlines()
record2 = ""
for i in range(0,4):
record1+= records1[i]
record2+= records2[i]
fo1.close()
fo2.close()
self.tsd_record = TSD_Record()
self.rdyFile = rdyOpen()
file_path = open(self.rdyFile, 'r')
partNumber = ""
linelist = file_path.readlines()
for zipplyzoops in linelist[4]:
if zipplyzoops != '\n':
partNumber += zipplyzoops
self.partNumber = partNumber
self.folder = dirOpen()
self.excelFile = excelOpen()
self.priorityFile = priorityOpen()
self.failList = None
## old init
## self.win = GraphWin("Test Stand Diagnostics", GetSystemMetrics(0),GetSystemMetrics(0)/2)
## self.win.setBackground('white')
## self.machine1 = TSD_Graphics.TSD_Graphics(self.win,machine1,record1,0,0)
## self.machine2 = TSD_Graphics.TSD_Graphics(self.win,machine2,record2,500,0)
# new init
self.init = graphics_init()
self.machine1 = TSD_Graphics(self.init,machine1,self.partNumber,record1,0,0)
self.machine2 = TSD_Graphics(self.init,machine2,self.partNumber,record2,500,0)
if (Debug == 1):
print("initializing parser")
class TSD_Parser:
## constructor that pulls up two subsequent file directory windows to initialize RDY and config files
## also instantiates one graphics window and two TSD_Graphics objects, one for each machine
def __init__(self,machine1,machine2):
fo1 = open("Records\\TSD_Record1.txt", "r")
records1 = fo1.readlines()
record1 = ""
fo2 = open("Records\\TSD_Record2.txt", "r")
records2 = fo2.readlines()
record2 = ""
for i in range(0,4):
record1+= records1[i]
record2+= records2[i]
fo1.close()
fo2.close()
self.tsd_record = TSD_Record()
self.rdyFile = rdyOpen()
file_path = open(self.rdyFile, 'r')
partNumber = ""
linelist = file_path.readlines()
for zipplyzoops in linelist[4]:
if zipplyzoops != '\n':
partNumber += zipplyzoops
self.partNumber = partNumber
self.folder = dirOpen()
self.excelFile = excelOpen()
self.priorityFile = priorityOpen()
self.failList = None
## old init
## self.win = GraphWin("Test Stand Diagnostics", GetSystemMetrics(0),GetSystemMetrics(0)/2)
## self.win.setBackground('white')
## self.machine1 = TSD_Graphics.TSD_Graphics(self.win,machine1,record1,0,0)
## self.machine2 = TSD_Graphics.TSD_Graphics(self.win,machine2,record2,500,0)
# new init
self.init = graphics_init()
self.machine1 = TSD_Graphics(self.init,machine1,self.partNumber,record1,0,0)
self.machine2 = TSD_Graphics(self.init,machine2,self.partNumber,record2,500,0)
if (Debug == 1):
print("initializing parser")
## check for new file in directory
## return true if new file + change self.rdyFile
## return false if no new file
def checkNewRDY(self):
global Sleep_count
global Time_out
global Sleep_timer
global Testing
sourceFiles = os.listdir(self.folder)
#print("Source Files: " + sourceFiles)
if (Debug == 1):
print("checkNewRdy")
print("Sleep_count: " + str(Sleep_count))
if (Sleep_count <Time_out):
if (len(sourceFiles) > 0 and sourceFiles[len(sourceFiles)-1].endswith(".rdy")):
#print("checking " + sourceFiles[len(sourceFiles)-1])
Sleep_count += 0
return True
else:
if (TESTING == 1):
Testing.populate(1)
Sleep_count = 0
else:
Sleep_count += 1
time.sleep(Sleep_timer)
print("Sleeping......")
return False
else:
print("System timed out due to inactivity")
sys.exit(0)
def getNewRDY(self):
sourceFiles = os.listdir(self.folder)
for i in range(len(sourceFiles)):
if (sourceFiles[i].endswith(".rdy")):
self.rdyFile = self.folder + "/" + sourceFiles[i]
if (Debug == 1):
print("getNewRDY")
def delRDY(self):
os.remove(self.rdyFile)
if (Debug == 1):
print("delRdy")
## check the number of tests in RDY file
def getNumLines(self):
file_path = open(self.rdyFile, 'r')
num_lines = sum(1 for line in open(self.rdyFile))
file_path.close()
if (Debug == 1):
print("getNumLines")
return (num_lines - 38) / 6
## check the number of lines in the excel config
def getExcelRows(self):
book = xlrd.open_workbook(self.excelFile)
first_sheet = book.sheet_by_index(0)
if (Debug == 1):
print("getExcelRows")
return first_sheet.nrows
## from RDY file, get the name of the machine. ex TS2000 or TS2000 B
def getMachineName(self):
file_path = open(self.rdyFile, 'r')
machine_name = ""
linelist = file_path.readlines()
for zipplyzoops in linelist[7]:
if zipplyzoops != '\n':
machine_name += zipplyzoops
if (Debug == 1):
print("getMachineName")
return machine_name
# from the RDY file, check if overall test is 1(pass) or 2/3(fail)
def getPassFail(self):
file_path = open(self.rdyFile, 'r')
linelist = file_path.readlines()
file_path.close()
#print("pass/fail value = " + str(linelist[19]))
return int(linelist[15])
def getPartNumber(self):
file_path = open(self.rdyFile, 'r')
partNumber = ""
linelist = file_path.readlines()
for zipplyzoops in linelist[4]:
if zipplyzoops != '\n':
partNumber += zipplyzoops
if (Debug == 1):
print("getPartNumber")
self.partNumber = partNumber
return partNumber
def checkTestPoints(self):
failList = []
count = 0
file_path = open(self.rdyFile, 'r')
linelist = file_path.readlines()
book = xlrd.open_workbook(self.excelFile)
first_sheet = book.sheet_by_index(0)
book2 = xlrd.open_workbook(self.priorityFile)
first_sheet2 = book2.sheet_by_index(0)
p_size = first_sheet2.nrows
counter = 0
for i in range(42,len(linelist),6):
#print(first_sheet.cell(count,15).value + " " + first_sheet.cell(count,17).value +": " + linelist[i])
count += 1
if (int(linelist[i]) > 1):
self.failList = str(first_sheet.cell(count,15).value)
if (self.failList is not None):
failure = ""
for char in self.failList:
if char == "T":
failure = failure
if char == "S":
failure = failure
if char == "#":
break
if char == "_":
failure = ""
else:
failure += char
for j in range (0, int(p_size), 1):
system = ""
system_value = str(first_sheet2.cell(j,0).value)
for char2 in system_value:
if char2 == "T":
system = system
if char2 == "S":
system = system
if char2 == "#":
system = system
if char2 == "_":
system = ""
else:
system += char2
if (str(system) == str(failure)):
print("Failure: " + str(failure) + "Recommended Fix: " + str(first_sheet2.cell(j, 3)))
returned_data = str(failure) + "," + str(first_sheet2.cell(j, 3).value)
self.failList = str(returned_data)
# opens file directory window to replace current excel config
def replaceExcel(self):
try:
book = xlrd.open_workbook(self.excelFile)
first_sheet = book.sheet_by_index(0)
#print (first_sheet.row_values(0))
except:
print("No File Exists")
newFileDir = excelOpen()
try:
book = xlrd.open_workbook(self.excelFile)
first_sheet = book.sheet_by_index(0)
#print (first_sheet.row_values(0))
except:
print("No File Exists")
self.excelFile = newFileDir
# check if number of runs in RDY file matches number of excel rows
# def checkMatch(self):
# print (" ")
## while (self.getNumLines() != self.getExcelRows()):
## print("Number of lines in .RDY file does not match excel config" + str(self.getNumLines()))
## self.replaceExcel()
## self.getExcelRows()
#check machine name and update that machine circle in GUI class with a pass/fail value
def update(self):
if(self.getMachineName() == self.machine1.getName()): # check which machine name matches with the one in RDY file
self.checkTestPoints()
self.machine1.update(self.getPassFail(),self.getPartNumber(),self.failList)
self.tsd_record.updateRecord1(self.getMachineName(),self.getPartNumber(),self.machine1.getPercentage())
elif(self.getMachineName() == self.machine2.getName()):
self.checkTestPoints()
self.machine2.update(self.getPassFail(),self.getPartNumber(),self.failList)
self.tsd_record.updateRecord2(self.getMachineName(),self.getPartNumber(),self.machine2.getPercentage())
else:
print ("Error! Machine name, " + self.getMachineName() + " does not match existing machine names!")
self.init[0].update()
self.failList = None
