def mainframe_open_connection():
dap_log_mainframe(LogLevel.DEBUG, "connecting to mainframe")
global em
#em = Emulator(visible=True)
em = Emulator()
em.connect(MainframeIP)
mainframe_random_wait(
) # this is necessary because mainframe response time can vary, the delay is worth it
dap_log_compliance(LogLevel.INFO, "mainframe connection established")
dap_log_mainframe(LogLevel.DEBUG, "selecting mainframe application")
em.fill_field(20, 21, 'B', 1)
em.send_enter()
mainframe_random_wait()
rn = int(rn)
now = datetime.now()
today = now.strftime("%m%d%Y")
currPwrd = 'dcfams03'
newPwrd = 'dcfams04'
while x <= y:
em = Emulator(visible=False)
em.connect('dcft.dcf.state.fl.us')
usrId = 'A' + str(rn)
usrId = ws1[usrId].value
usrId = str(usrId)
usrId = 'A' + usrId
em.wait_for_field()
em.send_string('flors2')
em.send_enter()
em.wait_for_field()
em.fill_field(11, 36, usrId, 7)
em.fill_field(12, 36, currPwrd, 8)
em.fill_field(13, 61, newPwrd, 8)
em.fill_field(14, 61, newPwrd, 8)
em.send_enter()
em.send_enter()
em.send_enter()
em.exec_command(b'PF(13)')
em.send_enter()
em.terminate()
x += 1
rn += 1
print(rn)
y = input('Enter a number of records to process: ')
y = int(y)
rn = input('Enter row number to start from: ')
rn = int(rn)
now = datetime.now()
today = now.strftime("%m%d%Y")
usrId = 'fz0009'
pwrd = input('Enter the password for ' + usrId + ":")
em = Emulator(visible=False)
em.connect('dcft.dcf.state.fl.us')
em.wait_for_field()
em.send_string('flors2')
em.send_enter()
em.wait_for_field()
em.fill_field(11, 36, usrId, 7)
em.fill_field(12, 36, pwrd, 8)
em.send_enter()
em.send_enter()
em.wait_for_field()
#Build out Admin related variables here...
while x <= y:
admin = 'C' + str(rn)
admin = ws2[admin].value
admin = str(admin)
unit = admin
dist = 'B' + str(rn)
dist = ws2[dist].value
dist = str(dist)
newId = 'A' + str(rn)
def check_script():
db = MySQLdb.connect(host=db_host, user=db_user, passwd=db_password, db=db_name)
cur = db.cursor() # placed here so that cur is initialized in case of KeyboardError
em = Emulator()
em.connect("bcvmcms.bc.edu")
em.wait_for_field()
em.fill_field(7, 46, uis_username, 9)
em.fill_field(9, 46, uis_password, 15)
em.send_enter()
# em.fill_field(6, 44, '7', 4) #This is commented out for when BC changes the register page
# em.send_enter()
# em.fill_field(17, 34, '2', 1)
# em.send_enter()
em.fill_field(16, 22, "c", 1)
em.send_enter()
cur.execute("select * from checker_class")
for row in cur.fetchall():
try:
# print(row[1][:8])
# print(row[1][8:])
em.fill_field(3, 24, "", 8)
em.send_enter()
em.fill_field(3, 24, row[1][:8], 8)
em.send_enter()
sleep(0.09)
if not em.string_found(8, 19, "No Courses"):
class_found = False
i = 0
page_turn = (int(row[1][8:]) - 1) / 16
while page_turn != 0:
em.send_enter()
page_turn = page_turn - 1
while class_found == False:
if em.string_found(8 + i, 15, row[1][8:]):
if em.string_found(8 + i, 68, "*CLOSED"):
print row[1], " is closed"
class_found = True
break
elif em.string_found(8 + i, 68, "*CANCEL"):
print row[1], " is cancelled"
class_found = True
break
else:
print row[1], " is open"
cur.execute(
"select * from cc.checker_class_students c, cc.checker_student s where class_id = "
+ str(row[0])
+ " and student_id = s.id"
)
notify_thread = threading.Thread(target=notify_students, args=(cur.fetchall(), row))
notify_thread.start()
cur.execute("delete from cc.checker_class_students where class_id = " + str(row[0]))
cur.execute("delete from cc.checker_class where id = " + str(row[0]))
class_found = True
break
i += 1
else:
print ("class not found")
except Exception as e:
print (e)
continue
# closing time
cur.close()
db.commit()
em.fill_field(3, 24, "QUIT", 8)
em.send_enter()
em.fill_field(16, 22, "l", 1)
em.send_enter()
em.terminate()
sleep(300)
my3270.send_enter()
my3270.wait_for_field()
time.sleep(delayt)
# Write down the clist
my3270.exec_command(b"TAB")
my3270.exec_command(b"TAB")
my3270.exec_command(b"TAB")
my3270.exec_command(b"TAB")
my3270.send_string("PROC 0")
my3270.exec_command(b"TAB")
my3270.exec_command(b"TAB")
my3270.send_string("WRITE HELLO WORLD!")
my3270.exec_command(b"TAB")
my3270.exec_command(b"TAB")
my3270.send_string("Exit")
my3270.fill_field(2, 15, 'SAVE', 8)
my3270.send_enter()
my3270.wait_for_field()
time.sleep(delayt)
#
my3270.send_pf3()
my3270.wait_for_field()
time.sleep(delayt)
#
my3270.send_pf3()
my3270.wait_for_field()
time.sleep(delayt)
# TSO command
my3270.send_string("6")
my3270.send_enter()
my3270.wait_for_field()
rn = input('Enter row number to start from: ')
rn = int(rn)
now = datetime.now()
today = now.strftime("%m%d%Y")
#user details could be prompted for for, or included as kwargs if changed to a function.
usrId = 'fz0009'
pwrd = input('Enter the password for ' + usrId + ":")
#Emulator set to run in background, can change to True to debug if errors
em = Emulator(visible=False)
em.connect('dcft.dcf.state.fl.us')
em.wait_for_field()
em.send_string('flors2')
em.send_enter()
em.wait_for_field()
em.fill_field(11, 36, usrId, 7)
em.fill_field(12, 36, pwrd, 8)
em.send_enter()
em.send_enter()
em.wait_for_field()
#create Unit
while x <= y:
#define variable set from Excel File
em.fill_field(23, 13, 'CLSM', 4)
admin = 'C' + str(rn)
admin = ws2[admin].value
admin = str(admin)
unit = admin
dist = 'B' + str(rn)
dist = ws2[dist].value
y = input('Enter a number of records to process: ')
y = int(y)
rn = input('Enter row number to start from: ')
rn = int(rn)
now = datetime.now()
today = now.strftime("%m%d%Y")
usrId = 'fz0009'
pwrd = input('Enter the password for ' + usrId + ":")
ssnStart = 100000000
em = Emulator(visible=False)
em.connect('dcft.dcf.state.fl.us')
em.wait_for_field()
em.send_string('flors2')
em.send_enter()
em.wait_for_field()
em.fill_field(11, 36, usrId, 7)
em.fill_field(12, 36, pwrd, 8)
em.send_enter()
em.send_enter()
em.wait_for_field()
while x <= y:
startNewId = 'A' + str(rn)
startDist = 'B' + str(rn)
startAdmin = 'C' + str(rn)
startTypeInd = 'D' + str(rn)
newId = ws1[startNewId].value
newId = str(newId)
dist = ws1[startDist].value
dist = str(dist)
admin = ws1[startAdmin].value
class Automation3270(object):
'''Library for x3270 emulator automation. More information at http://x3270.bgp.nu/'''
ROBOT_LIBRARY_SCOPE = 'GLOBAL'
def Open_3270(self, hostname):
'''Opens emulator. Provide the hostname as argument'''
self.em = Emulator(visible=True)
self.em.connect(str(hostname))
def Open_New_3270(self):
'''Closes all previous instances before starting'''
self.process_name = 'wc3270.exe'
self.get_pid = [
self.item.split()[1]
for self.item in os.popen('tasklist').read().splitlines()[4:]
if self.process_name in self.item.split()
]
if self.get_pid[0] == "":
self.em = Emulator(visible=True)
self.em.connect('prda.bcpcorp.net')
else:
print 'Program already open'
def Close_3270(self):
'''Closes emulator'''
self.pid_proc = 'wc3270.exe'
self.pid = [
self.item.split()[1]
for self.item in os.popen('tasklist').read().splitlines()[4:]
if self.pid_proc in self.item.split()
]
print "PID number is " + self.pid[0]
os.kill(int(self.pid[0]), signal.SIGTERM)
def Input_Text_on_Field(self, xpos, ypos, text):
'''Writes text on field. Last parameters requires the lenght of the word'''
self.em.fill_field(int(xpos), int(ypos), str(text), len(text) + 2)
def Send_String(self, text, xpos, ypos):
'''Verifies if a given string exists'''
self.em.string_found(text, int(xpos), int(ypos))
def Keyboard_State(self):
'''If the keyboard is unlocked, the letter U. If the keyboard is locked waiting for a response from the host, or if not connected to a host, the letter L'''
print self.em.status.keyboard.capitalize()
def wait_For_Field(self):
'''Waits for execution'''
self.em.wait_for_field()
def Execute_Command(self, command):
'''Executes custom commands. See more a thttp://x3270.bgp.nu/x3270-script.html'''
self.em.exec_command(self, command)
def Connection_State(self):
'''If connected to a host, the string C(hostname). Otherwise, the letter N'''
print self.em.status.connection_state.capitalize()
def Get_String(self, xpos, ypos, lenght):
'''Get String based on coordinates and lenght'''
get_text = self.em.string_get(int(xpos), int(ypos), int(lenght))
return get_text
def Press_Enter(self):
'''Presses Enter key'''
self.em.send_enter()
def Move_cursor(self, xpos, ypos):
'''Moves cursor to specified coordinates'''
self.em.move_to(xpos, ypos)
def Take_Screenshot(self):
'''Takes printscreen'''
self.em.save_screen()
def Pause_Test(self):
'''Pauses Test at a given moment'''
self.em.app.readline()
def Send_F3(self):
'''Simulates F3 key'''
self.em.send_pf3()
def Send_F4(self):
'''Simulates F4 key'''
self.em.send_pf4()
def Send_F5(self):
'''Simulates F5 key'''
self.em.send_pf5()
def Send_F6(self):
'''Simulates F6 key'''
self.em.send_pf6()
def Send_F7(self):
'''Simulates F7 key'''
self.em.send_pf7()
def Send_F8(self):
'''Simulates F8 key'''
self.em.send_pf8()
y= int(y)
rn = input('Enter row number to start from: ')
rn = int(rn)
now = datetime.now()
today = now.strftime("%m%d%Y")
usrId = 'fz0009'
pwrd = input('Enter the password for ' + usrId +":")
em = Emulator(visible=False)
em.connect('dcft.dcf.state.fl.us')
em.wait_for_field()
em.send_string('flors2')
em.send_enter()
em.wait_for_field()
em.fill_field(11, 36, usrId, 7)
em.fill_field(12, 36, pwrd, 8)
em.send_enter()
em.send_enter()
em.wait_for_field()
#start building caseloads for the user
while x <= y:
em.fill_field(23, 13, 'CLCM', 4)
admin = 'C' + str(rn)
admin = ws1[admin].value
admin = str(admin)
unit = admin
dist = 'B' + str(rn)
dist = ws1[dist].value
