def test_rectangle(self):
"""Make sure rectangle() function works"""
dlgrect = rectangle(self.dlghandle)
self.assertEquals(True, dlgrect.left < dlgrect.right)
self.assertEquals(True, dlgrect.top < dlgrect.bottom)
editrect = rectangle(self.edit_handle)
self.assertEquals(True, editrect.left < editrect.right)
self.assertEquals(True, editrect.top < editrect.bottom)
def test_rectangle(self):
"""Make sure rectangle() function works"""
dlgrect = rectangle(self.dlghandle)
self.assertEqual(True, dlgrect.left < dlgrect.right)
self.assertEqual(True, dlgrect.top < dlgrect.bottom)
editrect = rectangle(self.edit_handle)
self.assertEqual(True, editrect.left < editrect.right)
self.assertEqual(True, editrect.top < editrect.bottom)
def test_rectangle(self):
"Make sure the friendly class is set correctly"
dlgrect = rectangle(self.dlghandle)
self.assertEquals(True, dlgrect.left < dlgrect.right)
self.assertEquals(True, dlgrect.top < dlgrect.bottom)
editrect = rectangle(self.edit_handle)
self.assertEquals(True, editrect.left < editrect.right)
self.assertEquals(True, editrect.top < editrect.bottom)
def test_rectangle(self):
"Make sure the friendly class is set correctly"
dlgrect = rectangle(self.dlghandle)
self.assertEquals(True, dlgrect.left < dlgrect.right)
self.assertEquals(True, dlgrect.top < dlgrect.bottom)
editrect = rectangle(self.edit_handle)
self.assertEquals(True, editrect.left < editrect.right)
self.assertEquals(True, editrect.top < editrect.bottom)
def test_clientrect(self):
"""Make sure clientrect() function works"""
self.assertEquals(0, clientrect(self.dlghandle).left)
self.assertEquals(0, clientrect(self.edit_handle).left)
self.assertEquals(0, clientrect(self.dlghandle).top)
self.assertEquals(0, clientrect(self.edit_handle).top)
self.assertEquals(True,
rectangle(self.dlghandle).right > clientrect(self.dlghandle).right)
self.assertEquals(True,
rectangle(self.edit_handle).right > clientrect(self.edit_handle).right)
self.assertEquals(True,
rectangle(self.dlghandle).bottom > clientrect(self.dlghandle).bottom)
self.assertEquals(True,
rectangle(self.edit_handle).bottom > clientrect(self.edit_handle).bottom)
def test_clientrect(self):
"Make sure the friendly class is set correctly"
self.assertEquals(0, clientrect(self.dlghandle).left)
self.assertEquals(0, clientrect(self.edit_handle).left)
self.assertEquals(0, clientrect(self.dlghandle).top)
self.assertEquals(0, clientrect(self.edit_handle).top)
self.assertEquals(True,
rectangle(self.dlghandle).right > clientrect(self.dlghandle).right)
self.assertEquals(True,
rectangle(self.edit_handle).right > clientrect(self.edit_handle).right)
self.assertEquals(True,
rectangle(self.dlghandle).bottom > clientrect(self.dlghandle).bottom)
self.assertEquals(True,
rectangle(self.edit_handle).bottom > clientrect(self.edit_handle).bottom)
def test_clientrect(self):
"""Make sure clientrect() function works"""
self.assertEqual(0, clientrect(self.dlghandle).left)
self.assertEqual(0, clientrect(self.edit_handle).left)
self.assertEqual(0, clientrect(self.dlghandle).top)
self.assertEqual(0, clientrect(self.edit_handle).top)
self.assertEqual(True,
rectangle(self.dlghandle).right > clientrect(self.dlghandle).right)
self.assertEqual(True,
rectangle(self.edit_handle).right > clientrect(self.edit_handle).right)
self.assertEqual(True,
rectangle(self.dlghandle).bottom > clientrect(self.dlghandle).bottom)
self.assertEqual(True,
rectangle(self.edit_handle).bottom > clientrect(self.edit_handle).bottom)
def checkStuff():
app = Application(backend="win32").connect(
path=r"C:\DM54_W16\DM54_W16.exe")
winChildren = ""
dialogs = app.windows()
for x in dialogs:
if handleprops.classname(x) == "WinDevObject":
winChildren = handleprops.children(x)
topWindow = x
break
for x in winChildren:
if handleprops.text(x) == E1.get():
rects[0] = handleprops.rectangle(x)
if handleprops.text(x).replace(",", "") == E2.get():
rects[1] = handleprops.rectangle(x)
if handleprops.text(x) == E3.get():
rects[2] = handleprops.rectangle(x)
if handleprops.text(x) == E4.get():
rects[3] = handleprops.rectangle(x)
writeRects(rects)
def get_window_info():
all_window_handles = findwindows.enum_windows()
for window_handle in all_window_handles:
if handleprops.isvisible(window_handle):
pos_x = handleprops.rectangle(window_handle).left
pos_y = handleprops.rectangle(window_handle).top
size_x = handleprops.rectangle(window_handle).width()
size_y = handleprops.rectangle(window_handle).height()
title_name = handleprops.text(window_handle)
class_name = handleprops.classname(window_handle)
pid = handleprops.processid(window_handle)
date_time = datetime.datetime.now()
# Note: Minimized windows have negative pos_x and pos_y values (and smaller sizes).
window_info = [
pos_x, pos_y, size_x, size_y, title_name, class_name, pid,
date_time
]
window_db_id = database.create_window_record(window_info)
logger.info(
'OpenWindow record created in database (db_id %i).' %
window_db_id)
def test_clientrect(self):
"Make sure the friendly class is set correctly"
self.assertEquals(0, clientrect(self.dlghandle).left)
self.assertEquals(0, clientrect(self.edit_handle).left)
self.assertEquals(0, clientrect(self.dlghandle).top)
self.assertEquals(0, clientrect(self.edit_handle).top)
self.assertEquals(
True,
rectangle(self.dlghandle).right > clientrect(self.dlghandle).right)
self.assertEquals(
True,
rectangle(self.edit_handle).right > clientrect(
self.edit_handle).right)
self.assertEquals(
True,
rectangle(self.dlghandle).bottom > clientrect(
self.dlghandle).bottom)
self.assertEquals(
True,
rectangle(self.edit_handle).bottom > clientrect(
self.edit_handle).bottom)
def get_values(self):
""" values from windows """
#windows = findwindows.find_windows(parent = self.window)#, class_name = 'Edit')
win_ctrl = {}
for hwnd in self.child_windows:
parent = handleprops.parent(hwnd)
parent_text = handleprops.text(parent)
### picked tab
if parent_text in ['Serial Bridge', 'Proxy']:
if parent_text not in win_ctrl:
win_ctrl[parent_text] = {}
classname = handleprops.classname(hwnd)
if classname in ['Edit']:
text = handleprops.text(hwnd)
rect = handleprops.rectangle(hwnd)
#log.debug("%s,%s,%s - %s" % (parent, classname, text, parent_text))
#log.debug("(%s,%s)" % (rect.top, rect.left))
#val = (rect.top, rect.left)
win_ctrl[parent_text][(rect.top, rect.left)] = text
if len(win_ctrl) == 0:
raise (NoDataException('no data found'))
for key in win_ctrl:
log.info(key)
data = win_ctrl[key]
log.info(data)
### sort by (top, left) #(y,x)
vals = sorted(data.items(), key=lambda item: item[0])
#log.debug(vals)
for i, item in enumerate(vals, 1):
line = "%s:%s" % (i, item[1])
#log.debug(line)
self.g.msg_queue.put(line)
def get_values(self):
""" values from windows """
#windows = findwindows.find_windows(parent = self.window)#, class_name = 'Edit')
win_ctrl = {}
values = []
for hwnd in self.child_windows:
parent = handleprops.parent(hwnd)
parent_text = handleprops.text(parent)
### picked tab
if parent_text in [ 'Serial Bridge', 'Proxy']:
if parent_text not in win_ctrl:
win_ctrl[parent_text] = {}
classname = handleprops.classname(hwnd)
if classname in ['Edit']:
text = handleprops.text(hwnd)
rect = handleprops.rectangle(hwnd)
#log.debug("%s,%s,%s - %s" % (parent, classname, text, parent_text))
#log.debug("(%s,%s)" % (rect.top, rect.left))
#val = (rect.top, rect.left)
win_ctrl[parent_text][(rect.top, rect.left)] = text
if len(win_ctrl) == 0:
raise(NoDataException('no data found'))
for key in win_ctrl:
log.info(key)
data = win_ctrl[key]
log.info(data)
### sort by (top, left) #(y,x)
vals = sorted(data.items(),key=lambda item: item[0])
#log.debug(vals)
fields = {}
for i, item in enumerate(vals, 1):
#line = "%s:%s" % (i, item[1])
#log.debug(line)
fields[i] = item[1]
log.debug(self.conf[self.channel])
"""
sensu-monitoring-platform
event:
- action
- occurrences [redis]
- client
-- name
-- address
-- timestamp
- check
-- name
-- issued
-- subscirbers []
-- handler
-- history []
-- interval
-- output
-- command
-- status
"""
### msg
values.append(fields)
#log.debug('=='*20)
return values
def Last_Second_Save():
# start = time.time()
hndls = None
hndls = findwindows.find_windows()
imgs = None
imgs = []
for hndl in hndls:
if ((handleprops.exstyle(hndl) == 256 or handleprops.exstyle(hndl)
== 786688 or handleprops.exstyle(hndl) == 262400
or handleprops.exstyle(hndl) == 65792 or handleprops.exstyle(hndl)
== 2097408 or handleprops.exstyle(hndl) == 262416
or handleprops.exstyle(hndl) == 327937
or handleprops.exstyle(hndl) == 0)
and not (handleprops.text(hndl) == None
or handleprops.text(hndl) == "")):
print(
str(handleprops.text(hndl)) + " - " +
str(handleprops.exstyle(hndl)))
if (str(handleprops.text(hndl)).strip() == ""):
continue
else:
try:
app = None
app = hwndwrapper.HwndWrapper(hndl)
# app.set_focus()
win32functions.WaitGuiThreadIdle(hndl)
if app.is_minimized():
app.restore()
time.sleep(0.25)
win32functions.WaitGuiThreadIdle(hndl)
app.set_focus()
win32functions.WaitGuiThreadIdle(hndl)
rect = None
rect = handleprops.rectangle(hndl)
win32functions.WaitGuiThreadIdle(hndl)
box = None
box = (rect.left, rect.top, rect.right, rect.bottom)
img = None
img = getRectAsImage(box)
imgs.append(img)
# time.sleep(0.1)
except:
# print("ERROR --- "+(str(handleprops.text(hndl)) + " - " + str(handleprops.processid(hndl))))
# print("Unexpected error:", sys.exc_info()[0])
continue
#START IF#
if len(imgs) > 0:
sqrt = math.sqrt(len(imgs))
# print(sqrt)
if sqrt > int(sqrt):
if len(imgs) == 1:
matrix_col, matrix_row = (1, 1)
else:
matrix_col, matrix_row = (int(sqrt), int(sqrt))
addition = [0]
while (matrix_col * matrix_row) < len(imgs):
if (addition[0] == 0):
matrix_col += 1
addition[0] = 1
else:
matrix_row += 1
addition[0] = 0
else:
matrix_col, matrix_row = (int(sqrt), int(sqrt))
# print("MATRIX: " + str(matrix_row) + "x" + str(matrix_col))
finalRes_width = 960 * matrix_col
finalRes_height = 540 * matrix_row
result = Image.new("RGB", (finalRes_width, finalRes_height))
# print("RESULT IMAGE SIZE: " + str(result.size))
perImg_width = 960
perImg_height = 540
lst_counter = 0
# print("NUMBER OF IMGS: " + str(len(imgs)))
for col in range(matrix_col):
for row in range(matrix_row):
if len(imgs) > lst_counter:
imgs[lst_counter].thumbnail((perImg_width, perImg_height),
Image.LANCZOS)
x = col * perImg_width
y = row * perImg_height
w, h = imgs[lst_counter].size
result.paste(imgs[lst_counter], (x, y, x + w, y + h))
lst_counter += 1
now = datetime.now()
name = ("LastSecondSave-" + str(now.year) + "-" + str(now.month) +
"-" + str(now.day) + "-" + str(now.hour) + "-" +
str(now.minute))
homeDir = os.path.expanduser("~")
if os.path.isdir(homeDir + "\\LastSecondSave"):
result.save(homeDir + "\\LastSecondSave\\" + name + ".jpg")
else:
os.mkdir(homeDir + "\\LastSecondSave")
result.save(homeDir + "\\LastSecondSave\\" + name + ".jpg")
def setupDM(container):
rects = readRects()
app = Application(backend="win32").connect(
path=r"C:\DM54_W16\DM54_W16.exe")
# top_windows = []
# EnumWindows(windowEnumerationHandler, top_windows)
# for i in top_windows:
# if 'Dispatch-Mate' in i[1]:
# SetWindowPos(i[0], None, 0, 0, 1920, 1080, SWP_SHOWWINDOW)
# SetForegroundWindow(i[0])
winChildren = ""
dialogs = app.windows()
click(50, 365)
fore = win32gui.GetForegroundWindow()
DMFore = "Dispatch-Mate" in win32gui.GetWindowText(fore)
while not DMFore:
top = Tk()
L1 = Label(
top,
text="Please maximize DispatchMate and the PB in the left monitor")
L1.grid(row=0, column=0)
def callbackDM():
top.destroy()
MyButton4 = Button(top, text="OK", width=10, command=callbackDM)
MyButton4.grid(row=1, column=0)
popUp(top, w=350, h=50, widget=MyButton4)
click(50, 350)
fore = win32gui.GetForegroundWindow()
DMFore = "Dispatch-Mate" in win32gui.GetWindowText(fore)
#
# moveTo(2000, 550)
# def windowEnumerationHandler(hwnd, top_windows):
# top_windows.append((hwnd, win32gui.GetWindowText(hwnd)))
#
# # results = []
# top_windows = []
# win32gui.EnumWindows(windowEnumerationHandler, top_windows)
# for i in top_windows:
# if "Dispatch-Mate" in i[1].lower():
# # win32gui.ShowWindow(i[0],5)
# win32gui.SetForegroundWindow(i[0])
# break
for x in dialogs:
if handleprops.classname(x) == "WinDevObject":
winChildren = handleprops.children(x)
topWindow = x
break
# description = ""
# weight = ""
# pieces = ""
# terminal = ""
# containerNumber = ""
# bond = ""
# PB = ""
# sleep(5)
# topWindowWrap = app.window(handle=topWindow)
# topWindowWrap.MoveWindow(0,0,1920,1080)
# topWindowWrap.Maximize()
for x in winChildren:
# print(handleprops.text(x))
# if handleprops.classname(x)=="ListBox":
# # for y in handleprops.children(x):
# # print(handleprops.text(x))
# topWindowWrap = app.window(handle=topWindow)
# boxWrap = topWindowWrap.child_window(handle=x).wrapper_object()
# if handleprops.text(x)=="Description":
# print("desc " + str(handleprops.rectangle(x)))
# if "CUT - 7/13" in handleprops.text(x):
# print(handleprops.rectangle(x))
# if handleprops.classname(x)=="ComboBox":
if handleprops.rectangle(x) == RECT(232, 917, 443, 939):
topWindowWrap = app.window(handle=topWindow)
boxWrap = topWindowWrap.child_window(handle=x).wrapper_object()
# print(boxWrap.texts())
# print(boxWrap.selected_index())
# print(len(boxWrap.children()))
# print(boxWrap.get_properties()['texts'])
# for y in boxWrap.texts():
# if y !="":
# print(boxWrap.ItemData(y))
num = boxWrap.ItemData(boxWrap.texts()[1])
if num < 6:
container.size = "20"
else:
container.size = "40"
# else:
# container.size = "getInput"
# if boxWrap.texts()[1]==r"\x0c":
# container.size = '40'
# elif boxWrap.texts()[1]==r"\n":
# container.size = '40'
# elif boxWrap.texts()[1]==r"\x04":
# container.size = '20'
# elif boxWrap.texts()[1]==r"\x03":
# container.size = '20'
# elif boxWrap.texts()[1]==r"\x0b":
# container.size = '40'
# # elif boxWrap.texts()[1]==r"\r":
# # container.size = '45'
# elif boxWrap.texts()[1]==r"\x07":
# container.size = '40'
# # elif handleprops.rectangle(x)==RECT(197, 342, 256, 360):
# elif handleprops.rectangle(x)==RECT(2090, 146, 2219, 168):
# weight = x
# # elif handleprops.rectangle(x)==RECT(512, 342, 569, 360):
# elif handleprops.rectangle(x)==RECT(2089, 233, 2191, 255):
# pieces = x
# elif handleprops.rectangle(x)==RECT(625, 342, 722, 360):
# containerNumber = x
# elif handleprops.rectangle(x)==RECT(14, 295, 73, 313):
# terminal = x
# elif handleprops.rectangle(x)==RECT(1645, 136, 1818, 171):
# bond = x
# elif handleprops.rectangle(x)==RECT(182, 991, 250, 1015):
# PB = x
elif handleprops.rectangle(x) == rects[0]:
container.description = handleprops.text(x)
# elif handleprops.rectangle(x)==RECT(197, 342, 256, 360):
elif handleprops.rectangle(x) == rects[1]:
container.weight = handleprops.text(x)
# elif handleprops.rectangle(x)==RECT(512, 342, 569, 360):
elif handleprops.rectangle(x) == rects[2]:
container.pieces = handleprops.text(x)
elif handleprops.rectangle(x) == rects[3]:
container.containerNumber = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(282, 295, 341, 313):
container.terminal = handleprops.text(x)
# elif handleprops.rectangle(x)==RECT(1645, 136, 1818, 171):
# container.bond = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(182, 991, 250, 1015):
container.PB = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(554, 295, 613, 313):
container.customer = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(14, 891, 231, 985):
container.extraText = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(14, 128, 265, 146):
container.shipper = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(14, 176, 265, 194):
container.shipperAdd1 = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(14, 224, 265, 242):
container.shipperCity = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(183, 248, 227, 266):
if "CDA" in handleprops.text(x):
container.shipperCountry = "CA"
elif "USA" in handleprops.text(x):
container.shipperCountry = "US"
else:
container.shipperCountry = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(14, 248, 54, 266):
container.shipperStateProv = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(55, 248, 182, 266):
container.shipperZipPost = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(282, 128, 533, 146):
container.consignee = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(282, 176, 533, 194):
container.consigneeAdd1 = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(282, 224, 533, 242):
container.consigneeCity = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(452, 248, 496, 266):
if "CDA" in handleprops.text(x):
container.consigneeCountry = "CA"
elif "USA" in handleprops.text(x):
container.consigneeCountry = "US"
else:
container.consigneeCountry = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(282, 248, 323, 266):
container.consigneeStateProv = handleprops.text(x)
elif handleprops.rectangle(x) == RECT(324, 248, 451, 266):
container.consigneeZipPost = handleprops.text(x)
# Pb 362000 is used for widths
# if handleprops.text(x)=="MAEU 463991 2":
# print("desc")
# print(handleprops.rectangle(x))
# elif handleprops.text(x)=="7,660.00":
# print("we")
# print(handleprops.rectangle(x))
# elif handleprops.text(x)=="6":
# print("pi")
# print(handleprops.rectangle(x))
# elif handleprops.text(x)=="MAEU 411606 4":
# print(handleprops.rectangle(x))
# print(container.containerNumber)
# exit()
container.containerNumber = container.containerNumber.replace(' ', '')
if (container.description == "" or container.weight == ""
or container.pieces == "" or container.containerNumber == ""
or container.terminal == "" or
# container.bond == "" or
container.PB == ""):
top = Tk()
L0 = Label(
top,
text=
"Some of the information is missing. Either fill it in below, or ensure \n that your Dispatch-mate is properly formatted and hit \"Try again\". \n To do so, go to PB362000 and double click on the line between \n the boxes that read \"Description\" and \"Weight\""
)
L0.grid(row=0, column=0, columnspan=2)
L1 = Label(top, text="Description:")
L1.grid(row=1, column=0, sticky=constants.E)
E1 = Entry(top, bd=5)
E1.grid(row=1, column=1)
E1.insert(0, container.description)
L2 = Label(top, text="Weight:")
L2.grid(row=2, column=0, sticky=constants.E)
E2 = Entry(top, bd=5)
E2.grid(row=2, column=1)
E2.insert(0, container.weight)
L3 = Label(top, text="Piece Count:")
L3.grid(row=3, column=0, sticky=constants.E)
E3 = Entry(top, bd=5)
E3.grid(row=3, column=1)
E3.insert(0, container.pieces)
L4 = Label(top, text="Container Number:")
L4.grid(row=4, column=0, sticky=constants.E)
E4 = Entry(top, bd=5)
E4.grid(row=4, column=1)
E4.insert(0, container.containerNumber)
L5 = Label(top, text="Consignee:")
L5.grid(row=5, column=0, sticky=constants.E)
E5 = Entry(top, bd=5)
E5.grid(row=5, column=1)
E5.insert(0, container.terminal)
# L6 = Label(top, text="Bond #:")
# L6.grid(row=6, column=0, sticky=constants.E)
# E6 = Entry(top, bd = 5)
# E6.grid(row=6, column=1)
# E6.insert(0, container.bond)
L7 = Label(top, text="PB #:")
L7.grid(row=6, column=0, sticky=constants.E)
E7 = Entry(top, bd=5)
E7.grid(row=6, column=1)
E7.insert(0, container.PB)
def callbackGoAhead(container):
container.description = E1.get()
container.weight = E2.get()
container.pieces = E3.get()
container.containerNumber = E4.get()
container.terminal = E5.get()
# container.bond = E6.get()
container.PB = E7.get()
top.destroy()
def checkStuff():
app = Application(backend="win32").connect(
path=r"C:\DM54_W16\DM54_W16.exe")
winChildren = ""
dialogs = app.windows()
for x in dialogs:
if handleprops.classname(x) == "WinDevObject":
winChildren = handleprops.children(x)
topWindow = x
break
for x in winChildren:
if handleprops.text(x) == E1.get():
rects[0] = handleprops.rectangle(x)
if handleprops.text(x).replace(",", "") == E2.get():
rects[1] = handleprops.rectangle(x)
if handleprops.text(x) == E3.get():
rects[2] = handleprops.rectangle(x)
if handleprops.text(x) == E4.get():
rects[3] = handleprops.rectangle(x)
writeRects(rects)
# top.lift()
# top.attributes('-topmost',True)
# top.after_idle(top.attributes,'-topmost',False)
# widget = E1
# moveTo(widget.winfo_rootx()+widget.winfo_width()/2, widget.winfo_rooty()+5+widget.winfo_height()/2)
def callbackDetect():
top.after_idle(checkStuff)
def callbackTryAgain(container):
top.destroy()
setupDM(container)
MyButton4 = Button(top,
text="Use these values",
width=17,
command=lambda: callbackGoAhead(container))
MyButton4.grid(row=8, column=1)
MyButton5 = Button(top,
text="Try again",
width=10,
command=lambda: callbackTryAgain(container))
MyButton5.grid(row=8, column=0)
MyButton5 = Button(
top,
text=
"Set box locations: \n (copy description, weight, piece and cont# \n into the boxes above then hit this button)",
width=10,
command=callbackDetect)
MyButton5.grid(row=9,
column=0,
columnspan=2,
sticky=constants.W + constants.E)
popUp(top, w=380, h=340, widget=E1)
