def set_mouse_position(show_log):
"""
Threaded function which sets the mouse position on receiving the "event_switch" event
from the keyboard event handler. Will exit if it recieves the "event_quit" event.
@param args tuple: Only first value is used - bool, enables/disables debug log
"""
global event_switch, event_quit
current_win = ''
previous_win = ''
# Runs as long as "event_quit" has not been received
while not event_quit.is_set():
if event_switch.is_set():
# Wait for the 'Task Switching' window to close
while(GetWindowText(GetForegroundWindow()).split('-')[-1] == 'Task Switching'):
pass
time.sleep(0.25)
# Get the foreground window's text again
current_win = GetWindowText(GetForegroundWindow())
# Make sure we didn't end up with the same window as before
if current_win != previous_win:
# Get the foreground window's dimensions
l, t, r, b = GetWindowRect(GetForegroundWindow())
# Calculate mouse position
x = l + (r - l) / 2
y = t + (b - t) / 2
# Print the window information and new mouse co-ordinates
if(show_log):
print 'Window: ', current_win.split('-')[-1], ' @[', l, t, r, b, ']'
print 'Setting mouse position to: (', x, ', ', y, ')'
print '---\n'
# Set the new mouse position
SetCursorPos((x, y))
# Set the previous window to the current window
previous_win = current_win
# Clear "event_switch" event
event_switch.clear()
def degital():
"""the function for calcultion and identification of the which is currently opened window and its time"""
infoObj = {}
closedObj = {}
openedWindowObj = {}
WindowOTime = ""
WindowCTime = ""
def openedTime():
#function for finding opened time
global WindowOTime
WindowOTime = datetime.datetime.now().strftime("%H-%M-%S")
return WindowOTime
def closedTime():
# function for finding closed time
global WindowCTime
WindowCTime = datetime.datetime.now().strftime("%H-%M-%S")
return WindowCTime
try:
while True:
#actual process starts here....
openedWindow = GetWindowText(GetForegroundWindow())
currentWindow = openedWindow.split("-")[-1]
if GetForegroundWindow():
if currentWindow not in infoObj:
print("true")
oo = openedTime()
infoObj[currentWindow] = oo
openedWindowObj[currentWindow] = oo
blood = [currentWindow]
else:
pass
if currentWindow != blood[0]:
clo = closedTime()
closedObj[blood[0]] = clo
else:
pass
except KeyboardInterrupt as e:
if "" in openedWindowObj:
openedWindowObj.pop('')
if ' Visual Studio Code' in openedWindowObj:
del openedWindowObj[' Visual Studio Code']
for key, value in openedWindowObj.items():
totaltime = value.split("-")
a = int(totaltime[0])
b = int(totaltime[1])
c = int(totaltime[2])
for kk, vv in closedObj.items():
totaltime1 = vv.split("-")
a2 = int(totaltime1[0])
b2 = int(totaltime1[1])
c2 = int(totaltime1[2])
x = str(a - a2)
y = str(b - b2)
z = str(c - c2)
z1 = x.replace("-", "")
z2 = y.replace("-", "")
z3 = z.replace("-", "")
print(
f"you used { key} for { z1}Hours {z2}Minutes and { z3}seconds"
)
if int(z1) >= 1:
notification.notify(
title="Time to take Rest",
message=
f"you are using {key} from { z1}Hours {z2}Minutes and { z3}seconds pls take rest",
timeout=8)
batt = battery.status
for keyB, valueB in batt.items():
print(keyB, valueB)
def checkWindow():
path = GetWindowText(GetForegroundWindow())
return path.split('\\')[-1]
