eventparser parser for Android
Project description
eventparser parser for Android
Tested against Windows 10 / Python 3.11 / Anaconda / BlueStacks
pip install cythonevparser
Cython and a C compiler must be installed!
import time
import re as regexpython
import regex as re
from cythonevparser import clean_cache, create_temp_memdisk, EvParse
from cythondfprint import add_printer
import pandas as pd
from exceptdrucker import errwrite
import shutil
import os
import subprocess
add_printer(1)
def sendcmd(openshell, inputcmd, shell=True, timeout=10):
try:
p = subprocess.run(
openshell,
input=inputcmd if isinstance(inputcmd, bytes) else inputcmd.encode(),
shell=shell,
env=os.environ,
cwd=os.getcwd(),
capture_output=True,
timeout=10,
)
return p.stdout, p.stderr, p.returncode
except Exception as e:
print(e)
return None, None, None
def iskeyboardshown():
try:
stdout, stderr, returncode = sendcmd(
openshell, keyboard_shown, shell=False, timeout=10
)
print(stdout, stderr, returncode)
if b"mVisibleBound=true" in stdout and b"mInputShown=true" in stdout:
return True
return False
except Exception as fe:
errwrite()
return False
clean_cache()
adb_exe = shutil.which("adb")
device_serial = "127.0.0.1:5560"
elements2check_regex = regexpython.compile(
r"(?:(?:StateListAnimatorButton)|(?:p\.ral)|(?:android\.widget\.NumberPicker\$CustomEditText)|(?:AppCompatCheckBox))"
)
elements2check_min_area = 0.0001
elements2check_max_area = 50
sleep_after_each_dataframe = 0.1
screen_width = 720
screen_height = 1280
keyboard_shown = b'dumpsys input_method | grep -E "mInputShown|mVisibleBound"'
openshell = [
adb_exe,
"-s",
device_serial,
"shell",
]
create_temp_memdisk(
memdisk_path="/media/ramdisk",
adb_path=adb_exe,
device_serial=device_serial,
memdisk_size="128M",
shell=False,
su_exe="su",
)
evp = EvParse(
adb_exe=adb_exe,
device_serial=device_serial,
field_size=50,
record_count=50,
sleep_between_each_scan=0.001,
regex_nogil=True,
device_shell="shell",
uiautomator_cmd=b"uiautomator events",
sleep_after_starting_thread=5,
thread_daemon=True,
uiautomator_kill_cmd=b"pkill uiautomator",
timeout_scan=0.1,
screen_width=screen_width,
screen_height=screen_height,
subproc_shell=False,
with_children=False,
add_screenshot=False,
screenshot_kwargs=None,
input_tap_center_x="aa_center_x",
input_tap_center_y="aa_center_y",
input_tap_input_cmd="input touchscreen tap",
input_tap_kwargs=None,
sendevent_mouse_move_start_x="aa_start_x",
sendevent_mouse_move_start_y="aa_start_y",
sendevent_mouse_move_end_x="aa_end_x",
sendevent_mouse_move_end_y="aa_end_y",
sendevent_mouse_move_y_max=65535,
sendevent_mouse_move_x_max=65535,
sendevent_mouse_move_inputdev="/dev/input/event5",
sendevent_mouse_move_add=True,
sendevent_mouse_move_kwargs=None,
sendevent_mouse_move_su_exe="su",
sendevent_mouse_move_sh_device="sh",
sendevent_mouse_move_cwd_on_device="/media/ramdisk",
sendevent_mouse_move_qty_blocks=4 * 24,
debug=True,
limited_mouse_move=True,
scroll_x_begin_center_offset=30,
scroll_y_begin_center_offset=30,
scroll_x_end_center_offset=30,
scroll_y_end_center_offset=30,
add_move_and_tap=True,
)
callback_function_kwargs = {}
callback_function_kwargs["regex_to_check"] = rb"\bcom\..*"
callback_function_kwargs["regex_flags"] = re.IGNORECASE
evp.kill_ui_automator(["sh"])
time.sleep(5)
allresultdata = []
# b'[Inscreva-se gr\xc3\xa1tis]'
foundall = False
goodresults = []
result = evp.start_event_parser(
callback_function=evp.callback_function,
max_timeout=0.1,
callback_function_kwargs=callback_function_kwargs,
sleep_between_each_scan=0.01,
print_elements=False,
)
myemail = "mariadanada@maya.com"
mypassword = "bonadnxa!Dx71"
evp.data_array[:] = b""
screenshotfolder = r"C:\savedshots"
df = pd.DataFrame()
rotcount = 0
emailput = False
killfirst = False
F = set()
# collected_frames = []
# last_resultstmp = []
while not foundall:
try:
time.sleep(2)
dfx = evp.parse_elements_dataframe(with_children=True, with_windows=True)
# collected_frames.append(dfx)
evp.last_results.clear()
for name, group in (
dfx.loc[
(dfx.aa_area > 0)
& (dfx.aa_area_percentage < 50)
& (dfx.aa_all_my_children.str.len() < 2)
& (~dfx.aa_pflag_invalidated.str.contains("I", regex=False, na=False))
& dfx.aa_enabled.str.contains("E", regex=False, na=False)
& (~dfx.aa_visibility.str.contains("I", regex=False, na=False))
& (dfx.aa_pflag_dirty_mask.str.contains(".", regex=False, na=False))
& (
dfx.aa_clickable.str.contains("C", regex=False, na=False)
| (dfx.bb_misc_clickable.fillna(False))
)
& (dfx.aa_start_y > 0)
& (dfx.aa_end_y < screen_height)
& (
~dfx.aa_classname.str.contains(
"StateListAnimatorImageButton", regex=False, na=False
)
)
]
.sort_values(by=["aa_end_x"], ascending=True)
.groupby(
[
"aa_original_string",
"aa_start_x",
"aa_start_y",
"aa_center_x",
"aa_center_y",
]
)
):
item = group.iloc[0]
goodresults.clear()
evp.starttime.clear()
item.aa_mouse_move()
evp.starttime.append(time.time())
result = evp.start_event_parser(
callback_function=evp.callback_function,
max_timeout=0.1,
callback_function_kwargs=callback_function_kwargs,
sleep_between_each_scan=0.05,
print_elements=False,
)
if evp.last_results:
# last_resultstmp.append(evp.last_results)
fra = item.to_frame().T
dfi = pd.DataFrame(evp.last_results, dtype="object")
goodresults.append(
pd.concat(
[
fra.loc[fra.index.repeat(len(dfi))].reset_index(drop=True),
dfi.rename(
columns={k: f"cc_{k}" for k in dfi.columns}
).reset_index(drop=True),
],
axis=1,
).assign(dd_routcounter=rotcount, dd_matchcounter=range(len(dfi)))
)
rotcount += 1
evp.last_results.clear()
else:
continue
df = pd.concat(goodresults, ignore_index=True)
df.ds_color_print_all()
goodresults.clear()
if F == {0, 1, 2, 3, 4, 5, 6, 7, 8}:
F.clear()
foundall = True
break
if F == {0, 1, 2, 3, 4, 5, 6, 7}:
try:
agreee = dfx.loc[
dfx.aa_element_id.str.contains("agree")
].drop_duplicates(subset="aa_center_y")
if not agreee.empty:
for k, i in agreee.iterrows():
i.aa_move_and_tap(0.001)
F.add(8)
break
except Exception:
errwrite()
if F == {0, 1, 2, 3, 4, 5, 6}:
try:
gender_button = df.loc[
((df.cc_Text == b"[Masculino]") | (df.cc_Text == b"[Feminino]"))
& df.aa_element_id.str.contains("gender_button")
]
if not gender_button.empty:
gender_button.iloc[0].aa_mouse_move()
gender_button.iloc[0].aa_input_tap()
F.add(7)
break
except Exception:
errwrite()
if F == {0, 1, 2, 3, 4, 5}:
try:
avancarbutton1 = df.loc[
(df.aa_element_id.str.contains("next", regex=False, na=False))
& (df.cc_Text == b"[Avan\xc3\xa7ar]")
& (df.cc_ClassName == b"android.widget.Button")
]
if not avancarbutton1.empty:
avancarbutton2 = avancarbutton1.sort_values(
by=["dd_matchcounter", "aa_start_y"],
)
avancarbutton2.iloc[0].aa_move_and_tap(0.001)
F.add(6)
break
except Exception:
errwrite()
if F == {0, 1, 2, 3, 4}:
try:
numpick = (
dfx.loc[
(
dfx.aa_element_id.str.contains(
r"id/(?:(?:year)|(?:month)|(?:day))\s*$",
regex=True,
na=False,
)
)
]
.drop_duplicates(
subset=[
"aa_element_id",
]
)
.sort_values(by=["aa_element_id"], ascending=False)
)
if not numpick.empty:
dada = ["01", "m", "1987"][::-1]
indi = 0
for k, i in numpick.iterrows():
try:
i.aa_move_and_tap(0.001)
texttosend = dada[indi]
time.sleep(0.2)
sendcmd(
openshell,
inputcmd=f"input text '{texttosend}'",
shell=False,
timeout=10,
)
time.sleep(0.2)
indi += 1
except Exception:
errwrite()
evp.last_results.clear()
time.sleep(0.5)
for k, i in numpick.iterrows():
i.aa_move_and_tap(0.001)
break
evp.starttime.append(time.time())
result = evp.start_event_parser(
callback_function=evp.callback_function,
max_timeout=0.1,
callback_function_kwargs=callback_function_kwargs,
sleep_between_each_scan=0.05,
print_elements=True,
)
yearbin = dada[0].encode()
for r in evp.last_results:
try:
if yearbin in r["Text"]:
break
except Exception:
errwrite()
else:
break
F.add(5)
break
except Exception:
errwrite()
if F == {0, 1, 2, 3}:
try:
avancarbutton1 = df.loc[
(df.cc_Text == b"[Avan\xc3\xa7ar]")
& (df.cc_ClassName == b"android.widget.Button")
& (df.aa_element_id.str.contains("next", regex=False, na=False))
]
if not avancarbutton1.empty:
avancarbutton2 = avancarbutton1.sort_values(
by=["dd_matchcounter", "aa_start_y"],
)
avancarbutton2.iloc[0].aa_move_and_tap(0.001)
F.add(4)
break
except Exception:
errwrite()
if F == {0, 1, 2}:
try:
textfield1 = df.loc[
(df.cc_Text == b"[]")
& (df.cc_ClassName == b"android.widget.EditText")
& (df.aa_element_id.str.contains("aid=", regex=False, na=False))
]
if not textfield1.empty:
textfield2 = textfield1.sort_values(
by=["dd_matchcounter", "aa_start_y"],
)
textfield2.iloc[0].aa_move_and_tap(0.001)
sendcmd(
openshell,
inputcmd=f"input text '{mypassword}'",
shell=False,
timeout=10,
)
F.add(3)
break
except Exception:
errwrite()
if F == {0, 1}:
try:
avancarbutton1 = df.loc[
(df.cc_Text == b"[Avan\xc3\xa7ar]")
& (df.cc_ClassName == b"android.widget.Button")
& (df.aa_element_id.str.contains("next", regex=False, na=False))
]
if not avancarbutton1.empty:
avancarbutton2 = avancarbutton1.sort_values(
by=["dd_matchcounter", "aa_start_y"],
)
avancarbutton2.iloc[0].aa_move_and_tap(0.001)
F.add(2)
break
except Exception:
errwrite()
if F == {0}:
try:
textfield1 = df.loc[
(df.cc_Text == b"[]")
& (df.cc_ClassName == b"android.widget.EditText")
& (df.aa_element_id.str.contains("aid=", regex=False, na=False))
]
if not textfield1.empty:
textfield2 = textfield1.sort_values(
by=["dd_matchcounter", "aa_start_y"],
)
textfield2.iloc[0].aa_move_and_tap()
sendcmd(
openshell,
inputcmd=f"input text '{myemail}'",
shell=False,
timeout=10,
)
F.add(1)
break
except Exception:
errwrite()
if F == set():
try:
withrighttext = df.loc[
(
df.cc_Text.apply(
lambda x: b"[Inscreva-se gr\xc3\xa1tis]" in x
)
)
& df.aa_classname.str.contains(
"StateListAnimatorButton", regex=False, na=False
)
& df.cc_ClassName.apply(lambda x: b"android.widget.Button" in x)
& (
df.aa_element_id.str.contains(
r"^\s*$", regex=True, na=False
)
)
]
if not withrighttext.empty:
withrighttext2 = withrighttext.sort_values(
by=["aa_start_y", "dd_matchcounter"],
)
withrighttext2.iloc[0].aa_move_and_tap(0.001)
F.add(0)
break
except Exception:
errwrite()
except Exception as fe:
errwrite()
except KeyboardInterrupt:
break
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