Android Platform

def start_activity(self, app_package: str, app_activity: str, **opts):
    """
    Start Android activity by package and activity name.
    
    Args:
        app_package (str): Android package name (e.g., 'com.example.app')
        app_activity (str): Activity class name (e.g., '.MainActivity')
        **opts: Optional activity launch parameters
            app_wait_package (str): Package to wait for
            app_wait_activity (str): Activity to wait for
            intent_action (str): Intent action
            intent_category (str): Intent category
            intent_flags (str): Intent flags
            optional_intent_arguments (str): Additional intent arguments
            dont_stop_app_on_reset (bool): Don't stop app on reset
    """

@property
def current_activity(self) -> str:
    """
    Get current Android activity name.
    
    Returns:
        str: Current activity class name
    """

@property
def network_connection(self) -> int:
    """
    Get current network connection state as bitmask.
    
    Returns:
        int: Network connection bitmask (combination of NetworkMask values)
    """

def set_network_connection(self, connection_type: int):
    """
    Set network connection state.
    
    Args:
        connection_type (int): Network connection type bitmask
            Use ConnectionType constants or NetworkMask combinations
    """

def toggle_wifi(self):
    """Toggle WiFi connection on/off."""

def set_network_speed(self, speed_type: str):
    """
    Set network speed emulation.
    
    Args:
        speed_type (str): Network speed type from NetSpeed constants
    """

def send_sms(self, phone_number: str, message: str):
    """
    Send SMS message to device.
    
    Args:
        phone_number (str): Source phone number for SMS
        message (str): SMS message content
    """

def set_gsm_call(self, phone_number: str, action: str):
    """
    Simulate GSM call operation.
    
    Args:
        phone_number (str): Phone number for call simulation
        action (str): Call action ('call', 'accept', 'cancel', 'hold')
    """

def set_gsm_signal(self, signal_strength: int):
    """
    Set GSM signal strength.
    
    Args:
        signal_strength (int): Signal strength level (0-4)
            0 = No signal, 4 = Full signal
    """

def set_gsm_voice(self, state: str):
    """
    Set GSM voice state.
    
    Args:
        state (str): Voice state ('unregistered', 'home', 'roaming', 'searching', 'denied', 'off', 'on')
    """

def set_power_capacity(self, percent: int):
    """
    Set device battery level.
    
    Args:
        percent (int): Battery percentage (0-100)
    """

def set_power_ac(self, ac_state: str):
    """
    Set AC power connection state.
    
    Args:
        ac_state (str): AC power state ('on' or 'off')
    """

def open_notifications(self):
    """Open the Android notification panel."""

from appium import webdriver
from appium.options.android import UiAutomator2Options

# Setup
options = UiAutomator2Options()
options.platform_name = "Android"
options.device_name = "Android Emulator"
driver = webdriver.Remote("http://localhost:4723", options=options)

# Start specific activity
driver.start_activity(
    app_package="com.example.myapp",
    app_activity=".MainActivity"
)

# Check current activity
current = driver.current_activity
print(f"Current activity: {current}")

# Start activity with intent extras
driver.start_activity(
    app_package="com.example.myapp",
    app_activity=".SettingsActivity",
    intent_action="android.intent.action.VIEW",
    intent_category="android.intent.category.DEFAULT",
    optional_intent_arguments="--es key value"
)

# Wait for specific activity
driver.start_activity(
    app_package="com.example.myapp", 
    app_activity=".LoadingActivity",
    app_wait_package="com.example.myapp",
    app_wait_activity=".HomeActivity"
)

from appium.webdriver.common.connectiontype import ConnectionType

# Check current network state
current_connection = driver.network_connection
print(f"Current connection: {current_connection}")

# Test app with different network conditions
# No connection
driver.set_network_connection(ConnectionType.NO_CONNECTION)
test_offline_functionality()

# WiFi only
driver.set_network_connection(ConnectionType.WIFI_ONLY)
test_wifi_functionality()

# Data only
driver.set_network_connection(ConnectionType.DATA_ONLY)
test_mobile_data_functionality()

# All networks on
driver.set_network_connection(ConnectionType.ALL_NETWORK_ON)
test_full_connectivity()

# Toggle WiFi
driver.toggle_wifi()  # Turn off WiFi
test_data_only_mode()
driver.toggle_wifi()  # Turn WiFi back on

# Simulate different network speeds
from appium.webdriver.extensions.android.network import NetSpeed

speed_tests = [
    NetSpeed.GSM,      # Slow connection
    NetSpeed.EDGE,     # Edge connection  
    NetSpeed.HSDPA,    # 3G connection
    NetSpeed.LTE       # 4G connection
]

for speed in speed_tests:
    driver.set_network_speed(speed)
    print(f"Testing with {speed} network speed")
    test_network_dependent_features()

# Send SMS to trigger app notifications
driver.send_sms("+1234567890", "Your verification code is: 123456")

# Wait for SMS to be received and processed
time.sleep(2)

# Check if app processed the SMS
notification_element = driver.find_element("id", "notification_text")
assert "verification code" in notification_element.text.lower()

# Test multiple SMS messages
sms_messages = [
    ("12345", "Test message 1"),
    ("67890", "Test message 2"), 
    ("54321", "Test message 3")
]

for phone, message in sms_messages:
    driver.send_sms(phone, message)
    time.sleep(1)

# Verify app handles multiple SMS
sms_list = driver.find_elements("class", "sms_item")
assert len(sms_list) == 3

# Simulate incoming call
driver.set_gsm_call("+1234567890", "call")

# Check if app responds to incoming call
call_overlay = driver.find_element("id", "incoming_call_overlay")
assert call_overlay.is_displayed()

# Accept the call
driver.set_gsm_call("+1234567890", "accept")

# Test call in progress UI
in_call_ui = driver.find_element("id", "in_call_interface")
assert in_call_ui.is_displayed()

# End the call
driver.set_gsm_call("+1234567890", "cancel")

# Test different signal strengths
signal_levels = [0, 1, 2, 3, 4]  # No signal to full signal

for level in signal_levels:
    driver.set_gsm_signal(level)
    print(f"Testing with signal strength: {level}")
    
    # Check app's response to signal changes
    signal_indicator = driver.find_element("id", "signal_indicator")
    # Verify UI reflects signal strength

# Test roaming scenarios
driver.set_gsm_voice("roaming")
test_roaming_functionality()

driver.set_gsm_voice("home")
test_home_network_functionality()

# Test app behavior at different battery levels
battery_levels = [100, 75, 50, 25, 10, 5]

for level in battery_levels:
    driver.set_power_capacity(level)
    print(f"Testing at {level}% battery")
    
    # Check if app shows battery warnings
    if level <= 10:
        battery_warning = driver.find_elements("id", "low_battery_warning")
        assert len(battery_warning) > 0
    
    # Test power-saving features activation
    if level <= 20:
        test_power_saving_mode()

# Test charging states
driver.set_power_ac("on")  # Plugged in
charging_indicator = driver.find_element("id", "charging_status")
assert "charging" in charging_indicator.text.lower()

driver.set_power_ac("off")  # Unplugged
time.sleep(1)
assert "charging" not in charging_indicator.text.lower()

# Test critical battery scenarios
driver.set_power_capacity(1)
driver.set_power_ac("off")
# Verify app handles critical battery appropriately

def comprehensive_android_test():
    """Complete Android-specific testing workflow."""
    
    # 1. Test with different network conditions
    network_conditions = [
        ConnectionType.NO_CONNECTION,
        ConnectionType.WIFI_ONLY, 
        ConnectionType.DATA_ONLY,
        ConnectionType.ALL_NETWORK_ON
    ]
    
    for condition in network_conditions:
        driver.set_network_connection(condition)
        run_connectivity_tests(condition)
    
    # 2. Test communication features
    driver.send_sms("12345", "Test SMS")
    driver.set_gsm_call("67890", "call")
    driver.set_gsm_call("67890", "accept")
    driver.set_gsm_call("67890", "cancel")
    
    # 3. Test power scenarios
    for battery in [100, 50, 20, 5]:
        driver.set_power_capacity(battery)
        test_battery_level_behavior(battery)
    
    # 4. Test activity navigation
    activities = [
        ".MainActivity",
        ".SettingsActivity", 
        ".ProfileActivity"
    ]
    
    for activity in activities:
        driver.start_activity("com.example.app", activity)
        test_activity_functionality(activity)
    
    # 5. Reset to normal state
    driver.set_network_connection(ConnectionType.ALL_NETWORK_ON)
    driver.set_power_capacity(100)
    driver.set_power_ac("on")

def run_connectivity_tests(connection_type):
    """Test app behavior with specific network condition."""
    pass

def test_battery_level_behavior(battery_level):
    """Test app behavior at specific battery level.""" 
    pass

def test_activity_functionality(activity_name):
    """Test specific activity functionality."""
    pass

# Connection type constants
class ConnectionType:
    NO_CONNECTION: int = 0
    AIRPLANE_MODE: int = 1
    WIFI_ONLY: int = 2
    DATA_ONLY: int = 4
    ALL_NETWORK_ON: int = 6

# Network speed constants
class NetSpeed:
    GSM: str = "gsm"        # 14.4 kbps
    GPRS: str = "gprs"      # 56 kbps
    EDGE: str = "edge"      # 118.4 kbps
    UMTS: str = "umts"      # 1920 kbps
    HSDPA: str = "hsdpa"    # 14400 kbps
    LTE: str = "lte"        # 100000 kbps
    EVDO: str = "evdo"      # 750 kbps
    FULL: str = "full"      # No limit

# Network mask constants
class NetworkMask:
    WIFI: int = 2
    DATA: int = 4
    AIRPLANE_MODE: int = 1

# Type definitions
PackageName = str  # Android package name like 'com.example.app'
ActivityName = str  # Activity class name like '.MainActivity'
PhoneNumber = str  # Phone number string
SMSMessage = str   # SMS content
GSMAction = str    # 'call', 'accept', 'cancel', 'hold'
GSMState = str     # 'unregistered', 'home', 'roaming', etc.
SignalStrength = int  # 0-4 signal level
BatteryPercent = int  # 0-100 battery level
PowerState = str   # 'on' or 'off'
NetworkSpeed = str # Network speed identifier