Compose Sessions

class MEComposeSession:
    """
    Manages an email composition session.
    
    Note: This class cannot be instantiated directly using init() or new().
    Instances are provided by the Mail framework when composition begins.
    """

class MEComposeContext:
    def isEncrypted(self) -> bool:
        """
        Check if the compose context indicates encryption.
        
        Returns:
            bool: True if the context is encrypted
        """
    
    def shouldEncrypt(self) -> bool:
        """
        Check if the message should be encrypted.
        
        Returns:
            bool: True if the message should be encrypted
        """
    
    def isSigned(self) -> bool:
        """
        Check if the compose context indicates signing.
        
        Returns:
            bool: True if the context is signed
        """
    
    def shouldSign(self) -> bool:
        """
        Check if the message should be signed.
        
        Returns:
            bool: True if the message should be signed
        """

class MEAddressAnnotation:
    """
    Provides annotations for email addresses.
    
    Note: This class cannot be instantiated directly using init() or new().
    Instances are created through the address annotation process.
    """

MEComposeUserActionNewMessage: int # = 1, Creating a new message
MEComposeUserActionReply: int      # = 2, Replying to a message
MEComposeUserActionReplyAll: int   # = 3, Replying to all recipients
MEComposeUserActionForward: int    # = 4, Forwarding a message

# Error domain
MEComposeSessionErrorDomain: str  # Error domain for compose session errors

# Error codes
MEComposeSessionErrorCodeInvalidRecipients: int  # = 0, Invalid recipients error
MEComposeSessionErrorCodeInvalidHeaders: int     # = 1, Invalid headers error
MEComposeSessionErrorCodeInvalidBody: int        # = 2, Invalid body error

MEComposeSessionErrorCode: type  # Enum type for compose session error codes

import MailKit

# Check compose context security settings
def check_compose_security(compose_context):
    """Check and report on compose context security settings."""
    
    # Check current encryption state
    if compose_context.isEncrypted():
        print("Compose context is currently encrypted")
    
    # Check if encryption is recommended
    if compose_context.shouldEncrypt():
        print("Message should be encrypted")
    else:
        print("Encryption not required")
    
    # Check current signing state  
    if compose_context.isSigned():
        print("Compose context is currently signed")
    
    # Check if signing is recommended
    if compose_context.shouldSign():
        print("Message should be signed")
    else:
        print("Signing not required")

# Example usage with a compose context
# compose_context would be provided by the Mail framework
# check_compose_security(compose_context)

import MailKit

# Determine compose action type
def get_compose_action_description(action_type):
    """Get a description of the compose action type."""
    
    if action_type == MailKit.MEComposeUserActionNewMessage:
        return "Creating a new message"
    elif action_type == MailKit.MEComposeUserActionReply:
        return "Replying to a message"
    elif action_type == MailKit.MEComposeUserActionReplyAll:
        return "Replying to all recipients"
    elif action_type == MailKit.MEComposeUserActionForward:
        return "Forwarding a message"
    else:
        return f"Unknown compose action: {action_type}"

# Example usage
action = MailKit.MEComposeUserActionReply
description = get_compose_action_description(action)
print(description)  # Output: "Replying to a message"

import MailKit

# Handle compose session errors
def handle_compose_error(error_code):
    """Handle different types of compose session errors."""
    
    if error_code == MailKit.MEComposeSessionErrorCodeInvalidRecipients:
        return {
            "error": "Invalid Recipients",
            "description": "One or more recipients are invalid",
            "suggestion": "Please check recipient email addresses"
        }
    elif error_code == MailKit.MEComposeSessionErrorCodeInvalidHeaders:
        return {
            "error": "Invalid Headers", 
            "description": "Message headers are invalid",
            "suggestion": "Please check message headers and format"
        }
    elif error_code == MailKit.MEComposeSessionErrorCodeInvalidBody:
        return {
            "error": "Invalid Body",
            "description": "Message body is invalid",
            "suggestion": "Please check message content and formatting"
        }
    else:
        return {
            "error": "Unknown Error",
            "description": f"Unknown error code: {error_code}",
            "suggestion": "Please try again or contact support"
        }

# Example usage
error_info = handle_compose_error(MailKit.MEComposeSessionErrorCodeInvalidRecipients)
print(f"Error: {error_info['error']} - {error_info['description']}")
print(f"Suggestion: {error_info['suggestion']}")

import MailKit

# All available compose actions
compose_actions = {
    "new_message": MailKit.MEComposeUserActionNewMessage,
    "reply": MailKit.MEComposeUserActionReply,
    "reply_all": MailKit.MEComposeUserActionReplyAll,
    "forward": MailKit.MEComposeUserActionForward
}

# Function to get action name from value
def get_action_name(action_value):
    for name, value in compose_actions.items():
        if value == action_value:
            return name
    return "unknown"

# Function to validate compose action
def is_valid_compose_action(action_value):
    return action_value in compose_actions.values()

# Example usage
action_name = get_action_name(MailKit.MEComposeUserActionForward)
print(f"Action: {action_name}")  # Output: "Action: forward"

if is_valid_compose_action(MailKit.MEComposeUserActionReply):
    print("Reply action is valid")

import MailKit

# Comprehensive security analysis for compose context
def analyze_compose_security(compose_context):
    """Perform comprehensive security analysis of compose context."""
    
    analysis = {
        "current_state": {},
        "recommendations": {},
        "warnings": []
    }
    
    # Analyze current state
    analysis["current_state"]["encrypted"] = compose_context.isEncrypted()
    analysis["current_state"]["signed"] = compose_context.isSigned()
    
    # Analyze recommendations
    analysis["recommendations"]["should_encrypt"] = compose_context.shouldEncrypt()
    analysis["recommendations"]["should_sign"] = compose_context.shouldSign()
    
    # Generate warnings based on mismatches
    if compose_context.shouldEncrypt() and not compose_context.isEncrypted():
        analysis["warnings"].append("Encryption is recommended but not currently enabled")
    
    if compose_context.shouldSign() and not compose_context.isSigned():
        analysis["warnings"].append("Signing is recommended but not currently enabled")
    
    # Generate security summary
    security_level = "basic"
    if analysis["current_state"]["encrypted"] and analysis["current_state"]["signed"]:
        security_level = "high"
    elif analysis["current_state"]["encrypted"] or analysis["current_state"]["signed"]:
        security_level = "medium"
    
    analysis["security_level"] = security_level
    
    return analysis

# Example usage
# analysis = analyze_compose_security(compose_context)
# print(f"Security Level: {analysis['security_level']}")
# for warning in analysis["warnings"]:
#     print(f"Warning: {warning}")