Update README.md to enhance MicromailClient documentation and add exceptions section; modify error handling in write method to raise NoSocketError
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README.md
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README.md
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@ -21,43 +21,75 @@ Copy the `micromail.py` file to your device. You will need to install the `datet
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### Class MicromailClient
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`class micromail.MicromailClient(host: str, port: int, ssl: bool=False, starttls: bool=False)`
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: Create a new SMTP client.
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- `class micromail.MicromailClient(host: str, port: int = 0, ssl: bool = False, starttls: bool = False)`
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`MicromailClient.connect()`
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: Establish a connection to the SMTP server. The connection is kept alive until `MicromailClient.quit()` is called.
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Create a new SMTP client.
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`MicromailClient.login(username: str, password: str)`
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: Login to the SMTP server with the provided username and password. `PLAIN` and `LOGIN` authentication methods are currently supported.
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- `MicromailClient.connect()`
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`MicromailClient.write(data: bytearray)`
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: Write `data` of type `bytearray` on the server.
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`MicromailClient.send_command(*cmd: bytearray) -> code: bytearray, response: list[bytearray]`
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: Send command to the SMTP server; returns status code and response.
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Establish a connection to the SMTP server. The connection is kept alive until `MicromailClient.quit()` is called.
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`MicromailClient.ehlo() -> res: list[bytearray]`
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: Send SMTP EHLO command to the server and return response.
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- `MicromailClient.login(username: str, password: str)`
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`MicromailClient.starttls()`
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: Send SMTP STARTTLS command and enable SSL on socket.
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Login to the SMTP server with the provided username and password. `PLAIN` and `LOGIN` authentication methods are currently supported.
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`MicromailClient.new_message(to: str|list[str], sender: None|str=None)`
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: Create a new email; sender defaults to username.
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- `MicromailClient.write(data: str | bytes)`
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`MicromailClient.headers(headers:dict={})`
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: Define email headers; supported headers are `date` (`str|datetime`, defaults to `datetime.now()`), `from` (`str`, defaults to `new_message` `sender`), `to` (`str|list[str]`, defaults to `new_message` `to`), `subject` (`str`).
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Write `data` of type `bytearray` on the server.
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`MicromailClient.write_line(content:str|bytearray)`
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: Write message line; `\r\n` is appended to `content`.
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- `MicromailClient.send_command(*cmd: str | bytes, code: int | list[int] = []) -> tuple[int, list[str]]`
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`MicromailClient.send()`
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: Send current email.
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Send command to the SMTP server; returns status code and list of response lines.
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`MicromailClient.quit()`
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: Quit the SMTP server and disconnect from socket.
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- `MicromailClient.read_res(cmd: str = "", code: int | list[int] = []) -> tuple[int, list[str]]`
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Read response from the SMTP server; returns status code and list of response lines.
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- `MicromailClient.ehlo() -> list[str]`
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Send SMTP EHLO command to the server and return response.
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- `MicromailClient.starttls()`
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Send SMTP STARTTLS command and enable SSL on socket.
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- `MicromailClient.new_message(to: str | list[str], sender: str | None = None)`
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Create a new email; sender defaults to username.
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- `MicromailClient.headers(headers: dict[str, str])`
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Define email headers; supported headers are `date` (`str`, defaults to current date), `from` (defaults to `new_message` `sender`), `to` (defaults to `new_message` `to`), `subject` (`str`).
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- `MicromailClient.write_line(content: str)`
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Write message line; `\r\n` is appended to `content`.
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- `MicromailClient.send()`
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Send current email.
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- `MicromailClient.quit()`
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Quit the SMTP server and disconnect from socket.
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### Functions
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`format_date(date: datetime)`
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: Return date formatted as email date string.
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- `format_date(date: datetime) -> str`
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Return date formatted as email date string.
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### Exceptions
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- `Error`
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Standard module error.
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- `NoSocketError`
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Raised when an operation on the socket is asked but the client is not connected to any socket.
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- `SMTPError(cmd: str, code: int, message: str)`
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Raised when an unexpected SMTP response code is received.
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@ -110,7 +110,7 @@ class MicromailClient:
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def write(self, data: str | bytes) -> None:
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if self.socket is None:
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raise Error("No socket to write to.")
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raise NoSocketError
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if isinstance(data, str):
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data = data.encode()
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