See: Description
| Interface | Description |
|---|---|
| ISerialComDataListener |
The interface ISerialComDataListener should be implemented by class who wish to
receive data from serial port.
|
| ISerialComEventListener |
The interface ISerialComEventListener should be implemented by class who wish to
receive modem/line events on serial port.
|
| Class | Description |
|---|---|
| SerialComInByteStream |
Represents an input stream of bytes which is received from serial port.
|
| SerialComLineErrors |
An instance of this class should be passed if the application wish to know whether parity, framing,
overrun etc errors has happened on serial port while receiving data or not.
|
| SerialComLineEvent |
Encapsulate events that happens on serial port control lines.
|
| SerialComManager |
Root of SerialPundit.
|
| SerialComOutByteStream |
Represents an output stream of bytes that gets sent over to serial port for transmission.
|
| Enum | Description |
|---|---|
| SerialComManager.BAUDRATE |
Pre-defined enum constants for baud rate values.
|
| SerialComManager.DATABITS |
Pre-defined enum constants for number of data bits in a serial frame.
|
| SerialComManager.ENDIAN |
Pre-defined enum constants for defining endianness of data to be sent over serial port.
|
| SerialComManager.FLOWCONTROL |
Pre-defined enum constants for controlling data flow between DTE and DCE or two serial devices.
|
| SerialComManager.FTPPROTO |
Pre-defined enum constants for defining file transfer protocol to use.
|
| SerialComManager.FTPVAR |
Pre-defined enum constants for defining variant of file transfer protocol to use.
|
| SerialComManager.NUMOFBYTES |
Pre-defined enum constants for defining number of bytes given data can be represented in.
|
| SerialComManager.PARITY |
Pre-defined enum constants for enabling type of parity in a serial frame.
|
| SerialComManager.SMODE |
Pre-defined enum constants for defining behavior of byte stream.
|
| SerialComManager.STOPBITS |
Pre-defined enum constants for number of stop bits in a serial frame.
|
Encapsulates behavior and environment centered around UART standard communication..
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