GHI.Usb

This device emulates a CDC virtual COM port.

Your host operating system may need the driver located here. If you build a custom or composite device, you must change the driver to reflect the VID, PID, and interface number that you are using. Search for the string USB\Vid_VVVV&Pid_PPPP&MI_II in the INF file and update VVVV to your VID, PPPP to your PID, and II to you interface index.

Represent a USB device.

Creates a new raw device.

The device vendor id. The device product id. The device version. The maximum power required from bus in milliamps. The manufacturer name. The product name. The device serial number.

Gets the next available endpoint.

The endpoint number. The number of available endpoints depends on your platform.

Reserves the given endpoint.

The specific endpoint number to reserve.

Adds a descriptor to the device.

The descriptor to add. This is for descriptors that are not part of the configuration descriptors that need a special request.

Adds an interface to the device.

The interface. The interface name. The assigned interface index.

Sets this device as the active device on the USB client controller. The existing active device will be deactivated if present.

Deactivates this device and stops the USB client controller.

Creates a steam for reading and writing to the device.

The write endpoint. Use RawStream.NullEndpoint if not available. The read endpoint. Use RawStream.NullEndpoint if not available. The new stream.

Creates a new instance of the stream type for this device type.

The index of the stream The owning raw device. The new stream.

The maximum number of endpoints.

The maximum number of streams.

The vendor id of the device.

The product id of the device.

The version of the device.

The maximum power the device might need.

The manufacturer of the device.

The product name.

The serial number of the device.

USB stream for reading and writing data through two endpoints.

The finalizer.

Not supported.

Not supported. Not supported. Not supported.

Not supported.

Flushs the USB write buffers.

Reads data from the stream.

The buffer to read into. The offset into the buffer at which to write the data. The number of bytes to read. The number of bytes read.

Writes data to the stream.

The buffer from which to write. The offset into the buffer at which to begin writing. The number of bytes to write.

Reads data from the stream.

The buffer into which to read. The number of bytes read.

Writes data to the stream.

The buffer from which to write.

Disposes the object.

Whether or not this is called from Dispose.

Represents no endpoint.

The index of this stream.

How long to wait before timing out a read operation.

How long to wait before timing out a write operation.

Whether or not read is allowed from the stream.

Whether or not seeking is allowed in the stream.

Whether or not writting is allowed to the stream.

Not supported.

The number of bytes successfully written in the last call to any Write function.

Since System.IO.Stream.Write returns void, we cannot return this information from our overload. We also are not updating Position or Length because they are not well defined for a stream like this and they would require tracking the difference yourself.

The number of bytes available to read.

The number of bytes that are in the process of being written.

Creates a new CDC interface with default parameters.

Creates a new CDC interface.

The device vendor id. The device product id. The device version. The maximum power required from bus in milliamps. The manufacturer name. The product name. The device serial number. The name of the interface.

Creates a new instance of a CDC stream.

The index of the stream The owning raw device. The new stream.

The stream for the CDC connection.

Stream for reading and writing data over a CDC connection.

Writes data to the stream.

The buffer from which to write. The offset into the buffer at which to begin writing. The number of bytes to write.

This class allows the device to act as a USB client and interact with USB host devices. This class is used to start and stop client devices created through RawDevice or one of the built in devices: mass storage, mice, keyboards, joysticks, and CDC. Only one device can be active at a time. See https://www.ghielectronics.com/docs/20/ for more information.

The current USB client connection status.

The current active USB client device.

The maximum packet size.

This device emulates a joystick. You can set the x, y, and z axis values, the z axis rotation, the state of 32 buttons, and 8 hat swtich directions.

Creates a new joystick with default parameters.

Creates a new joystick.

Sends the given raw data directly to the host..

The new x position from -32,768 to 32,767. The new y position from -32,768 to 32,767. The new z position from -32,768 to 32,767. The new z rotation from -32,768 to 32,767. Sends the given uint as a bitfield where each 1 represents a button press for the button whose number is the bit number. The new direction of the hat switch.

Whether or not the given button has been pressed.

The button to query. The button state.

Presses the given button.

The button to press.

Releases the given button.

The button to release.

Presses then releases the given button.

The button to click.

Presses then releases the given button with the given delay between the actions.

The button to click. The delay between the actions.

Sets the x axis position. It must be between –32,768 to +32,767.

Sets the y axis position. It must be between –32,768 to +32,767.

Sets the z axis position. It must be between –32,768 to +32,767.

Sets the z rotation. It must be between –32,768 to +32,767.

Sets the hat switch direction.

This device emulates a keyboard. You can set the state of any key, but only seven keys can be pressed at once.

Creates a new keyboard with default parameters.

Creates a new keyboard.

Presses and then releases the key.

The key to press and release.

Presses and then releases the key.

The key to press and release. How long to wait after the press before releasing.

Releases the given key.

The key to release.

Presses the given key.

The key to press.

This device emulates a mass storage. Your Micro Framework device will appear as a virtual mass storage device similar to a USB Drive. This works by exposing the storage connected to this device, such as SD card or USB sticks, to the host.

Only one mass storage interface can be used, but multiple logical units are supported. Each logical unit will appear as a separate device on your host PC.

Creates a new mass storage with default parameters.

Creates a new mass storage.

Attaches a removable storage device.

The storage device to attach. The number associated with the new logical unit

Attaches a removable storage device to a logical unit.

The storage device to attach. The logical unit number.

Attaches a removable storage device to a logical unit.

The storage device to attach. The logical unit number. The vendor name. The product name.

Enables the logical unit associated with the given number.

The logical unit number.

Disables the logical unit associated with the given number.

The logical unit number.

The maximum number of logical units that any mass storage can support.

The number of logical units assocaited with this mass storage.

This device emulates a mouse. You can send the x, y, and wheel delta positions and the state of the five available buttons.

Creates a new mouse with default parameters.

Creates a new mouse.

Whether or not the given button is pressed.

The button to check. If it is pressed or not.

Sends mouse delta positions and button states to the host.

Change in the x direction from -127 to 127. Change in the y direction from -127 to 127. Change in the mouse wheel position from -127 to 127. The currently pressed buttons.

Presses the given button.

The button to press.

Releases the given button.

The button to release.

Presses then releases the given button.

The button to click.

Presses then releases the given button with the given delay between the actions.

The button to click. The delay between the actions.

Presses then releases the given button twice.

The button to double click.

Presses then releases the given button twice with the given delay between the clicks.

The delay between the clicks. The button to double click.

Presses then releases the given button twice with the given delay between the clicks and the actions.

The delay between the clicks. The delay between the press and release of each click. The button to double click.

Moves the wheel to the given position.

The new position.

Moves the wheel to the given position with the given step since each action can move at most 127 units.

The new position. The amount by which to increment the position each request.

Moves the wheel to the given position with the given step since each action can move at most 127 units.

The new position. The amount by which to increment the position each request. How long to wait between each step.

Moves the cursor's x coordinate to the given position.

The new position.

Moves the cursor's x coordinate to the given position with the given step since each action can move at most 127 units.

The new position. The amount by which to increment the position each request.

Moves the cursor's x coordinate to the given position with the given step since each action can move at most 127 units.

The new position. The amount by which to increment the position each request. How long to wait between each step.

Moves the cursor's y coordinate to the given position.

The new position.

Moves the cursor's y coordinate to the given position with the given step since each action can move at most 127 units.

The new position. The amount by which to increment the position each request.

Moves the cursor's y coordinate to the given position with the given step since each action can move at most 127 units.

The new position. The amount by which to increment the position each request. How long to wait between each step.

Moves the cursor's x and y coordinate to the given position.

The new x position. The new p position.

Moves the cursor's x and y coordinate to the given position with the given step since each action can move at most 127 units.

The new x position. The new p position. The amount by which to increment the x position each request. The amount by which to increment the y position each request.

Moves the cursor's x and y coordinate to the given position with the given step since each action can move at most 127 units.

The new x position. The new p position. The amount by which to increment the x position each request. The amount by which to increment the y position each request. How long to wait between each step.

The maximum step amount for movement.

The minimum step amount for movement.

The current wheel position.

The current x coordinate of the cursor.

The current y coordinate of the cursor.

Represents a USB device connected.

Whether or not the object has been disposed.

Disconnects and disposes the device.

Repeatedly called with a period defined by WorkerInterval. Used to poll the device for data and raise any desired events.

Always null.

Disconnects and disposes the device.

Whether or not this is called from Dispose.

Verifies that the object is connected and not disposed.

If the object is connected or disposed, whether or not to throw an exception. True if the object is connected and not disposed, false otherwise.

The event is fired when the device disconnects.

Whether or not the device is connected.

The device id.

This is unique among the currently connected USB devices. It will be the same for a device with multiple interfaces.

The logical device interface index.

Some USB devices might have multiple functions represented as multiple interfaces. If a device functions as a whole, this will be equal to NO_INTERFACE_ASSOCIATED.

The device's type.

The devic's vendor id.

This is unique per company.

The device's product id.

This is unique per product for a certain company.

The device's USB port number.

How often the internal worker callback is called.

Timeout.Infinite or 0 disable the internal worker.

The event handler type for when the device disconnects.

Possible device types.

The device is not recognized.

USB Hub.

Human Interface Device.

Mouse.

Keyboard.

Joystick.

Mass Storage. This includes USB storage devices such as USB Thumbs drives and USB hard disks.

Printer.

USB to Serial device.

Sierra Installer.

Video device.

Webcamera.

The possible types of descriptors.

The device descriptor type.

The configuration descriptor type.

The string descriptor type.

The interface descriptor type.

The endpoint descriptor type.

The base USB descriptor.

Length of descriptor in bytes.

The type of the descriptor.

Creates a new base descriptor

The type of the derived descriptor The length of the descriptor.

Device descriptor.

The length of the descriptor in bytes.

USB specification number that the device implements as a BCD.

The class code of the device.

The subclass code.

The protocal code.

The max packet size for endpoint zero.

The vendor id.

The product id.

The device release number as a BCD.

The manufacturer string descriptor index.

The product string descriptor index.

The serial number string descriptor index.

The number of possible configurations.

Constructs a new descriptor.

The buffer with which to populate the descriptor.

Constructs a new descriptor.

The buffer with which to populate the descriptor. The offset into the buffer at which to start.

Constructs a new descriptor.

Configuration descriptor.

The length of the descriptor in bytes.

Total length of the the data returned in bytes.

The number of interfaces.

The value to be used as an argument to select this configuration.

The configuration string descriptor index.

A bitmap representing the attributes of the device.

The maximum power consumption in 2mA units.

Child auxiliary descriptors.

Child interface descriptors.

Constructs a new descriptor.

The buffer with which to populate the descriptor.

Constructs a new descriptor.

The buffer with which to populate the descriptor. The offset into the buffer at which to start.

Constructs a new descriptor.

Interface descriptor.

The length of the descriptor in bytes.

The number of the interface.

The value used to select alternate settings.

The number of endpoints for this interface.

The class code.

The subclass code.

The protocal code.

The interface string descriptor index.

Child auxiliary descriptors.

Child endpoint descriptors.

Constructs a new descriptor.

The buffer with which to populate the descriptor.

Constructs a new descriptor.

The buffer with which to populate the descriptor. The offset into the buffer at which to start.

Constructs a new descriptor.

Endpoint descriptor.

The length of the descriptor in bytes.

The endpoint address.

The attributes of the endpoint.

The maximum packet size this endpoint can transmit.

The interval for data transfer pooling in frame counts.

Child auxiliary descriptors.

Constructs a new descriptor.

The buffer with which to populate the descriptor.

Constructs a new descriptor.

The buffer with which to populate the descriptor. The offset into the buffer at which to start.

Constructs a new descriptor.

Represents additional auxiliary descriptors.

The payload of the descriptor excluding length and type.

Constructs a new descriptor.

The buffer with which to populate the descriptor.

Constructs a new descriptor.

The buffer with which to populate the descriptor. The offset into the buffer at which to start.

Allows a usb device to be used as a joystick.

By default, the reported range for position is between -512 and 512. There is an internal thread that processes the device events.

Creates a new joystick.

The device id. The device interface index. The device vendor id. The device product id. The device port number.

The finalizer.

Sets the bounds for given cursor.

The cursor for which to set the bounds. The minimum X value. The maximum X value. The minimum Y value. The maximum Y value.

Gets the current button state.

The button number to query. The state of the button.

Disposes the joystick.

Whether or not this is called from Dispose.

Repeatedly called with a period defined by WorkerInterval. Used to poll the device for data and raise any desired events.

Always null.

The event fired when one of the joystick's buttons is pressed or released.

The event fired when the joystick's cursor has moved.

The event fired when the joystick's hat switch has been pressed.

The capabilities of the joystick.

The current position of the first cursor.

The current position of the second cursor.

The current direction of the hat switch.

The delegate for when one of the joystick's button is pressed or released.

The joystick associated with this event. The event arguments.

The delegate for when one of the joystick's cursors moves.

The joystick associated with this event. The event arguments.

The delegate for when the joystick's hat switch is pressed.

The joystick associated with this event. The event arguments.

Joystick capabilities.

Has X on cursor 1.

Has Y on cursor 1.

Has X on cursor 2.

Has Y on cursor 2.

Has a hat switch.

Has buttons.

The events args for the ButtonPressed and ButtonReleased events.

The index of the changed button.

The new state of the button.

The events args for the CursorMoved event.

The index of the changed button.

The new state of the button.

The change from the last position.

The events args for the HatSwitchPressed event.

The new direction of the hat switch.

Allows a usb device to be used as a keyboard.

The CharUp and CharDown events are only fired when a given key press has a corresponding ASCII key code. There is an internal thread that processes the device events.

Creates a new keyboard.

The device id. The device interface index. The device vendor id. The device product id. The device port number.

The finalizer.

Gets the current state of a key.

The key to query. The state of the key.

Disposes the keyboard.

Whether or not this is called from Dispose.

Repeatedly called with a period defined by WorkerInterval. Used to poll the device for data and raise any desired events.

Always null.

Fired when a key is released.

Fired when a key is pressed.

Fired when a key is released and it can be converted to ASCII.

Fired when a key is pressed and it can be converted to ASCII.

The handler for used for keyboard callbacks.

The object associated with this event. The event arguments.

Event arguments for the keyboard events.

The Key associated with the event.

The ASCII representation of the key, if available. Otherwise, this value is 0.

Allows a usb device to be used as a mass storage device.

Creates a new mass storage.

The device id. The device interface index. The device vendor id. The device product id. The device port number.

The finalizer.

Forces initialization the device. Regular users do not need this function.

Mounts the file system for the storage device. Once the file system is prepared by NETMF and ready to use, the RemovableMedia.Insert event will be fired.

Unmounts the file system for the storage device.

Disposes the object.

Whether or not this is called from Dispose.

Whether or not the device is mounted.

The mass storage logical unit index.

Not supported.

Allows a usb device to be used a mouse.

By default, the reported range for position is between 0 and 512 and between -512 and 512 for delta values. There is an internal thread that processes the device events.

Creates a new mouse.

The device id. The device interface index. The device vendor id. The device product id. The device port number.

The finalizer.

Scales the x, y, and wheel delta values.

The value by which to scale the data.

Sets the cursor bounds.

The minimum bound. The maximum bound.

Sets the cursor position.

The new position of the cursor.

Disposes the mouse.

Whether or not this is called from Dispose.

Repeatedly called with a period defined by WorkerInterval. Used to poll the device for data and raise any desired events.

Always null.

The event fired when one of the mouse's buttons is pressed or released.

The event fired when the mouse's wheel has moved.

The event fired when the mouse's cursor has moved.

The current state of the mouse's left button.

The current state of the mouse's right button.

The current state of the mouse's middle button.

The current state of the mouse's first extended button.

The current state of the mouse's second extended button.

The current position of the cursor.

The current position of the mouse wheel.

The delegate for when one of the mouse's button is pressed or released.

The mouse associated with this event. The event arguments.

The delegate for when the mouse's wheel moves.

The mouse associated with this event. The event arguments.

The delegate for when the mouse's cursor moves.

The mouse associated with this event. The event arguments.

The events args for the ButtonPressed and ButtonReleased events.

Which button changed its state.

The new state of the button.

The events args for the WheelMoved event.

The new position of the wheel.

The change from the last position.

The events args for the CursorMoved event.

The new state of the button.

The change from the last position.

Provides low level access functionalities for the connected USB device. This is useful if there is not already a predefined driver for that device.

Creates a new raw device.

The device id. The device interface index. The device vendor id. The device product id. The device port number. The device type.

The finalizer.

Opens a new communication pipe.

The descriptor for the communication endpoint. The new pipe.

Sends a USB setup packet.

The request type, receipient, and direction. The request to make. The value of the request. The index of the request.

Sends a USB setup packet.

The request type, receipient, and direction. The request to make. The value of the request. The index of the request. The data to receive. The offset into data at which to receive the data. The number of bytes to receive into data starting at offset.

Gets the device descriptor.

The device descriptor.

Gets the configuration descriptor.

The configuration index. The configuration descriptor.

Disconnects and disposes the device.

Whether or not this is called from Dispose.

A USB communication pipe.

The finalizer.

Transfers data to/from the endpoint.

The transfer buffer. The number of bytes successfully transferred.

Transfers data to/from the endpoint.

The transfer buffer. The offset into the buffer. The amount to transfer starting at offset from the buffer. The number of bytes successfully transferred.

Disconnects and disposes the device.

Whether or not this is called from Dispose.

The timeout for transfer operations. Defaults to 500ms.

Endpoint associated with this pipe.

This class provides the ability to access the devices connected to the USB Host. You can connect multiple devices and the connect and disconnect events are sent for each device with a unique Id. Some devices might have multiple functions represented as interfaces. These are reported with the same Id but will differ in InterfaceIndex. Make sure to process the events from each device as fast as possible. These are handled in a special thread that may suspend other threads. There is built in support for several USB devices: mass storage, mice, printers, keyboards, joysticks, and serial converters. If a driver is not available, you can use RawDevice to access it but that requires knowledge of USB specifications. See https://www.ghielectronics.com/docs/36/ for more information.

Starts the USB Host controller.

Gets a list of the currently connected devices.

The currently connected devices.

Resets the USB host controller.

Gets the last USB error that occured.

The error that occured.

Raised when a device fails to connect properly.

Raised when a joystick connects.

Raised when a keyboard connects.

Raised when a mass storage device connects.

Raised when a mouse connects.

Raised when a raw device connects.

Raised when a usb serial converter connects.

Raised when a webcam connects.

The delegate used for the DeviceConnectFailed event.

The sender. The event arguments.

The delegate used for the JoystickConnected event.

The sender. The event arguments.

The delegate used for the KeyboardConnected event.

The sender. The event arguments.

The delegate used for the MassStorageConnected event.

The sender. The event arguments.

The delegate used for the MouseConnected event.

The sender. The event arguments.

The delegate used for the RawDeviceConnected event.

The sender. The event arguments.

The delegate used for the UsbSerialConnected event.

The sender. The event arguments.

The delegate used for the WebcamConnected event.

The sender. The event arguments.

USB host errors.

No error.

Device is busy. Try communicating with the device at a later time.

Transfer Error. Try Transferring again.

Maximum available handles reached.

Device is not connected.

Out of memory.

Maximum USB devices connected (127).

HID parse error.

HID item not found.

Transfer completed successfully.

Transfer error. Make sure you have enough power for the USB device and connections are stable.

Transfer error. Make sure you have enough power for the USB device and connections are stable. This error means there might be some missing USB packets during communications. In many cases you can ignore this error if missing some packets is not significant. Several USB devices might drop some packets or incorrectly produce this error.

Transfer error. USB device refused the transfer. Check sent USB packet.

Transfer error. Make sure you have enough power for the USB device and connections are stable.

Transfer error. Endpoint returned more data than expected.

Transfer error. Endpoint returned less data than expected.

Transfer error. HC received data from endpoint faster than it could be written to system memory.

Transfer error. HC could not retrieve data from system memory fast enough to keep up with data USB data rate.

Software use.

Mass Storage error.

Events args for the UnknownDeviceConnected event.

The device id.

The logical device interface index.

The device's type.

The devic's vendor id.

The device's product id.

The device's USB port number.

Allows a usb device to be used as a usb to serial converter.

This port will appear similar to a regular COM port, though not all functionality is present. Support for FTDI devices is built in.

Creates a new usb serial.

The device id. The device interface index. The device vendor id. The device product id. The device port number. The device type.

The finalizer.

Discards the data in the input buffer.

Discards the data in the output buffer. Not currently supported.

Writes any pending buffered data. Not currently supported.

Writes a byte out over the port.

The byte to send. Whether or not the byte was written.

Reads a single byte in from the port. It will block until a byte is received.

The byte read.

Writes data out over the port.

The buffer to send. Number of bytes written.

Reads data in from the port.

The buffer into which the read data will be written. The number of bytes read.

Writes data out over the port.

The buffer to send. To offset into the buffer at which to begin sending. The number of bytes to send.. Number of bytes written.

Reads data in from the port.

The buffer into which the read data will be written. To offset into the buffer at which to begin writing. The number of bytes to read. The number of bytes read.

Disposes the printer.

Whether or not this is called from Dispose.

Repeatedly called with a period defined by WorkerInterval. Used to poll the device for data and raise any desired events.

Always null.

The event fired when the port has received data.

The time after which a read operation will return if not yet completed.

The time after which a write operation will return if not yet completed.

The baud rate the device uses.

The number of data bits the device uses.

The level of handshaking the device uses.

The parity the device uses.

The number of stop bits the device uses.

The delegate for when the port receives data.

The port associated with this event. The event arguments.

The events args for the DataReceived event.

The data received.

The number of bytes received.

Allows a usb device to be used as a webcam.

This class provides support for standard USB webcams. The standard webcams are USB video class compliant. These webcams don't require drivers and are directly supported by Windows. Only webcams with native YUV2 image format are supported. Only one webcam can stream at a time and it is very processing intensive.

Creates a new webcam.

The device id. The device interface index. The device vendor id. The device product id. The device port number.

The finalizer.

Starts streaming images in provided format. The ImageAvailable event will fire when a new image is ready.

The image is buffered in the background. It may take up to one or two seconds for the first image to be ready. The format of the image taken from SupportedFormats.

Stops streaming images.

Gets whether or not a new image is available to be drawn.

Whether or not a new image is available.

Returns a bitmap representing the last availabe image.

The bitmap for the image.

Draws the currently available webcam image to the given bitmap. The image is automatically cropped to match the bitmap's dimensions.

Image drawing will be done on this bitmap.

Draws the currently available webcam image to the given bitmap. The image is automatically cropped to match the bitmap's dimensions.

Image drawing will be done on this bitmap. The x coordinate at which to begin drawing in the bitmap. The y coordinate at which to begin drawing in the bitmap. The width to draw. The height to draw.

Disposes the webcam.

Whether or not this is called from Dispose.

Repeatedly called with a period defined by WorkerInterval. Used to poll the device for data and raise any desired events.

Always null.

The event fired when the port has received data.

The supported formats for the connected webcam.

The supported formats.

The current streaming format.

The formats.

The delegate for when the port receives data.

The port associated with this event. The event arguments.

An image format supported by the device.

The supported width.

The supported height.

Lists available mouse buttons.

No button.

The left button.

The right button.

The middle button.

The first extended button.

The second extended button.

The possible button states.

The button is released.

The button is pressed.

The possible cursors.

Cursor 1.

Cursor 2.

The keys on the keyboard.

No key.

1 or !.

2 or @.

3 or #.

4 or $.

5 or %.

6 or ^.

7 or &.

8 or *.

9 or (.

0 or ).

Enter.

Esc.

Backspace.

Tab.

Space.

- or _.

= or +.

[ or {.

] or }.

\ or |.

Non-US keyboard character.

; or :.

' or ".

` or ~.

, or <.

. or >.

/ or ?.

Caps Lock.

F1.

F2.

F3.

F4.

F5.

F6.

F7.

F8.

F9.

F10.

F11.

F12.

Print Screen.

Scroll Lock.

Pause.

Insert.

Home.

Page Up.

Delete.

End.

Page Down.

Right Arrow.

Left Arrow.

Down Arrow.

Up Arrow.

Num Lock.

Keypad /.

Keypad *.

Keypad -.

Keypad +.

Keypad Enter.

Keypad 1 or End.

Keypad 2 or Down Arrow.

Keypad 3 or Page Down.

Keypad 4 or Left Arrow.

Keypad 5.

Keypad 6 or Right Arrow.

Keypad 7 or Home.

Keypad 8 or Up Arrow.

Keypad 9 or Page Up.

Keypad 0 or Insert.

Keypad . or Delete.

Non-US keyboard character.

Application.

Left Ctrl.

Left Shift.

Left Alt.

Left GUI.

Right Ctrl.

Right Shift.

Right Alt.

Right GUI.

The possible key states.

The key is released.

Joystick hat switch directions.

Up.

Up right.

Right.

Down right.

Down.

Down left.

Left.

Up left.

Default position.

Represents the a generic position.

Subtracts one position from another.

The position from which to subtract. The position to subtract. The new positon.

Returns a string representation of the position.

The position.

The X coordinate.

The Y coordinate.

The Z coordinate.

The exception thrown when an operation times out.