C# Класс KFlopWebNC.Model.DeviceInteropHandler

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Открытые методы

Метод	Описание
CheckAllEnabled ( ) : void
CheckEnabledA ( ) : void	Query command to determine whether the A axis is enabled
CheckEnabledB ( ) : void	Query command to determine whether the B axis is enabled
CheckEnabledC ( ) : void	Query command to determine whether the C axis is enabled
CheckEnabledX ( ) : void	Query command to determine whether the X axis is enabled
CheckEnabledY ( ) : void	Query command to determine whether the Y axis is enabled
CheckEnabledZ ( ) : void	Query command to determine whether the Z axis is enabled
CreateA ( int channel, double movespeed, double jogspeed ) : void
CreateB ( int channel, double movespeed, double jogspeed ) : void
CreateC ( int channel, double movespeed, double jogspeed ) : void
CreateX ( int channel, double movespeed, double jogspeed ) : void
CreateY ( int channel, double movespeed, double jogspeed ) : void
CreateZ ( int channel, double movespeed, double jogspeed ) : void
CyclePause ( ) : void	Command dispatcher for pausing/unpausing the interpreter
CycleStart ( ) : void	Command dispatcher for interpreting a gcode file
DeviceInteropHandler ( ZoomBrowser browser ) : System
ExecuteMDI ( ) : void	Command dispatcher to execute a single RS274 command
GetCommandOptions ( ) : string	Helper method to generate MCode Actions for an HTML select element
GetEditorForCommand ( CommandData command, bool showindex, bool editname ) : string	Generates the specific editor for a Mcode Action command based on its type
InitAxis ( ) : void	This method will create/update individual axis objects based on the Interpreter axis settings
InitInterpreterData ( ) : void	This will update the Interpreter TP params, axis, offset, tools and MCode Actions from the data file
JogANegative ( ) : void	Command dispatcher to jog the A axis in negative direction
JogAPositive ( ) : void	Command dispatcher to jog the A axis in positive direction
JogBNegative ( ) : void	Command dispatcher to jog the B axis in negative direction
JogBPositive ( ) : void	Command dispatcher to jog the B axis in positive direction
JogCNegative ( ) : void	Command dispatcher to jog the C axis in negative direction
JogCPositive ( ) : void	Command dispatcher to jog the C axis in positive direction
JogXNegative ( ) : void	Command dispatcher to jog the X axis in negative direction
JogXPositive ( ) : void	Command dispatcher to jog the X axis in positive direction
JogYNegative ( ) : void	Command dispatcher to jog the Y axis in negative direction
JogYPositive ( ) : void	Command dispatcher to jog the Y axis in positive direction
JogZNegative ( ) : void	Command dispatcher to jog the Z axis in negative direction
JogZPositive ( ) : void	Command dispatcher to jog the Z axis in positive direction
LoadCommandEditor ( int start, int count ) : void	Transfers command data from the data file to the HTML within the supplied range of elements
LoadGcodeFile ( ) : void	Command dispatcher to open a file dialog and select the gcode file
LoadInterpreterAxisEditor ( ) : void	Updates the axis editor HTML from the data file
LoadInterpreterTPEditor ( ) : void	Updates the trajectory planner editor HTML from the data file
LoadOffsetEditor ( int start, int count ) : void	Transfers offset data from the data file to the HTML within the supplied range of elements
LoadToolEditor ( int start, int count ) : void	Transfers tool data from the data file to the HTML within the supplied range of elements
MoveA ( double position ) : void	Moves the A axis to a commanded position
MoveB ( double position ) : void	Moves the B axis to a commanded position
MoveC ( double position ) : void	Moves the C axis to a commanded position
MoveX ( double position ) : void	Moves the X axis to a commanded position
MoveY ( double position ) : void	Moves the Y axis to a commanded position
MoveZ ( double position ) : void	Moves the Z axis to a commanded position
NavigateToPage ( string pagename ) : void
RefreshInterpreterState ( ) : void	Forces an update of the interpreter display settings
ResetGcodeDisplay ( ) : void	Discovers the maximum display lines and loads the Gcode file into the display buffer
RewindProgram ( ) : void	Command dispatcher 'rewind' the interpreter file
RunFromLine ( ) : void	Command dispatcher to execute the gcode from a specific line
RunUserCommand ( int command ) : void	Command dispatcher to invoke a command via the interpreter buffer
SaveCommandEditor ( int start, int count ) : void	Updates the data file commands from the HTML document within the supplied range
SaveInterpreterAxisEditor ( ) : void	Updates the data file axis settings from the HTML document
SaveInterpreterData ( ) : void	Persists Interpreter data to the file
SaveInterpreterTPEditor ( ) : void	Updates the data file trajectory planner from the HTML document
SaveOffsetEditor ( int start, int count ) : void	Updates the data file offsets from the HTML document within the supplied range
SaveToolEditor ( int start, int count ) : void	Updates the data file tools from the HTML document within the supplied range
SetAxis ( string axisname, int channel, double movespeed, double jogspeed ) : void
SetCommandFileName ( int commandindex ) : void	Opens a file dialog and inserts the selection into the command's filename property
SetFeedRate ( double percent ) : void	Command dispatcher to set the Interpreter's feed rate override
SetJogPercentA ( double percent ) : void	Command dispatcher to update the A axis feedrate percentage
SetJogPercentB ( double percent ) : void	Command dispatcher to update the B axis feedrate percentage
SetJogPercentC ( double percent ) : void	Command dispatcher to update the C axis feedrate percentage
SetJogPercentX ( double percent ) : void	Command dispatcher to update the X axis feedrate percentage
SetJogPercentY ( double percent ) : void	Command dispatcher to update the Y axis feedrate percentage
SetJogPercentZ ( double percent ) : void	Command dispatcher to update the Z axis feedrate percentage
StartMonitor ( ) : void	Starts the monitor thread
StopA ( ) : void	Command dispatcher to stop A axis motion
StopB ( ) : void	Command dispatcher to stop B axis motion
StopC ( ) : void	Command dispatcher to stop C axis motion
StopInterpreter ( ) : void	Command dispatcher for halting the interpreter
StopMonitor ( ) : void	Stops the monitor thread
StopX ( ) : void	Command dispatcher to stop X axis motion
StopY ( ) : void	Command dispatcher to stop Y axis motion
StopZ ( ) : void	Command dispatcher to stop Z axis motion
ToggleBlockDelete ( ) : void	Command dispatcher to toggle whether the interpreter will skip escaped blocks
ToggleEnableA ( ) : void	Command dispatcher to enable/disable A
ToggleEnableB ( ) : void	Command dispatcher to enable/disable B
ToggleEnableC ( ) : void	Command dispatcher to enable/disable C
ToggleEnableX ( ) : void	Command dispatcher to enable/disable X
ToggleEnableY ( ) : void	Command dispatcher to enable/disable Y
ToggleEnableZ ( ) : void	Command dispatcher to enable/disable Z
ToggleSimulate ( ) : void	Command dispatcher to toggle whether the interpreter should simulate the file
UpdateAxisData ( ) : void	Updates the axis positions
UpdateBoadVersion ( ) : void	Updates the HTML element designated to display the kflop version
UpdateCommandButtonText ( int start, int count ) : void	Updates the button text for user commands within the supplied range of elements
UpdateConnectionStatus ( ) : void	Updates the HTML element designated to display the connection status
UpdateDocument ( Action action ) : void
UpdateFeedRate ( ) : void	Forces an update to the element designated
UpdateGcodeDisplay ( ) : void	Updates the designated gcode display dv with the current gcode being executed
UpdateJogRates ( ) : void	Forces the text of designated elements to display the jog override percentage for each axis
UpdateSecondaryControls ( ) : void	Updates the secondary controls that do not need to be updated as frequently
ZeroA ( ) : void	Command dispatcher to reset the A axis dest to 0.0
ZeroB ( ) : void	Command dispatcher to reset the B axis dest to 0.0
ZeroC ( ) : void	Command dispatcher to reset the C axis dest to 0.0
ZeroX ( ) : void	Command dispatcher to reset the X axis dest to 0.0
ZeroY ( ) : void	Command dispatcher to reset the Y axis dest to 0.0
ZeroZ ( ) : void	Command dispatcher to reset the Z axis dest to 0.0
_StatusMonitor_DoWork ( object sender, DoWorkEventArgs e ) : void	Updates the status objects from the board

Приватные методы

Метод	Описание
InitDevice ( ) : void
Interpreter_InterpreterCompleted ( int status, int lineno, int sequence_number, string err ) : void
Interpreter_InterpreterStatusUpdated ( int lineno, string msg ) : void
Interpreter_InterpreterUserCallbackRequested ( string msg ) : void
Interpreter_InterpreterUserMCodeCallbackRequested ( int code ) : int
Interpreter_Interpreter_CoordMotionArcFeed ( bool ZeroLenAsFullCircles, double DesiredFeedRate_in_per_sec, int plane, double first_end, double second_end, double first_axis, double second_axis, int rotation, double axis_end_point, double first_start, double second_start, double axis_start_point, int sequence_number, int ID ) : void
Interpreter_Interpreter_CoordMotionStraightFeed ( double DesiredFeedRate_in_per_sec, double x, double y, double z, int sequence_number, int ID ) : void
Interpreter_Interpreter_CoordMotionStraightTraverse ( double x, double y, double z, int sequence_number ) : void
LoadUI ( ) : void
ValidateFolders ( ) : void
_Controller_ErrorReceived ( string message ) : void
_Controller_MessageUpdated ( string message ) : int
_GuiHost_DocumentCompleted ( object sender, WebBrowserDocumentCompletedEventArgs e ) : void
_GuiHost_DocumentTitleChanged ( object sender, EventArgs e ) : void
_GuiHost_Navigated ( object sender, WebBrowserNavigatedEventArgs e ) : void
_GuiHost_Navigating ( object sender, WebBrowserNavigatingEventArgs e ) : void

Описание методов

CheckAllEnabled() публичный Метод

public CheckAllEnabled ( ) : void
Результат	void

CheckEnabledA() публичный Метод

Query command to determine whether the A axis is enabled

public CheckEnabledA ( ) : void
Результат	void

CheckEnabledB() публичный Метод

Query command to determine whether the B axis is enabled

public CheckEnabledB ( ) : void
Результат	void

CheckEnabledC() публичный Метод

Query command to determine whether the C axis is enabled

public CheckEnabledC ( ) : void
Результат	void

CheckEnabledX() публичный Метод

Query command to determine whether the X axis is enabled

public CheckEnabledX ( ) : void
Результат	void

CheckEnabledY() публичный Метод

Query command to determine whether the Y axis is enabled

public CheckEnabledY ( ) : void
Результат	void

CheckEnabledZ() публичный Метод

Query command to determine whether the Z axis is enabled

public CheckEnabledZ ( ) : void
Результат	void

CreateA() публичный Метод

public CreateA ( int channel, double movespeed, double jogspeed ) : void
channel	int
movespeed	double
jogspeed	double
Результат	void

CreateB() публичный Метод

public CreateB ( int channel, double movespeed, double jogspeed ) : void
channel	int
movespeed	double
jogspeed	double
Результат	void

CreateC() публичный Метод

public CreateC ( int channel, double movespeed, double jogspeed ) : void
channel	int
movespeed	double
jogspeed	double
Результат	void

CreateX() публичный Метод

public CreateX ( int channel, double movespeed, double jogspeed ) : void
channel	int
movespeed	double
jogspeed	double
Результат	void

CreateY() публичный Метод

public CreateY ( int channel, double movespeed, double jogspeed ) : void
channel	int
movespeed	double
jogspeed	double
Результат	void

CreateZ() публичный Метод

public CreateZ ( int channel, double movespeed, double jogspeed ) : void
channel	int
movespeed	double
jogspeed	double
Результат	void

CyclePause() публичный Метод

Command dispatcher for pausing/unpausing the interpreter

public CyclePause ( ) : void
Результат	void

CycleStart() публичный Метод

Command dispatcher for interpreting a gcode file

public CycleStart ( ) : void
Результат	void

DeviceInteropHandler() публичный Метод

public DeviceInteropHandler ( ZoomBrowser browser ) : System
browser	ZoomBrowser
Результат	System

ExecuteMDI() публичный Метод

Command dispatcher to execute a single RS274 command

public ExecuteMDI ( ) : void
Результат	void

GetCommandOptions() публичный Метод

Helper method to generate MCode Actions for an HTML select element

public GetCommandOptions ( ) : string
Результат	string

GetEditorForCommand() публичный Метод

Generates the specific editor for a Mcode Action command based on its type

public GetEditorForCommand ( CommandData command, bool showindex, bool editname ) : string
command	CommandData	command source to generate editor for
showindex	bool	flag to determine whether or not to create a p element displaying the command index
editname	bool	flag to determine whether the command name text is editable or not
Результат	string

InitAxis() публичный Метод

This method will create/update individual axis objects based on the Interpreter axis settings

public InitAxis ( ) : void
Результат	void

InitInterpreterData() публичный Метод

This will update the Interpreter TP params, axis, offset, tools and MCode Actions from the data file

public InitInterpreterData ( ) : void
Результат	void

JogANegative() публичный Метод

Command dispatcher to jog the A axis in negative direction

public JogANegative ( ) : void
Результат	void

JogAPositive() публичный Метод

Command dispatcher to jog the A axis in positive direction

public JogAPositive ( ) : void
Результат	void

JogBNegative() публичный Метод

Command dispatcher to jog the B axis in negative direction

public JogBNegative ( ) : void
Результат	void

JogBPositive() публичный Метод

Command dispatcher to jog the B axis in positive direction

public JogBPositive ( ) : void
Результат	void

JogCNegative() публичный Метод

Command dispatcher to jog the C axis in negative direction

public JogCNegative ( ) : void
Результат	void

JogCPositive() публичный Метод

Command dispatcher to jog the C axis in positive direction

public JogCPositive ( ) : void
Результат	void

JogXNegative() публичный Метод

Command dispatcher to jog the X axis in negative direction

public JogXNegative ( ) : void
Результат	void

JogXPositive() публичный Метод

Command dispatcher to jog the X axis in positive direction

public JogXPositive ( ) : void
Результат	void

JogYNegative() публичный Метод

Command dispatcher to jog the Y axis in negative direction

public JogYNegative ( ) : void
Результат	void

JogYPositive() публичный Метод

Command dispatcher to jog the Y axis in positive direction

public JogYPositive ( ) : void
Результат	void

JogZNegative() публичный Метод

Command dispatcher to jog the Z axis in negative direction

public JogZNegative ( ) : void
Результат	void

JogZPositive() публичный Метод

Command dispatcher to jog the Z axis in positive direction

public JogZPositive ( ) : void
Результат	void

LoadCommandEditor() публичный Метод

Transfers command data from the data file to the HTML within the supplied range of elements

public LoadCommandEditor ( int start, int count ) : void
start	int	beginning command to load
count	int	last command to update
Результат	void

LoadGcodeFile() публичный Метод

Command dispatcher to open a file dialog and select the gcode file

public LoadGcodeFile ( ) : void
Результат	void

LoadInterpreterAxisEditor() публичный Метод

Updates the axis editor HTML from the data file

public LoadInterpreterAxisEditor ( ) : void
Результат	void

LoadInterpreterTPEditor() публичный Метод

Updates the trajectory planner editor HTML from the data file

public LoadInterpreterTPEditor ( ) : void
Результат	void

LoadOffsetEditor() публичный Метод

Transfers offset data from the data file to the HTML within the supplied range of elements

public LoadOffsetEditor ( int start, int count ) : void
start	int	beginning offset to load
count	int	last offset to load
Результат	void

LoadToolEditor() публичный Метод

Transfers tool data from the data file to the HTML within the supplied range of elements

public LoadToolEditor ( int start, int count ) : void
start	int	beginning tool to load
count	int	last tool to load
Результат	void

MoveA() публичный Метод

Moves the A axis to a commanded position

public MoveA ( double position ) : void
position	double	new position to move axis to
Результат	void

MoveB() публичный Метод

Moves the B axis to a commanded position

public MoveB ( double position ) : void
position	double	new position to move axis to
Результат	void

MoveC() публичный Метод

Moves the C axis to a commanded position

public MoveC ( double position ) : void
position	double	new position to move axis to
Результат	void

MoveX() публичный Метод

Moves the X axis to a commanded position

public MoveX ( double position ) : void
position	double	new position to move axis to
Результат	void

MoveY() публичный Метод

Moves the Y axis to a commanded position

public MoveY ( double position ) : void
position	double	new position to move axis to
Результат	void

MoveZ() публичный Метод

Moves the Z axis to a commanded position

public MoveZ ( double position ) : void
position	double	new position to move axis to
Результат	void

NavigateToPage() публичный Метод

public NavigateToPage ( string pagename ) : void
pagename	string
Результат	void

RefreshInterpreterState() публичный Метод

Forces an update of the interpreter display settings

public RefreshInterpreterState ( ) : void
Результат	void

ResetGcodeDisplay() публичный Метод

Discovers the maximum display lines and loads the Gcode file into the display buffer

public ResetGcodeDisplay ( ) : void
Результат	void

RewindProgram() публичный Метод

Command dispatcher 'rewind' the interpreter file

public RewindProgram ( ) : void
Результат	void

RunFromLine() публичный Метод

Command dispatcher to execute the gcode from a specific line

public RunFromLine ( ) : void
Результат	void

RunUserCommand() публичный Метод

Command dispatcher to invoke a command via the interpreter buffer

public RunUserCommand ( int command ) : void
command	int	command to to run contained in the Mcode Action list
Результат	void

SaveCommandEditor() публичный Метод

Updates the data file commands from the HTML document within the supplied range

public SaveCommandEditor ( int start, int count ) : void
start	int	beginning command to save
count	int	last command to update
Результат	void

SaveInterpreterAxisEditor() публичный Метод

Updates the data file axis settings from the HTML document

public SaveInterpreterAxisEditor ( ) : void
Результат	void

SaveInterpreterData() публичный Метод

Persists Interpreter data to the file

public SaveInterpreterData ( ) : void
Результат	void

SaveInterpreterTPEditor() публичный Метод

Updates the data file trajectory planner from the HTML document

public SaveInterpreterTPEditor ( ) : void
Результат	void

SaveOffsetEditor() публичный Метод

Updates the data file offsets from the HTML document within the supplied range

public SaveOffsetEditor ( int start, int count ) : void
start	int	beginning offset to save
count	int	last offset to update
Результат	void

SaveToolEditor() публичный Метод

Updates the data file tools from the HTML document within the supplied range

public SaveToolEditor ( int start, int count ) : void
start	int	beginning tool to save
count	int	last tool to update
Результат	void

SetAxis() публичный Метод

public SetAxis ( string axisname, int channel, double movespeed, double jogspeed ) : void
axisname	string
channel	int
movespeed	double
jogspeed	double
Результат	void

SetCommandFileName() публичный Метод

Opens a file dialog and inserts the selection into the command's filename property

public SetCommandFileName ( int commandindex ) : void
commandindex	int	command to set file name for
Результат	void

SetFeedRate() публичный Метод

Command dispatcher to set the Interpreter's feed rate override

public SetFeedRate ( double percent ) : void
percent	double
Результат	void

SetJogPercentA() публичный Метод

Command dispatcher to update the A axis feedrate percentage

public SetJogPercentA ( double percent ) : void
percent	double	percentage to derive jog speed
Результат	void

SetJogPercentB() публичный Метод

Command dispatcher to update the B axis feedrate percentage

public SetJogPercentB ( double percent ) : void
percent	double	percentage to derive jog speed
Результат	void

SetJogPercentC() публичный Метод

Command dispatcher to update the C axis feedrate percentage

public SetJogPercentC ( double percent ) : void
percent	double	percentage to derive jog speed
Результат	void

SetJogPercentX() публичный Метод

Command dispatcher to update the X axis feedrate percentage

public SetJogPercentX ( double percent ) : void
percent	double	percentage to derive jog speed
Результат	void

SetJogPercentY() публичный Метод

Command dispatcher to update the Y axis feedrate percentage

public SetJogPercentY ( double percent ) : void
percent	double	percentage to derive jog speed
Результат	void

SetJogPercentZ() публичный Метод

Command dispatcher to update the Z axis feedrate percentage

public SetJogPercentZ ( double percent ) : void
percent	double	percentage to derive jog speed
Результат	void

StartMonitor() публичный Метод

Starts the monitor thread

public StartMonitor ( ) : void
Результат	void

StopA() публичный Метод

Command dispatcher to stop A axis motion

public StopA ( ) : void
Результат	void

StopB() публичный Метод

Command dispatcher to stop B axis motion

public StopB ( ) : void
Результат	void

StopC() публичный Метод

Command dispatcher to stop C axis motion

public StopC ( ) : void
Результат	void

StopInterpreter() публичный Метод

Command dispatcher for halting the interpreter

public StopInterpreter ( ) : void
Результат	void

StopMonitor() публичный Метод

Stops the monitor thread

public StopMonitor ( ) : void
Результат	void

StopX() публичный Метод

Command dispatcher to stop X axis motion

public StopX ( ) : void
Результат	void

StopY() публичный Метод

Command dispatcher to stop Y axis motion

public StopY ( ) : void
Результат	void

StopZ() публичный Метод

Command dispatcher to stop Z axis motion

public StopZ ( ) : void
Результат	void

ToggleBlockDelete() публичный Метод

Command dispatcher to toggle whether the interpreter will skip escaped blocks

public ToggleBlockDelete ( ) : void
Результат	void

ToggleEnableA() публичный Метод

Command dispatcher to enable/disable A

public ToggleEnableA ( ) : void
Результат	void

ToggleEnableB() публичный Метод

Command dispatcher to enable/disable B

public ToggleEnableB ( ) : void
Результат	void

ToggleEnableC() публичный Метод

Command dispatcher to enable/disable C

public ToggleEnableC ( ) : void
Результат	void

ToggleEnableX() публичный Метод

Command dispatcher to enable/disable X

public ToggleEnableX ( ) : void
Результат	void

ToggleEnableY() публичный Метод

Command dispatcher to enable/disable Y

public ToggleEnableY ( ) : void
Результат	void

ToggleEnableZ() публичный Метод

Command dispatcher to enable/disable Z

public ToggleEnableZ ( ) : void
Результат	void

ToggleSimulate() публичный Метод

Command dispatcher to toggle whether the interpreter should simulate the file

public ToggleSimulate ( ) : void
Результат	void

UpdateAxisData() публичный Метод

Updates the axis positions

public UpdateAxisData ( ) : void
Результат	void

UpdateBoadVersion() публичный Метод

Updates the HTML element designated to display the kflop version

public UpdateBoadVersion ( ) : void
Результат	void

UpdateCommandButtonText() публичный Метод

Updates the button text for user commands within the supplied range of elements

public UpdateCommandButtonText ( int start, int count ) : void
start	int	beginning button to update
count	int	last button to update
Результат	void

UpdateConnectionStatus() публичный Метод

Updates the HTML element designated to display the connection status

public UpdateConnectionStatus ( ) : void
Результат	void

UpdateDocument() публичный Метод

public UpdateDocument ( Action action ) : void
action	Action
Результат	void

UpdateFeedRate() публичный Метод

Forces an update to the element designated

public UpdateFeedRate ( ) : void
Результат	void

UpdateGcodeDisplay() публичный Метод

Updates the designated gcode display dv with the current gcode being executed

public UpdateGcodeDisplay ( ) : void
Результат	void

UpdateJogRates() публичный Метод

Forces the text of designated elements to display the jog override percentage for each axis

public UpdateJogRates ( ) : void
Результат	void

UpdateSecondaryControls() публичный Метод

Updates the secondary controls that do not need to be updated as frequently

public UpdateSecondaryControls ( ) : void
Результат	void

ZeroA() публичный Метод

Command dispatcher to reset the A axis dest to 0.0

public ZeroA ( ) : void
Результат	void

ZeroB() публичный Метод

Command dispatcher to reset the B axis dest to 0.0

public ZeroB ( ) : void
Результат	void

ZeroC() публичный Метод

Command dispatcher to reset the C axis dest to 0.0

public ZeroC ( ) : void
Результат	void

ZeroX() публичный Метод

Command dispatcher to reset the X axis dest to 0.0

public ZeroX ( ) : void
Результат	void

ZeroY() публичный Метод

Command dispatcher to reset the Y axis dest to 0.0

public ZeroY ( ) : void
Результат	void

ZeroZ() публичный Метод

Command dispatcher to reset the Z axis dest to 0.0

public ZeroZ ( ) : void
Результат	void

_StatusMonitor_DoWork() публичный Метод

Updates the status objects from the board

public _StatusMonitor_DoWork ( object sender, DoWorkEventArgs e ) : void
sender	object	background worker's dispatch object
e	DoWorkEventArgs	background worker arguments
Результат	void