Uses of Class
net.sourceforge.uiq3.fx603p.Op_Error

Packages that use Op_Error

Package	Description
net.sourceforge.uiq3.fa6	FA-6 magnetic tape and RS-232 interface simulation.
net.sourceforge.uiq3.fx603p	FX-603P simulation.

Uses of Op_Error in net.sourceforge.uiq3.fa6

Methods in net.sourceforge.uiq3.fa6 that throw Op_Error

Modifier and Type	Method	Description
void	SE_Serial.Close()	Close files and all streams attached to them.
void	SE_Tape.Close()	Close files and all streams attached to them.
void	Serial.Close()	Close files and all streams attached to them.
void	Tape.Close()	Close files and all streams attached to them.
void	Serial.Create(Interface.File_Type Type, @NotNull String File_Name)	create new file for tape IO
void	Tape.Create(Interface.File_Type Type, String File_Name, int[] Casio_File_Name, int Header)	create new file for tape IO
protected Writer	SE_Serial.Create_Stream(@NotNull String Filename)
protected DataOutputStream	SE_Tape.Create_Stream(@NotNull String Filename)
protected abstract Writer	Serial.Create_Stream(@NotNull String Filename)	Create a new file for output.
protected abstract DataOutputStream	Tape.Create_Stream(@NotNull String Filename)	Create a new file for output.
long	SE_Serial.File_Size()	Get file Size
long	SE_Tape.File_Size()	Get file Size
abstract long	Serial.File_Size()	Get file Size
abstract long	Tape.File_Size()	Get file Size
Interface.File_Type	Serial.Open(@NotNull String File_Name)	open file and return type
void	Serial.Open(Interface.File_Type Type, @NotNull String File_Name)	open file of given type
Interface.File_Type	Tape.Open(@NotNull String File_Name)	open file and return type
void	Tape.Open(Interface.File_Type Type, @NotNull String File_Name)	open file of given type
protected Reader	SE_Serial.Open_Stream(@NotNull String Filename)	Create a new file for output.
protected DataInputStream	SE_Tape.Open_Stream(@NotNull String Filename)	Create a new file for output.
protected abstract Reader	Serial.Open_Stream(@NotNull String Filename)	Create a new file for input.
protected abstract DataInputStream	Tape.Open_Stream(@NotNull String Filename)	Create a new file for input.
void	Serial.Parse_M()	Parse text files for memory informations.
void	Serial.Parse_Steps()	Parse text files for memory informations.
void	Serial.Print_M()	Writes memory register to simulated cassette interface.
void	Serial.Print_New_Line()	pring a new line. a public version is needed for All Text file
void	Serial.Print_Steps()	Print program steps
int	Tape.Read()	Read one byte from the simulated cassette interface.
int @NotNull []	Tape.Read(int size)	Read a few byte from the simulated tape interface.
int	Tape.Read_Alpha(short @NotNull [] Out_Text)	Read Display from Simulated Cassette interface.
private Number	Tape.Read_BCD()
Number	Tape.Read_Display(short @NotNull [] Out_Text)	Read Display from Simulated Cassette interface.
void	Tape.Read_EOF()	Read over an EOF maker to the next value.
void	Tape.Read_M()	Read M register from file
void	Tape.Read_Steps()	Read Steps from Simulated Cassette interface.
void	Tape.Write(int Data)	Write one byte to the simulated cassette interface.
void	Tape.Write(int @NotNull [] Data)	writes the bytes in the array to the interface.
void	Tape.Write(short @NotNull [] Data)	writes the bytes in the array to the interface.
void	Tape.Write_Alpha(short @NotNull [] Print)	Print displayed alpha text to simulated printer (max 40 characters)
void	Tape.Write_Display(Number L_X, short @NotNull [] Text)	Writes displayed register to simulated cassette interface.
void	Tape.Write_EOF()	Writes an EOF marker into the file.
void	Tape.Write_M()	Writes memory register to simulated cassette interface.

Uses of Op_Error in net.sourceforge.uiq3.fx603p

Methods in net.sourceforge.uiq3.fx603p that throw Op_Error

Modifier and Type	Method	Description
private void	Op_Plane.Activate_Plane(short Opcode)	activate the token plane indicated by the op code
void	A_Register.Add_Numeric(short Digit)	Add a numeric value - this is a non scrolling operation.
void	A_Register.Add_Numeric_BaseN(short Digit, int Base, short Character, int Start)	Add a numeric value - this is a non scrolling operation.
void	A_Register.Add_Numeric_Float(short Digit)	Add a numeric value - this is a non scrolling operation.
void	A_Register.Add_Numeric_Fraction(short Digit)	Add a numeric value - this is a non scrolling operation.
short @NotNull []	A_Register.Display(short Opcode)	Display operation in program mode.
short @NotNull []	Op_ABC.Display(short Opcode)	Dipslay the ExFn function mapped to this Opcode.
short @NotNull []	Op_DC.Display(short Opcode)	Dipslay the ExFn function mapped to this Opcode.
@org.jetbrains.annotations.NotNull short[]	Op_Degree.Display(short Opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_DSZ.Display(short Opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_ENG.Display(short Opcode)	Display operation in Prog mode.
short @NotNull []	Op_EXE.Display(short Opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_Frac.Display(short Opcode)	Display Operation in Prog mode.
short @NotNull []	Op_Goto_Comp.Display(short Opcode)	Display Operation in Prog mode.
short @NotNull []	Op_GSB_Comp.Display(short Opcode)	Display Operation in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_HLT.Display(short Opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_Int.Display(short Opcode)	Display Operatin in Prog mode.
short @NotNull []	Op_Inv_Degree.Display(short Opcode)	Display operation in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_ISZ.Display(short Opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_LBL.Display(short Opcode)	Display Operatin in Prog mode.
short @NotNull []	Op_LOAD.Display(short Opcode)	Display Operation in Wrt mode.
@org.jetbrains.annotations.NotNull short[]	Op_M_Minus.Display(short Opcode)	Display operation in program mode.
@org.jetbrains.annotations.NotNull short[]	Op_M_Plus.Display(short Opcode)	Display operation in program mode.
@org.jetbrains.annotations.NotNull short[]	Op_Min_IO.Display(short Opcode)	Display operation in program mode.
short @NotNull []	Op_MR_FEXE.Display(short Opcode)	Display operation in program mode.
@org.jetbrains.annotations.NotNull short[]	Op_Password.Display(short Opcode)	Display Operatin in Prog mode.
short @NotNull []	Op_PAUSE.Display(short Opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_Peek.Display(short Opcode)	Dipslay the ExFn function mapped to this Opcode.
@org.jetbrains.annotations.NotNull short[]	Op_Percent.Display(short Opcode)	Display Operation in Wrt mode.
short @NotNull []	Op_Plane.Display(short Opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_Poke.Display(short Opcode)	Dipslay the ExFn function mapped to this Opcode.
short @NotNull []	Op_PRT.Display(short Opcode)	Display Operation in Wrt mode.
short @NotNull []	Op_RND.Display(short Opcode)	Display Operatin in Prog mode.
short @NotNull []	Op_RSLOAD.Display(short Opcode)	Display Operation in Wrt mode.
short @NotNull []	Op_RSSAVE.Display(short Opcode)	Display Operation in Wrt mode.
short @NotNull []	Op_SAVE.Display(short Opcode)	Display Operation in Wrt mode.
@org.jetbrains.annotations.NotNull short[]	Op_Sn.Display(short Opcode)	Display operation in program mode.
@org.jetbrains.annotations.NotNull short[]	Op_Sn1.Display(short Opcode)	Display operation in program mode.
short @NotNull []	Op_VER.Display(short Opcode)	Display Operation in Wrt mode.
short @NotNull []	Op_X_Equal_0.Display(short Opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_X_Equal_F.Display(short opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_X_Greater_Equal_0.Display(short Opcode)	Display operation in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_X_Greater_Equal_F.Display(short opcode)	Display Operatin in Prog mode.
@org.jetbrains.annotations.NotNull short[]	Op_X_M.Display(short Opcode)	Display operation in program mode.
short @NotNull []	Op_xD.Display(short Opcode)	Display operation in program mode.
short @NotNull []	Op_xDEL.Display(short Opcode)	Display operation in program mode.
@org.jetbrains.annotations.NotNull short[]	Op_xMean.Display(short Opcode)	Display operation in program mode.
void	Key_ALPHA.Execute(short Key_Code)
void	Key_C.Execute(short Key_Code)
void	Key_FST_RSLOAD_NOP.Execute(short Key_Code)
void	Op_EXE.Execute(short Opcode)
void	Op_HLT.Execute(short Opcode)
void	Op_MAC.Execute(short Opcode)
void	Op_PAUSE.Execute(short Opcode)
void	Op_Plane.Execute(short Opcode)
private void	Key_MODE.Execute_Mode_BaseN()
private short @NotNull []	Op_Goto_Comp.ExFn_Display(short Opcode)	Dipslay the ExFn function mapped to this Opcode.
private short @NotNull []	Op_GSB_Comp.ExFn_Display(short Opcode)	Display the ExFn function mapped to this Opcode.
private @org.jetbrains.annotations.NotNull short[]	Op_Min_IO.ExFn_Display(short Opcode)	Display the ExFn function mapped to this Opcode.
private @org.jetbrains.annotations.NotNull short[]	Op_X_M.ExFn_Display(short Opcode)	Dipslay the ExFn function mapped to this Opcode.
@NotNull String	Op_X_M.ExFn_Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	A_Register.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_1_Div.Token(short Opcode)	string representation suitable for use with serial I/O
@NotNull String	Op_10_Power.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_ABC.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Arc_Cos.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Arc_CosH.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Arc_Sin.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Arc_SinH.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Arc_Tan.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Arc_TanH.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Cos_E.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_CosH.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_DC.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Degree.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_E_Power.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_ENG.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Equal.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Infix.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Inv_Degree.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Min_IO.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Pi.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_PlusMinus_A.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Sin_D.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_SinH.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Sn.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Sn1.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Square_Root.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Square.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_Tan_F.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_TanH.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_X_Greater_Equal_0.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_X_Greater_Equal_F.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_X_Y.Token(short Opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_xDEL.Token(short opcode)	string representation suitable for use with serial I/O.
@NotNull String	Op_xMean.Token(short opcode)	string representation suitable for use with serial I/O.
(package private) void	Calculator.Write_Steps()	Writes program steps to simulated cassette interface.