(package private) static void |
Op_Num.Add_Digit(@NotNull Calculator Owner,
short Digit) |
Add a Digit
|
void |
A_Register.Execute(short Opcode) |
Execute virtual CPU command
|
void |
Key_AC_SAC_MAC.Execute(short Key_Code) |
|
void |
Key_BST_RSSAVE.Execute(short Key_Code) |
|
void |
Key_EXE.Execute(short Key_Code) |
|
void |
Key_GOTO_SAVE_POKE.Execute(short Key_Code) |
Compose Goto from two key strokes
|
void |
Key_GSB_LOAD_PEEK.Execute(short Key_Code) |
|
void |
Key_HLT_PAUSE_VER.Execute(short Key_Code) |
|
void |
Key_Hyp_C.Execute(short Key_Code) |
|
void |
Key_LBL_IND_PRT.Execute(short Key_Code) |
|
void |
Key_M.Execute(short Key_Code) |
|
void |
Key_MODE.Execute(short Key_Code) |
|
void |
Key_P.Execute(short Key_Code) |
|
void |
Key_Simple_2nd.Execute(short Key_Code) |
|
void |
Key_Simple_BaseN.Execute(short Key_Code) |
|
void |
Key_Simple_Hyp.Execute(short Key_Code) |
|
void |
Key_Simple.Execute(short Key_Code) |
|
void |
Op_Alpha.Execute(short Opcode) |
|
void |
Op_Cos_E.Execute(short Opcode) |
|
void |
Op_Degree.Execute(short Opcode) |
|
void |
Op_DSZ.Execute(short Opcode) |
|
void |
Op_ENG.Execute(short Opcode) |
|
void |
Op_Equal.Execute(short Opcode) |
Execute Token for Kex Equal.
|
void |
Op_Infix.Execute(short Opcode) |
Execute infix operation.
|
void |
Op_Interface.Execute(short Opcode) |
|
void |
Op_Inv_Degree.Execute(short Opcode) |
|
void |
Op_ISZ.Execute(short Opcode) |
|
void |
Op_LOAD.Execute(short Opcode) |
|
void |
Op_M_Minus.Execute(short Opcode) |
|
void |
Op_M_Plus.Execute(short Opcode) |
|
void |
Op_M.Execute(short Opcode) |
|
void |
Op_Min_IO.Execute(short Opcode) |
|
void |
Op_MR_FEXE.Execute(short Opcode) |
|
void |
Op_Num.Execute(short Opcode) |
Execute token representing a 0
|
void |
Op_Percent.Execute(short Opcode) |
|
void |
Op_PlusMinus_A.Execute(short Opcode) |
Execute Token for Kex +/-.
|
void |
Op_PRT.Execute(short Opcode) |
|
void |
Op_RND.Execute(short Opcode) |
|
void |
Op_RSLOAD.Execute(short Opcode) |
|
void |
Op_RSSAVE.Execute(short Opcode) |
|
void |
Op_SAVE.Execute(short Opcode) |
|
void |
Op_Sin_D.Execute(short Opcode) |
|
void |
Op_Tan_F.Execute(short Opcode) |
|
void |
Op_VER.Execute(short Opcode) |
|
void |
Op_X_Equal_0.Execute(short Opcode) |
|
void |
Op_X_Equal_F.Execute(short opcode) |
|
void |
Op_X_Greater_Equal_0.Execute(short Opcode) |
|
void |
Op_X_Greater_Equal_F.Execute(short opcode) |
|
void |
Op_X_M.Execute(short Opcode) |
|
private void |
Key_AC_SAC_MAC.Execute_Clear(short Key_Code) |
delete a program
|
void |
Key_GSB_LOAD_PEEK.Execute_Digit(short Key_Code) |
Execute the Digit after the P_ key
|
void |
Key_P.Execute_Digit(short Key_Code) |
Execute the Digit after the P_ key
|
private void |
Key_AC_SAC_MAC.Execute_Interactive() |
|
(package private) void |
Calculator.Execute_Key(short Opcode) |
Execute keyboard ob code
|
private void |
Calculator.Execute_Mode_IO() |
Handles the program I/O.
|
private void |
Calculator.Execute_Mode_Pcl() |
Handles the program clear, save and load.
|
(package private) void |
Calculator.Execute_Mode_Run() |
Handles running the calculator
|
protected void |
Desktop_Calculator.Execute_Mode_Run() |
Handles running the calculator
|
private void |
Key_AC_SAC_MAC.Execute_Write() |
insert the AC token.
|
private void |
Op_Min_IO.ExFn_Execute(short Opcode) |
Execute the ExFn function mapped to this Opcode.
|
private void |
Op_X_M.ExFn_Execute(short Opcode) |
Execute the ExFn function mapped to this Opcode.
|
int |
A_Register.Insert(short @NotNull [] Text) |
Insert content of an String.
|
void |
A_Register.Insert_X() |
Insert content of L0 aka X register into the string.
|
(package private) void |
Calculator.Program_Type.Set_Text(@NotNull Calculator Owner,
short @NotNull [] Text) |
set current program text
|
protected void |
Op_Jump.Skip() |
|
@NotNull String |
IProgrammable_Operation.Token(short Opcode) |
string representation suitable for use with serial I/O
|
@NotNull String |
Op_X_M.Token(short Opcode) |
string representation suitable for use with serial I/O.
|
@NotNull String |
Programmable_Operation.Token(short Opcode) |
string representation suitable for use with serial I/O.
|