NyQuest Innovation Labs Q-Code, Руководство пользователя

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Q-Code User Manual
Ver. 7.0 2021/11/30 128
4 Q-Code Command
Q-Code provides 4-bit commands and 8-bit commands. The RAM used by 4-bit commands is Ri , and the RAM
used by 8-bit commands is Xi .
Xi is composed by two 4-bit RAM, the corresponding method is shown below.
X(i) = [X(i)L, X(i)H] = [ R(i*2), R(i*2+1) ]
Ex. X10 = [R20, R21] , where R20 / X10L is the low-nibble of X10, and R21 / X10H is the high-nibble of X10.
Please refer to 5.6 Corresponding table of Ri and Xi for the complete table.
Note:
1. NY9T001A/004A do not provide 8-bit multiplication and division.
2. NX1 do not predefine Ri / Xi variables, user should declare needed variables in [Variable] section.
4.1 Arithmetic Logic Command
Arithmetic Logic Command
Var1 = Var2 Var1 = Var2 + Var3 Var1 = Var2 – Var3 Var1 = Var2 * Var3
Var1 = Var2 / Var3 Var1 = Var2 % Var3 Var++ Var--
Var1 = Var2 & Var3 Var1 = Var2 | Var3 Var1 = Var2 ^ Var3 Var1 = Var2 << Var3
Var1 = Var2 >> Var3 !Var - -
4.1.1 Variable Operation
Q-Code supports the assignments and operations of variables. The variable can be:

1-bit operand: Ri.n / Xi.n / Pin

4-bit operand: Ri / Port

8-bit operand: Xi

Varaibles defined in [Variable]

System variables
Supported variable operations are listed below.
No. Variables Note Example
1 Var1 = Var2 Assignment operation
R0 = 0x4, R0 = R1,
R0 = RandomL, R0 = RandomH
2 Var1 = Var2 + Var3
Addition
R2 = R0 + 5,
R2 = 5 + R0
3 Var1 = Var2 – Var3
Subtraction
R2 = R0 – 3,
R2 = 5 – R0