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@nataliapc/mcp-openmsx

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Model context protocol server for openMSX automation and control

github.com/nataliapc/mcp-openmsx

nataliapc/mcp-openmsx

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# EQV ## Effect Performs a bitwise `EQV`-operation (logical equivalence) between two expressions. The bit is set if both bits are equal. For each bit, the results are: ``` 0 EQV 0 = 1 0 EQV 1 = 0 1 EQV 0 = 0 1 EQV 1 = 1 ``` ## Syntax `<Value> EQV <Value>` ## Parameter `<Value>` is a value between -32768 and 32767. It can also be a numeric variable or an mathematical expression. _Notes:_ - If you use binary expressions, it is best to put the first expression in parenthesis to avoid the bug in interpreter that causes a syntax error. This problem does not happen with decimal, hexadecimal or octal expressions. - When the expression is performed in a condition (`IF...THEN...ELSE` or `IF...GOTO...ELSE`), if the result of the whole expression is zero the value is taken as false, otherwise it's taken as true. ## Examples ```basic PRINT 15 EQV 11 -5 ``` Binary explanation: ``` 0000000000001111 0000000000001011 EQV ---------------- 1111111111111011 ``` -5 is actually the number 65531 --- ```basic PRINT 5 EQV 13 -9 ``` Binary explanation: ``` 0000000000000101 0000000000001101 EQV ---------------- 1111111111110111 ``` -9 is actually the number 65527 --- ```basic PRINT &B00001111 EQV &B11110001 Syntax error ok PRINT (&B00001111) EQV &B11110001 -255 ``` -255 is actually the number 65281 ## Related to `AND`, `IMP`, `MOD`, `NOT`, `OR`, `XOR` ## Compatibility MSX-BASIC 1.0 or higher ## Source Retrieved from "https://www.msx.org/wiki/EQV"