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MD XF
MD XF
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M, dylnanM, dylnan

ÆPø“;;“»VOḣ2S⁵++3Ọ;”Pv

This probably wasn't the intended solution.

Try it online!

How it works

ÆP is the built-in primality test.

ø beings a new, niladic chain. Since the previous return value (the result of ÆP) goes out of scope, this prints it implicitly.

“;;“» evaluates to the list of strings ["< Aalst" ""], and V tries to eval them. s tries to split its argument into chunks of length 0, which causes the M interpreter to crash, suppressing further output.

M, dylnan

ÆPø“;;“»VOḣ2S⁵++3Ọ;”Pv

This probably wasn't the intended solution.

Try it online!

How it works

ÆP is the built-in primality test.

ø beings a new, niladic chain. Since the previous return value (the result of ÆP) goes out of scope, this prints it implicitly.

“;;“» evaluates to the list of strings ["< Aalst" ""], and V tries to eval them. s tries to split its argument into chunks of length 0, which causes the M interpreter to crash, suppressing further output.

M, dylnan

ÆPø“;;“»VOḣ2S⁵++3Ọ;”Pv

This probably wasn't the intended solution.

Try it online!

How it works

ÆP is the built-in primality test.

ø beings a new, niladic chain. Since the previous return value (the result of ÆP) goes out of scope, this prints it implicitly.

“;;“» evaluates to the list of strings ["< Aalst" ""], and V tries to eval them. s tries to split its argument into chunks of length 0, which causes the M interpreter to crash, suppressing further output.

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Dennis
Dennis
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M, dylnan

ÆPø“;;“»VOḣ2S⁵++3Ọ;”Pv

This probably wasn't the intended solution.

Try it online!

How it works

ÆP is the built-in primality test.

ø beings a new, niladic chain. Since the previous return value (the result of ÆP) goes out of scope, this prints it implicitly.

“;;“» evaluates to the list of strings ["< Aalst" ""], and V tries to eval them. s tries to split its argument into chunks of length 0, which causes the M interpreter to crash, suppressing further output.