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3gBDTf3FvKI05AS023+YLlBDTfnFjKI05AS023+YLlBDTfnFjKI05AS023+YLlBDTfnFjKowgCWipyHqwpEOAENMU0WNcJTkDrzr0pIucENMU0WNeJhCFgZt5MDEasO8Xmjvz/AAAA//95Yl3mAAAABklEQVQDAEvEE5tq44GQAAAAAElFTkSuQmCC

Accepts any number of scripts as inputs. Launches a separate thread for each of them, so they are done in parallel, then continues with the current script while they all run. This doesn't change how the Snap! scheduler works; the threads are not truly asynchronous. And there is no increase in speed. Rather, the point of this block is to allow starting synchronized but independent scripts.

pt:executa _ em paralelo ca:executa en paral·lel _ 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112