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<Array>.Intersect (Function) In french: <Tableau>.Intersection Returns an array corresponding to the intersection of two arrays. The following arrays can be handled: - One-dimensional array of simple elements (int, real, string).
- One-dimensional array of structures.
New in version 2024
tabMonTableau1 is array of int
tabMonTableau1.Ajoute(1)
tabMonTableau1.Ajoute(2)
tabMonTableau1.Ajoute(1)
tabMonTableau1.Ajoute(3)
tabMonTableau2 is array of int
tabMonTableau2.Ajoute(3)
tabMonTableau2.Ajoute(5)
tabMonTableau2.Ajoute(8)
tabMonTableau2.Ajoute(1)
tabMonIntersection is array of int
tabMonIntersection = tabMonTableau1.Intersection(tabMonTableau2)
Syntax
<Result> = <First WLanguage array>.Intersect(<Second WLanguage array>)
<Result>: Array Array variable that contains the result of the intersection. <First WLanguage array>: Array Name of the Array variable that corresponds to the first array to use. This array must be a one-dimensional array. This array will not be modified. <Second WLanguage array>: Array Name of the Array variable that corresponds to the second array to use. This array must be a one-dimensional array. This array must be of the same type as the array specified with the <First WLanguage array> parameter. This array will not be modified. Remarks Caution: - If an array contains several duplicates, these duplicates will not be kept.
- The resulting array will not be sorted, even if the original arrays are.
Sequence of functionsYou can use array functions in a sequence. The following functions can be used in a sequence: This sequence can be used as a source for a FOR ALL statement or it can end with one of the following functions: Example: gnMean = garrUser.Filter(cbFilter).Map(cbMap).Mean()
Business / UI classification: Business Logic
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