AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. Examples contains. source occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is contains(haystack::AbstractString, needle) Return true if haystack contains needle. This is the same as occursin(needle, haystack), but is provided for consistency with startswith(haystack, needle) and

AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. Examples contains. source occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is contains(haystack::AbstractString, needle) Return true if haystack contains needle. This is the same as occursin(needle, haystack), but is provided for consistency with startswith(haystack, needle) and

AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. Examples contains. source occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is contains(haystack::AbstractString, needle) Return true if haystack contains needle. This is the same as occursin(needle, haystack), but is provided for consistency with startswith(haystack, needle) and

AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. Examples contains. source occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is contains(haystack::AbstractString, needle) Return true if haystack contains needle. This is the same as occursin(needle, haystack), but is provided for consistency with startswith(haystack, needle) and

AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. Examples contains. source occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is contains(haystack::AbstractString, needle) Return true if haystack contains needle. This is the same as occursin(needle, haystack), but is provided for consistency with startswith(haystack, needle) and

occursin – Function. occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. Examples equivalent to haystack -> contains(haystack, needle). The returned function is of type Base.Fix2{typeof(contains)}, which can be used to implement specialized methods. source contains(haystack::AbstractString

occursin – Function. occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. ExamplesCHAPTER equivalent to haystack -> contains(haystack, needle). The returned function is of type Base.Fix2{typeof(contains)}, which can be used to implement specialized methods. source contains(haystack::AbstractString

occursin – Function. occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. ExamplesCHAPTER equivalent to haystack -> contains(haystack, needle). The returned function is of type Base.Fix2{typeof(contains)}, which can be used to implement specialized methods. source contains(haystack::AbstractString

occursin – Function. occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. ExamplesCHAPTER equivalent to haystack -> contains(haystack, needle). The returned function is of type Base.Fix2{typeof(contains)}, which can be used to implement specialized methods. source contains(haystack::AbstractString

occursin – Function. occursin(haystack) Create a function that checks whether its argument occurs in haystack, i.e. a function equivalent to needle -> occursin(needle, haystack). The returned function is AbstractPattern,AbstractChar}, haystack::AbstractString) �→ Determine whether the first argument is a substring of the second. If needle is a regular expression, checks whether haystack contains a match. ExamplesCHAPTER equivalent to haystack -> contains(haystack, needle). The returned function is of type Base.Fix2{typeof(contains)}, which can be used to implement specialized methods. source contains(haystack::AbstractString