p := []byte("foo")

t1 := []byte("bar foo wing ding foo monkey")

t2 := []byte("monkey foo ding wing foo bar")

// If we want to find all occurences of p in t1 it is as simple as this:

stringz.Find(p).In(t1)

// We can also store the StringFinder for use later so we don't incur the

// overhead of preprocessing p multiple times.

find_foo := stringz.Find(p)

hits1 := find_foo.In(t1)

hits2 := find_foo.In(t2)

fmt.Printf("%v %v\n", hits1, hits2)

// Output:

// [4 18] [7 21]

ps := [][]byte{

[]byte("foo"),

[]byte("bar"),

[]byte("wing"),

[]byte("ding"),

}

t1 := []byte("bar foo wing ding foo monkey")

t2 := []byte("monkey foo ding wing foo bar")

// If we want to find all occurences of any element in ps in t1 it is as

// simple as this:

stringz.FindSet(ps).In(t1)

// We can also store the StringSetFinder for use later so we don't incur the

// overhead of preprocessing ps multiple times.

find := stringz.FindSet(ps)

hits1 := find.In(t1)

hits2 := find.In(t2)

fmt.Printf("Hits1:\n")

for i := 0; i < len(hits1); i++ {

fmt.Printf("\"%s\": %v\n", ps[i], hits1[i])

}

fmt.Printf("\nHits2:\n")

for i := 0; i < len(hits2); i++ {

fmt.Printf("\"%s\": %v\n", ps[i], hits2[i])

}

// Output:

// Hits1:

// "foo": [4 18]

// "bar": [0]

// "wing": [8]

// "ding": [13]

// Hits2:

// "foo": [7 21]

// "bar": [25]

// "wing": [16]

// "ding": [11]