Notice that the equation of the given parabola is in vertex form, therefore the vertex of the given parabola is:

Recall that to evaluate an equation at a given value we substitute the variable with the given value.
Evaluating the given equation at x=-2 we get:

Therefore the graph of the given parabola passes through (-2,8).
Evaluating the given equation at x=-1 we get:

Therefore the graph of the given parabola passes through (-1,5).
Evaluating the given equation at x=2 we get:

Therefore the graph of the given parabola passes through (2,8).
Evaluating the given equation at x=1 we get:

Therefore the graph of the given parabola passes through (1,5).
Therefore the graph of the given parabola is:
Answer:
The vertex is (0,4).
Two points to the left of the vertex are (-2,8) and (-1,5).
Two points to the right of the vertex are (2,8) and (1,5).