Priority rules declared in C Language

the priority rules stated in Expert C Programming (Expert C Programming) are as follows:
A declares that it is read from its name and then read in order of priority.
the priority of B is:
the section enclosed by brackets in B .1 statement;
B .2 suffix OPERATOR: brackets () indicate that this is a function, and square brackets [] indicate that this is an array;
B .3 prefix OPERATOR: asterisk * identifies" pointing ......
C if const and (or) the volatile keyword is followed by the type specifiers (such as int and long), which act on the type specifiers. In other cases, const and (or) the volatile keyword acts on the pointer asterisk next to its left.

example: char * const * (* Next) ();
A next -- next is the declared name
B .1 (* Next) -- next is a point ...... Pointer
B .2 (* Next) () -- next is a function pointer
B .3 * (* Next) () -- next is a function pointer, this function returns a pointer ......
C char * const -- a constant pointer to the character type
SO char * const * (* Next) (); the meaning is: next is a function pointer, which returns a constant pointer to the character type

Let's analyze a statement by ourselves:
int (* Foo () [];
Let's deduce it first and then look at the result: foo is a function that returns a pointer to an integer array. Right? Next let's look at the specific derivation process:
a foo -- foo is the declared name
B .2 Foo () -- foo is a function
B .3 (* Foo () -- foo is a function, which returns a point ...... Pointer
B .2 (* Foo () [] -- foo is a function, which returns a pointer to an array
C int (* Foo ()) [] -- foo is a function that returns a pointer to an integer array.