-/*
- * Function: find_imps (char *selector, struct symbol **sym_arr)
- *
- * Input: a string representing a selector
- * a pointer to an array of symbol pointers
- * possibly a pointer to a symbol found by the caller.
- *
- * Output: number of methods that implement that selector. Side
- * effects: The array of symbol pointers is filled with matching syms.
- *
- * By analogy with function "find_methods" (symtab.c), builds a list
- * of symbols matching the ambiguous input, so that "decode_line_2"
- * (symtab.c) can list them and ask the user to choose one or more.
- * In this case the matches are objective c methods
- * ("implementations") matching an objective c selector.
- *
- * Note that it is possible for a normal (c-style) function to have
- * the same name as an objective c selector. To prevent the selector
- * from eclipsing the function, we allow the caller (decode_line_1) to
- * search for such a function first, and if it finds one, pass it in
- * to us. We will then integrate it into the list. We also search
- * for one here, among the minsyms.
- *
- * NOTE: if NUM_DEBUGGABLE is non-zero, the sym_arr will be divided
- * into two parts: debuggable (struct symbol) syms, and
- * non_debuggable (struct minimal_symbol) syms. The debuggable
- * ones will come first, before NUM_DEBUGGABLE (which will thus
- * be the index of the first non-debuggable one).
- */
-
-/*
- * Function: total_number_of_imps (char *selector);
- *
- * Input: a string representing a selector
- * Output: number of methods that implement that selector.
- *
- * By analogy with function "total_number_of_methods", this allows
- * decode_line_1 (symtab.c) to detect if there are objective c methods
- * matching the input, and to allocate an array of pointers to them
- * which can be manipulated by "decode_line_2" (also in symtab.c).
- */
-
-char *