5700 - mu - Soul of a tiny new machine. More thorough tests → More comprehensible and rewrite-friendly software → More resilient society.

diff options

author	Kartik Agaram <vc@akkartik.com>	2019-10-17 21:59:51 -0700
committer	Kartik Agaram <vc@akkartik.com>	2019-10-17 21:59:51 -0700
commit	540974343290cb9ac0cf55b999447bf563928612 (patch)
tree	f8ed3420cbe796ee672e207543c80b2b85350fb9 /067parse-hex.subx
parent	5a7f919dfabc8ac721cb7ac5383c97e24d828736 (diff)
download	mu-540974343290cb9ac0cf55b999447bf563928612.tar.gz

5700

Diffstat (limited to '067parse-hex.subx')

0 files changed, 0 insertions, 0 deletions

#include <glib.h> #include <stdarg.h> #include <stddef.h> #include <setjmp.h> #include <cmocka.h> #include <stdlib.h> #include "xmpp/contact.h" #include "tools/autocomplete.h" void clear_empty(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_free(ac); } void reset_after_create(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_reset(ac); autocomplete_free(ac); } void find_after_create(void** state) { Autocomplete ac = autocomplete_new(); char* result = autocomplete_complete(ac, "hello", TRUE, FALSE); autocomplete_free(ac); free(result); } void get_after_create_returns_null(void** state) { Autocomplete ac = autocomplete_new(); GList* result = autocomplete_create_list(ac); assert_null(result); autocomplete_free(ac); g_list_free_full(result, free); } void add_one_and_complete(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "Hello"); char* result = autocomplete_complete(ac, "Hel", TRUE, FALSE); assert_string_equal("Hello", result); autocomplete_free(ac); free(result); } void add_two_and_complete_returns_first(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "Hello"); autocomplete_add(ac, "Help"); char* result = autocomplete_complete(ac, "Hel", TRUE, FALSE); assert_string_equal("Hello", result); autocomplete_free(ac); free(result); } void add_two_and_complete_returns_second(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "Hello"); autocomplete_add(ac, "Help"); char* result1 = autocomplete_complete(ac, "Hel", TRUE, FALSE); char* result2 = autocomplete_complete(ac, result1, TRUE, FALSE); assert_string_equal("Help", result2); autocomplete_free(ac); free(result1); free(result2); } void add_two_adds_two(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "Hello"); autocomplete_add(ac, "Help"); GList* result = autocomplete_create_list(ac); assert_int_equal(2, g_list_length(result)); autocomplete_free(ac); g_list_free_full(result, free); } void add_two_same_adds_one(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "Hello"); autocomplete_add(ac, "Hello"); GList* result = autocomplete_create_list(ac); assert_int_equal(1, g_list_length(result)); autocomplete_free(ac); g_list_free_full(result, free); } void add_two_same_updates(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "Hello"); autocomplete_add(ac, "Hello"); GList* result = autocomplete_create_list(ac); GList* first = g_list_nth(result, 0); char* str = first->data; assert_string_equal("Hello", str); autocomplete_free(ac); g_list_free_full(result, free); } void complete_accented_with_accented(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "èâîô"); char* result = autocomplete_complete(ac, "èâ", TRUE, FALSE); assert_string_equal("èâîô", result); autocomplete_free(ac); free(result); } void complete_accented_with_base(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "èâîô"); char* result = autocomplete_complete(ac, "ea", TRUE, FALSE); assert_string_equal("èâîô", result); autocomplete_free(ac); free(result); } void complete_both_with_accented(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "eaooooo"); autocomplete_add(ac, "èâîô"); char* result1 = autocomplete_complete(ac, "èâ", TRUE, FALSE); char* result2 = autocomplete_complete(ac, result1, TRUE, FALSE); assert_string_equal("èâîô", result2); autocomplete_free(ac); free(result1); free(result2); } void complete_both_with_base(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "eaooooo"); autocomplete_add(ac, "èâîô"); char* result1 = autocomplete_complete(ac, "ea", TRUE, FALSE); char* result2 = autocomplete_complete(ac, result1, TRUE, FALSE); assert_string_equal("èâîô", result2); autocomplete_free(ac); free(result1); free(result2); } void complete_ignores_case(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "MyBuddy"); char* result = autocomplete_complete(ac, "myb", TRUE, FALSE); assert_string_equal("MyBuddy", result); autocomplete_free(ac); free(result); } void complete_previous(void** state) { Autocomplete ac = autocomplete_new(); autocomplete_add(ac, "MyBuddy1"); autocomplete_add(ac, "MyBuddy2"); autocomplete_add(ac, "MyBuddy3"); char* result1 = autocomplete_complete(ac, "myb", TRUE, FALSE); char* result2 = autocomplete_complete(ac, result1, TRUE, FALSE); char* result3 = autocomplete_complete(ac, result2, TRUE, FALSE); char* result4 = autocomplete_complete(ac, result3, TRUE, TRUE); assert_string_equal("MyBuddy2", result4); autocomplete_free(ac); free(result1); free(result2); free(result3); free(result4); }


context:
space:
mode: