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Switched to `type *name' style Andrew Koenig's ``C Traps and Pitfalls'' (Ch.2.1) convinced me that it is best to go with the way C had been designed. The ``declaration reflects use'' concept conflicts with a ``type* name'' notation. Hence I switched.
author markus schnalke <meillo@marmaro.de>
date Thu, 22 Sep 2011 15:07:40 +0200
parents 89199eda6144
children b27f66555ba8
comparison
equal deleted inserted replaced
365:934a223e4ee8 366:41958685480d
33 static gchar *specials = "()<>@,;:\\\".[]`"; 33 static gchar *specials = "()<>@,;:\\\".[]`";
34 34
35 char *parse_error = NULL; 35 char *parse_error = NULL;
36 36
37 static gchar* 37 static gchar*
38 skip_comment(gchar * p) 38 skip_comment(gchar *p)
39 { 39 {
40 40
41 #ifdef PARSE_TEST 41 #ifdef PARSE_TEST
42 g_print("skip_comment: %s\n", p); 42 g_print("skip_comment: %s\n", p);
43 #endif 43 #endif
53 53
54 return p; 54 return p;
55 } 55 }
56 56
57 static gboolean 57 static gboolean
58 read_word(gchar * p, gchar ** b, gchar ** e) 58 read_word(gchar *p, gchar **b, gchar **e)
59 { 59 {
60 #ifdef PARSE_TEST 60 #ifdef PARSE_TEST
61 g_print("read_word: %s\n", p); 61 g_print("read_word: %s\n", p);
62 #endif 62 #endif
63 /* eat leading spaces */ 63 /* eat leading spaces */
83 *e = p; 83 *e = p;
84 return TRUE; 84 return TRUE;
85 } 85 }
86 86
87 static gboolean 87 static gboolean
88 read_word_with_dots(gchar * p, gchar ** b, gchar ** e) 88 read_word_with_dots(gchar *p, gchar **b, gchar **e)
89 { 89 {
90 gchar *b0 = p; 90 gchar *b0 = p;
91 91
92 #ifdef PARSE_TEST 92 #ifdef PARSE_TEST
93 g_print("read_word_with_dots: %s\n", p); 93 g_print("read_word_with_dots: %s\n", p);
106 *e = p; 106 *e = p;
107 return TRUE; 107 return TRUE;
108 } 108 }
109 109
110 static gboolean 110 static gboolean
111 read_domain(gchar * p, gchar ** b, gchar ** e) 111 read_domain(gchar *p, gchar **b, gchar **e)
112 { 112 {
113 #ifdef PARSE_TEST 113 #ifdef PARSE_TEST
114 g_print("read_domain: %s\n", p); 114 g_print("read_domain: %s\n", p);
115 #endif 115 #endif
116 *b = p; 116 *b = p;
132 *e = p; 132 *e = p;
133 return TRUE; 133 return TRUE;
134 } 134 }
135 135
136 gboolean 136 gboolean
137 parse_address_rfc822(gchar* string, gchar** local_begin, gchar** local_end, gchar** domain_begin, 137 parse_address_rfc822(gchar *string, gchar **local_begin, gchar **local_end, gchar **domain_begin,
138 gchar** domain_end, gchar** address_end) 138 gchar **domain_end, gchar **address_end)
139 { 139 {
140 gint angle_brackets = 0; 140 gint angle_brackets = 0;
141 141
142 gchar *p = string; 142 gchar *p = string;
143 gchar *b, *e; 143 gchar *b, *e;
282 /* we successfully parsed the address */ 282 /* we successfully parsed the address */
283 return TRUE; 283 return TRUE;
284 } 284 }
285 285
286 gboolean 286 gboolean
287 parse_address_rfc821(gchar* string, gchar** local_begin, gchar** local_end, gchar** domain_begin, 287 parse_address_rfc821(gchar *string, gchar **local_begin, gchar **local_end, gchar **domain_begin,
288 gchar** domain_end, gchar** address_end) 288 gchar **domain_end, gchar **address_end)
289 { 289 {
290 gint angle_brackets = 0; 290 gint angle_brackets = 0;
291 291
292 gchar *p = string; 292 gchar *p = string;
293 gchar *b, *e; 293 gchar *b, *e;
377 end may be NULL, if we are not interested. 377 end may be NULL, if we are not interested.
378 378
379 parses both rfc 821 and rfc 822 addresses, depending on flag is_rfc821 379 parses both rfc 821 and rfc 822 addresses, depending on flag is_rfc821
380 */ 380 */
381 address* 381 address*
382 _create_address(gchar * string, gchar ** end, gboolean is_rfc821) 382 _create_address(gchar *string, gchar **end, gboolean is_rfc821)
383 { 383 {
384 gchar *loc_beg, *loc_end; 384 gchar *loc_beg, *loc_end;
385 gchar *dom_beg, *dom_end; 385 gchar *dom_beg, *dom_end;
386 gchar *addr_end; 386 gchar *addr_end;
387 gboolean ret; 387 gboolean ret;
446 446
447 return addr; 447 return addr;
448 } 448 }
449 449
450 address* 450 address*
451 create_address_rfc822(gchar * string, gchar ** end) 451 create_address_rfc822(gchar *string, gchar **end)
452 { 452 {
453 return _create_address(string, end, FALSE); 453 return _create_address(string, end, FALSE);
454 } 454 }
455 455
456 address* 456 address*
457 create_address_rfc821(gchar * string, gchar ** end) 457 create_address_rfc821(gchar *string, gchar **end)
458 { 458 {
459 return _create_address(string, end, TRUE); 459 return _create_address(string, end, TRUE);
460 } 460 }
461 461
462 GList* 462 GList*
463 addr_list_append_rfc822(GList * addr_list, gchar * string, gchar * domain) 463 addr_list_append_rfc822(GList *addr_list, gchar *string, gchar *domain)
464 { 464 {
465 gchar *p = string; 465 gchar *p = string;
466 gchar *end; 466 gchar *end;
467 467
468 while (*p) { 468 while (*p) {