Yattm - unified GTK instant-messaging client
[Generated for version 0.2-17 - Mon Jan 6 19:01:23 GMT+1 2003]

Home - - - - -

account.h File Reference

#include <gtk/gtk.h>

Include dependency graph for account.h:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Data Structures
struct	_grouplist
struct	account
struct	local_account
Typedefs
typedef _grouplist	grouplist
typedef account	eb_account
typedef local_account	eb_local_account
Functions
int	load_accounts ()
int	load_contacts ()
void	write_contact_list ()
void	write_account_list ()

---

Typedef Documentation

typedef struct account eb_account

typedef struct local_account eb_local_account

typedef struct _grouplist grouplist

---

Function Documentation

int load_accounts (    )

Definition at line 129 of file account.c. References DBG_CORE, and eb_debug. Referenced by main(), and ok_callback(). { FILE * fp; char buff2[1024]; extern int accountparse(); extern FILE * accountin; g_snprintf(buff2, 1024, "%saccounts",config_dir); if(!(fp = fopen(buff2,"r"))) return 0; accounts = NULL; accountin = fp; accountparse(); eb_debug(DBG_CORE, "closing fp\n"); fclose(fp); return accounts != NULL; }

int load_contacts (    )

Definition at line 154 of file account.c. Referenced by main(), and ok_callback(). { FILE * fp; char buff2[1024]; extern int contactparse(); extern FILE * contactin; g_snprintf(buff2, 1024, "%scontacts",config_dir); if(!(fp = fopen(buff2,"r"))) return 0; contactin = fp; groups = NULL; contactparse(); fclose(fp); return 1; }

void write_account_list (    )

Definition at line 33 of file account.c. References local_account::service_id, and value_pair_print_values(). { FILE * fp; char buff2[1024]; GList * l1; /* * The contact list is a 3 dimensional linked list, at the top * level you have a list of groups, each group can have several * contacts, each contact can have several accounts. Please see * the Nomenclature file in the docs directory for details */ g_snprintf(buff2, 1024, "%saccounts", config_dir); if(!(fp = fdopen(creat(buff2,0700),"w"))) return; for(l1 = accounts; l1; l1=l1->next ) { eb_local_account * ela = (eb_local_account*)l1->data; /* * This is the deal, what a protocol stores as account data is * protocol specific, so you just query for the values you need to write * cool stuff :-) */ GList * config = eb_services[ela->service_id].sc->write_local_config(ela); fprintf(fp, "<ACCOUNT %s>\n", eb_services[ela->service_id].name); value_pair_print_values(config, fp, 1); fprintf( fp, "</ACCOUNT>\n" ); } fclose(fp); }

void write_contact_list (    )

Definition at line 74 of file account.c. References _trigger::action, contact::default_chatb, escape_string(), get_trigger_type_text(), account::handle, contact::language, contact::nick, _trigger::param, account::service_id, contact::trigger, and _trigger::type. Referenced by add_button_callback(), add_unknown(), add_unknown_with_name(), drag_data_get(), eb_import_function(), eb_profile_function(), ignore_dialog_callback(), ok_callback(), remove_account_callback(), remove_contact_callback(), remove_group_callback(), and set_button_callback(). { FILE * fp; char buff2[1024]; GList * l1; GList * l2; GList * l3; /* * The contact list is a 3 dimensional linked list, at the top * level you have a list of groups, each group can have several * contacts, each contact can have several accounts. Please see * the Nomenclature file in the docs directory for details */ g_snprintf(buff2, 1024, "%scontacts", config_dir); if(!(fp = fdopen(creat(buff2,0700),"w"))) return; for(l1 = groups; l1; l1=l1->next ) { fprintf(fp,"<GROUP>\n\tNAME=\"%s\"\n", ((grouplist*)l1->data)->name); for(l2 = ((grouplist*)l1->data)->members; l2; l2=l2->next ) { struct contact * c = (struct contact*)l2->data; char *strbuf = NULL; fprintf(fp, "\t<CONTACT>\n\t\tNAME=\"%s\"\n\t\tDEFAULT_PROTOCOL=\"%s\"\n\t\tLANGUAGE=\"%s\"\n", c->nick, eb_services[c->default_chatb].name, c->language); strbuf = escape_string(c->trigger.param); fprintf(fp, "\t\tTRIGGER_TYPE=\"%s\"\n\t\tTRIGGER_ACTION=\"%s\"\n\t\tTRIGGER_PARAM=\"%s\"\n", get_trigger_type_text(c->trigger.type), get_trigger_action_text(c->trigger.action), strbuf); g_free (strbuf); for(l3 = ((struct contact*)l2->data)->accounts; l3; l3=l3->next) { eb_account * account = (eb_account*)l3->data; fprintf( fp, "\t\t<ACCOUNT %s>\n\t\t\tNAME=\"%s\"\n\t\t</ACCOUNT>\n", eb_services[account->service_id].name, account->handle ); } fprintf( fp, "\t</CONTACT>\n" ); } fprintf( fp, "</GROUP>\n" ); } fclose(fp); }

---

Contact: Andy Maloney     [Documentation generated by doxygen]