/********************************************************************\ * This program is free software; you can redistribute it and/or * * modify it under the terms of the GNU General Public License as * * published by the Free Software Foundation; either version 2 of * * the License, or (at your option) any later version. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License* * along with this program; if not, contact: * * * * Free Software Foundation Voice: +1-617-542-5942 * * 59 Temple Place - Suite 330 Fax: +1-617-542-2652 * * Boston, MA 02111-1307, USA gnu@gnu.org * \********************************************************************/ /** @addtogroup Import_Export @{ */ /** @internal @file import-backend.c @brief import-backend.c: Generic importer backend implementation (duplicate matching algorithm, action handling, etc.) @author Copyright (C) 2002 Benoit Grégoire @author Christian Stimming */ #define _GNU_SOURCE #include "config.h" #include #include #include #include "import-backend.h" #include "import-utilities.h" #include "Account.h" #include "dialog-utils.h" #include "global-options.h" #include "gnc-engine-util.h" #include "gnc-ui-util.h" #define IMPORT_PAGE "Online Banking & Importing" /* from app-utils/prefs.scm */ #define BAYES_OPTION "Use Bayesian Matching?" /********************************************************************\ * Constants * \********************************************************************/ static short module = MOD_IMPORT; /********************************************************************\ * Constants, should idealy be defined a user preference dialog * \********************************************************************/ static const int MATCH_DATE_THRESHOLD=4; /*within 4 days*/ static const int MATCH_DATE_NOT_THRESHOLD = 21; /**Transaction's who have an online_id kvp frame have been downloaded online can probably be skipped in the match list, since it is very unlikely that they would match a transaction downloaded at a later date and yet not have the same online_id. This also increases performance of the matcher. */ static const int SHOW_TRANSACTIONS_WITH_UNIQUE_ID = TRUE; /* DISABLE once account transfer bug is fixed! */ /********************************************************************\ * Forward declared prototypes * \********************************************************************/ static void matchmap_store_destination (GncImportMatchMap *matchmap, GNCImportTransInfo *trans_info, gboolean use_match); /********************************************************************\ * Structures passed between the functions * \********************************************************************/ struct _transactioninfo { Transaction * trans; Split * first_split; /* GList of GNCImportMatchInfo's, one for each possible duplicate match. */ GList * match_list; GNCImportMatchInfo * selected_match_info; gboolean match_selected_manually; GNCImportAction action; GNCImportAction previous_action; /* A list of tokenized strings to use for bayesian matching purposes */ GList * match_tokens; /* In case of a single destination account it is stored here. */ Account *dest_acc; gboolean dest_acc_selected_manually; }; struct _matchinfo { Transaction * trans; Split * split; //GNC_match_probability probability; gint probability; }; /* Some simple getters and setters for the above data types. */ GList * gnc_import_TransInfo_get_match_list (const GNCImportTransInfo *info) { g_assert (info); return info->match_list; } Transaction * gnc_import_TransInfo_get_trans (const GNCImportTransInfo *info) { g_assert (info); return info->trans; } gboolean gnc_import_TransInfo_is_balanced (const GNCImportTransInfo *info) { g_assert (info); if(gnc_numeric_equal(xaccTransGetImbalance(gnc_import_TransInfo_get_trans(info)),gnc_numeric_zero())) { return TRUE; } else { return FALSE; } } Split * gnc_import_TransInfo_get_fsplit (const GNCImportTransInfo *info) { g_assert (info); return info->first_split; } GNCImportMatchInfo * gnc_import_TransInfo_get_selected_match (const GNCImportTransInfo *info) { g_assert (info); return info->selected_match_info; } void gnc_import_TransInfo_set_selected_match (GNCImportTransInfo *info, GNCImportMatchInfo *match, gboolean selected_manually) { g_assert (info); info->selected_match_info = match; info->match_selected_manually = selected_manually; } gboolean gnc_import_TransInfo_get_match_selected_manually (const GNCImportTransInfo *info) { g_assert (info); return info->match_selected_manually; } GNCImportAction gnc_import_TransInfo_get_action (const GNCImportTransInfo *info) { g_assert (info); return info->action; } void gnc_import_TransInfo_set_action (GNCImportTransInfo *info, GNCImportAction action) { g_assert (info); if(action!=info->action) { info->previous_action = info->action; info->action = action; } } Account * gnc_import_TransInfo_get_destacc (const GNCImportTransInfo *info) { g_assert (info); return info->dest_acc; } void gnc_import_TransInfo_set_destacc (GNCImportTransInfo *info, Account *acc, gboolean selected_manually) { g_assert (info); info->dest_acc = acc; info->dest_acc_selected_manually = selected_manually; /* Store the mapping to the other account in the MatchMap. */ if(selected_manually) { matchmap_store_destination (NULL, info, FALSE); } } gboolean gnc_import_TransInfo_get_destacc_selected_manually (const GNCImportTransInfo *info) { g_assert (info); return info->dest_acc_selected_manually; } Split * gnc_import_MatchInfo_get_split (const GNCImportMatchInfo * info) { g_assert (info); return info->split; } gint gnc_import_MatchInfo_get_probability (const GNCImportMatchInfo * info) { if(info) { return info->probability; } else { return 0; } } void gnc_import_TransInfo_delete (GNCImportTransInfo *info) { if (info) { g_list_free (info->match_list); /*If the transaction is still open, it must be destroyed*/ if(xaccTransIsOpen(info->trans)==TRUE) { xaccTransDestroy(info->trans); xaccTransCommitEdit(info->trans); } if (info->match_tokens) { GList *node; for (node = info->match_tokens; node; node = node->next) g_free (node->data); g_list_free (info->match_tokens); } g_free(info); } } GdkPixmap* gen_probability_pixmap(gint score_original, GNCImportSettings *settings, GtkWidget * widget) { GdkPixmap* retval = NULL; gint i, j; gint score; const gint height = 15; const gint width_each_bar = 7; gchar * green_bar = ("bggggb "); gchar * yellow_bar = ("byyyyb "); gchar * red_bar = ("brrrrb "); gchar * black_bar = ("bbbbbb "); const gint width_first_bar = 1; gchar * black_first_bar = ("b"); const gint num_colors = 5; gchar * size_str; gchar * none_color_str = g_strdup_printf(" c None"); gchar * green_color_str = g_strdup_printf("g c green"); gchar * yellow_color_str = g_strdup_printf("y c yellow"); gchar * red_color_str = g_strdup_printf("r c red"); gchar * black_color_str = g_strdup_printf("b c black"); gchar * xpm[2+num_colors+height]; g_assert(settings); g_assert(widget); if (score_original < 0) { score = 0; } else { score=score_original; } size_str = g_strdup_printf("%d%s%d%s%d%s",(width_each_bar*score)+width_first_bar/*width*/," ",height," ",num_colors," 1"/*characters per pixel*/); /*DEBUG("Begin");*/ xpm[0]=size_str; xpm[1]=none_color_str; xpm[2]=green_color_str; xpm[3]=yellow_color_str; xpm[4]=red_color_str; xpm[5]=black_color_str; for(i=0;i=gnc_import_Settings_get_clear_threshold(settings)) { strcat(xpm[num_colors+1+i],green_bar); } else { strcat(xpm[num_colors+1+i],yellow_bar); } } } } retval = gdk_pixmap_colormap_create_from_xpm_d (NULL, gtk_widget_get_colormap(widget), NULL, NULL, xpm); for(i=0;i<=num_colors+height;i++) { /*DEBUG("free_loop i=%d%s%s",i,": ",xpm[i]);*/ g_free(xpm[i]); } return retval; } /*-************************************************************************ * MatchMap- related functions (storing and retrieving) */ /* Tokenize a string and append to an existing GList(or an empty GList) * the tokens */ static GList* tokenize_string(GList* existing_tokens, const char *string) { char **tokenized_strings; /* array of strings returned by g_strsplit() */ char **stringpos; tokenized_strings = g_strsplit(string, " ", 0); stringpos = tokenized_strings; /* add each token to the token GList */ while(stringpos && *stringpos) { /* prepend the char* to the token GList */ existing_tokens = g_list_prepend(existing_tokens, g_strdup(*stringpos)); /* then move to the next string */ stringpos++; } /* free up the strings that g_strsplit() created */ g_strfreev(tokenized_strings); return existing_tokens; } /* create and return a list of tokens for a given transaction info. */ static GList* TransactionGetTokens(GNCImportTransInfo *info) { Transaction* transaction; GList* tokens; const char* text; time_t transtime; struct tm *tm_struct; char local_day_of_week[16]; Split* split; int split_index; g_return_val_if_fail (info, NULL); if (info->match_tokens) return info->match_tokens; transaction = gnc_import_TransInfo_get_trans(info); g_assert(transaction); tokens = 0; /* start off with an empty list */ /* make tokens from the transaction description */ text = xaccTransGetDescription(transaction); tokens = tokenize_string(tokens, text); /* the day of week the transaction occured is a good indicator of * what account this transaction belongs in get the date and covert * it to day of week as a token */ transtime = xaccTransGetDate(transaction); tm_struct = gmtime(&transtime); if(!strftime(local_day_of_week, sizeof(local_day_of_week), "%A", tm_struct)) { PERR("TransactionGetTokens: error, strftime failed\n"); } /* we cannot add a locally allocated string to this array, dup it so * it frees the same way the rest do */ tokens = g_list_prepend(tokens, g_strdup(local_day_of_week)); /* make tokens from the memo of each split of this transaction */ split_index = 0; while((split = xaccTransGetSplit(transaction, split_index))) { text = xaccSplitGetMemo(split); tokens = tokenize_string(tokens, text); split_index++; /* next split */ } /* remember the list of tokens for later.. */ info->match_tokens = tokens; /* return the pointer to the GList */ return tokens; } /* searches using the GNCImportTransInfo through all existing transactions * if there is an exact match of the description and memo */ static Account * matchmap_find_destination (GncImportMatchMap *matchmap, GNCImportTransInfo *info) { GncImportMatchMap *tmp_map; Account *result; GList* tokens; gboolean useBayes; g_assert (info); tmp_map = ((matchmap != NULL) ? matchmap : gnc_imap_create_from_account (xaccSplitGetAccount (gnc_import_TransInfo_get_fsplit (info)))); useBayes = gnc_lookup_boolean_option(IMPORT_PAGE, BAYES_OPTION, TRUE); if(useBayes) { /* get the tokens for this transaction* */ tokens = TransactionGetTokens(info); /* try to find the destination account for this transaction from its tokens */ result = gnc_imap_find_account_bayes(tmp_map, tokens); } else { /* old system of transaction to account matching */ result = gnc_imap_find_account (tmp_map, GNCIMPORT_DESC, xaccTransGetDescription (gnc_import_TransInfo_get_trans (info))); } /* Disable matching by memo, until bayesian filtering is implemented. * It's currently unlikely to help, and has adverse effects, * causing false positives, since very often the type of the * transaction is stored there. if (result == NULL) result = gnc_imap_find_account (tmp_map, GNCIMPORT_MEMO, xaccSplitGetMemo (gnc_import_TransInfo_get_fsplit (info))); */ if (matchmap == NULL) gnc_imap_destroy (tmp_map); return result; } /** Store the destination account from trans_info in the matchmap. If 'use_match' is true, the destination account of the selected matching/duplicate transaction is used; otherwise, the stored destination_acc pointer is used. */ static void matchmap_store_destination (GncImportMatchMap *matchmap, GNCImportTransInfo *trans_info, gboolean use_match) { GncImportMatchMap *tmp_matchmap = NULL; Account *dest; const char *descr, *memo; GList *tokens; gboolean useBayes; g_assert (trans_info); /* This will store the destination account of the selected match if the recondile match selected has only two split. Good idea Christian! */ dest = ((use_match) ? xaccSplitGetAccount (xaccSplitGetOtherSplit (gnc_import_MatchInfo_get_split (gnc_import_TransInfo_get_selected_match (trans_info)))) : gnc_import_TransInfo_get_destacc (trans_info)); if (dest == NULL) return; tmp_matchmap = ((matchmap != NULL) ? matchmap : gnc_imap_create_from_account (xaccSplitGetAccount (gnc_import_TransInfo_get_fsplit (trans_info)))); /* see what matching system we are currently using */ useBayes = gnc_lookup_boolean_option(IMPORT_PAGE, BAYES_OPTION, TRUE); if(useBayes) { /* tokenize this transaction */ tokens = TransactionGetTokens(trans_info); /* add the tokens to the imap with the given destination account */ gnc_imap_add_account_bayes(tmp_matchmap, tokens, dest); } else { /* old matching system */ descr = xaccTransGetDescription (gnc_import_TransInfo_get_trans (trans_info)); if (descr && (strlen (descr) > 0)) gnc_imap_add_account (tmp_matchmap, GNCIMPORT_DESC, descr, dest); memo = xaccSplitGetMemo (gnc_import_TransInfo_get_fsplit (trans_info)); if (memo && (strlen (memo) > 0)) gnc_imap_add_account (tmp_matchmap, GNCIMPORT_MEMO, memo, dest); } /* if(useBayes) */ if (matchmap == NULL) gnc_imap_destroy (tmp_matchmap); } /** @brief The transaction matching heuristics are here. */ static void split_find_match (GNCImportTransInfo * trans_info, Split * split, gint display_threshold, double fuzzy_amount_difference) { /* DEBUG("Begin"); */ /*Ignore the split if the transaction is open for edit, meaning it was just downloaded. Ignore the split if the transaction has an online ID , unless overriden in prefs (i.e. do not ignore the split if the online_id kvp is NULL or if it has zero length). */ if ((xaccTransIsOpen(xaccSplitGetParent(split)) == FALSE) && ((gnc_import_get_trans_online_id(xaccSplitGetParent(split))==NULL) || (strlen(gnc_import_get_trans_online_id(xaccSplitGetParent(split))) == 0) || SHOW_TRANSACTIONS_WITH_UNIQUE_ID==TRUE)) { GNCImportMatchInfo * match_info; gint prob = 0; double downloaded_split_amount, match_split_amount; time_t match_time, download_time; int datediff_day; /* Matching heuristics */ /* Amount heuristics */ downloaded_split_amount = gnc_numeric_to_double (xaccSplitGetAmount(gnc_import_TransInfo_get_fsplit (trans_info))); /*DEBUG(" downloaded_split_amount=%f", downloaded_split_amount);*/ match_split_amount = gnc_numeric_to_double(xaccSplitGetAmount(split)); /*DEBUG(" match_split_amount=%f", match_split_amount);*/ if(gnc_numeric_equal(xaccSplitGetAmount (gnc_import_TransInfo_get_fsplit (trans_info)), xaccSplitGetAmount(split))) { prob = prob+3; /*DEBUG("heuristics: probability + 3 (amount)");*/ } else if (fabs (downloaded_split_amount - match_split_amount) <= fuzzy_amount_difference) { /* ATM fees are sometimes added directly in the transaction. So you withdraw 100$ and get charged 101,25$ in the same transaction */ prob = prob+2; /*DEBUG("heuristics: probability + 2 (amount)");*/ } else { /* If a transaction's amount doesn't match within the threshold, it's very unlikely to be the same transaction so we give it an extra -1 penality */ prob = prob-1; /* DEBUG("heuristics: probability - 1 (amount)"); */ } /* Date heuristics */ match_time = xaccTransGetDate (xaccSplitGetParent (split)); download_time = xaccTransGetDate (gnc_import_TransInfo_get_trans (trans_info)); datediff_day = abs(match_time - download_time)/86400; /* Sorry, there are not really functions around at all that provide for less hacky calculation of days of date differences. Whatever. On the other hand, the difference calculation itself will work regardless of month/year turnarounds. */ /*DEBUG("diff day %d", datediff_day);*/ if (datediff_day == 0) { prob = prob+3; /*DEBUG("heuristics: probability + 3 (date)");*/ } else if (datediff_day <= MATCH_DATE_THRESHOLD) { prob = prob+2; /*DEBUG("heuristics: probability + 2 (date)");*/ } else if (datediff_day > MATCH_DATE_NOT_THRESHOLD) { /* Extra penalty if that split lies awfully far away from the given one. */ prob = prob-10; /*DEBUG("heuristics: probability - 10 (date)"); */ } /* Check number heuristics */ if(strlen(xaccTransGetNum(gnc_import_TransInfo_get_trans (trans_info)))!=0) { if((strcmp(xaccTransGetNum (gnc_import_TransInfo_get_trans (trans_info)), xaccTransGetNum(xaccSplitGetParent(split))) ==0)) { /*An exact match of the Check number gives a +5 */ prob = prob+5; /*DEBUG("heuristics: probability + 5 (Check number)");*/ } } /* Memo heuristics */ if(strlen(xaccSplitGetMemo(gnc_import_TransInfo_get_fsplit (trans_info)))!=0) { if((strcmp(xaccSplitGetMemo(gnc_import_TransInfo_get_fsplit (trans_info)), xaccSplitGetMemo(split)) ==0)) { /* An exact match of memo gives a +2 */ prob = prob+2; /* DEBUG("heuristics: probability + 2 (memo)"); */ } else if((strncmp(xaccSplitGetMemo(gnc_import_TransInfo_get_fsplit (trans_info)), xaccSplitGetMemo(split), strlen(xaccSplitGetMemo(split))/2) ==0)) { /* Very primitive fuzzy match worth +1. This matches the first 50% of the strings to skip annoying transaction number some banks seem to include in the memo but someone should write something more sophisticated */ prob = prob+1; /*DEBUG("heuristics: probability + 1 (memo)"); */ } } /* Description heuristics */ if(strlen(xaccTransGetDescription(gnc_import_TransInfo_get_trans (trans_info)))!=0) { if((strcmp(xaccTransGetDescription (gnc_import_TransInfo_get_trans (trans_info)), xaccTransGetDescription(xaccSplitGetParent(split))) ==0)) { /*An exact match of Description gives a +2 */ prob = prob+2; /*DEBUG("heuristics: probability + 2 (description)");*/ } else if((strncmp(xaccTransGetDescription (gnc_import_TransInfo_get_trans (trans_info)), xaccTransGetDescription(xaccSplitGetParent(split)), strlen(xaccTransGetDescription (gnc_import_TransInfo_get_trans (trans_info)))/2) ==0)) { /* Very primitive fuzzy match worth +1. This matches the first 50% of the strings to skip annoying transaction number some banks seem to include in the memo but someone should write something more sophisticated */ prob = prob+1; /*DEBUG("heuristics: probability + 1 (description)"); */ } } /*Online id punishment*/ if ((gnc_import_get_trans_online_id(xaccSplitGetParent(split))!=NULL) && (strlen(gnc_import_get_trans_online_id(xaccSplitGetParent(split)))>0)) { /* If the pref is to show match even with online ID's, puninsh the transaction with online id */ /* DISABLED, it's the wrong solution to the problem. benoitg, 24/2/2003 */ /*prob = prob-3;*/ } /* Is the probability high enough? Otherwise do nothing and return. */ if(prob < display_threshold) { return; } /* The probability is high enough, so allocate an object here. Allocating it only when it's actually being used is probably quite some performance gain. */ match_info = g_new0(GNCImportMatchInfo,1); match_info->probability = prob; match_info->split = split; match_info->trans = xaccSplitGetParent(split); /* Append that to the list. */ trans_info->match_list = g_list_append(trans_info->match_list, match_info); } }/* end split_find_match */ /** /brief Iterate through all splits of the originating account of the given transaction, and find all matching splits there. */ void gnc_import_find_split_matches(GNCImportTransInfo *trans_info, gint process_threshold, double fuzzy_amount_difference) { GList * list_element; g_assert (trans_info); /* Get list of splits of the originating account. */ list_element = g_list_first (xaccAccountGetSplitList (xaccSplitGetAccount (gnc_import_TransInfo_get_fsplit (trans_info)))); /* Traverse that list, calling split_find_match on each one. Note that xaccAccountForEachSplit is declared in Account.h but implemented nowhere :-( */ while(list_element!=NULL) { split_find_match (trans_info, list_element->data, process_threshold, fuzzy_amount_difference); list_element = g_list_next (list_element); } } /*********************************************************************** */ /** /brief -- Processes every selected match according to its selected action. */ void gnc_import_process_trans_clist (GtkCList *clist, GncImportMatchMap *matchmap) { GNCImportTransInfo * trans_info; gint row_number = 0, i = 0; g_assert (clist); /* DEBUG("Begin"); */ gtk_clist_freeze (clist); trans_info = (GNCImportTransInfo *) gtk_clist_get_row_data(clist, 0); for(i = 1; trans_info != NULL; i++) { g_assert (trans_info); /*DEBUG("Iteration %d, action %d, split %s", i, trans_info->action, xaccTransGetDescription (gnc_import_TransInfo_get_trans (trans_info)))*/ switch (gnc_import_TransInfo_get_action (trans_info)) { case GNCImport_SKIP: break; case GNCImport_ADD: /* Transaction gets imported. */ /* Is the transaction not balanced and there is a non-NULL destination account? */ if (gnc_import_TransInfo_is_balanced(trans_info) == FALSE && gnc_import_TransInfo_get_destacc(trans_info) != NULL) { /* Create the 'other' split. */ Split *split = xaccMallocSplit (xaccAccountGetBook (gnc_import_TransInfo_get_destacc (trans_info))); xaccTransAppendSplit (gnc_import_TransInfo_get_trans (trans_info), split); xaccAccountInsertSplit (gnc_import_TransInfo_get_destacc (trans_info), split); xaccSplitSetBaseValue (split, gnc_numeric_neg(xaccTransGetImbalance (gnc_import_TransInfo_get_trans (trans_info))), xaccTransGetCurrency (gnc_import_TransInfo_get_trans (trans_info))); xaccSplitSetMemo (split, _("Auto-Balance split")); } xaccSplitSetReconcile(gnc_import_TransInfo_get_fsplit (trans_info), CREC); /*Set reconcile date to today*/ xaccSplitSetDateReconciledSecs(gnc_import_TransInfo_get_fsplit (trans_info), time(NULL)); /* Done editing. */ xaccTransCommitEdit (gnc_import_TransInfo_get_trans (trans_info)); break; case GNCImport_CLEAR: /* Transaction gets not imported but the matching one gets reconciled. */ if(gnc_import_MatchInfo_get_split (gnc_import_TransInfo_get_selected_match (trans_info)) ==NULL) { PERR("The split I am trying to reconcile is NULL, shouldn't happen!") } else { /* Reconcile the matching transaction */ /*DEBUG("BeginEdit selected_match")*/ xaccTransBeginEdit(trans_info->selected_match_info->trans); if (xaccSplitGetReconcile (trans_info->selected_match_info->split) == NREC) xaccSplitSetReconcile (trans_info->selected_match_info->split, CREC); /* Set reconcile date to today */ xaccSplitSetDateReconciledSecs (trans_info->selected_match_info->split,time(NULL)); /* Copy the online id to the reconciled transaction, so the match will be remembered */ if ((gnc_import_get_trans_online_id(trans_info->trans) != NULL) && (strlen (gnc_import_get_trans_online_id(trans_info->trans)) > 0)) gnc_import_set_trans_online_id (trans_info->selected_match_info->trans, gnc_import_get_trans_online_id(trans_info->trans)); /* Done editing. */ /*DEBUG("CommitEdit selected_match")*/ xaccTransCommitEdit (trans_info->selected_match_info->trans); /* Store the mapping to the other account in the MatchMap. */ matchmap_store_destination (matchmap, trans_info, TRUE); /* Erase the downloaded transaction */ xaccTransDestroy(trans_info->trans); /*DEBUG("CommitEdit trans")*/ xaccTransCommitEdit(trans_info->trans); } break; case GNCImport_EDIT: PERR("EDIT action is UNSUPPORTED!") break; default: DEBUG("Invalid GNCImportAction for this imported transaction."); } /* For all actions except SKIP delete this transaction now. */ if(trans_info->action != GNCImport_SKIP) { row_number = gtk_clist_find_row_from_data(clist, trans_info); gtk_clist_remove (clist, row_number); /* decrement the iteration counter since we've just removed one row. */ i--; } /* Get next trans_info, NULL if finished */ trans_info = (GNCImportTransInfo *) gtk_clist_get_row_data(clist, i); } /*DEBUG("End");*/ gtk_clist_thaw (clist); /*DEBUG("Thawed.")*/ } /********************************************************************\ * check_trans_online_id() Callback function to be used by * gnc_import_exists_online_id. Takes pointers to two transaction and * returns TRUE if their online_id kvp_frame do NOT match, or if both * pointers point to the same transaction. * \********************************************************************/ static gboolean check_trans_online_id(Transaction *trans1, void *user_data) { Transaction *trans2 = user_data; const gchar *online_id1 = gnc_import_get_trans_online_id(trans1); const gchar *online_id2 = gnc_import_get_trans_online_id(trans2); if ((trans1 == trans2) || (online_id1 == NULL) || (online_id2 == NULL) || (strcmp(online_id1, online_id2) != 0)) { return TRUE; } else { //printf("test_trans_online_id(): Duplicate found\n"); return FALSE; } } /** Checks whether the given transaction's online_id already exists in its parent account. */ gboolean gnc_import_exists_online_id (Transaction *trans) { int i; gboolean online_id_exists = FALSE; Account *dest_acct; Split *source_split; /* For each split in the transaction, check whether the parent account contains a transaction with the same online id. */ for (i=0; ((source_split = xaccTransGetSplit(trans, i)) != NULL) && (online_id_exists == FALSE); i++) { /* DEBUG("%s%d%s","Checking split ",i," for duplicates"); */ dest_acct = xaccSplitGetAccount(source_split); online_id_exists = !xaccAccountForEachTransaction(dest_acct, check_trans_online_id, trans); } /* If it does, abort the process for this transaction, since it is already in the system. */ if (online_id_exists == TRUE) { DEBUG("%s","Transaction with same online ID exists, destroying current transaction"); xaccTransDestroy(trans); xaccTransCommitEdit(trans); } return online_id_exists; } /* ****************************************************************** */ /** Create a new object of GNCImportTransInfo here. */ GNCImportTransInfo * gnc_import_TransInfo_new (Transaction *trans, GncImportMatchMap *matchmap) { GNCImportTransInfo *transaction_info; g_assert (trans); transaction_info = g_new0(GNCImportTransInfo,1); transaction_info->trans=trans; /* Only use first split, the source split */ transaction_info->first_split = xaccTransGetSplit(trans,0); /* Try to find a previously selected destination account string match for the ADD action */ gnc_import_TransInfo_set_destacc (transaction_info, matchmap_find_destination (matchmap, transaction_info), FALSE); return transaction_info; } /** compare_probability() is used by g_list_sort to sort by probability */ static gint compare_probability (gconstpointer a, gconstpointer b) { return(((GNCImportMatchInfo *)b)->probability - ((GNCImportMatchInfo *)a)->probability); } /** Iterates through all splits of the originating account of * trans_info. Sorts the resulting list and sets the selected_match * and action fields in the trans_info. */ void gnc_import_TransInfo_init_matches (GNCImportTransInfo *trans_info, GNCImportSettings *settings) { GNCImportMatchInfo * best_match; g_assert (trans_info); /* Find all split matches in originating account. */ gnc_import_find_split_matches(trans_info, gnc_import_Settings_get_display_threshold (settings), gnc_import_Settings_get_fuzzy_amount (settings)); if (trans_info->match_list != NULL) { trans_info->match_list = g_list_sort(trans_info->match_list, compare_probability); best_match = g_list_nth_data(trans_info->match_list,0); gnc_import_TransInfo_set_selected_match (trans_info, best_match, FALSE); if(best_match != NULL && best_match->probability >= gnc_import_Settings_get_clear_threshold(settings)) { trans_info->action = GNCImport_CLEAR; trans_info->selected_match_info = best_match; } else if(best_match == NULL || best_match->probability <= gnc_import_Settings_get_add_threshold(settings) ) { trans_info->action=GNCImport_ADD; } else { trans_info->action=GNCImport_SKIP; } } else trans_info->action = GNCImport_ADD; trans_info->previous_action=trans_info->action; } /* Try to automatch a transaction to a destination account if the */ /* transaction hasn't already been manually assigned to another account */ gboolean gnc_import_TransInfo_refresh_destacc (GNCImportTransInfo *transaction_info, GncImportMatchMap *matchmap) { Account *orig_destacc; Account *new_destacc = NULL; g_assert(transaction_info); orig_destacc = gnc_import_TransInfo_get_destacc(transaction_info); /* if we haven't manually selected a destination account for this transaction */ if(gnc_import_TransInfo_get_destacc_selected_manually(transaction_info) == FALSE) { /* Try to find the destination account for this transaction based on prior ones */ new_destacc = matchmap_find_destination(matchmap, transaction_info); gnc_import_TransInfo_set_destacc(transaction_info, new_destacc, FALSE); } else { new_destacc = orig_destacc; } /* account has changed */ if(new_destacc != orig_destacc) { return TRUE; } else /* account is the same */ { return FALSE; } } /** @} */