CONFIG_NODE *config_node_section_index(CONFIG_NODE *parent, const char *key,
int index, int new_type)
{
CONFIG_NODE *node;
int nindex;
g_return_val_if_fail(parent != NULL, NULL);
g_return_val_if_fail(is_node_list(parent), NULL);
node = key == NULL ? NULL : config_node_find(parent, key);
if (node != NULL) {
g_return_val_if_fail(new_type == -1 || new_type == node->type, NULL);
nindex = g_slist_index(parent->value, node);
if (index >= 0 && nindex != index &&
nindex <= g_slist_length(parent->value)) {
/* move it to wanted position */
parent->value = g_slist_remove(parent->value, node);
parent->value = g_slist_insert(parent->value, node, index);
}
return node;
}
if (new_type == -1)
return NULL;
node = g_new0(CONFIG_NODE, 1);
parent->value = index < 0 ? g_slist_append(parent->value, node) :
g_slist_insert(parent->value, node, index);
node->type = new_type;
node->key = key == NULL ? NULL : g_strdup(key);
return node;
}
gint gtk_clist_insert(GtkCList *clist, gint row, gchar *text[])
{
GtkWidget *widget = GTK_WIDGET(clist);
HWND hWnd;
GtkCListRow *new_row;
gint i;
if (row < 0)
row = clist->rows;
new_row = g_new0(GtkCListRow, 1);
new_row->text = g_new0(gchar *, clist->cols);
for (i = 0; i < clist->cols; i++) {
new_row->text[i] = g_strdup(text[i]);
}
gtk_clist_update_widths(clist, new_row->text);
gtk_clist_do_auto_resize(clist);
clist->rowdata = g_slist_insert(clist->rowdata, (gpointer)new_row, row);
clist->rows = g_slist_length(clist->rowdata);
if (GTK_WIDGET_REALIZED(widget)) {
hWnd = widget->hWnd;
SendMessage(hWnd, LB_INSERTSTRING, (WPARAM)row, (LPARAM)NULL);
}
return row;
}
static void
cg_combo_flags_cell_layout_reorder (GtkCellLayout *layout,
GtkCellRenderer *cell,
gint position)
{
CgComboFlags *combo;
CgComboFlagsPrivate *priv;
CgComboFlagsCellInfo *info;
GSList *link;
combo = CG_COMBO_FLAGS (layout);
priv = CG_COMBO_FLAGS_PRIVATE (combo);
info = cg_combo_flags_get_cell_info (combo, cell);
g_return_if_fail (info != NULL);
link = g_slist_find (priv->cells, info);
g_return_if_fail (link != NULL);
priv->cells = g_slist_remove_link (priv->cells, link);
priv->cells = g_slist_insert (priv->cells, info, position);
if (priv->column != NULL)
gtk_cell_layout_reorder (GTK_CELL_LAYOUT (priv->column), cell, position);
gtk_widget_queue_draw (GTK_WIDGET (combo));
}
void event_button_motion_notify(XEvent* e) {
Panel* panel = get_panel(e->xany.window);
if (!panel || !task_drag) return;
// Find the taskbar on the event's location
point_T point = {e->xbutton.x, e->xbutton.y};
Taskbar* event_taskbar = click_taskbar(panel, point);
if (event_taskbar == NULL) return;
// Find the task on the event's location
Task* event_task = click_task(panel, point);
// If the event takes place on the same taskbar as the task being dragged
if (event_taskbar == task_drag->area.parent) {
// Swap the task_drag with the task on the event's location (if they differ)
if (event_task && event_task != task_drag) {
GSList* drag_iter = g_slist_find(event_taskbar->area.list, task_drag);
GSList* task_iter = g_slist_find(event_taskbar->area.list, event_task);
if (drag_iter && task_iter) {
gpointer temp = task_iter->data;
task_iter->data = drag_iter->data;
drag_iter->data = temp;
event_taskbar->area.resize = 1;
panel_refresh = 1;
task_dragged = 1;
}
}
} else { // The event is on another taskbar than the task being dragged
if (task_drag->desktop == ALLDESKTOP || panel_mode != MULTI_DESKTOP) return;
Taskbar* drag_taskbar = (Taskbar*)task_drag->area.parent;
drag_taskbar->area.list =
g_slist_remove(drag_taskbar->area.list, task_drag);
if (event_taskbar->area.posx > drag_taskbar->area.posx ||
event_taskbar->area.posy > drag_taskbar->area.posy) {
int i = (taskbarname_enabled) ? 1 : 0;
event_taskbar->area.list =
g_slist_insert(event_taskbar->area.list, task_drag, i);
} else
event_taskbar->area.list =
g_slist_append(event_taskbar->area.list, task_drag);
// Move task to other desktop (but avoid the 'Window desktop changed' code
// in 'event_property_notify')
task_drag->area.parent = event_taskbar;
task_drag->desktop = event_taskbar->desktop;
windows_set_desktop(task_drag->win, event_taskbar->desktop);
event_taskbar->area.resize = 1;
drag_taskbar->area.resize = 1;
task_dragged = 1;
panel_refresh = 1;
}
}
gboolean feed_insert_item(Feed *feed, FeedItem *item, gint pos)
{
g_return_val_if_fail(feed != NULL, FALSE);
g_return_val_if_fail(item != NULL, FALSE);
g_return_val_if_fail(pos < 0, FALSE);
feed->items = g_slist_insert(feed->items, item, pos);
return TRUE;
}
libspectrum_error
libspectrum_tape_insert_block( libspectrum_tape *tape,
libspectrum_tape_block *block,
size_t position )
{
tape->blocks = g_slist_insert( tape->blocks, block, position );
return LIBSPECTRUM_ERROR_NONE;
}
// Add to the hash index
static void fl_hashindex_insert(fl_list_t *fl) {
GSList *cur = g_hash_table_lookup(fl_hash_index, fl->tth);
if(cur) {
g_return_if_fail(cur == g_slist_insert(cur, fl, 1)); // insert item without modifying the pointer
} else {
cur = g_slist_prepend(cur, fl);
g_hash_table_insert(fl_hash_index, fl->tth, cur);
fl_local_list_size += fl->size;
}
fl_local_list_length = g_hash_table_size(fl_hash_index);
}
void
libspectrum_rzx_insert_snap( libspectrum_rzx *rzx, libspectrum_snap *snap,
int where )
{
rzx_block_t *block;
block_alloc( &block, LIBSPECTRUM_RZX_SNAPSHOT_BLOCK );
block->types.snap.snap = snap;
block->types.snap.automatic = 0;
rzx->blocks = g_slist_insert( rzx->blocks, block, where );
}
void
node_set_parent (nodePtr node, nodePtr parent, gint position)
{
g_assert (NULL != parent);
parent->children = g_slist_insert (parent->children, node, position);
node->parent = parent;
/* new nodes may be provided by another node source, if
not they are handled by the parents node source */
if (!node->source)
node->source = parent->source;
}
/**
* Adds header to current message headers at specified position
*/
void sipmsg_add_header_now_pos(struct sipmsg *msg, const gchar *name, const gchar *value, int pos) {
struct sipnameval *element = g_new0(struct sipnameval,1);
/* SANITY CHECK: the calling code must be fixed if this happens! */
if (!value) {
SIPE_DEBUG_ERROR("sipmsg_add_header_now_pos: NULL value for %s (%d)",
name, pos);
value = "";
}
element->name = g_strdup(name);
element->value = g_strdup(value);
msg->headers = g_slist_insert(msg->headers, element,pos);
}
ChartDatum *
chart_parameter_add(Chart *chart,
gdouble (*user_func)(), gpointer user_data,
const gchar *color_names, ChartAdjustment *adj, int pageno,
gdouble bot_min, gdouble bot_max, gdouble top_min, gdouble top_max)
{
ChartDatum *datum = g_malloc(sizeof(*datum));
datum->chart = chart;
datum->user_func = user_func;
datum->user_data = user_data;
datum->rescale = FALSE;
datum->active = TRUE;
datum->idle = datum->newest = datum->history_count = 0;
datum->top_max = top_max;
datum->bot_max = bot_max;
datum->top_min = top_min;
datum->bot_min = bot_min;
if (adj == NULL)
{
adj = g_malloc(sizeof(*adj));
adj->upper = datum->top_min;
adj->lower = datum->bot_max;
}
datum->adj = adj;
#ifdef DEBUG
printf("Initial bounds %d: %lf - %lf | %lf - %lf (%f...%f)\n", pageno,
datum->bot_min, datum->bot_max, datum->top_min, datum->top_max, datum->adj->lower, datum->adj->upper);
#endif
datum->colors = 0;
datum->color_names = g_strdup(color_names);
datum->gdk_gc = NULL;
datum->gdk_color = NULL;
chart->param = g_slist_insert(chart->param, datum, pageno);
datum->plot_style = chart->default_plot_style;
datum->scale_style = chart->default_scale_style;
datum->skip = 2;
datum->history_size = chart->default_history_size;
datum->history = g_malloc(datum->history_size * sizeof(*datum->history));
return datum;
}
/* pos == 0 ... move to start
* pos == -1 ... move to end
* pos == n ... move before sibling at position n
*/
void
icontainer_child_move( iContainer *child, int pos )
{
iContainer *parent = child->parent;
parent->children = g_slist_remove( parent->children, child );
if( pos >= 0 )
parent->children = g_slist_insert( parent->children,
child, pos );
else
parent->children = g_slist_append( parent->children, child );
icontainer_pos_renumber( parent );
iobject_changed( IOBJECT( child ) );
}
static void
servlist_move_network (ircnet *net, int delta)
{
int pos;
pos = g_slist_index (network_list, net);
if (pos >= 0)
{
pos += delta;
if (pos >= 0)
{
network_list = g_slist_remove (network_list, net);
network_list = g_slist_insert (network_list, net, pos);
servlist_networks_populate (networks_tree, network_list);
}
}
}
static void
servlist_move_server (ircserver *serv, int delta)
{
int pos;
pos = g_slist_index (selected_net->servlist, serv);
if (pos >= 0)
{
pos += delta;
if (pos >= 0)
{
selected_net->servlist = g_slist_remove (selected_net->servlist, serv);
selected_net->servlist = g_slist_insert (selected_net->servlist, serv, pos);
servlist_servers_populate (selected_net, edit_tree);
}
}
}
/**
* mx_combo_box_insert_text:
* @box: A #MxComboBox
* @position: zero indexed position to insert the item at
* @text: name of the item
*
* Insert an item into the combo box list.
*
*/
void
mx_combo_box_insert_text (MxComboBox *box,
gint position,
const gchar *text)
{
MxAction *action;
g_return_if_fail (MX_IS_COMBO_BOX (box));
action = mx_action_new ();
mx_action_set_display_name (action, text);
box->priv->actions = g_slist_insert (box->priv->actions,
g_object_ref_sink (action),
position);
mx_combo_box_update_menu (box);
}
static void
xkb_layouts_dnd_data_received (GtkWidget * widget, GdkDragContext * dc,
gint x, gint y,
GtkSelectionData * selection_data,
guint info, guint t, GtkBuilder * dialog)
{
gint sidx = find_selected_layout_idx (dialog);
GtkWidget *tree_view = WID ("xkb_layouts_selected");
GtkTreePath *path = NULL;
GtkTreeViewDropPosition pos;
gint didx;
gchar *id;
GSList *layouts_list;
GSList *node2Remove;
if (sidx == -1)
return;
layouts_list = xkb_layouts_get_selected_list ();
node2Remove = g_slist_nth (layouts_list, sidx);
id = (gchar *) node2Remove->data;
layouts_list = g_slist_delete_link (layouts_list, node2Remove);
if (!gtk_tree_view_get_dest_row_at_pos
(GTK_TREE_VIEW (tree_view), x, y, &path, &pos)) {
/* Move to the very end */
layouts_list =
g_slist_append (layouts_list, g_strdup (id));
xkb_layouts_set_selected_list (layouts_list);
} else if (path != NULL) {
gint *indices = gtk_tree_path_get_indices (path);
didx = indices[0];
gtk_tree_path_free (path);
/* Move to the new position */
if (sidx != didx) {
layouts_list =
g_slist_insert (layouts_list, g_strdup (id),
didx);
xkb_layouts_set_selected_list (layouts_list);
}
}
g_free (id);
clear_xkb_elements_list (layouts_list);
}
static void
icontainer_link( iContainer *parent, iContainer *child, int pos )
{
if( pos >= 0 )
parent->children = g_slist_insert( parent->children,
child, pos );
else
parent->children = g_slist_append( parent->children, child );
child->parent = parent;
child->pos = pos;
if( parent->child_hash ) {
g_assert( !g_hash_table_lookup( parent->child_hash,
IOBJECT( child )->name ) );
g_hash_table_insert( parent->child_hash,
IOBJECT( child )->name, child );
}
}
static void pattern_clist_row_move_callback (GtkWidget *widget,
int source, int dest, gpointer data) {
GtkCList *clist = GTK_CLIST (widget);
GSList *link;
struct player_pattern *pp;
debug(5,"pattern_clist_row_move_callback(widget=%d,source=%d,dest=%d)",widget,source,dest);
if (source < 0 || dest < 0 || source == dest ||
source > clist->rows || dest > clist->rows) {
return;
}
link = g_slist_nth (curplrs, source);
pp = (struct player_pattern *) link->data;
curplrs = g_slist_remove_link (curplrs, link);
curplrs = g_slist_insert (curplrs, pp, dest);
current_row = dest;
}
void
node_reparent (nodePtr node, nodePtr new_parent)
{
nodePtr old_parent;
g_assert (NULL != new_parent);
g_assert (NULL != node);
debug2 (DEBUG_GUI, "Reparenting node '%s' to a parent '%s'", node_get_title(node), node_get_title(new_parent));
old_parent = node->parent;
if (NULL != old_parent)
old_parent->children = g_slist_remove (old_parent->children, node);
new_parent->children = g_slist_insert (new_parent->children, node, -1);
node->parent = new_parent;
feed_list_view_remove_node (node);
feed_list_view_add_node (node);
}
/* Add new idle command to specified position of queue */
int server_idle_insert(IRC_SERVER_REC *server, const char *cmd, const char *arg, int tag, int last, ...)
{
va_list args;
SERVER_IDLE_REC *rec;
int pos;
g_return_val_if_fail(server != NULL, -1);
va_start(args, last);
/* find the position of tag in idle list */
rec = server_idle_find_rec(server, tag);
pos = g_slist_index(server->idles, rec);
rec = server_idle_create(cmd, arg, last, args);
server->idles = pos < 0 ?
g_slist_append(server->idles, rec) :
g_slist_insert(server->idles, rec, pos);
va_end(args);
return rec->tag;
}
void dcc_queue_add(int queue, int mode, const char *nick, const char *fname,
const char *servertag, CHAT_DCC_REC *chat, int passive)
{
DCC_QUEUE_REC *rec;
GSList **qlist;
g_assert(queue >= 0 && queue < queuelist->len);
rec = g_new0(DCC_QUEUE_REC, 1);
rec->chat = chat;
rec->servertag = g_strdup(servertag);
rec->nick = g_strdup(nick);
rec->file = g_strdup(fname);
rec->passive = passive;
qlist = (GSList **) &g_ptr_array_index(queuelist, queue);
if (mode == DCC_QUEUE_PREPEND)
*qlist = g_slist_insert(*qlist, rec, 1);
else
*qlist = g_slist_append(*qlist, rec);
}
static void
move_down_selected_layout (GtkWidget * button, GtkBuilder * dialog)
{
gint idx = find_selected_layout_idx (dialog);
if (idx != -1) {
GSList *layouts_list = xkb_layouts_get_selected_list ();
GSList *node2Remove = g_slist_nth (layouts_list, idx);
layouts_list =
g_slist_remove_link (layouts_list, node2Remove);
layouts_list =
g_slist_insert (layouts_list, node2Remove->data,
idx + 1);
g_slist_free_1 (node2Remove);
idx2select = idx + 1;
xkb_layouts_set_selected_list (layouts_list);
clear_xkb_elements_list (layouts_list);
}
}
/* adapted from sysklogd sources */
static GSList*
parse_syslog ()
{
char cbuf[BUFSIZ];
char *cline, *p;
FILE *cf;
GSList *logfiles = NULL;
if ((cf = fopen ("/etc/syslog.conf", "r")) == NULL) {
return NULL;
}
cline = cbuf;
while (fgets (cline, sizeof (cbuf) - (cline - cbuf), cf) != NULL) {
gchar **list;
gint i;
for (p = cline; g_ascii_isspace (*p); ++p);
if (*p == '\0' || *p == '#' || *p == '\n')
continue;
list = g_strsplit_set (p, ", -\t()\n", 0);
for (i = 0; list[i]; ++i) {
if (*list[i] == '/' &&
g_slist_find_custom (logfiles, list[i],
(GCompareFunc) g_ascii_strcasecmp) == NULL)
{
logfiles = g_slist_insert (logfiles,
g_strdup (list[i]), 0);
}
}
g_strfreev (list);
}
fclose (cf);
return logfiles;
}
guint files_not_saved_check(void) {
/** This function is called by application exit to check is some files still unsaved and reference it at the same time. **/
#ifdef DEBUG
DEBUG_FUNC_MARK
#endif
gint number_of_pages = gtk_notebook_get_n_pages(GTK_NOTEBOOK(gui->editor_notebook)) ;
int counter = 0 ;
int c ;
for (c=0 ; c < number_of_pages ; c++) {
GtkWidget *notebook_page = gtk_notebook_get_nth_page(GTK_NOTEBOOK(gui->editor_notebook), c) ;
GtkWidget *current_textview = gtk_bin_get_child(GTK_BIN(notebook_page)) ;
GtkTextBuffer *current_buffer = gtk_text_view_get_buffer(GTK_TEXT_VIEW(current_textview)) ;
if (gtk_text_buffer_get_modified(current_buffer)) {
/** The editor content has not being saved **/
struct Unsaved_File *unsaved_file = g_malloc(sizeof(struct Unsaved_File)) ;
unsaved_file->filepath = g_strdup((char *) g_object_get_data(G_OBJECT(current_buffer), "filepath")) ;
unsaved_file->page_number = c ;
unsaved_files = g_slist_insert(unsaved_files, (gpointer) unsaved_file, -1 ) ;
counter++ ;
}
}
return counter ;
}
/**
* empathy_irc_network_set_server_position:
* @network: an #EmpathyIrcNetwork
* @server: the #EmpathyIrcServer to move
* @pos: the position to move the server. If this is negative, or is larger than
* the number of servers in the list, the server is moved to the end of the
* list.
*
* Move an #EmpathyIrcServer in the servers list of the given
* #EmpathyIrcNetwork.
*
*/
void
empathy_irc_network_set_server_position (EmpathyIrcNetwork *self,
EmpathyIrcServer *server,
gint pos)
{
EmpathyIrcNetworkPriv *priv;
GSList *l;
g_return_if_fail (EMPATHY_IS_IRC_NETWORK (self));
g_return_if_fail (server != NULL && EMPATHY_IS_IRC_SERVER (server));
priv = GET_PRIV (self);
l = g_slist_find (priv->servers, server);
if (l == NULL)
return;
priv->servers = g_slist_delete_link (priv->servers, l);
priv->servers = g_slist_insert (priv->servers, server, pos);
g_signal_emit (self, signals[MODIFIED], 0);
}
static void new_pattern_callback (GtkWidget *widget, gpointer data) {
struct player_pattern *pp;
int row;
pp = player_pattern_new (NULL);
if (current_row >= 0) {
row = current_row;
current_row++;
}
else {
row = 0;
}
curplrs = g_slist_insert (curplrs, pp, row);
pattern_clist_insert_row (pp, row);
if (curplrs && curplrs->next)
gtk_clist_select_row (GTK_CLIST (pattern_clist), row, 0);
gtk_widget_grab_focus (pattern_entry);
}
static void
cpl_add_connectionpoint_at(ConnPointLine *cpl, int pos,ConnectionPoint *cp)
{
if (pos == 0) {
/* special case handling so that the order of CPL groups in
the parent's CP list is preserved. */
int fpos,i;
ConnectionPoint *fcp;
g_assert(cpl->connections);
fpos = -1;
fcp = (ConnectionPoint *)(cpl->connections->data);
g_assert(fcp);
for (i=0; i<cpl->parent->num_connections; i++) {
if (cpl->parent->connections[i] == fcp) {
fpos = i;
break;
}
}
g_assert(fpos >= 0);
object_add_connectionpoint_at(cpl->parent,cp,fpos);
}else {
/* XXX : make this a little better ; try to insert at the correct
position right away to eliminate cpl_reorder_connection */
object_add_connectionpoint(cpl->parent,cp);
}
if (pos < 0) {
cpl->connections = g_slist_append(cpl->connections,(gpointer)cp);
}
else {
cpl->connections = g_slist_insert(cpl->connections,(gpointer)cp,pos);
}
cpl->num_connections++;
/* we should call
cpl_reorder_connections(cpl);
before we leave the object !! However, this is delayed, for the case
several CP's are added at once (initialisation). */
}
static gboolean
key_actions_insert_sort_unique (GSList **lists_p, FvkbdKeyAction *action)
{
gint i;
gboolean ret = TRUE;
FvkbdKeyAction *current = NULL;
g_return_val_if_fail(lists_p != NULL, FALSE);
for (i = 0; i < g_slist_length(*lists_p); i++) {
current = (FvkbdKeyAction *)g_slist_nth_data(*lists_p, i);
if (current->mode_id > action->mode_id)
break;
if (current->mode_id == action->mode_id) {
ret = FALSE;
goto done;
}
}
*lists_p = g_slist_insert(*lists_p, action, i);
done:
return ret;
}
void
libspectrum_rzx_insert_snap( libspectrum_rzx *rzx, libspectrum_snap *snap,
int where )
{
rzx->blocks = g_slist_insert( rzx->blocks, snap, where );
}
/* insert_chunk function will recalculate the free_chunk_list, the data_size,
the end_of_file, and the data_gathered as appropriate.
It will also insert the data chunk that is coming in the right
place of the file in memory.
HINTS:
file->data_gathered contains the real data gathered independently
from the file length
file->file_length contains the length of the file in memory, i.e.,
the last offset captured. In most cases, the real
file length would be different.
*/
static void
insert_chunk(active_file *file, export_object_entry_t *entry, const smb_eo_t *eo_info)
{
gint nfreechunks = g_slist_length(file->free_chunk_list);
gint i;
free_chunk *current_free_chunk;
free_chunk *new_free_chunk;
guint64 chunk_offset = eo_info->smb_file_offset;
guint64 chunk_length = eo_info->payload_len;
guint64 chunk_end_offset = chunk_offset + chunk_length-1;
/* Size of file in memory */
guint64 calculated_size = chunk_offset + chunk_length;
gpointer dest_memory_addr;
/* Let's recalculate the file length and data gathered */
if ((file->data_gathered == 0) && (nfreechunks == 0)) {
/* If this is the first entry for this file, we first
create an initial free chunk */
new_free_chunk = (free_chunk *)g_malloc(sizeof(free_chunk));
new_free_chunk->start_offset = 0;
new_free_chunk->end_offset = MAX(file->file_length, chunk_end_offset+1) - 1;
file->free_chunk_list = NULL;
file->free_chunk_list = g_slist_append(file->free_chunk_list, new_free_chunk);
nfreechunks += 1;
} else {
if (chunk_end_offset > file->file_length-1) {
new_free_chunk = (free_chunk *)g_malloc(sizeof(free_chunk));
new_free_chunk->start_offset = file->file_length;
new_free_chunk->end_offset = chunk_end_offset;
file->free_chunk_list = g_slist_append(file->free_chunk_list, new_free_chunk);
nfreechunks += 1;
}
}
file->file_length = MAX(file->file_length, chunk_end_offset+1);
/* Recalculate each free chunk according with the incoming data chunk */
for (i=0; i<nfreechunks; i++) {
current_free_chunk = (free_chunk *)g_slist_nth_data(file->free_chunk_list, i);
/* 1. data chunk before the free chunk? */
/* -> free chunk is not altered and no new data gathered */
if (chunk_end_offset<current_free_chunk->start_offset) {
continue;
}
/* 2. data chunk overlaps the first part of free_chunk */
/* -> free chunk shrinks from the beginning */
if (chunk_offset<=current_free_chunk->start_offset && chunk_end_offset>=current_free_chunk->start_offset && chunk_end_offset<current_free_chunk->end_offset) {
file->data_gathered += chunk_end_offset-current_free_chunk->start_offset+1;
current_free_chunk->start_offset=chunk_end_offset+1;
continue;
}
/* 3. data chunk overlaps completely the free chunk */
/* -> free chunk is removed */
if (chunk_offset<=current_free_chunk->start_offset && chunk_end_offset>=current_free_chunk->end_offset) {
file->data_gathered += current_free_chunk->end_offset-current_free_chunk->start_offset+1;
file->free_chunk_list = g_slist_remove(file->free_chunk_list, current_free_chunk);
nfreechunks -= 1;
if (nfreechunks == 0) { /* The free chunk list is empty */
g_slist_free(file->free_chunk_list);
file->free_chunk_list = NULL;
break;
}
i--;
continue;
}
/* 4. data chunk is inside the free chunk */
/* -> free chunk is splitted into two */
if (chunk_offset>current_free_chunk->start_offset && chunk_end_offset<current_free_chunk->end_offset) {
new_free_chunk = (free_chunk *)g_malloc(sizeof(free_chunk));
new_free_chunk->start_offset = chunk_end_offset + 1;
new_free_chunk->end_offset = current_free_chunk->end_offset;
current_free_chunk->end_offset = chunk_offset-1;
file->free_chunk_list = g_slist_insert(file->free_chunk_list, new_free_chunk, i + 1);
file->data_gathered += chunk_length;
continue;
}
/* 5.- data chunk overlaps the end part of free chunk */
/* -> free chunk shrinks from the end */
if (chunk_offset>current_free_chunk->start_offset && chunk_offset<=current_free_chunk->end_offset && chunk_end_offset>=current_free_chunk->end_offset) {
file->data_gathered += current_free_chunk->end_offset-chunk_offset+1;
current_free_chunk->end_offset = chunk_offset-1;
continue;
}
/* 6.- data chunk is after the free chunk */
/* -> free chunk is not altered and no new data gathered */
if (chunk_offset>current_free_chunk->end_offset) {
continue;
}
}
/* Now, let's insert the data chunk into memory
...first, we shall be able to allocate the memory */
if (!entry->payload_data) {
/* This is a New file */
if (calculated_size > G_MAXSIZE) {
/*
* The argument to g_try_malloc() is
* a gsize, the maximum value of which is
* G_MAXSIZE. If the calculated size is
* bigger than that, we just say the attempt
* to allocate memory failed.
*/
entry->payload_data = NULL;
} else {
entry->payload_data = (guint8 *)g_try_malloc((gsize)calculated_size);
entry->payload_len = calculated_size;
}
if (!entry->payload_data) {
/* Memory error */
file->is_out_of_memory = TRUE;
}
} else {
/* This is an existing file in memory */
if (calculated_size > (guint64) entry->payload_len &&
!file->is_out_of_memory) {
/* We need more memory */
if (calculated_size > G_MAXSIZE) {
/*
* As for g_try_malloc(), so for
* g_try_realloc().
*/
dest_memory_addr = NULL;
} else {
dest_memory_addr = g_try_realloc(
entry->payload_data,
(gsize)calculated_size);
}
if (!dest_memory_addr) {
/* Memory error */
file->is_out_of_memory = TRUE;
/* We don't have memory for this file.
Free the current file content from memory */
g_free(entry->payload_data);
entry->payload_data = NULL;
entry->payload_len = 0;
} else {
entry->payload_data = (guint8 *)dest_memory_addr;
entry->payload_len = calculated_size;
}
}
}
/* ...then, put the chunk of the file in the right place */
if (!file->is_out_of_memory) {
dest_memory_addr = entry->payload_data + chunk_offset;
memmove(dest_memory_addr, eo_info->payload_data, eo_info->payload_len);
}
}
