static gboolean unserialize (QCADDesignObject *obj, FILE *fp)
{
char *pszLine = NULL, *pszValue = NULL ;
gboolean bStopReading = FALSE, bParentInit = FALSE ;
if (!SkipPast (fp, '\0', "[TYPE:" QCAD_TYPE_STRING_RULER "]", NULL)) return FALSE ;
while (TRUE)
{
if (NULL == (pszLine = ReadLine (fp, '\0', TRUE)))
break ;
if (!strcmp (pszLine, "[#TYPE:" QCAD_TYPE_STRING_RULER "]"))
{
g_free (pszLine) ;
break ;
}
if (!bStopReading)
{
tokenize_line (pszLine, strlen (pszLine), &pszValue, '=') ;
if (!strncmp (pszLine, "[TYPE:", 6))
{
if (!(bParentInit = QCAD_DESIGN_OBJECT_CLASS (g_type_class_peek (g_type_parent (QCAD_TYPE_STRETCHY_OBJECT)))->unserialize (obj, fp)))
bStopReading = TRUE ;
}
}
g_free (pszLine) ;
g_free (ReadLine (fp, '\0', FALSE)) ;
}
return bParentInit ;
}
static gboolean unserialize (QCADDesignObject *obj, FILE *fp)
{
QCADClockingLayer *clocking_layer = QCAD_CLOCKING_LAYER (obj) ;
char *pszLine = NULL, *pszValue = NULL ;
gboolean bStopReading = FALSE, bParentInit = FALSE ;
if (!SkipPast (fp, '\0', "[TYPE:" QCAD_TYPE_STRING_CLOCKING_LAYER "]", NULL)) return FALSE ;
while (TRUE)
{
if (NULL == (pszLine = ReadLine (fp, '\0', TRUE))) break ;
if (!strcmp ("[#TYPE:" QCAD_TYPE_STRING_CLOCKING_LAYER "]", pszLine))
{
g_free (pszLine) ;
break ;
}
if (!bStopReading)
{
tokenize_line (pszLine, strlen (pszLine), &pszValue, '=') ;
if (!strncmp (pszLine, "[TYPE:", 6))
{
tokenize_line_type (pszLine, strlen (pszLine), &pszValue, ':') ;
if (!strcmp (pszValue, QCAD_TYPE_STRING_LAYER))
{
if (!(bParentInit = QCAD_DESIGN_OBJECT_CLASS (g_type_class_peek (g_type_parent (QCAD_TYPE_CLOCKING_LAYER)))->unserialize (obj, fp)))
bStopReading = TRUE ;
}
}
else
if (!strcmp (pszLine, "bDrawPotential"))
clocking_layer->bDrawPotential = strcmp (pszValue, "TRUE") ? FALSE : TRUE ;
else
if (!strcmp (pszLine, "z_to_draw"))
clocking_layer->z_to_draw = g_ascii_strtod (pszValue, NULL) ;
else
if (!strcmp (pszLine, "tile_size"))
clocking_layer->tile_size = atoi (pszValue) ;
else
if (!strcmp (pszLine, "time_coord"))
clocking_layer->time_coord = g_ascii_strtod (pszValue, NULL) ;
}
g_free (pszLine) ;
g_free (ReadLine (fp, '\0', FALSE)) ;
}
return (bParentInit && !bStopReading) ;
}
static gboolean unserialize (QCADDesignObject *obj, FILE *fp)
{
QCADRectangleElectrode *rc_electrode = QCAD_RECTANGLE_ELECTRODE (obj) ;
char *pszLine = NULL, *pszValue = NULL ;
gboolean bStopReading = FALSE, bParentInit = FALSE ;
if (!SkipPast (fp, '\0', "[TYPE:" QCAD_TYPE_STRING_RECTANGLE_ELECTRODE "]", NULL)) return FALSE ;
while (TRUE)
{
if (NULL == (pszLine = ReadLine (fp, '\0', TRUE))) break ;
if (!strcmp ("[#TYPE:" QCAD_TYPE_STRING_RECTANGLE_ELECTRODE "]", pszLine))
{
g_free (pszLine) ;
break ;
}
if (!bStopReading)
{
tokenize_line (pszLine, strlen (pszLine), &pszValue, '=') ;
if (!strncmp (pszLine, "[TYPE:", 6))
{
tokenize_line_type (pszLine, strlen (pszLine), &pszValue, ':') ;
if (!strcmp (pszValue, QCAD_TYPE_STRING_ELECTRODE))
{
if (!(bParentInit = QCAD_DESIGN_OBJECT_CLASS (g_type_class_peek (g_type_parent (QCAD_TYPE_RECTANGLE_ELECTRODE)))->unserialize (obj, fp)))
bStopReading = TRUE ;
}
}
else
if (!strcmp (pszLine, "angle"))
rc_electrode->angle = g_ascii_strtod (pszValue, NULL) ;
else
if (!strcmp (pszLine, "n_x_divisions"))
rc_electrode->n_x_divisions = atoi (pszValue) ;
else
if (!strcmp (pszLine, "n_y_divisions"))
rc_electrode->n_y_divisions = atoi (pszValue) ;
else
if (!strcmp (pszLine, "cxWorld"))
rc_electrode->cxWorld = g_ascii_strtod (pszValue, NULL) ;
else
if (!strcmp (pszLine, "cyWorld"))
rc_electrode->cyWorld = g_ascii_strtod (pszValue, NULL) ;
}
g_free (pszLine) ;
g_free (ReadLine (fp, '\0', FALSE)) ;
}
if (bParentInit && !bStopReading)
{
if (QCAD_DESIGN_OBJECT_CLASS (QCAD_RECTANGLE_ELECTRODE_GET_CLASS (rc_electrode))->unserialize == unserialize)
QCAD_ELECTRODE_GET_CLASS (rc_electrode)->precompute (QCAD_ELECTRODE (rc_electrode)) ;
return TRUE ;
}
else
return FALSE ;
}
/*#ifdef STDIO_FILEIO*/
static gboolean unserialize (QCADDesignObject *obj, FILE *pfile)
{
char *pszLine = NULL, *pszValue = NULL ;
QCADLayer *layer = NULL ;
/* int iShowProgress = -1 ;*/
layer = QCAD_LAYER (obj) ;
/*#ifdef ALLOW_UNSERIALIZE_OVERLAP*/
/* layer->bAllowOverlap = TRUE ;*/
//#endif def ALLOW_UNSERIALIZE_OVERLAP
if (!SkipPast (pfile, '\0', "[TYPE:" QCAD_TYPE_STRING_LAYER "]", NULL))
return FALSE ;
while (TRUE)
{
//peek the next line
if (NULL == (pszLine = ReadLine (pfile, '\0', TRUE))) break ;
if (!strcmp (pszLine, "[#TYPE:" QCAD_TYPE_STRING_LAYER "]"))
{
g_free (pszLine) ;
break ;
}
tokenize_line (pszLine, strlen (pszLine), &pszValue, '=') ;
if (!strcmp (pszLine, "type"))
{
layer->type = atoi (pszValue) ;
if (NULL != layer->default_properties)
qcad_layer_free_default_properties (layer->default_properties) ;
layer->default_properties = qcad_layer_create_default_properties (layer->type) ;
}
/* else*/
/* if (!strcmp (pszLine, "status"))*/
/* layer->status = atoi (pszValue) ;*/
if (!strcmp (pszLine, "pszDescription"))
{
if (NULL != layer->pszDescription)
g_free (layer->pszDescription) ;
layer->pszDescription = g_strdup_printf ("%s", pszValue) ;
}
else
if (!strncmp (pszLine, "[TYPE:", 6))
{
if (NULL != (obj = qcad_design_object_new_from_stream (pfile)))
{
qcad_layer_do_container_add (QCAD_DO_CONTAINER (layer), obj) ;
/* DBG_REFS (fprintf (stderr, "QCADLayer::unserialize:After adding object 0x%08X to layer 0x%08X, unref-ing object\n", (int)obj, (int)layer)) ;*/
g_object_unref (G_OBJECT (obj)) ;
/* if (!(iShowProgress = (iShowProgress + 1) % 1000))*/
/* set_progress_bar_fraction (get_file_percent (pfile)) ;*/
}
}
g_free (pszLine) ;
//having peeked the line, consume it
g_free (ReadLine (pfile, '\0', FALSE)) ;
}
/*#ifdef ALLOW_UNSERIALIZE_OVERLAP*/
/* layer->bAllowOverlap = FALSE ;*/
//#endif /* def ALLOW_UNSERIALIZE_OVERLAP */
return (layer->type >= 0 && layer->type < LAYER_TYPE_LAST_TYPE /*&&
layer->status >= 0 && layer->status < LAYER_STATUS_LAST_STATUS*/) ;
}
