{
struct
{
- int32_t rec_type P;
- int32_t filler P;
- }
+ int32_t rec_type ;
+ int32_t filler ;
+ } ATTRIBUTE((packed))
rec_999;
rec_999.rec_type = 999;
if (dict_get_weight (d) != NULL)
{
- struct variable *weight_var;
+ const struct variable *weight_var;
int recalc_weight_idx = 1;
int i;
{
struct label
{
- int32_t label_len P;
- char label[255] P;
- }
+ int32_t label_len ;
+ char label[255] ;
+ } ATTRIBUTE((packed))
l;
int ext_len;
{
struct value_label_rec
{
- int32_t rec_type P;
- int32_t n_labels P;
- flt64 labels[1] P;
- };
+ int32_t rec_type ;
+ int32_t n_labels ;
+ flt64 labels[1] ;
+ } ATTRIBUTE((packed));
struct var_idx_rec
{
- int32_t rec_type P;
- int32_t n_vars P;
- int32_t vars[1] P;
- };
+ int32_t rec_type ;
+ int32_t n_vars ;
+ int32_t vars[1] ;
+ } ATTRIBUTE((packed));
struct val_labs_iterator *i;
struct value_label_rec *vlr;
write_documents (struct sfm_writer *w, const struct dictionary *d)
{
struct
- {
- int32_t rec_type P; /* Always 6. */
- int32_t n_lines P; /* Number of lines of documents. */
- }
- rec_6;
+ {
+ int32_t rec_type ; /* Always 6. */
+ int32_t n_lines ; /* Number of lines of documents. */
+ } ATTRIBUTE((packed)) rec_6;
const char *documents;
size_t n_lines;
struct
{
- int32_t rec_type P;
- int32_t subtype P;
- int32_t elem_size P;
- int32_t n_elem P;
- } vdp_hdr;
+ int32_t rec_type ;
+ int32_t subtype ;
+ int32_t elem_size ;
+ int32_t n_elem ;
+ } ATTRIBUTE((packed)) vdp_hdr;
vdp_hdr.rec_type = 7;
vdp_hdr.subtype = 11;
struct variable *v;
struct
{
- int32_t measure P;
- int32_t width P;
- int32_t align P;
- }
- params;
+ int32_t measure ;
+ int32_t width ;
+ int32_t align ;
+ } ATTRIBUTE((packed)) params;
v = dict_get_var(dict, i);
{
int i;
struct
- {
- int32_t rec_type P;
- int32_t subtype P;
- int32_t elem_size P;
- int32_t n_elem P;
- }
- vls_hdr;
+ {
+ int32_t rec_type ;
+ int32_t subtype ;
+ int32_t elem_size ;
+ int32_t n_elem ;
+ } ATTRIBUTE((packed)) vls_hdr;
struct string vls_length_map;
- ds_init (&vls_length_map, 12 * dict_get_var_cnt (dict));
+ ds_init_empty (&vls_length_map);
vls_hdr.rec_type = 7;
vls_hdr.subtype = 14;
if ( v->width <= MAX_LONG_STRING )
continue;
- ds_printf (&vls_length_map, "%s=%05d", v->short_name, v->width);
- ds_putc (&vls_length_map, '\0');
- ds_putc (&vls_length_map, '\t');
+ ds_put_format (&vls_length_map, "%s=%05d", v->short_name, v->width);
+ ds_put_char (&vls_length_map, '\0');
+ ds_put_char (&vls_length_map, '\t');
}
vls_hdr.n_elem = ds_length (&vls_length_map);
{
struct
{
- int32_t rec_type P;
- int32_t subtype P;
- int32_t elem_size P;
- int32_t n_elem P;
- }
- lv_hdr;
+ int32_t rec_type ;
+ int32_t subtype ;
+ int32_t elem_size ;
+ int32_t n_elem ;
+ } ATTRIBUTE((packed)) lv_hdr;
struct string long_name_map;
size_t i;
- ds_init (&long_name_map, 10 * dict_get_var_cnt (dict));
+ ds_init_empty (&long_name_map);
for (i = 0; i < dict_get_var_cnt (dict); i++)
{
struct variable *v = dict_get_var (dict, i);
if (i)
- ds_putc (&long_name_map, '\t');
- ds_printf (&long_name_map, "%s=%s", v->short_name, v->name);
+ ds_put_char (&long_name_map, '\t');
+ ds_put_format (&long_name_map, "%s=%s", v->short_name, v->name);
}
lv_hdr.rec_type = 7;
{
struct
{
- int32_t rec_type_3 P;
- int32_t subtype_3 P;
- int32_t data_type_3 P;
- int32_t n_elem_3 P;
- int32_t elem_3[8] P;
- int32_t rec_type_4 P;
- int32_t subtype_4 P;
- int32_t data_type_4 P;
- int32_t n_elem_4 P;
- flt64 elem_4[3] P;
- }
- rec_7;
+ int32_t rec_type_3 ;
+ int32_t subtype_3 ;
+ int32_t data_type_3 ;
+ int32_t n_elem_3 ;
+ int32_t elem_3[8] ;
+ int32_t rec_type_4 ;
+ int32_t subtype_4 ;
+ int32_t data_type_4 ;
+ int32_t n_elem_4 ;
+ flt64 elem_4[3] ;
+ } ATTRIBUTE((packed)) rec_7;
/* Components of the version number, from major to minor. */
int version_component[3];