void asm_echo(const char *msg, struct atom *atom)
{
struct vec_iterator i[1];
struct expr **exprp;
int count = 0;
i32 e[10];
if(atom != NULL)
{
if(atom->type != ATOM_TYPE_EXPRS || vec_count(atom->u.exprs) > 10)
{
LOG(LOG_ERROR, ("echo arguments must be a string followed by none "
"or at most ten expressions.\n"));
exit(1);
}
vec_get_iterator(atom->u.exprs, i);
while((exprp = vec_iterator_next(i)) != NULL)
{
e[count++] = resolve_expr(*exprp);
}
}
for(; count < 10; ++count)
{
e[count] = 0;
}
fprintf(stdout, msg, e[0], e[1], e[2], e[3],
e[4], e[5], e[6], e[7], e[8], e[9]);
fprintf(stdout, "\n");
}
int settings_test_object_name(settings_t* sttngs, const char* oname)
{
int rv = 0;
for (int i=0; i<vec_count(sttngs->black_list); i++)
{
if (strcmp(sttngs->black_list[i], oname)==0)
{
rv = 1;
break;
}
}
return rv;
}
struct atom *exprs_to_word_exprs(struct atom *atom)
{
if(atom->type != ATOM_TYPE_EXPRS)
{
LOG(LOG_ERROR, ("can't convert exprs of type %d to word exprs.\n",
atom->type));
exit(1);
}
atom->type = ATOM_TYPE_WORD_EXPRS;
pc_add(vec_count(atom->u.exprs) * 2);
return atom;
}
struct atom *exprs_to_byte_exprs(struct atom *atom)
{
if(atom->type != ATOM_TYPE_EXPRS)
{
LOG(LOG_ERROR, ("can't convert atom of type %d to byte exprs.\n",
atom->type));
exit(1);
}
atom->type = ATOM_TYPE_BYTE_EXPRS;
pc_add(vec_count(atom->u.exprs));
return atom;
}
void settings_free(settings_t* sttngs)
{
if (sttngs)
{
sfree(sttngs->report_html_font_size);
for(int i=0; i<vec_count(sttngs->black_list); i++)
{
free(sttngs->black_list[i]);
}
vec_free(sttngs->black_list);
sfree(sttngs->dir);
sfree(sttngs->orb_file);
free(sttngs);
}
}
void settings_dump(settings_t* sttngs)
{
char* start_str = time2str(sttngs->start, 1);
char* end_str = time2str(sttngs->stop, 1);
printf("settings dump:\n\tstart: %s\n\tstop: %s\n\tmag:%.2f\n\tRA_min:%.2f\n\tRA_max:%.2f\n\tdecl_min:%.2f\n\tdecl_max:%.2f\n\tra_position_min:%f\n\tra_position_max:%f\n\treport_html_font_size:%s\n\tdir:\"%s\"\n\tBlack list:", start_str, end_str, sttngs->mag_min, sttngs->ra_rate_min, sttngs->ra_rate_max, sttngs->decl_rate_min, sttngs->decl_rate_max, sttngs->ra_position_min, sttngs->ra_position_max, sttngs->report_html_font_size, sttngs->dir);
for (int i=0; i<vec_count(sttngs->black_list); i++)
{
printf(" %s", sttngs->black_list[i]);
}
printf("\n\tuse_orb_file: %s", sttngs->use_orb_file?"Yes":"No");
if (sttngs->orb_file)
{
printf("\n\torb_file: %s", sttngs->orb_file);
}
printf("\n\n");
free(start_str);
free(end_str);
}
void output_atoms(struct membuf *out, struct vec *atoms)
{
struct vec_iterator i[1];
struct vec_iterator i2[1];
struct atom **atomp;
struct atom *atom;
struct expr **exprp;
struct expr *expr;
struct membuf *in;
const char *p;
i32 value;
i32 value2;
dump_sym_table(LOG_DEBUG, s->sym_table);
vec_get_iterator(atoms, i);
while((atomp = vec_iterator_next(i)) != NULL)
{
atom = *atomp;
LOG(LOG_DEBUG, ("yadda\n"));
switch(atom->type)
{
case ATOM_TYPE_OP_ARG_NONE:
LOG(LOG_DEBUG, ("output: $%02X\n", atom->u.op.code));
membuf_append_char(out, atom->u.op.code);
break;
case ATOM_TYPE_OP_ARG_U8:
/* op with argument */
value = resolve_expr(atom->u.op.arg);
if(!is_valid_u8(value))
{
LOG(LOG_ERROR, ("value %d out of range for op $%02X @%p\n",
value, atom->u.op.code, (void*)atom));
exit(1);
}
LOG(LOG_DEBUG, ("output: $%02X $%02X\n",
atom->u.op.code, value & 255));
membuf_append_char(out, atom->u.op.code);
membuf_append_char(out, value);
break;
case ATOM_TYPE_OP_ARG_I8:
/* op with argument */
value = resolve_expr(atom->u.op.arg);
if(!is_valid_i8(value))
{
LOG(LOG_ERROR, ("value %d out of range for op $%02X @%p\n",
value, atom->u.op.code, (void*)atom));
exit(1);
}
LOG(LOG_DEBUG, ("output: $%02X $%02X\n",
atom->u.op.code, value & 255));
membuf_append_char(out, atom->u.op.code);
membuf_append_char(out, value);
break;
case ATOM_TYPE_OP_ARG_UI8:
/* op with argument */
value = resolve_expr(atom->u.op.arg);
if(!is_valid_ui8(value))
{
LOG(LOG_ERROR, ("value %d out of range for op $%02X @%p\n",
value, atom->u.op.code, (void*)atom));
exit(1);
}
LOG(LOG_DEBUG, ("output: $%02X $%02X\n",
atom->u.op.code, value & 255));
membuf_append_char(out, atom->u.op.code);
membuf_append_char(out, value);
break;
case ATOM_TYPE_OP_ARG_U16:
/* op with argument */
value = resolve_expr(atom->u.op.arg);
if(!is_valid_u16(value))
{
LOG(LOG_ERROR, ("value %d out of range for op $%02X @%p\n",
value, atom->u.op.code, (void*)atom));
exit(1);
}
value2 = value / 256;
value = value % 256;
LOG(LOG_DEBUG, ("output: $%02X $%02X $%02X\n",
atom->u.op.code,
value, value2));
membuf_append_char(out, atom->u.op.code);
membuf_append_char(out, value);
membuf_append_char(out, value2);
break;
case ATOM_TYPE_RES:
/* reserve memory statement */
value = resolve_expr(atom->u.res.length);
if(!is_valid_u16(value))
{
LOG(LOG_ERROR, ("length %d for .res(length, value) "
"is out of range\n", value));
exit(1);
}
value2 = resolve_expr(atom->u.res.value);
if(!is_valid_ui8(value2))
{
LOG(LOG_ERROR, ("value %d for .res(length, value) "
"is out of range\n", value));
exit(1);
}
LOG(LOG_DEBUG, ("output: .RES %d, %d\n", value, value2));
while(--value >= 0)
{
membuf_append_char(out, value2);
}
break;
case ATOM_TYPE_BUFFER:
/* include binary file statement */
value = atom->u.buffer.skip;
if(!is_valid_u16(value))
{
LOG(LOG_ERROR, ("value %d for .res(length, value) "
"is out of range\n", value));
exit(1);
}
value2 = atom->u.buffer.length;
if(!is_valid_u16(value2))
{
LOG(LOG_ERROR, ("length %d for .incbin(name, skip, length) "
"is out of range\n", value2));
exit(1);
}
LOG(LOG_DEBUG, ("output: .INCBIN \"%s\", %d, %d\n",
atom->u.buffer.name, value, value2));
in = get_named_buffer(s->named_buffer, atom->u.buffer.name);
p = membuf_get(in);
p += value;
while(--value2 >= 0)
{
membuf_append_char(out, *p++);
}
break;
case ATOM_TYPE_WORD_EXPRS:
vec_get_iterator(atom->u.exprs, i2);
while((exprp = vec_iterator_next(i2)) != NULL)
{
expr = *exprp;
value = resolve_expr(expr);
if(!is_valid_ui16(value))
{
LOG(LOG_ERROR, ("value %d for .word(value, ...) "
"is out of range\n", value));
}
value2 = value / 256;
value = value % 256;
membuf_append_char(out, value);
membuf_append_char(out, value2);
}
LOG(LOG_DEBUG, ("output: %d words\n", vec_count(atom->u.exprs)));
break;
case ATOM_TYPE_BYTE_EXPRS:
vec_get_iterator(atom->u.exprs, i2);
while((exprp = vec_iterator_next(i2)) != NULL)
{
expr = *exprp;
value = resolve_expr(expr);
if(!is_valid_ui8(value))
{
LOG(LOG_ERROR, ("value %d for .byte(value, ...) "
"is out of range\n", value));
}
membuf_append_char(out, value);
}
LOG(LOG_DEBUG, ("output: %d bytes\n", vec_count(atom->u.exprs)));
break;
default:
LOG(LOG_ERROR, ("invalid atom_type %d @%p\n",
atom->type, (void*)atom));
exit(1);
}
}
}
