struct property *prop;
for_all_symbols(i, sym) {
if (sym->type == S_BOOLEAN || sym->type == S_TRISTATE) {
- if (sym->name == NULL) {
- sym->name = malloc((9 + 7) * sizeof(char));
- sprintf(sym->name, "NONAMEGEN%d", noname_num++);
- }
+ if (sym->name == NULL)
+ asprintf(&sym->name, "NONAMEGEN%d", noname_num++);
+
symlist_add(gsymlist, sym->name);
}
}
unsigned el_id;
struct boolexpr *boolsym;
for_all_symbols(i, sym) {
- if (sym->type == S_BOOLEAN || sym->type == S_TRISTATE) {
- el_id = symlist_id(gsymlist, sym->name);
- el = &(gsymlist->array[el_id - 1]);
- boolsym = boolexpr_sym(gsymlist, sym, false, NULL);
- Iprintf("Processing: %s\n", sym->name);
- // Visibility
- for_all_prompts(sym, prop) {
- Dprintf(" Prompt: %s\n", prop->text);
- if (prop->visible.expr != NULL) {
- doutput_expr(prop->visible.expr);
- struct boolexpr *vis =
- boolexpr_kconfig(gsymlist, prop->visible.expr,
- false, NULL);
- if (el->vis == NULL) {
- el->vis = vis;
- } else {
- el->vis = boolexpr_or(el->vis, vis);
- }
- } else if (el->vis == NULL) {
- el->vis = boolexpr_true();
- }
- }
- if (el->vis == NULL)
- el->vis = boolexpr_false();
- // Symbol is choice.. special treatment required
- if (sym_is_choice(sym)) {
- Dprintf(" Is Choice\n");
- goto choice_exception;
- }
- // Default value
- struct boolexpr **defexpr = NULL;
- size_t defexpr_size = 0;
- int z;
- bool exitdef = false;
- for_all_defaults(sym, prop) {
- Dprintf(" Default value:\n");
- doutput_expr(prop->expr);
- struct boolexpr *def =
- boolexpr_kconfig(gsymlist, prop->expr, true, NULL);
- struct boolexpr *vis;
- if (prop->visible.expr != NULL)
- vis = boolexpr_kconfig(gsymlist, prop->visible.expr,
- false, NULL);
- else
- vis = boolexpr_true();
- if (vis->type != BT_TRUE) {
- defexpr = realloc(defexpr,
- ++defexpr_size * sizeof(struct boolexpr *));
- defexpr[defexpr_size - 1] = boolexpr_copy(vis);
- } else {
- ++defexpr_size;
- exitdef = true;
- }
- def = boolexpr_and(def, vis);
- for (z = 0; z < ((int)defexpr_size - 1); z++) {
- def = boolexpr_and(def, boolexpr_not(
- boolexpr_copy(defexpr[z])));
- }
- if (el->def == NULL)
- el->def = def;
- else
- el->def = boolexpr_or(el->def, def);
- if (exitdef)
- break;
- }
- if (defexpr != NULL) {
- for (z = 0; z < defexpr_size - 1; z++) {
- boolexpr_free(defexpr[z]);
- }
- free(defexpr);
- }
- if (el->def == NULL)
- el->def = boolexpr_false();
- // Dependency expression
- if (sym->dir_dep.expr != NULL) {
- Dprintf(" Dependency:\n");
- doutput_expr(sym->dir_dep.expr);
- el->dep =
- boolexpr_kconfig(gsymlist, sym->dir_dep.expr, false, NULL);
- } else
- el->dep = boolexpr_true();
- // Reverse dependency expression
- if (sym->rev_dep.expr != NULL) {
- Dprintf(" Reverse dependency:\n");
- doutput_expr(sym->rev_dep.expr);
- el->rev_dep =
- boolexpr_kconfig(gsymlist, sym->rev_dep.expr, false, NULL);
- } else
- el->rev_dep = boolexpr_false();
+ if (sym->type != S_BOOLEAN && sym->type != S_TRISTATE)
+ continue;
+ el_id = symlist_id(gsymlist, sym->name);
+ el = &(gsymlist->array[el_id - 1]);
+ boolsym = boolexpr_sym(gsymlist, sym, false, NULL);
+ Iprintf("Processing: %s\n", sym->name);
+ // Visibility
+ for_all_prompts(sym, prop) {
+ Dprintf(" Prompt: %s\n", prop->text);
+ if (prop->visible.expr != NULL) {
+ doutput_expr(prop->visible.expr);
+ struct boolexpr *vis =
+ boolexpr_kconfig(gsymlist, prop->visible.expr,
+ false, NULL);
+ if (el->vis == NULL) {
+ el->vis = vis;
+ } else {
+ el->vis = boolexpr_or(el->vis, vis);
+ }
+ } else if (el->vis == NULL) {
+ el->vis = boolexpr_true();
+ }
+ }
+ if (el->vis == NULL)
+ el->vis = boolexpr_false();
+ // Symbol is choice.. special treatment required
+ if (sym_is_choice(sym)) {
+ Dprintf(" Is Choice\n");
+ goto choice_exception;
+ }
+ // Default value
+ struct boolexpr **defexpr = NULL;
+ size_t defexpr_size = 0;
+ int z;
+ bool exitdef = false;
+ for_all_defaults(sym, prop) {
+ Dprintf(" Default value:\n");
+ doutput_expr(prop->expr);
+ struct boolexpr *def =
+ boolexpr_kconfig(gsymlist, prop->expr, true, NULL);
+ struct boolexpr *vis;
+ if (prop->visible.expr != NULL)
+ vis = boolexpr_kconfig(gsymlist, prop->visible.expr,
+ false, NULL);
+ else
+ vis = boolexpr_true();
+ if (vis->type != BT_TRUE) {
+ defexpr = realloc(defexpr,
+ ++defexpr_size * sizeof(struct boolexpr *));
+ defexpr[defexpr_size - 1] = boolexpr_copy(vis);
+ } else {
+ ++defexpr_size;
+ exitdef = true;
+ }
+ def = boolexpr_and(def, vis);
+ for (z = 0; z < ((int)defexpr_size - 1); z++) {
+ def = boolexpr_and(def, boolexpr_not(
+ boolexpr_copy(defexpr[z])));
+ }
+ if (el->def == NULL)
+ el->def = def;
+ else
+ el->def = boolexpr_or(el->def, def);
+ if (exitdef)
+ break;
+ }
+ if (defexpr != NULL) {
+ for (z = 0; z < defexpr_size - 1; z++) {
+ boolexpr_free(defexpr[z]);
+ }
+ free(defexpr);
+ }
+ if (el->def == NULL)
+ el->def = boolexpr_false();
+ // Dependency expression
+ if (sym->dir_dep.expr != NULL) {
+ Dprintf(" Dependency:\n");
+ doutput_expr(sym->dir_dep.expr);
+ el->dep =
+ boolexpr_kconfig(gsymlist, sym->dir_dep.expr, false, NULL);
+ } else
+ el->dep = boolexpr_true();
+ // Reverse dependency expression
+ if (sym->rev_dep.expr != NULL) {
+ Dprintf(" Reverse dependency:\n");
+ doutput_expr(sym->rev_dep.expr);
+ el->rev_dep =
+ boolexpr_kconfig(gsymlist, sym->rev_dep.expr, false, NULL);
+ } else
+ el->rev_dep = boolexpr_false();
- if (el->dep->type != BT_FALSE && el->dep->type != BT_TRUE)
- cnf_boolexpr(gsymlist, el->dep);
- if (el->rev_dep->type != BT_FALSE
- && el->rev_dep->type != BT_TRUE)
- cnf_boolexpr(gsymlist, el->rev_dep);
- if (el->def->type != BT_FALSE && el->def->type != BT_TRUE)
- cnf_boolexpr(gsymlist, el->def);
- if (el->vis->type != BT_FALSE && el->vis->type != BT_TRUE)
- cnf_boolexpr(gsymlist, el->vis);
- // (!sym || dep) && (sym || !rev_dep) &&
- // && (sym || !dep || !def || vis) &&
- // (!sym || rev_dep || def || vis)
- if (el->dep->type != BT_TRUE) {
- output_rules_symbol(-1 * boolsym->id);
- if (el->dep->type != BT_FALSE) {
- output_rules_symbol(el->dep->id);
- }
- output_rules_endterm();
- }
- if (el->rev_dep->type != BT_FALSE) {
- output_rules_symbol(boolsym->id);
- if (el->rev_dep->type != BT_TRUE) {
- output_rules_symbol(-1 * el->rev_dep->id);
- }
- output_rules_endterm();
- }
- if (el->dep->type != BT_FALSE && el->def->type != BT_FALSE
- && el->vis->type != BT_TRUE) {
- output_rules_symbol(boolsym->id);
- if (el->dep->type != BT_TRUE) {
- output_rules_symbol(-1 * el->dep->id);
- }
- if (el->def->type != BT_TRUE) {
- output_rules_symbol(-1 * el->def->id);
- }
- if (el->vis->type != BT_FALSE) {
- output_rules_symbol(el->vis->id);
- }
- output_rules_endterm();
- }
- if (el->rev_dep->type != BT_TRUE && el->def->type != BT_TRUE
- && el->vis->type != BT_TRUE) {
- output_rules_symbol(-1 * boolsym->id);
- if (el->rev_dep->type != BT_FALSE) {
- output_rules_symbol(el->rev_dep->id);
- }
- if (el->def->type != BT_FALSE) {
- output_rules_symbol(el->def->id);
- }
- if (el->vis->type != BT_FALSE) {
- output_rules_symbol(el->vis->id);
- }
- output_rules_endterm();
- }
+ if (el->dep->type != BT_FALSE && el->dep->type != BT_TRUE)
+ cnf_boolexpr(gsymlist, el->dep);
+ if (el->rev_dep->type != BT_FALSE
+ && el->rev_dep->type != BT_TRUE)
+ cnf_boolexpr(gsymlist, el->rev_dep);
+ if (el->def->type != BT_FALSE && el->def->type != BT_TRUE)
+ cnf_boolexpr(gsymlist, el->def);
+ if (el->vis->type != BT_FALSE && el->vis->type != BT_TRUE)
+ cnf_boolexpr(gsymlist, el->vis);
+ // (!sym || dep) && (sym || !rev_dep) &&
+ // && (sym || !dep || !def || vis) &&
+ // (!sym || rev_dep || def || vis)
+ if (el->dep->type != BT_TRUE) {
+ output_rules_symbol(-1 * boolsym->id);
+ if (el->dep->type != BT_FALSE) {
+ output_rules_symbol(el->dep->id);
+ }
+ output_rules_endterm();
+ }
+ if (el->rev_dep->type != BT_FALSE) {
+ output_rules_symbol(boolsym->id);
+ if (el->rev_dep->type != BT_TRUE) {
+ output_rules_symbol(-1 * el->rev_dep->id);
+ }
+ output_rules_endterm();
+ }
+ if (el->dep->type != BT_FALSE && el->def->type != BT_FALSE
+ && el->vis->type != BT_TRUE) {
+ output_rules_symbol(boolsym->id);
+ if (el->dep->type != BT_TRUE) {
+ output_rules_symbol(-1 * el->dep->id);
+ }
+ if (el->def->type != BT_TRUE) {
+ output_rules_symbol(-1 * el->def->id);
+ }
+ if (el->vis->type != BT_FALSE) {
+ output_rules_symbol(el->vis->id);
+ }
+ output_rules_endterm();
+ }
+ if (el->rev_dep->type != BT_TRUE && el->def->type != BT_TRUE
+ && el->vis->type != BT_TRUE) {
+ output_rules_symbol(-1 * boolsym->id);
+ if (el->rev_dep->type != BT_FALSE) {
+ output_rules_symbol(el->rev_dep->id);
+ }
+ if (el->def->type != BT_FALSE) {
+ output_rules_symbol(el->def->id);
+ }
+ if (el->vis->type != BT_FALSE) {
+ output_rules_symbol(el->vis->id);
+ }
+ output_rules_endterm();
+ }
- boolexpr_free(el->def);
- boolexpr_free(el->vis);
- boolexpr_free(el->dep);
- boolexpr_free(el->rev_dep);
+ boolexpr_free(el->def);
+ boolexpr_free(el->vis);
+ boolexpr_free(el->dep);
+ boolexpr_free(el->rev_dep);
- continue;
+ continue;
- choice_exception:
- // Add exclusive rules for choice symbol
- if (sym->rev_dep.expr != NULL) {
- Dprintf(" Dependency:\n");
- doutput_expr(sym->rev_dep.expr);
- el->rev_dep =
- boolexpr_kconfig(gsymlist, sym->rev_dep.expr, true, NULL);
- } else
- el->rev_dep = boolexpr_true();
- for_all_choices(sym, prop) {
- struct symbol *symw;
- struct expr *exprw;
- unsigned *symx = NULL;
- size_t symx_size = 0;
- int x, y;
- expr_list_for_each_sym(prop->expr, exprw, symw) {
- symx_size++;
- symx = realloc(symx, symx_size * sizeof(unsigned));
- symx[symx_size - 1] = symlist_id(gsymlist, symw->name);
- output_rules_symbol(symx[symx_size - 1]);
- }
- output_rules_symbol(-(int)
- el_id);
- output_rules_endterm();
- for (x = 0; x < symx_size - 1; x++) {
- for (y = x + 1; y < symx_size; y++) {
- output_rules_symbol(-(int)
- symx[x]);
- output_rules_symbol(-(int)
- symx[y]);
- output_rules_endterm();
- }
- }
- free(symx);
- symx = NULL;
- }
- if (el->rev_dep->type != BT_FALSE && el->rev_dep->type != BT_TRUE)
- cnf_boolexpr(gsymlist, el->rev_dep);
- if (el->vis->type != BT_FALSE && el->vis->type != BT_TRUE)
- cnf_boolexpr(gsymlist, el->vis);
- // (!sym || rev_dep) && (!sym || !rev_dep || vis)
- // For nonoptional per list symbol add:
- // (sym || !rev_dep || !vis || !dir_dep_of_list))
- if (el->rev_dep->type != BT_TRUE) {
- output_rules_symbol(-1 * boolsym->id);
- if (el->rev_dep->type != BT_FALSE) {
- output_rules_symbol(el->rev_dep->id);
- }
- output_rules_endterm();
- }
- if (el->rev_dep->type != BT_FALSE && el->vis->type != BT_TRUE) {
- output_rules_symbol(-1 * boolsym->id);
- if (el->rev_dep->type != BT_TRUE) {
- output_rules_symbol(-1 * el->rev_dep->id);
- }
- if (el->vis != BT_FALSE) {
- output_rules_symbol(el->vis->id);
- }
- output_rules_endterm();
- }
- if (!sym_is_optional(sym)) {
- for_all_choices(sym, prop) {
- struct symbol *symw;
- struct expr *exprw;
- expr_list_for_each_sym(prop->expr, exprw, symw) {
- struct boolexpr *wdep;
- if (symw->dir_dep.expr != NULL) {
- struct symbol *settrue[] = {sym, NULL};
- wdep =
- boolexpr_kconfig(gsymlist, symw->dir_dep.expr,
- false, settrue);
- } else
- wdep = boolexpr_true();
- cnf_boolexpr(gsymlist, wdep);
- if (el->rev_dep->type != BT_FALSE
- && el->vis->type != BT_FALSE
- && wdep->type != BT_FALSE) {
- output_rules_symbol(boolsym->id);
- if (el->rev_dep->type != BT_TRUE) {
- output_rules_symbol(-1 * el->rev_dep->id);
- }
- if (el->vis->type != BT_TRUE) {
- output_rules_symbol(-1 * el->vis->id);
- }
- if (wdep->type != BT_TRUE
- && wdep->id != boolsym->id) {
- output_rules_symbol(-1 * wdep->id);
- }
- output_rules_endterm();
- }
- }
- }
- }
- }
+ choice_exception:
+ // Add exclusive rules for choice symbol
+ if (sym->rev_dep.expr != NULL) {
+ Dprintf(" Dependency:\n");
+ doutput_expr(sym->rev_dep.expr);
+ el->rev_dep =
+ boolexpr_kconfig(gsymlist, sym->rev_dep.expr, true, NULL);
+ } else
+ el->rev_dep = boolexpr_true();
+ for_all_choices(sym, prop) {
+ struct symbol *symw;
+ struct expr *exprw;
+ unsigned *symx = NULL;
+ size_t symx_size = 0;
+ int x, y;
+ expr_list_for_each_sym(prop->expr, exprw, symw) {
+ symx_size++;
+ symx = realloc(symx, symx_size * sizeof(unsigned));
+ symx[symx_size - 1] = symlist_id(gsymlist, symw->name);
+ output_rules_symbol(symx[symx_size - 1]);
+ }
+ output_rules_symbol(-(int)
+ el_id);
+ output_rules_endterm();
+ for (x = 0; x < symx_size - 1; x++) {
+ for (y = x + 1; y < symx_size; y++) {
+ output_rules_symbol(-(int)
+ symx[x]);
+ output_rules_symbol(-(int)
+ symx[y]);
+ output_rules_endterm();
+ }
+ }
+ free(symx);
+ symx = NULL;
+ }
+ if (el->rev_dep->type != BT_FALSE && el->rev_dep->type != BT_TRUE)
+ cnf_boolexpr(gsymlist, el->rev_dep);
+ if (el->vis->type != BT_FALSE && el->vis->type != BT_TRUE)
+ cnf_boolexpr(gsymlist, el->vis);
+ // (!sym || rev_dep) && (!sym || !rev_dep || vis)
+ // For nonoptional per list symbol add:
+ // (sym || !rev_dep || !vis || !dir_dep_of_list))
+ if (el->rev_dep->type != BT_TRUE) {
+ output_rules_symbol(-1 * boolsym->id);
+ if (el->rev_dep->type != BT_FALSE) {
+ output_rules_symbol(el->rev_dep->id);
+ }
+ output_rules_endterm();
+ }
+ if (el->rev_dep->type != BT_FALSE && el->vis->type != BT_TRUE) {
+ output_rules_symbol(-1 * boolsym->id);
+ if (el->rev_dep->type != BT_TRUE) {
+ output_rules_symbol(-1 * el->rev_dep->id);
+ }
+ if (el->vis != BT_FALSE) {
+ output_rules_symbol(el->vis->id);
+ }
+ output_rules_endterm();
+ }
+ if (!sym_is_optional(sym)) {
+ for_all_choices(sym, prop) {
+ struct symbol *symw;
+ struct expr *exprw;
+ expr_list_for_each_sym(prop->expr, exprw, symw) {
+ struct boolexpr *wdep;
+ if (symw->dir_dep.expr != NULL) {
+ struct symbol *settrue[] = {sym, NULL};
+ wdep =
+ boolexpr_kconfig(gsymlist, symw->dir_dep.expr,
+ false, settrue);
+ } else
+ wdep = boolexpr_true();
+ cnf_boolexpr(gsymlist, wdep);
+ if (el->rev_dep->type != BT_FALSE
+ && el->vis->type != BT_FALSE
+ && wdep->type != BT_FALSE) {
+ output_rules_symbol(boolsym->id);
+ if (el->rev_dep->type != BT_TRUE) {
+ output_rules_symbol(-1 * el->rev_dep->id);
+ }
+ if (el->vis->type != BT_TRUE) {
+ output_rules_symbol(-1 * el->vis->id);
+ }
+ if (wdep->type != BT_TRUE
+ && wdep->id != boolsym->id) {
+ output_rules_symbol(-1 * wdep->id);
+ }
+ output_rules_endterm();
+ }
+ }
+ }
+ }
}
}