int PyCOMPSEnv_init(PyCOMPS_Env *self, PyObject *args, PyObject *kwds)
{
char *name, *id, *desc;
int disp_ord;
static char *kwlist[] = {"id", "name", "desc", "display_order", NULL};
name = NULL;
id = NULL;
desc = NULL;
disp_ord = -1;
if (!args && !kwds){
return 0;
}
else if (PyArg_ParseTupleAndKeywords(args, kwds, "|sssi", kwlist,
&id, &name, &desc, &disp_ord)) {
comps_docenv_set_id(self->c_obj, id, 1);
comps_docenv_set_name(self->c_obj, name, 1);
comps_docenv_set_desc(self->c_obj, desc, 1);
if (disp_ord != -1)
comps_docenv_set_display_order(self->c_obj, disp_ord, false);
return 0;
} else {
return -1;
}
}
}END_TEST
START_TEST(test_comps_doc_setfeats)
{
const char *groups_ids[] = {"g1", "g2", "g3", "g4"};
const char *groups_names[] = {"group1", "group2", "group3", "group4"};
const char *group_mpackages[][4] = {{"pkg1","pkg2","pkg3","pkg4"},
{"p1", "p2", "p3", "pkg4"},
{"package1", "package2", "pkg3", "p4"},
{"pack1", "pack2","p3","pkg4"}};
const char *group_opackages[][4] = {{"opkg1","opkg2","opkg3","opkg4"},
{"op1", "op2", "op3", "opkg4"},
{"opackage1", "opackage2", "opkg3", "op4"},
{"opack1", "opack2","op3","opkg4"}};
const char *cats_ids[] = {"c1", "c2", "c3"};
const char *cats_names[] = {"cat1", "cat2", "cat3"};
const char *cat_gids[][3] = {{"g1","g2","g3"},
{"g2", "g3", "g4"},
{"g1", "g2", "g4"}};
const char *envs_ids[] = {"env1", "env2", "env3"};
const char *envs_names[] = {"environment 1", "environment 2", "environment3"};
const char *env_gids[][3] = {{"g1","g2","g3"},
{"g2", "g3", "g4"},
{"g1", "g2", "g4"}};
const char *env_opts[][4] = {{"opt1","opt2","opt3","opt4"},
{"o1", "o2", "opt3", "o4"},
{"op1", "o2", "opt3", "op4"},
{"opt1", "2", "3", "op4"}};
const char *groups_ids2[] = {"g1", "g22", "g32", "g4"};
const char *groups_names2[] = {"group1", "group22", "group32", "group4"};
const char *group_mpackages2[][4] = {{"pkg21","pkg2","pkg23","pkg4"},
{"p1", "p2", "p3", "pkg4"},
{"package1", "package2", "pkg3", "p4"},
{"pack1", "pack22","p3","pkg4"}};
const char *group_opackages2[][4] = {{"opkg1","opkg2","opkg3","opkg4"},
{"op1", "op2", "op3", "opkg4"},
{"opackage1", "opackage2", "opkg3", "op4"},
{"opack1", "opack2","op3","opkg4"}};
const char *cats_ids2[] = {"c1", "c2", "c32"};
const char *cats_names2[] = {"cat1", "cat2", "cat32"};
const char *cat_gids2[][3] = {{"g1","g2","g32"},
{"g22", "g3", "g4"},
{"g21", "g2", "g4"}};
const char *envs_ids2[] = {"env21", "env2", "env3"};
const char *envs_names2[] = {"environment 21", "environment 2", "environment3"};
const char *env_gids2[][3] = {{"g21","g2","g3"},
{"g2", "g23", "g4"},
{"g1", "g2", "g24"}};
const char *env_opts2[][4] = {{"opt21","opt2","opt3","opt4"},
{"o1", "o22", "opt3", "o4"},
{"op1", "o2", "opt23", "op4"},
{"opt1", "2", "3", "op24"}};
COMPS_Doc *doc, *doc2, *tmpdoc;
COMPS_DocCategory *c, *c1, *c2;
COMPS_DocEnv *e, *e1, *e2;
COMPS_DocGroup *g, *g1, *g2;
COMPS_DocGroupPackage *p;
//COMPS_List *tmplist;
doc = comps_doc_create("UTF-8");
comps_doc_init(doc);
for (int i=0; i<4; i++) {
g = comps_docgroup_create();
comps_docgroup_set_id(g, (char*)groups_ids[i], 1);
comps_docgroup_set_name(g, (char*)groups_names[i], 1);
for (int x=0; x<4; x++) {
p = comps_docpackage_create();
comps_docpackage_set_name(p, (char*)group_mpackages[i][x], 1);
comps_docpackage_set_type(p, COMPS_PACKAGE_MANDATORY);
comps_docgroup_add_package(g, p);
p = comps_docpackage_create();
comps_docpackage_set_name(p, (char*)group_opackages[i][x], 1);
comps_docpackage_set_type(p, COMPS_PACKAGE_OPTIONAL);
comps_docgroup_add_package(g, p);
}
comps_doc_add_group(doc, g);
}
for (int i=0; i<3; i++) {
e = comps_docenv_create();
comps_docenv_set_id(e, (char*)envs_ids[i], 1);
comps_docenv_set_name(e, (char*)envs_names[i], 1);
for (int x=0; x<3; x++) {
comps_docenv_add_groupid(e, (char*)env_gids[i][x], 1);
}
for (int x=0; x<4; x++) {
comps_docenv_add_optionid(e, (char*)env_opts[i][x], 1);
}
comps_doc_add_env(doc, e);
}
for (int i=0; i<3; i++) {
c = comps_doccategory_create("UTF-8");
comps_doccategory_set_id(c, (char*)cats_ids[i], 1);
comps_doccategory_set_name(c, (char*)cats_names[i], 1);
for (int x=0; x<3; x++) {
comps_doccategory_add_groupid(c, (char*)cat_gids[i][x], 1);
}
comps_doc_add_category(doc, c);
}
doc2 = comps_doc_create("UTF-8");
comps_doc_init(doc2);
for (int i=0; i<4; i++) {
g = comps_docgroup_create();
comps_docgroup_set_id(g, (char*)groups_ids2[i], 1);
comps_docgroup_set_name(g, (char*)groups_names2[i], 1);
for (int x=0; x<4; x++) {
p = comps_docpackage_create();
comps_docpackage_set_name(p, (char*)group_mpackages2[i][x], 1);
comps_docpackage_set_type(p, COMPS_PACKAGE_MANDATORY);
comps_docgroup_add_package(g, p);
p = comps_docpackage_create();
comps_docpackage_set_name(p, (char*)group_opackages2[i][x], 1);
comps_docpackage_set_type(p, COMPS_PACKAGE_OPTIONAL);
comps_docgroup_add_package(g, p);
}
comps_doc_add_group(doc2, g);
}
for (int i=0; i<3; i++) {
e = comps_docenv_create();
comps_docenv_set_id(e, (char*)envs_ids2[i], 1);
comps_docenv_set_name(e, (char*)envs_names2[i], 1);
for (int x=0; x<3; x++) {
comps_docenv_add_groupid(e, (char*)env_gids2[i][x], 1);
}
for (int x=0; x<4; x++) {
comps_docenv_add_optionid(e, (char*)env_opts2[i][x], 1);
}
comps_doc_add_env(doc2, e);
}
for (int i=0; i<3; i++) {
c = comps_doccategory_create();
comps_doccategory_set_id(c, (char*)cats_ids2[i], 1);
comps_doccategory_set_name(c, (char*)cats_names2[i], 1);
for (int x=0; x<3; x++) {
comps_doccategory_add_groupid(c, (char*)cat_gids2[i][x], 1);
}
comps_doc_add_category(doc2, c);
}
g1 = (COMPS_DocGroup*)comps_doc_groups(doc)->first->data;
g2 = (COMPS_DocGroup*)comps_doc_groups(doc)->first->next->data;
g = comps_docgroup_union(g1, g2);
fail_if(g->packages->len != 14, "Union of (g1 v g2) should have 14 packages"
" have %d", g->packages->len);
comps_docgroup_destroy(g);
g = comps_docgroup_intersect(g1, g2);
fail_if(g->packages->len != 2, "Intersect of (g1 ^ g2) should have 2"
"packages, have %d", g->packages->len);
comps_docgroup_destroy(g);
g1 = (COMPS_DocGroup*)comps_doc_groups(doc)->first->next->data;
g2 = (COMPS_DocGroup*)comps_doc_groups(doc)->first->next->next->data;
g = comps_docgroup_union(g1, g2);
fail_if(g->packages->len != 16, "Union of (g2 v g3) should have 16 packages"
" have %d", g->packages->len);
comps_docgroup_destroy(g);
g = comps_docgroup_intersect(g1, g2);
fail_if(g->packages->len != 0, "Intersect of (g2 ^ g3) should have 0"
"packages, have %d", g->packages->len);
comps_docgroup_destroy(g);
c1 = (COMPS_DocCategory*)comps_doc_categories(doc)->first->data;
c2 = (COMPS_DocCategory*)comps_doc_categories(doc)->first->next->data;
c = comps_doccategory_union(c1, c2);
fail_if(c->group_ids->len != 4, "Union of (c1 v c2) should have 4 "
"group ids, have %d", c->group_ids->len);
comps_doccategory_destroy(c);
c = comps_doccategory_intersect(c1, c2);
fail_if(c->group_ids->len != 2, "Intersect of (c1 ^ c2) should have 2"
"group ids, have %d", c->group_ids->len);
comps_doccategory_destroy(c);
c1 = (COMPS_DocCategory*)comps_doc_categories(doc)->first->next->data;
c2 = (COMPS_DocCategory*)comps_doc_categories(doc)->first->next->next->data;
c = comps_doccategory_union(c1, c2);
fail_if(c->group_ids->len != 4, "Union of (c2 v c3) should have 4 "
"group ids, have %d", c->group_ids->len);
comps_doccategory_destroy(c);
c = comps_doccategory_intersect(c1, c2);
fail_if(c->group_ids->len != 2, "Intersect of (c2 ^ c3) should have 2"
"group ids, have %d", c->group_ids->len);
comps_doccategory_destroy(c);
e1 = (COMPS_DocEnv*)comps_doc_environments(doc)->first->data;
e2 = (COMPS_DocEnv*)comps_doc_environments(doc)->first->next->data;
e = comps_docenv_union(e1, e2);
fail_if(e->group_list->len != 4, "Union of (e1 v e2) should have 4 "
"groud ids have %d", e->group_list->len);
fail_if(e->option_list->len != 7, "Union of (e1 v e2) should have 7 "
"groud ids have %d", e->option_list->len);
comps_docenv_destroy(e);
e = comps_docenv_intersect(e1, e2);
fail_if(e->group_list->len != 2, "Intersect of (e1 ^ e2) should have 2"
"group ids have %d", e->group_list->len);
fail_if(e->option_list->len != 1, "Union of (e1 v e2) should have 1 "
"option ids have %d", e->option_list->len);
comps_docenv_destroy(e);
e1 = (COMPS_DocEnv*)comps_doc_environments(doc)->first->next->data;
e2 = (COMPS_DocEnv*)comps_doc_environments(doc)->first->next->next->data;
e = comps_docenv_union(e1, e2);
fail_if(e->group_list->len != 4, "Union of (e2 v e3) should have 4 "
"groud ids have %d", e->group_list->len);
fail_if(e->option_list->len != 6, "Union of (e2 v e3) should have 7 "
"option ids have %d", e->option_list->len);
comps_docenv_destroy(e);
e = comps_docenv_intersect(e1, e2);
fail_if(e->group_list->len != 2, "Intersect of (e2 ^ e3) should have 2 "
"groupids have %d", e->group_list->len);
fail_if(e->option_list->len != 2, "Intersect of (e2 v e3) should have 2 "
"option ids have %d", e->option_list->len);
comps_docenv_destroy(e);
tmpdoc = comps_doc_union(doc, doc2);
fail_if(comps_doc_groups(tmpdoc)->len != 6, "Union of (doc ^ doc2) should have 6 "
"groups have %d", comps_doc_groups(tmpdoc)->len);
fail_if(comps_doc_categories(tmpdoc)->len != 4, "Union of (doc ^ doc2) "
"should have 4 categories have %d",
comps_doc_categories(tmpdoc)->len);
fail_if(comps_doc_environments(tmpdoc)->len != 4, "Union of (doc ^ doc2) "
"should have 4 environments have %d",
comps_doc_environments(tmpdoc)->len);
comps_doc_destroy(&tmpdoc);
tmpdoc = comps_doc_intersect(doc, doc2);
fail_if(comps_doc_groups(tmpdoc)->len != 2, "Intersect of (doc ^ doc2) "
"should have 2 groups have %d", comps_doc_groups(tmpdoc)->len);
fail_if(comps_doc_categories(tmpdoc)->len != 2, "Intersect of (doc ^ doc2)"
" should have 2 categories have %d",
comps_doc_categories(tmpdoc)->len);
fail_if(comps_doc_environments(tmpdoc)->len != 2, "Intersect of "
"(doc ^ doc2) should have 2 environments have %d",
comps_doc_environments(tmpdoc)->len);
comps_doc_destroy(&tmpdoc);
comps_doc_destroy(&doc2);
comps_doc_destroy(&doc);
}