static void test_ctypes_xml_round_trip(
ProtobufCMessage *pb1)
{
XMLManager::uptr_t mgr(xml_manager_create_xerces());
ASSERT_TRUE(mgr.get());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* module = model->load_module("ctype-test");
ASSERT_TRUE(module);
// Convert PB to DOM
rw_yang_netconf_op_status_t ncrs;
XMLDocument::uptr_t dom1(mgr->create_document_from_pbcm(pb1, ncrs));
EXPECT_EQ(RW_YANG_NETCONF_OP_STATUS_OK, ncrs);
ASSERT_TRUE(dom1.get());
// Convert DOM to XML
std::string xml1 = dom1->to_string();
ASSERT_TRUE(xml1.length());
// Convert XML back into DOM
std::string error_out;
XMLDocument::uptr_t dom2(mgr->create_document_from_string(xml1.c_str(), error_out, false/*validate*/));
ASSERT_TRUE(dom2.get());
// Convert the DOM back into PB.
UniquePtrProtobufCMessage<>::uptr_t pb2(
protobuf_c_message_create( NULL, pb1->descriptor ));
ASSERT_TRUE(pb2.get());
ncrs = dom2->to_pbcm( pb2.get() );
EXPECT_EQ(RW_YANG_NETCONF_OP_STATUS_OK, ncrs);
EXPECT_TRUE(protobuf_c_message_is_equal_deep( NULL, pb1, pb2.get() ));
}
TEST (RwXML,XMLWalkerTest)
{
TEST_DESCRIPTION("Verify the functioning of XMLWalker/XMLCopier");
XMLManager::uptr_t mgr(xml_manager_create_xerces());
ASSERT_TRUE(mgr.get());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* ydom_top = model->load_module("company");
EXPECT_TRUE(ydom_top);
std::ifstream fp;
std::string file_name = get_rift_root() +
std::string("/modules/core/util/yangtools/test/company.xml");
XMLDocument::uptr_t doc(mgr->create_document_from_file(file_name.c_str(), false));
ASSERT_TRUE(doc.get());
XMLNode* root = doc->get_root_node()->get_first_child();
EXPECT_TRUE(root);
EXPECT_STREQ(root->get_local_name().c_str(), "company");
std::string error_out;
XMLDocument::uptr_t to_doc(mgr->create_document_from_string("<data/>", error_out, false/*validate*/));
ASSERT_TRUE(to_doc.get());
ASSERT_TRUE(to_doc->get_root_node());
XMLCopier copier(to_doc->get_root_node());
XMLWalkerInOrder walker(root);
walker.walk(&copier);
to_doc->to_stdout();
std::cout << std::endl;
// Now walk the copied tree along side the original tree and make sure they match
//
//
root = to_doc->get_root_node();
EXPECT_STREQ(root->get_local_name().c_str(), "data");
XMLNode *old_node = doc->get_root_node();
old_node = old_node->get_first_child();
XMLNode *new_node = root->get_first_child();
EXPECT_STREQ(old_node->get_local_name().c_str(), new_node->get_local_name().c_str());
ASSERT_NO_FATAL_FAILURE(compare_xml_trees(old_node, new_node));
}
virtual void SetUp() {
mgr = XMLManager::uptr_t(xml_manager_create_xerces());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* ydom_top = model->load_module("company");
ASSERT_TRUE(ydom_top);
model->register_ypbc_schema(
(const rw_yang_pb_schema_t*)RWPB_G_SCHEMA_YPBCSD(Company));
ASSERT_EQ((const rw_yang_pb_schema_t*)RWPB_G_SCHEMA_YPBCSD(Company),
model->get_ypbc_schema());
ydom_top = model->load_module("company-augment");
ASSERT_TRUE(ydom_top);
model->register_ypbc_schema(
(const rw_yang_pb_schema_t*)RWPB_G_SCHEMA_YPBCSD(CompanyAugment));
ASSERT_EQ((const rw_yang_pb_schema_t*)RWPB_G_SCHEMA_YPBCSD(CompanyAugment),
model->get_ypbc_schema());
schema = mgr->get_yang_model()->get_ypbc_schema();
ASSERT_TRUE(schema);
std::string const delta_xml =
"<data>"
" <company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
" <employee>"
" <id>0</id>"
" <name>foo</name>"
" </employee>"
" <employee>"
" <id>1</id>"
" <name>bar</name>"
" </employee>"
" <wacky-interests>"
" <name>foo</name>"
" <id>0</id>"
" </wacky-interests>"
" <wacky-interests>"
" <name>bar</name>"
" <id>1</id>"
" </wacky-interests>"
" </company>"
" <mangle-base xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
" <mangle>"
" <name>asdf</name>"
" <id>13</id>"
" <bucket xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company-augment\">"
" <contents>water</contents>"
" </bucket>"
" <bucket-list xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company-augment\">"
" <place>victoria falls</place>"
" </bucket-list>"
" <bucket-list xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company-augment\">"
" <place>angkor wat</place>"
" </bucket-list>"
" </mangle>"
" </mangle-base>"
"</data>";
std::string error_out;
dom = XMLDocument::uptr_t(mgr->create_document_from_string(delta_xml.c_str(), error_out, false));
ASSERT_TRUE(dom.get()) << error_out;
root = dom->get_root_node();
ASSERT_TRUE(root);
}
TEST (RwXML, XMLSubtreeFilter)
{
TEST_DESCRIPTION ("XML subtree filtering");
XMLManager::uptr_t mgr(xml_manager_create_xerces());
ASSERT_TRUE(mgr.get());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* ydom_top = model->load_module("company");
EXPECT_TRUE(ydom_top);
std::string error;
std::string file_name = get_rift_root() +
std::string("/modules/core/util/yangtools/test/company.xml");
XMLDocument::uptr_t doc(mgr->create_document_from_file(file_name.c_str(), false));
ASSERT_TRUE(doc.get());
std::string filter =
"<data xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<contact-info></contact-info>"
"</company>"
"</data>";
XMLDocument::uptr_t fdoc(mgr->create_document_from_string(filter.c_str(), error, false));
rw_status_t res;
res = doc->subtree_filter(fdoc.get());
EXPECT_EQ(res, RW_STATUS_SUCCESS);
std::cout << doc->to_string() << std::endl;
std::string expected_op =
"<data xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n <company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n <contact-info>\n <name>RIFT.io Inc</name>\n <address>24, New England State Park, Burlington, MA</address>\n <phone-number>123-456-7890</phone-number>\n </contact-info>\n \n \n \n \n \n \n </company>\n</data>";
EXPECT_STREQ(doc->to_string().c_str(), expected_op.c_str());
//
error.clear();
fdoc.release();
filter =
"<data>"
"<company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<contact-info>"
"<name/>"
"</contact-info>"
"</company>"
"</data>";
fdoc = std::move(mgr->create_document_from_string(filter.c_str(), error, false));
doc = std::move(mgr->create_document_from_file(file_name.c_str(), false));
res = doc->subtree_filter(fdoc.get());
EXPECT_EQ(res, RW_STATUS_SUCCESS);
std::cout << doc->to_string() << std::endl;
auto root = doc->get_root_node();
ASSERT_TRUE(root);
auto node = root->find("company",
"http://riftio.com/ns/core/util/yangtools/tests/company");
ASSERT_TRUE(node);
auto contact_info_node = node->find("contact-info", nullptr);
EXPECT_TRUE(contact_info_node);
auto contact_info_name = contact_info_node->find("name", nullptr);
EXPECT_TRUE(contact_info_name);
expected_op =
"<data xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n <company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n <contact-info>\n <name>RIFT.io Inc</name>\n \n \n </contact-info>\n \n \n \n \n \n \n </company>\n</data>";
EXPECT_STREQ(doc->to_string().c_str(), expected_op.c_str());
//------
error.clear();
fdoc.release();
filter =
"<data>"
"<company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<employee xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"</employee>"
"</company>"
"</data>";
fdoc = std::move(mgr->create_document_from_string(filter.c_str(), error, false));
doc = std::move(mgr->create_document_from_file(file_name.c_str(), false));
res = doc->subtree_filter(fdoc.get());
std::cout << doc->get_root_node()->to_string() << std::endl;
EXPECT_EQ(res, RW_STATUS_SUCCESS);
root = doc->get_root_node();
ASSERT_TRUE(root);
node = root->find("company",
"http://riftio.com/ns/core/util/yangtools/tests/company");
ASSERT_TRUE(node);
node = node->find("employee", nullptr);
ASSERT_TRUE(node);
size_t employee_count = 0;
while (node) {
employee_count++;
node = node->get_next_sibling(node->get_local_name(),
node->get_name_space());
}
EXPECT_EQ(employee_count, 6);
//----
error.clear();
fdoc.release();
filter =
"<data>"
"<company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<employee xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<id/>"
"<name/>"
"</employee>"
"</company>"
"</data>";
fdoc = std::move(mgr->create_document_from_string(filter.c_str(), error, false));
doc = std::move(mgr->create_document_from_file(file_name.c_str(), false));
res = doc->subtree_filter(fdoc.get());
std::cout << doc->to_string() << std::endl;
EXPECT_EQ(res, RW_STATUS_SUCCESS);
root = doc->get_root_node();
node = root->find("company",
"http://riftio.com/ns/core/util/yangtools/tests/company");
ASSERT_TRUE(node);
node = node->find("employee", nullptr);
ASSERT_TRUE(node);
employee_count = 0;
while (node) {
employee_count++;
auto id = node->find("id", nullptr);
EXPECT_TRUE(id);
auto name = node->find("name", nullptr);
EXPECT_TRUE(name);
node = node->get_next_sibling(node->get_local_name(),
node->get_name_space());
}
EXPECT_EQ(employee_count, 6);
//-----
error.clear();
fdoc.release();
filter =
"<data>"
"<company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<employee xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<id>100</id>"
"</employee>"
"</company>"
"</data>";
fdoc = std::move(mgr->create_document_from_string(filter.c_str(), error, false));
doc = std::move(mgr->create_document_from_file(file_name.c_str(), false));
res = doc->subtree_filter(fdoc.get());
std::cout << doc->to_string() << std::endl;
EXPECT_EQ(res, RW_STATUS_SUCCESS);
expected_op =
"<data xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n <company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n \n <employee>\n <id>100</id>\n <name>name100</name>\n <title>Engineer</title>\n <start-date>01/01/2014</start-date>\n </employee>\n \n \n \n \n \n </company>\n</data>";
EXPECT_STREQ(doc->to_string().c_str(), expected_op.c_str());
//------
error.clear();
fdoc.release();
filter =
"<data>"
"<company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<employee xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<start-date/>"
"</employee>"
"</company>"
"</data>";
fdoc = std::move(mgr->create_document_from_string(filter.c_str(), error, false));
doc = std::move(mgr->create_document_from_file(file_name.c_str(), false));
res = doc->subtree_filter(fdoc.get());
std::cout << doc->to_string() << std::endl;
EXPECT_EQ(res, RW_STATUS_SUCCESS);
expected_op =
"<data xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n <company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n \n <employee>\n <id>100</id>\n \n \n <start-date>01/01/2014</start-date>\n </employee>\n <employee>\n <id>101</id>\n \n \n <start-date>01/01/2014</start-date>\n </employee>\n <employee>\n <id>102</id>\n \n \n <start-date>01/01/2014</start-date>\n </employee>\n <employee>\n <id>103</id>\n \n \n <start-date>01/01/2014</start-date>\n </employee>\n <employee>\n <id>104</id>\n \n \n <start-date>01/01/2014</start-date>\n </employee>\n <employee>\n <id>105</id>\n \n \n <start-date>01/01/2014</start-date>\n </employee>\n </company>\n</data>";
EXPECT_STREQ(doc->to_string().c_str(), expected_op.c_str());
//------
error.clear();
fdoc.release();
filter =
"<data>"
"<company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<employee xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">"
"<id>105</id>"
"<start-date/>"
"</employee>"
"</company>"
"</data>";
fdoc = std::move(mgr->create_document_from_string(filter.c_str(), error, false));
doc = std::move(mgr->create_document_from_file(file_name.c_str(), false));
res = doc->subtree_filter(fdoc.get());
std::cout << doc->to_string() << std::endl;
EXPECT_EQ(res, RW_STATUS_SUCCESS);
expected_op =
"<data xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n <company xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/company\">\n \n \n \n \n \n \n <employee>\n <id>105</id>\n \n \n <start-date>01/01/2014</start-date>\n </employee>\n </company>\n</data>";
EXPECT_STREQ(doc->to_string().c_str(), expected_op.c_str());
//------
error.clear();
fdoc.release();
model = mgr->get_yang_model();
ASSERT_TRUE(model);
ydom_top = model->load_module("flat-conversion");
EXPECT_TRUE(ydom_top);
file_name = get_rift_root() +
std::string("/modules/core/util/yangtools/test/conversion-1.xml");
doc = std::move(mgr->create_document_from_file(file_name.c_str(), false));
ASSERT_TRUE(doc.get());
filter =
"<data>"
"<container-1 xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">"
"<container_1-1 xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\"/>"
"</container-1>"
"</data>";
fdoc = std::move(mgr->create_document_from_string(filter.c_str(), error, false));
res = doc->subtree_filter(fdoc.get());
EXPECT_EQ(res, RW_STATUS_SUCCESS);
std::cout << doc->to_string() << std::endl;
expected_op =
"<data xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">\n <container-1 xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">\n <conv:container_1-1 xmlns:conv=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">\n <conv:leaf-1_1.1>leaf_1_1_1 - ONE</conv:leaf-1_1.1>\n <conv:list-1.1_2>\n <conv:int_1.1.2_1>11201121</conv:int_1.1.2_1>\n </conv:list-1.1_2>\n <conv:list-1.1_2>\n <conv:int_1.1.2_1>11211121</conv:int_1.1.2_1>\n </conv:list-1.1_2>\n </conv:container_1-1>\n \n \n \n \n \n \n \n \n </container-1>\n</data>";
EXPECT_STREQ(doc->to_string().c_str(), expected_op.c_str());
//------
error.clear();
fdoc.release();
filter =
"<data>"
"<container-1 xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">"
"<conv:leaf.list.1.2 xmlns:conv=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">"
"</conv:leaf.list.1.2>"
"</container-1>"
"</data>";
fdoc = std::move(mgr->create_document_from_string(filter.c_str(), error, false));
doc = std::move(mgr->create_document_from_file(file_name.c_str(), false));
res = doc->subtree_filter(fdoc.get());
EXPECT_EQ(res, RW_STATUS_SUCCESS);
std::cout << doc->to_string() << std::endl;
root = doc->get_root_node();
ASSERT_TRUE (root);
node = root->find("container-1",
"http://riftio.com/ns/core/util/yangtools/tests/conversion");
ASSERT_TRUE (node);
node = node->find("leaf.list.1.2",
"http://riftio.com/ns/core/util/yangtools/tests/conversion");
ASSERT_TRUE (node);
size_t ll_count = 1; // found one just above
while ((node = node->get_next_sibling("leaf.list.1.2",
"http://riftio.com/ns/core/util/yangtools/tests/conversion"))) {
ll_count++;
}
EXPECT_EQ(ll_count, 4);
expected_op =
"<data xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">\n <container-1 xmlns=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">\n \n <conv:leaf.list.1.2 xmlns:conv=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">Leaf List First</conv:leaf.list.1.2>\n <conv:leaf.list.1.2 xmlns:conv=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">Second Leaf in the List</conv:leaf.list.1.2>\n <conv:leaf.list.1.2 xmlns:conv=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">?Three Leaf in a List?</conv:leaf.list.1.2>\n <conv:leaf.list.1.2 xmlns:conv=\"http://riftio.com/ns/core/util/yangtools/tests/conversion\">The leaf broke the branch</conv:leaf.list.1.2>\n \n \n \n \n </container-1>\n</data>";
EXPECT_STREQ(doc->to_string().c_str(), expected_op.c_str());
mgr.release();
}
TEST(ConfdUtTranslation, DynamicSchema)
{
TEST_DESCRIPTION("Verify Dynamic Schema loading..");
XMLManager::uptr_t mgr(xml_manager_create_xerces());
ASSERT_TRUE(mgr.get());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* comp = model->load_module("rw-composite-d");
EXPECT_TRUE(comp);
comp->mark_imports_explicit();
ConfdUnittestHarness::uptr_t harness
= ConfdUnittestHarness::create_harness_autostart("Dynamic", model);
ASSERT_TRUE(harness.get());
EXPECT_TRUE(harness->is_running());
ConfdUnittestHarness::context_t* ctx= harness->get_confd_context();
UNUSED (ctx);
ConfdUnittestHarness::sockaddr_t sa;
harness->make_confd_sockaddr(&sa);
EXPECT_TRUE(harness->wait_till_phase2(&sa));
{
ASSERT_EQ (CONFD_OK, confd_load_schemas ((struct sockaddr *)&sa, sizeof(sa)) );
namespace_map_t ns_map;
struct confd_nsinfo *listp;
uint32_t ns_count = confd_get_nslist(&listp);
RW_ASSERT (ns_count); // for now
for (uint32_t i = 0; i < ns_count; i++) {
ns_map[listp[i].uri] = listp[i].hash;
}
const rw_yang_pb_schema_t *dynamic = nullptr;
create_dynamic_composite_d(&dynamic);
ASSERT_TRUE(dynamic);
YangModelNcx* model1 = YangModelNcx::create_model();
YangModel::ptr_t p(model1);
ASSERT_TRUE(model1);
bool ret = model1->app_data_get_token (YANGMODEL_ANNOTATION_KEY,YANGMODEL_ANNOTATION_CONFD_NS ,
&model1->adt_confd_ns_);
RW_ASSERT(ret);
ret = model1->app_data_get_token (YANGMODEL_ANNOTATION_KEY, YANGMODEL_ANNOTATION_CONFD_NAME,
&model1->adt_confd_name_);
RW_ASSERT(ret);
rw_status_t s = model1->load_schema_ypbc(dynamic);
EXPECT_EQ(s, RW_STATUS_SUCCESS);
s = model1->register_ypbc_schema(dynamic);
EXPECT_EQ(s, RW_STATUS_SUCCESS);
s = rw_confd_annotate_ynodes (model1, ns_map, confd_str2hash,
YANGMODEL_ANNOTATION_CONFD_NS,
YANGMODEL_ANNOTATION_CONFD_NAME );
EXPECT_EQ(s, RW_STATUS_SUCCESS);
}
harness->stop();
}
TEST(ConfdUtTranslation, KeylessLists)
{
TEST_DESCRIPTION("Translate a RWXML DOM with keyless lists to confd");
XMLManager::uptr_t mgr(xml_manager_create_xerces());
ASSERT_TRUE(mgr.get());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* ydom_top = model->load_module("base-conversion");
EXPECT_TRUE(ydom_top);
ydom_top = 0;
ydom_top = model->load_module("flat-conversion");
EXPECT_TRUE(ydom_top);
ConfdUnittestHarness::uptr_t harness
= ConfdUnittestHarness::create_harness_autostart("keyless-lists", model);
ASSERT_TRUE(harness.get());
EXPECT_TRUE(harness->is_running());
ConfdUnittestHarness::context_t* ctx= harness->get_confd_context();
UNUSED (ctx);
ConfdUnittestHarness::sockaddr_t sa;
harness->make_confd_sockaddr(&sa);
EXPECT_TRUE(harness->wait_till_phase2(&sa));
{
bool ret = model->app_data_get_token (YANGMODEL_ANNOTATION_KEY,YANGMODEL_ANNOTATION_CONFD_NS ,
&model->adt_confd_ns_);
RW_ASSERT(ret);
ret = model->app_data_get_token (YANGMODEL_ANNOTATION_KEY, YANGMODEL_ANNOTATION_CONFD_NAME,
&model->adt_confd_name_);
RW_ASSERT(ret);
ASSERT_EQ (CONFD_OK, confd_load_schemas ((struct sockaddr *)&sa, sizeof(sa)) );
namespace_map_t ns_map;
struct confd_nsinfo *listp;
uint32_t ns_count = confd_get_nslist(&listp);
RW_ASSERT (ns_count); // for now
for (uint32_t i = 0; i < ns_count; i++) {
ns_map[listp[i].uri] = listp[i].hash;
}
rw_confd_annotate_ynodes (model, ns_map, confd_str2hash,
YANGMODEL_ANNOTATION_CONFD_NS,
YANGMODEL_ANNOTATION_CONFD_NAME );
// Create a DOM
model->register_ypbc_schema(
(const rw_yang_pb_schema_t*)RWPB_G_SCHEMA_YPBCSD(FlatConversion));
RWPB_M_MSG_DECL_INIT(FlatConversion_data_Flat, flat);
RWPB_T_MSG (FlatConversion_data_Flat_Keyless)* kf = &flat.keyless[0];
flat.n_keyless = 4;
sprintf (kf->str, "%s", "First One in the keyless list");
kf->has_str = 1;
kf->has_cont = 1;
kf->cont.has_bool_ = 1;
kf->has_number = 1;
kf->number = 1234;
kf = &flat.keyless[1];
sprintf (kf->str, "%s", "More no keys");
kf->has_str = 1;
kf->has_enum_ = 1;
kf->enum_ = FLAT_CONVERSION_ENUM_FOO_BAR;
kf = &flat.keyless[2];
kf->has_number = 1;
kf->number = 12;
kf->has_enum_ = 1;
kf->enum_ = FLAT_CONVERSION_ENUM_FOO;
kf = &flat.keyless[3];
sprintf (kf->str, "%s", "First One in the keyless list");
kf->has_str = 1;
kf->has_cont = 1;
kf->cont.has_bool_ = 1;
kf->has_number = 1;
kf->number = 1234;
rw_yang_netconf_op_status_t ncrs;
XMLDocument::uptr_t dom(mgr->create_document());
ASSERT_TRUE(dom.get());
XMLNode* root_node = dom->get_root_node();
ASSERT_TRUE (root_node);
XMLNode *first_elt = root_node->add_child("flat", 0, "http://riftio.com/ns/core/util/yangtools/tests/conversion");
ASSERT_TRUE (first_elt);
ncrs = first_elt->merge ((ProtobufCMessage *)&flat);
ASSERT_EQ(ncrs, RW_YANG_NETCONF_OP_STATUS_OK);
ASSERT_EQ(4, first_elt->get_children()->length());
confd_hkeypath_t path;
memset (&path, 0, sizeof (confd_hkeypath_t));
// Build a confd hkeypath
size_t length = 3;
path.len = length;
length --;
CONFD_SET_XMLTAG (&path.v[length][0], flat_conversion_flat, flat_conversion__ns);
length --;
CONFD_SET_XMLTAG (&path.v[length][0], flat_conversion_keyless, flat_conversion__ns);
length--;
first_elt = first_elt->get_first_child();
ASSERT_FALSE (length);
CONFD_SET_INT64 (&path.v[length][0] , (int64_t) first_elt);
path.v[length][1].type = C_NOEXISTS;
XMLNode *node = get_node_by_hkeypath (root_node, &path, 0);
ASSERT_TRUE (node);
ASSERT_EQ (first_elt, node);
struct confd_cs_node *cs_node = confd_find_cs_node(&path, 2);
ASSERT_TRUE (cs_node);
confd_value_t keys[5];
int key_count = 0;
XMLNode *next_node;
ASSERT_EQ (get_current_key_and_next_node (node, cs_node, &next_node, keys, &key_count), RW_STATUS_SUCCESS);
EXPECT_EQ (1, key_count);
EXPECT_EQ ((int64_t) first_elt, keys[0].val.i64);
// Get object with the key set to the pointer
ASSERT_NE (next_node, nullptr);
ASSERT_EQ (get_current_key_and_next_node (next_node, cs_node, &next_node, keys, &key_count), RW_STATUS_SUCCESS);
EXPECT_EQ (1, key_count);
}
}
TEST(ConfdUtTranslation, ConfdNewBuilder)
{
TEST_DESCRIPTION("Translate a RWXML DOM to Confd and back without list filter and new builder");
XMLManager::uptr_t mgr(xml_manager_create_xerces());
ASSERT_TRUE(mgr.get());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* ydom_top = model->load_module("base-conversion");
EXPECT_TRUE(ydom_top);
ydom_top = 0;
ydom_top = model->load_module("flat-conversion");
EXPECT_TRUE(ydom_top);
model->register_ypbc_schema(
(const rw_yang_pb_schema_t*)RWPB_G_SCHEMA_YPBCSD(FlatConversion));
std::ifstream fp;
ConfdUnittestHarness::uptr_t harness
= ConfdUnittestHarness::create_harness_autostart("ConfdDOM", model);
ASSERT_TRUE(harness.get());
EXPECT_TRUE(harness->is_running());
ConfdUnittestHarness::context_t* ctx= harness->get_confd_context();
UNUSED (ctx);
ConfdUnittestHarness::sockaddr_t sa;
harness->make_confd_sockaddr(&sa);
EXPECT_TRUE(harness->wait_till_phase2(&sa));
{
bool ret = model->app_data_get_token (YANGMODEL_ANNOTATION_KEY,YANGMODEL_ANNOTATION_CONFD_NS ,
&model->adt_confd_ns_);
RW_ASSERT(ret);
ret = model->app_data_get_token (YANGMODEL_ANNOTATION_KEY, YANGMODEL_ANNOTATION_CONFD_NAME,
&model->adt_confd_name_);
RW_ASSERT(ret);
ASSERT_EQ (CONFD_OK, confd_load_schemas ((struct sockaddr *)&sa, sizeof(sa)) );
namespace_map_t ns_map;
struct confd_nsinfo *listp;
uint32_t ns_count = confd_get_nslist(&listp);
RW_ASSERT (ns_count); // for now
for (uint32_t i = 0; i < ns_count; i++) {
ns_map[listp[i].uri] = listp[i].hash;
}
rw_confd_annotate_ynodes (model, ns_map, confd_str2hash,
YANGMODEL_ANNOTATION_CONFD_NS,
YANGMODEL_ANNOTATION_CONFD_NAME );
// Create a DOM
std::string file_name = get_rift_root() +
std::string("/modules/core/util/yangtools/test/confd.xml");
XMLDocument::uptr_t dom(mgr->create_document_from_file
(file_name.c_str(), false/*validate*/));
ASSERT_TRUE(dom.get());
XMLNode* root_node = dom->get_root_node();
ASSERT_TRUE (root_node);
root_node = root_node->get_first_child();
// associated confd structures
struct confd_cs_node *cs_node = confd_find_cs_root(flat_conversion__ns);
// Translate the DOM to confd
ConfdTLVBuilder builder(cs_node,true);
XMLTraverser traverser(&builder,root_node);
traverser.traverse();
ASSERT_TRUE (builder.length());
size_t length = builder.length();
// Add 3 more - to add a delete keyspec
confd_tag_value_t
*array = (confd_tag_value_t *) RW_MALLOC (sizeof (confd_tag_value_t) * (length + 3));
builder.copy_and_destroy_tag_array(array);
// Array is of the following form for the test
// The nodes with C++ comments added to test deletion
/* 1 C_XMLBEGIN "container_1-1" */
/* 2 C_BUF "leaf-1_1.1" */
/* 3 C_XMLBEGIN "list-1.1_2" */
/* 4 C_INT32 "int_1.1.2_1" */
/* 5 C_XMLEND "list-1.1_2" */
/* 6 C_XMLBEGIN "list-1.1_2" */
/* 7 C_XMLTAG "grey-goose" */
/* 8 C_INT32 "int_1.1.2_1" */
/* 9 C_XMLEND "list-1.1_2" */
// 10 C_XMLBEGINDEL "list-1.1_2" */
// 11 C_INT32 "int_1.1.2_1" */
// 12 C_XMLEND "list-1.1_2" */
/* 13 C_XMLEND "container_1-1" */
/* 14 C_LIST "leaf.list.1.2" */
/* 15 C_XMLBEGIN "two-keys" */
/* 16 C_ENUM_VALUE "prim-enum" */
/* 17 C_BUF "sec-string" */
/* 18 C_XMLEND "two-keys" */
/* 19 C_XMLBEGIN "two-keys" */
/* 20 C_ENUM_VALUE "prim-enum" */
/* 21 C_BUF "sec-string" */
/* 22 C_XMLEND "two-keys" */
/* 23 C_XMLTAG "empty-1_3" */
/* 24 C_LIST "enum_1-4" */
/* 25 C_ENUM_VALUE "enum_1.5" */
// add 3 lines in the middle
memmove (&array[12], &array[9], sizeof (confd_tag_value_t) * 13);
memcpy (&array[9], &array[2], sizeof (confd_tag_value_t) * 3);
array[9].v.type = C_XMLBEGINDEL;
array[10].v.val.i32 = 0xdeadbeef;
length += 3;
// Translate the confd to DOM
rw_yang::XMLDocument::uptr_t converted =
std::move(mgr->create_document(model->get_root_node()));
XMLNode *root = converted->get_root_node();
YangNode *container_1 = ydom_top->get_first_node();
XMLNode *build_node = root->add_child (container_1);
XMLBuilder xml_builder(build_node);
ConfdTLVTraverser tlv_traverser(&xml_builder, array, length );
tlv_traverser.traverse();
std::string orig = dom->get_root_node()->get_first_element()->to_string();
std::string copy = xml_builder.current_node_->to_string();
ASSERT_EQ (1, xml_builder.delete_ks_.size());
for (size_t i = 0; i < length; i++) {
confd_free_value(CONFD_GET_TAG_VALUE(&array[i]));
}
RW_FREE (array);
}
}
TEST(ConfdUtTranslation, FindHkeyPath)
{
TEST_DESCRIPTION("Translate a RWXML DOM to Confd and back");
XMLManager::uptr_t mgr(xml_manager_create_xerces());
ASSERT_TRUE(mgr.get());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* ydom_top = model->load_module("base-conversion");
EXPECT_TRUE(ydom_top);
ydom_top = 0;
ydom_top = model->load_module("flat-conversion");
EXPECT_TRUE(ydom_top);
std::ifstream fp;
ConfdUnittestHarness::uptr_t harness
= ConfdUnittestHarness::create_harness_autostart("harness_test4", model);
ASSERT_TRUE(harness.get());
EXPECT_TRUE(harness->is_running());
ConfdUnittestHarness::context_t* ctx= harness->get_confd_context();
UNUSED (ctx);
ConfdUnittestHarness::sockaddr_t sa;
harness->make_confd_sockaddr(&sa);
EXPECT_TRUE(harness->wait_till_phase2(&sa));
{
bool ret = model->app_data_get_token (YANGMODEL_ANNOTATION_KEY,YANGMODEL_ANNOTATION_CONFD_NS ,
&model->adt_confd_ns_);
RW_ASSERT(ret);
ret = model->app_data_get_token (YANGMODEL_ANNOTATION_KEY, YANGMODEL_ANNOTATION_CONFD_NAME,
&model->adt_confd_name_);
RW_ASSERT(ret);
ASSERT_EQ (CONFD_OK, confd_load_schemas ((struct sockaddr *)&sa, sizeof(sa)) );
namespace_map_t ns_map;
struct confd_nsinfo *listp;
uint32_t ns_count = confd_get_nslist(&listp);
RW_ASSERT (ns_count); // for now
for (uint32_t i = 0; i < ns_count; i++) {
ns_map[listp[i].uri] = listp[i].hash;
}
rw_confd_annotate_ynodes (model, ns_map, confd_str2hash,
YANGMODEL_ANNOTATION_CONFD_NS,
YANGMODEL_ANNOTATION_CONFD_NAME );
// Create a DOM
std::string file_name = get_rift_root() +
std::string("/modules/core/util/yangtools/test/confd.xml");
XMLDocument::uptr_t dom(mgr->create_document_from_file
(file_name.c_str(), false/*validate*/));
ASSERT_TRUE(dom.get());
XMLNode* root_node = dom->get_root_node();
ASSERT_TRUE (root_node);
// Build a confd hkeypath
size_t length = 4;
confd_hkeypath_t path;
memset (&path, 0, sizeof (confd_hkeypath_t));
path.len = length;
length --;
CONFD_SET_XMLTAG (&path.v[length][0],flat_conversion_container_1, flat_conversion__ns);
length --;
CONFD_SET_XMLTAG (&path.v[length][0], flat_conversion_container_1_1, flat_conversion__ns);
length --;
CONFD_SET_XMLTAG (&path.v[length][0],flat_conversion_list_10x2e1_2, flat_conversion__ns);
length --;
ASSERT_FALSE (length);
CONFD_SET_INT32 (&path.v[length][0], 11211121);
path.v[length][1].type = C_NOEXISTS;
XMLNode *node = get_node_by_hkeypath (root_node, &path, 0);
ASSERT_TRUE (node);
// Look for vodka - path of 0
memset (&path, 0, sizeof (confd_hkeypath_t));
confd_value_t choice[10], drink;
memset (choice, 0, sizeof (confd_value_t) * 10);
memset (&drink, 0, sizeof (confd_value_t));
CONFD_SET_XMLTAG (&choice[0], flat_conversion_drink, flat_conversion__ns);
choice[1].type = C_NOEXISTS;
rw_status_t status = get_confd_case (node, &path, choice, &drink);
ASSERT_EQ (RW_STATUS_SUCCESS, status);
ASSERT_EQ (CONFD_GET_XMLTAG(&drink), flat_conversion_vodka);
memset (&path, 0, sizeof (confd_hkeypath_t));
length = 2;
path.len = length;
length --;
CONFD_SET_XMLTAG (&path.v[length][0], flat_conversion_container_1, flat_conversion__ns);
length --;
CONFD_SET_XMLTAG (&path.v[length][0],flat_conversion_empty_1_3, flat_conversion__ns);
node = get_node_by_hkeypath (root_node, &path, 0);
ASSERT_TRUE (node);
// Multi key list - success
// Build a confd hkeypath
length = 3;
memset (&path, 0, sizeof (confd_hkeypath_t));
path.len = length;
length --;
CONFD_SET_XMLTAG (&path.v[length][0], flat_conversion_container_1, flat_conversion__ns);
length --;
CONFD_SET_XMLTAG (&path.v[length][0], flat_conversion_two_keys, flat_conversion__ns);
length --;
ASSERT_FALSE (length);
const char *entry = "entry";
const char *entree = "entree";
CONFD_SET_ENUM_VALUE (&path.v[length][0], 1);
CONFD_SET_CBUF (&path.v[length][1], entry, strlen(entry));
path.v[length][2].type = C_NOEXISTS;
node = get_node_by_hkeypath (root_node, &path, 0);
ASSERT_TRUE (node);
struct confd_cs_node *cs_node = confd_find_cs_node(&path, 2);
ASSERT_TRUE (cs_node);
// Test getting keys and next entry
confd_value_t keys[5];
int key_count = 0;
XMLNode *next_node;
ASSERT_EQ (get_current_key_and_next_node (node, cs_node, &next_node, keys, &key_count), RW_STATUS_SUCCESS);
EXPECT_EQ (2, key_count);
ASSERT_NE (next_node, nullptr);
ASSERT_EQ (get_current_key_and_next_node (next_node, cs_node, &next_node, keys, &key_count), RW_STATUS_SUCCESS);
EXPECT_EQ (2, key_count);
EXPECT_EQ (next_node, nullptr);
CONFD_SET_CBUF (&path.v[length][1], entree, strlen(entree));
node = get_node_by_hkeypath (root_node, &path, 0);
ASSERT_FALSE (node);
CONFD_SET_ENUM_VALUE (&path.v[length][0], 7);
node = get_node_by_hkeypath (root_node, &path, 0);
ASSERT_TRUE (node);
// Traverse the largest path
rw_yang::XMLDocument::uptr_t req =
std::move(mgr->create_document(mgr->get_yang_model()->get_root_node()));
XMLNode *root = req->get_root_node();
XMLBuilder build(root);
ConfdKeypathTraverser traver(&build, &path);
traver.traverse();
CONFD_SET_CBUF (&path.v[length][1], entry, strlen(entry));
node = get_node_by_hkeypath (root_node, &path, 0);
ASSERT_FALSE (node);
// associated confd structures
cs_node = confd_find_cs_root(flat_conversion__ns);
// Translate the DOM to confd
ConfdTLVBuilder builder(cs_node);
XMLTraverser traverser(&builder,root_node->get_first_element());
traverser.traverse();
ASSERT_TRUE (builder.length());
length = builder.length();
confd_tag_value_t
*array = (confd_tag_value_t *) RW_MALLOC (sizeof (confd_tag_value_t) * length);
ASSERT_NE (nullptr, array);
}
harness->stop();
}
TEST(ConfdUtTranslation, DomToConfd)
{
TEST_DESCRIPTION("Translate a RWXML DOM to Confd and back");
XMLManager::uptr_t mgr(xml_manager_create_xerces());
ASSERT_TRUE(mgr.get());
YangModel* model = mgr->get_yang_model();
ASSERT_TRUE(model);
YangModule* ydom_top = model->load_module("base-conversion");
EXPECT_TRUE(ydom_top);
ydom_top = 0;
ydom_top = model->load_module("flat-conversion");
EXPECT_TRUE(ydom_top);
YangNode *container_1 = ydom_top->get_first_node();
std::ifstream fp;
ConfdUnittestHarness::uptr_t harness
= ConfdUnittestHarness::create_harness_autostart("ConfdDOM", model);
ASSERT_TRUE(harness.get());
EXPECT_TRUE(harness->is_running());
ConfdUnittestHarness::context_t* ctx= harness->get_confd_context();
UNUSED (ctx);
ConfdUnittestHarness::sockaddr_t sa;
harness->make_confd_sockaddr(&sa);
EXPECT_TRUE(harness->wait_till_phase2(&sa));
{
bool ret = model->app_data_get_token (YANGMODEL_ANNOTATION_KEY,YANGMODEL_ANNOTATION_CONFD_NS ,
&model->adt_confd_ns_);
RW_ASSERT(ret);
ret = model->app_data_get_token (YANGMODEL_ANNOTATION_KEY, YANGMODEL_ANNOTATION_CONFD_NAME,
&model->adt_confd_name_);
RW_ASSERT(ret);
ASSERT_EQ (CONFD_OK, confd_load_schemas ((struct sockaddr *)&sa, sizeof(sa)) );
namespace_map_t ns_map;
struct confd_nsinfo *listp;
uint32_t ns_count = confd_get_nslist(&listp);
RW_ASSERT (ns_count); // for now
for (uint32_t i = 0; i < ns_count; i++) {
ns_map[listp[i].uri] = listp[i].hash;
}
rw_confd_annotate_ynodes (model, ns_map, confd_str2hash,
YANGMODEL_ANNOTATION_CONFD_NS,
YANGMODEL_ANNOTATION_CONFD_NAME );
// Create a DOM
std::string file_name = get_rift_root() +
std::string("/modules/core/util/yangtools/test/confd.xml");
XMLDocument::uptr_t dom(mgr->create_document_from_file
(file_name.c_str(), false/*validate*/));
ASSERT_TRUE(dom.get());
XMLNode* root_node = dom->get_root_node();
ASSERT_TRUE (root_node);
root_node = root_node->get_first_child();
// The DOMs should be similar - EXCEPT that the new one will not have
// the list children.. And only YANG nodes assocaited nodes will be present
rw_yang::XMLDocument::uptr_t filtered =
std::move(mgr->create_document(model->get_root_node()));
XMLNode* filter_root = filtered->get_root_node();
XMLNoListCopier copier (filter_root);
XMLWalkerInOrder walker (root_node);
walker.walk(&copier);
// associated confd structures
struct confd_cs_node *cs_node = confd_find_cs_root(flat_conversion__ns);
// Translate the DOM to confd
ConfdTLVBuilder builder(cs_node);
XMLTraverser traverser(&builder,root_node);
traverser.traverse();
ASSERT_TRUE (builder.length());
size_t length = builder.length();
confd_tag_value_t
*array = (confd_tag_value_t *) RW_MALLOC (sizeof (confd_tag_value_t) * length);
builder.copy_and_destroy_tag_array(array);
// Translate the confd to DOM
rw_yang::XMLDocument::uptr_t converted =
std::move(mgr->create_document(model->get_root_node()));
XMLNode *root = converted->get_root_node();
XMLNode *build_node = root->add_child (container_1);
XMLBuilder xml_builder(build_node);
ConfdTLVTraverser tlv_traverser(&xml_builder, array, length );
tlv_traverser.traverse();
for (size_t i = 0; i < length; i++) {
confd_free_value(CONFD_GET_TAG_VALUE(&array[i]));
}
RW_FREE (array);
std::string orig = filter_root->to_string();
std::string copied = root->to_string();
ASSERT_STREQ (orig.c_str(), copied.c_str());
}
harness->stop();
}
