static xml_node_t *
ni_iaid_map_root_node(const ni_iaid_map_t *map)
{
if (!map || !map->doc)
return NULL;
return xml_document_root(map->doc);
}
/**
* Tries to parse a document containing multiple tags
*/
static void test_xml_parse_document_1() {
SOURCE(source, ""
"<Parent>\n"
"\t<Child>\n"
"\t\tFirst content\n"
"\t</Child>\n"
"\t<Child>\n"
"\t\tSecond content\n"
"\t</Child>\n"
"</Parent>\n"
);
struct xml_document* document = xml_parse_document(source, strlen(source));
assert_that(document, "Could not parse document");
struct xml_node* root = xml_document_root(document);
// assert_that(string_equals(xml_node_name(root), "Parent"), "root node name must be `Parent'");
assert_that(2 == xml_node_children(root), "root must have two children");
struct xml_node* first_child = xml_node_child(root, 0);
struct xml_node* second_child = xml_node_child(root, 1);
assert_that(first_child && second_child, "Failed retrieving the children of root");
struct xml_node* third_child = xml_node_child(root, 2);
assert_that(!third_child, "root has a third child where non should be");
// assert_that(string_equals(xml_node_name(first_child), "Child"), "first_child node name must be `Child'");
// assert_that(string_equals(xml_node_content(first_child), "First content"), "first_child node content must be `First content'");
// assert_that(string_equals(xml_node_name(second_child), "Child"), "second_child node name must be `Child'");
// assert_that(string_equals(xml_node_content(second_child), "Second content"), "second_child node content must be `tSecond content'");
xml_document_free(document, true);
}
/**
* GetLocalization.com Toolkit
* ===========================
*
* Downloads translations from GetLocalization.com and converts them into
* gettext sources
*
* @param argv[1] GetLocalization.com project name
* @param argv[2] Working directory
*
* Currently this toolkit does several actions at once and is optimized for the
* Violetland project. A future version might be better generalized and runtime
* configurable:
*
* 0. Validate arguments
* 1. Fetch all available languages and write them to LINGUAS
* 2. All translations and write po translation file
*/
int main(int argc, char** argv) {
/* 0. Validate arguments
*/
if (3 != argc) {
fprintf(stderr, "Usage: gltoolkit <project> <working-directory>\n");
return EXIT_FAILURE;
}
uint8_t const* project = argv[1];
uint8_t const* working_directory = argv[2];
/* 1. Fetch all available languages and write them to LINGUAS
*/
struct gl_languages* languages = gl_get_languages(project);
print_linguas(languages, working_directory, "LINGUAS");
/* 2. For every language do
*/
size_t i = 0; for (; i < gl_get_languages_count(languages); ++i) {
struct gl_language* language = gl_get_language(languages, i);
uint8_t const* language_code = gl_get_language_code(language);
fprintf(stdout, "Fetching %s/%s\n", project, language_code);
/* 2.a Fetch all translations
*/
struct gl_translations* translations = gl_get_translations(
project, language_code
);
/* 2.b Open translation configuration
*/
struct xml_document* configuration = open_configuration(
language, working_directory
);
struct xml_node* config = configuration
? xml_document_root(configuration) : 0
;
/* 2.c Write po file
*/
print_po(project, language, translations, config, working_directory);
/* Free resources
*/
if (configuration) {
xml_document_free(configuration, true);
}
gl_free_translations(translations);
}
/* Free resources and exit
*/
gl_free_languages(languages);
return EXIT_SUCCESS;
}
/**
* Tries to parse a simple document containing only one tag
*/
static void test_xml_parse_document_0() {
SOURCE(source, "<Hello>World</Hello>");
// uint8_t* source = malloc((1 + strlen("<Hello>World</Hello>")) * sizeof(uint8_t));
// { char const* content_string = "<Hello>World</Hello>";
// memcpy(source, content_string, strlen("<Hello>World</Hello>") + 1);
// }
struct xml_document* document = xml_parse_document(source, strlen(source));
assert_that(document, "Could not parse document");
struct xml_node* root = xml_document_root(document);
// assert_that(string_equals(xml_node_name(root), "Hello"), "root node name must be `Hello'");
// assert_that(string_equals(xml_node_content(root), "World"), "root node content must be `World'");
xml_document_free(document, true);
}
/**
* Tests the xml_open_document functionality
*/
static void test_xml_parse_document_3() {
#define FILE_NAME "test.xml"
FILE* handle = fopen(FILE_NAME, "rb");
assert_that(handle, "Cannot open " FILE_NAME);
struct xml_document* document = xml_open_document(handle);
assert_that(document, "Cannot parse " FILE_NAME);
struct xml_node* element = xml_easy_child(
xml_document_root(document), "Element", "With", 0
);
assert_that(element, "Cannot find Document/Element/With");
// assert_that(string_equals(xml_node_content(element), "Child"), "Content of Document/Element/With must be `Child'");
xml_document_free(document, true);
#undef FILE_NAME
}
/**
* Tests the eas functionality
*/
static void test_xml_parse_document_2() {
SOURCE(source, ""
"<Parent>\n"
"\t<Child>\n"
"\t\tFirst content\n"
"\t</Child>\n"
"\t<This><Is>\n"
"<A><Test>Content A</Test></A>\n"
"<B><Test>Content B</Test></B>\n"
"\t</Is></This>\n"
"\t<Child>\n"
"\t\tSecond content\n"
"\t</Child>\n"
"</Parent>\n"
);
struct xml_document* document = xml_parse_document(source, strlen(source));
assert_that(document, "Could not parse document");
struct xml_node* root = xml_document_root(document);
// assert_that(string_equals(xml_node_name(root), "Parent"), "root node name must be `Parent'");
assert_that(3 == xml_node_children(root), "root must have two children");
struct xml_node* test_a = xml_easy_child(root, "This", "Is", "A", "Test", 0);
assert_that(test_a, "Cannot find Parent/This/Is/A/Test");
// assert_that(string_equals(xml_node_content(test_a), "Content A"), "Content of Parent/This/Is/A/Test must be `Content A'");
struct xml_node* test_b = xml_easy_child(root, "This", "Is", "B", "Test", 0);
assert_that(test_b, "Cannot find Parent/This/Is/B/Test");
// assert_that(string_equals(xml_node_content(test_b), "Content B"), "Content of Parent/This/Is/B/Test must be `Content B'");
struct xml_node* test_c = xml_easy_child(root, "This", "Is", "C", "Test", 0);
assert_that(!test_c, "Must not find Parent/This/Is/C/Test because no such path exists");
struct xml_node* must_be_null = xml_easy_child(root, "Child");
assert_that(!must_be_null, "Parent/Child cannot be a valid expression, because there are two children named `Child' in `Parent'");
// uint8_t* name_is = xml_easy_name(xml_easy_child(root, "This", "Is", 0));
// assert_that(!strcmp(name_is, "Is"), "Name of Parent/This/Is must be `Is'");
// free(name_is);
// uint8_t* content_a = xml_easy_content(test_a);
// assert_that(!strcmp(content_a, "Content A"), "Content of Parent/This/Is/A/Test must be `Content A'");
// free(content_a);
xml_document_free(document, true);
}
xml_document_t *
xml_process_document(xml_reader_t *xr)
{
xml_document_t *doc;
xml_node_t *root;
doc = xml_document_new();
root = xml_document_root(doc);
/* Note! We do not deal with properly formatted XML documents here.
* Specifically, we do not expect them to have a document header. */
if (!xml_process_element_nested(xr, root, 0)) {
xml_document_free(doc);
return NULL;
}
return doc;
}
static ni_bool_t
ni_dhcp4_tester_req_xml_init(ni_dhcp4_request_t *req, xml_document_t *doc)
{
xml_node_t *xml, *child;
const char *type;
xml = xml_document_root(doc);
if (xml && !xml->name && xml->children)
xml = xml->children;
if (!xml || !ni_string_eq(xml->name, "request")) {
ni_error("Invalid dhcp4 request xml '%s'",
xml ? xml_node_location(xml) : NULL);
return FALSE;
}
type = xml_node_get_attr(xml, "type");
if (ni_string_eq(type, "offer")) {
req->dry_run = NI_DHCP4_RUN_OFFER;
} else
if (ni_string_eq(type, "lease")) {
req->dry_run = NI_DHCP4_RUN_LEASE;
}
for (child = xml->children; child; child = child->next) {
if (ni_string_eq(child->name, "uuid")) {
if (ni_uuid_parse(&req->uuid, child->cdata) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "acquire-timeout")) {
if (ni_parse_uint(child->cdata, &req->acquire_timeout, 10) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "hostname")) {
if (!ni_check_domain_name(child->cdata, ni_string_len(child->cdata), 0))
goto failure;
ni_string_dup(&req->hostname, child->cdata);
} else
if (ni_string_eq(child->name, "fqdn")) {
const xml_node_t *ptr;
for (ptr = child->children; ptr; ptr = ptr->next) {
if (ni_string_eq(ptr->name, "enabled")) {
ni_bool_t b;
if (ni_parse_boolean(ptr->cdata, &b) == 0)
ni_tristate_set(&req->fqdn.enabled, b);
else
if (ni_string_eq(ptr->cdata, "default"))
req->fqdn.enabled = NI_TRISTATE_DEFAULT;
else
goto failure;
} else
if (ni_string_eq(ptr->name, "update")) {
if (!ni_dhcp_fqdn_update_name_to_mode(ptr->cdata, &req->fqdn.update))
goto failure;
} else
if (ni_string_eq(ptr->name, "encode")) {
if (ni_parse_boolean(ptr->cdata, &req->fqdn.encode) != 0)
goto failure;
} else
if (ni_string_eq(ptr->name, "qualify")) {
if (ni_parse_boolean(ptr->cdata, &req->fqdn.qualify) != 0)
goto failure;
}
}
} else
if (ni_string_eq(child->name, "clientid")) {
ni_opaque_t duid;
if (ni_parse_hex(child->cdata, duid.data, sizeof(duid.data)) <= 0)
goto failure;
ni_string_dup(&req->clientid, child->cdata);
} else
if(ni_string_eq(child->name, "start-delay")) {
if (ni_parse_uint(child->cdata, &req->start_delay, 10) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "lease-time")) {
if (ni_parse_uint(child->cdata, &req->lease_time, 10) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "recover-lease")) {
if (ni_parse_boolean(child->cdata, &req->recover_lease) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "release-lease")) {
if (ni_parse_boolean(child->cdata, &req->release_lease) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "request-options")) {
xml_node_t *opt;
for (opt = child->children; opt; opt = opt->next) {
if (ni_string_empty(opt->cdata))
continue;
ni_string_array_append(&req->request_options, opt->cdata);
}
}
}
return TRUE;
failure:
if (child) {
ni_error("Cannot parse dhcp4 request '%s': %s",
child->name, xml_node_location(child));
}
return FALSE;
}
static ni_bool_t
dhcp4_tester_req_xml_init(ni_dhcp4_request_t *req, xml_document_t *doc)
{
xml_node_t *xml, *child;
const char *type;
xml = xml_document_root(doc);
if (xml && !xml->name && xml->children)
xml = xml->children;
if (!xml || !ni_string_eq(xml->name, "request")) {
ni_error("Invalid dhcp4 request xml '%s'",
xml ? xml_node_location(xml) : NULL);
return FALSE;
}
type = xml_node_get_attr(xml, "type");
if (ni_string_eq(type, "offer")) {
req->dry_run = NI_DHCP4_RUN_OFFER;
} else
if (ni_string_eq(type, "lease")) {
req->dry_run = NI_DHCP4_RUN_LEASE;
}
for (child = xml->children; child; child = child->next) {
if (ni_string_eq(child->name, "uuid")) {
if (ni_uuid_parse(&req->uuid, child->cdata) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "acquire-timeout")) {
if (ni_parse_uint(child->cdata, &req->acquire_timeout, 10) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "hostname")) {
if (!ni_check_domain_name(child->cdata, ni_string_len(child->cdata), 0))
goto failure;
ni_string_dup(&req->hostname, child->cdata);
} else
if (ni_string_eq(child->name, "clientid")) {
ni_opaque_t duid;
if (ni_parse_hex(child->cdata, duid.data, sizeof(duid.data)) <= 0)
goto failure;
ni_string_dup(&req->clientid, child->cdata);
} else
if(ni_string_eq(child->name, "start-delay")) {
if (ni_parse_uint(child->cdata, &req->start_delay, 10) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "lease-time")) {
if (ni_parse_uint(child->cdata, &req->lease_time, 10) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "recover-lease")) {
if (ni_parse_boolean(child->cdata, &req->recover_lease) != 0)
goto failure;
} else
if (ni_string_eq(child->name, "release-lease")) {
if (ni_parse_boolean(child->cdata, &req->release_lease) != 0)
goto failure;
}
}
return TRUE;
failure:
if (child) {
ni_error("Cannot parse dhcp4 request '%s': %s",
child->name, xml_node_location(child));
}
return FALSE;
}
