void sax_parser<_Handler,_Config>::attribute()
{
sax::parser_attribute attr;
pstring attr_ns_name, attr_name, attr_value;
attribute_name(attr.ns, attr.name);
#if ORCUS_DEBUG_SAX_PARSER
std::ostringstream os;
os << "sax_parser::attribute: ns='" << attr.ns << "', name='" << attr.name << "'";
#endif
char c = cur_char();
if (c != '=')
{
std::ostringstream os;
os << "Attribute must begin with 'name=..'. (ns='" << attr.ns << "', name='" << attr.name << "')";
throw sax::malformed_xml_error(os.str());
}
next_check();
attr.transient = value(attr.value, true);
if (attr.transient)
// Value is stored in a temporary buffer. Push a new buffer.
inc_buffer_pos();
#if ORCUS_DEBUG_SAX_PARSER
os << " value='" << attr.value << "'" << endl;
cout << os.str();
#endif
m_handler.attribute(attr);
}
void TestQPrefUpdateManager::test_struct_disk()
{
// test struct prefs -> disk
auto tst = qPrefUpdateManager::instance();
prefs.update_manager.dont_check_for_updates = true;
prefs.update_manager.dont_check_exists = true;
prefs.update_manager.last_version_used = copy_qstring("last_version");
prefs.update_manager.next_check = QDate::fromString("11/09/1957", "dd/MM/yyyy").toJulianDay();
tst->sync();
prefs.update_manager.dont_check_for_updates = false;
prefs.update_manager.dont_check_exists = false;
prefs.update_manager.last_version_used = copy_qstring("");
prefs.update_manager.next_check = 1000;
tst->load();
QCOMPARE(tst->dont_check_for_updates(), true);
QCOMPARE(tst->last_version_used(), QString("last_version"));
QCOMPARE(tst->next_check(), QDate::fromString("11/09/1957", "dd/MM/yyyy"));
// dont_check_exists is NOT stored on disk
QCOMPARE(tst->dont_check_exists(), false);
}
void TestQPrefUpdateManager::test_next_check()
{
auto tst = qPrefUpdateManager::instance();
prefs.update_manager.next_check = QDate::fromString("11/09/1957", "dd/MM/yyyy").toJulianDay();
prefs.update_manager.next_check++;
QCOMPARE(tst->next_check(), QDate::fromString("12/09/1957", "dd/MM/yyyy"));
}
void parser_base::attribute_name(pstring& attr_ns, pstring& attr_name)
{
name(attr_name);
if (cur_char() == ':')
{
// Attribute name is namespaced.
attr_ns = attr_name;
next_check();
name(attr_name);
}
}
void parser_base::element_name(parser_element& elem, const char* begin_pos)
{
elem.begin_pos = begin_pos;
name(elem.name);
if (cur_char() == ':')
{
elem.ns = elem.name;
next_check();
name(elem.name);
}
}
void TestQPrefUpdateManager::test_oldPreferences()
{
auto update = qPrefUpdateManager::instance();
QDate date = QDate::currentDate();
update->set_dont_check_for_updates(true);
update->set_last_version_used("tomaz-1");
update->set_next_check(date);
TEST(update->dont_check_for_updates(), true);
TEST(update->last_version_used(), QStringLiteral("tomaz-1"));
TEST(update->next_check(), date);
date = date.addDays(3);
update->set_dont_check_for_updates(false);
update->set_last_version_used("tomaz-2");
update->set_next_check(date);
TEST(update->dont_check_for_updates(), false);
TEST(update->last_version_used(), QStringLiteral("tomaz-2"));
TEST(update->next_check(), date);
}
void TestQPrefUpdateManager::test_struct_get()
{
// Test struct pref -> get func.
auto tst = qPrefUpdateManager::instance();
prefs.update_manager.dont_check_for_updates = true;
prefs.update_manager.dont_check_exists = true;
prefs.update_manager.last_version_used = copy_qstring("last_version");
prefs.update_manager.next_check = QDate::fromString("11/09/1957", "dd/MM/yyyy").toJulianDay();
QCOMPARE(tst->dont_check_for_updates(), true);
QCOMPARE(tst->dont_check_exists(), true);
QCOMPARE(tst->last_version_used(), QString("last_version"));
QCOMPARE(tst->next_check(), QDate::fromString("11/09/1957", "dd/MM/yyyy"));
}
void sax_parser<_Handler,_Config>::element_close(const char* begin_pos)
{
assert(cur_char() == '/');
nest_down();
next_check();
sax::parser_element elem;
element_name(elem, begin_pos);
if (cur_char() != '>')
throw sax::malformed_xml_error("expected '>' to close the element.");
next();
elem.end_pos = m_char;
m_handler.end_element(elem);
#if ORCUS_DEBUG_SAX_PARSER
cout << "element_close: ns='" << elem.ns << "', name='" << elem.name << "'" << endl;
#endif
if (!m_nest_level)
m_root_elem_open = false;
}
void sax_parser<_Handler,_Config>::declaration(const char* name_check)
{
assert(cur_char() == '?');
next_check();
// Get the declaration name first.
pstring decl_name;
name(decl_name);
#if ORCUS_DEBUG_SAX_PARSER
cout << "sax_parser::declaration: start name='" << decl_name << "'" << endl;
#endif
if (name_check && decl_name != name_check)
{
std::ostringstream os;
os << "declaration name of '" << name_check << "' was expected, but '" << decl_name << "' was found instead.";
throw sax::malformed_xml_error(os.str());
}
m_handler.start_declaration(decl_name);
blank();
// Parse the attributes.
while (cur_char_checked() != '?')
{
attribute();
blank();
}
if (next_char_checked() != '>')
throw sax::malformed_xml_error("declaration must end with '?>'.");
m_handler.end_declaration(decl_name);
reset_buffer_pos();
next();
#if ORCUS_DEBUG_SAX_PARSER
cout << "sax_parser::declaration: end name='" << decl_name << "'" << endl;
#endif
}
void sax_parser<_Handler,_Config>::doctype()
{
// Parse the root element first.
sax::doctype_declaration param;
name(param.root_element);
blank();
// Either PUBLIC or SYSTEM.
size_t len = remains();
if (len < 6)
sax::malformed_xml_error("DOCTYPE section too short.");
param.keyword = sax::doctype_declaration::keyword_private;
char c = cur_char();
if (c == 'P')
{
if (next_char() != 'U' || next_char() != 'B' || next_char() != 'L' || next_char() != 'I' || next_char() != 'C')
throw sax::malformed_xml_error("malformed DOCTYPE section.");
param.keyword = sax::doctype_declaration::keyword_public;
}
else if (c == 'S')
{
if (next_char() != 'Y' || next_char() != 'S' || next_char() != 'T' || next_char() != 'E' || next_char() != 'M')
throw sax::malformed_xml_error("malformed DOCTYPE section.");
}
next_check();
blank();
has_char_throw("DOCTYPE section too short.");
// Parse FPI.
value(param.fpi, false);
has_char_throw("DOCTYPE section too short.");
blank();
has_char_throw("DOCTYPE section too short.");
if (cur_char() == '>')
{
// Optional URI not given. Exit.
#if ORCUS_DEBUG_SAX_PARSER
cout << "sax_parser::doctype: root='" << param.root_element << "', fpi='" << param.fpi << "'" << endl;
#endif
m_handler.doctype(param);
next();
return;
}
// Parse optional URI.
value(param.uri, false);
has_char_throw("DOCTYPE section too short.");
blank();
has_char_throw("DOCTYPE section too short.");
if (cur_char() != '>')
throw sax::malformed_xml_error("malformed DOCTYPE section - closing '>' expected but not found.");
#if ORCUS_DEBUG_SAX_PARSER
cout << "sax_parser::doctype: root='" << param.root_element << "', fpi='" << param.fpi << "' uri='" << param.uri << "'" << endl;
#endif
m_handler.doctype(param);
next();
}
