/**
* Loads a named systemlib section from the main binary (or DSO)
* using the label "ext.{hash(name)}"
*
* If {name} is not passed, then {m_name} is assumed.
*/
void Extension::loadSystemlib(const std::string& name) {
std::string n = name.empty() ?
std::string(m_name.data(), m_name.size()) : name;
std::string section("ext.");
section += f_md5(n, false).substr(0, 12).data();
std::string hhas;
std::string slib = get_systemlib(&hhas, section, m_dsoName);
if (!slib.empty()) {
std::string phpname = s_systemlibPhpName + n;
CompileSystemlib(slib, phpname);
}
if (!hhas.empty()) {
std::string hhasname = s_systemlibHhasName + n;
CompileSystemlib(hhas, hhasname);
}
}
/**
* Loads a named systemlib section from the main binary (or DSO)
* using the label "ext.{hash(name)}"
*
* If {name} is not passed, then {m_name} is assumed for
* builtin extensions. DSOs pull from the fixed "systemlib" label
*/
void Extension::loadSystemlib(const std::string& name /*= "" */) {
std::string hhas, slib;
if (m_dsoName.empty() || !name.empty()) {
std::string section("ext.");
section += f_md5(name.empty() ? m_name : name, false).substr(0, 12).data();
slib = get_systemlib(&hhas, section);
} else {
slib = get_systemlib(&hhas, "systemlib", m_dsoName);
}
if (!slib.empty()) {
std::string phpname("systemlib.php.");
phpname += m_name.data();
CompileSystemlib(slib, phpname);
}
if (!hhas.empty()) {
std::string hhasname("systemlib.hhas.");
hhasname += m_name.data();
CompileSystemlib(hhas, hhasname);
}
}
void Extension::loadSystemlib() {
std::string hhas, slib;
if (m_dsoName.empty()) {
std::string section("systemlib.ext.");
section += m_name.data();
slib = get_systemlib(&hhas, section);
} else {
slib = get_systemlib(&hhas, "systemlib", m_dsoName);
}
if (!slib.empty()) {
std::string phpname("systemlib.php.");
phpname += m_name.data();
CompileSystemlib(slib, phpname);
}
if (!hhas.empty()) {
std::string hhasname("systemlib.hhas.");
hhasname += m_name.data();
CompileSystemlib(hhas, hhasname);
}
}
/**
* Loads a named systemlib section from the main binary (or DSO)
* using the label "ext.{hash(name)}"
*
* If {name} is not passed, then {m_name} is assumed.
*/
void Extension::loadSystemlib(const std::string& name) {
std::string n = name.empty() ?
std::string(m_name.data(), m_name.size()) : name;
#if defined(__CYGWIN__) || defined(__MINGW__) || defined(_MSC_VER)
std::string section("ext_");
#else
std::string section("ext.");
#endif
section += HHVM_FN(md5)(n, false).substr(0, 12).data();
std::string hhas;
std::string slib = get_systemlib(&hhas, section, m_dsoName);
if (!slib.empty()) {
std::string phpname = s_systemlibPhpName + n;
CompileSystemlib(slib, phpname);
}
if (!hhas.empty()) {
std::string hhasname = s_systemlibHhasName + n;
CompileSystemlib(hhas, hhasname);
}
}