void Option::LoadRootHdf(const Hdf &roots, map<string, string> &map) {
if (roots.exists()) {
for (Hdf hdf = roots.firstChild(); hdf.exists(); hdf = hdf.next()) {
map[hdf["root"].get()] = hdf["path"].get();
}
}
}
void Option::LoadRootHdf(const IniSetting::Map& ini, const Hdf &roots, vector<string> &vec) {
if (roots.exists()) {
for (Hdf hdf = roots.firstChild(); hdf.exists(); hdf = hdf.next()) {
vec.push_back(Config::GetString(ini, hdf,""));
}
}
}
void Option::LoadRootHdf(const Hdf &roots, vector<string> &vec) {
if (roots.exists()) {
for (Hdf hdf = roots.firstChild(); hdf.exists(); hdf = hdf.next()) {
vec.push_back(hdf.getString(""));
}
}
}
// No `ini` binding yet. Hdf still takes precedence but will be removed
// once we have made all options ini-aware. All new settings should
// use the ini path of this method (i.e., pass a bogus Hdf or keep it null)
void Config::Iterate(std::function<void (const IniSettingMap&,
const Hdf&,
const std::string&)> cb,
const IniSettingMap &ini, const Hdf& config,
const std::string &name,
const bool prepend_hhvm /* = true */) {
// We shouldn't be passing a leaf here. That's why name is not
// optional.
assert(!name.empty());
Hdf hdf = config[name];
if (hdf.exists() && !hdf.isEmpty()) {
for (Hdf c = hdf.firstChild(); c.exists(); c = c.next()) {
cb(IniSetting::Map::object, c, "");
}
} else {
Hdf empty;
auto ini_name = IniName(name, prepend_hhvm);
auto* ini_value = ini_iterate(ini, ini_name);
if (ini_value && ini_value->isObject()) {
for (auto& pair : ini_value->items()) {
cb(pair.second, empty, pair.first.data());
}
}
}
}
void Option::LoadRootHdf(const IniSetting::Map& ini, const Hdf &roots,
map<string, string> &map) {
if (roots.exists()) {
for (Hdf hdf = roots.firstChild(); hdf.exists(); hdf = hdf.next()) {
map[Config::Get(ini, hdf["root"])] = Config::Get(ini, hdf["path"]);
}
}
}
void Option::LoadRootHdf(const IniSetting::Map& ini,
const Hdf &roots,
const std::string& name,
std::map<std::string, std::string> &map) {
if (roots.exists()) {
for (Hdf hdf = roots[name].firstChild(); hdf.exists(); hdf = hdf.next()) {
map[Config::Get(ini, hdf, "root", "", false)] =
Config::Get(ini, hdf, "path", "", false);
}
}
}
void Hdf::configGet(std::map<std::string, std::string,
stdltistr> &values) const {
values.clear();
for (Hdf hdf = firstChild(); hdf.exists(); hdf = hdf.next()) {
values[hdf.getName()] = hdf.configGetString("");
}
}
bool Hdf::lintImpl(std::vector<std::string> &names,
const std::vector<std::string> &excludes, bool visited) {
unsigned int size = names.size();
bool childVisited = false;
for (Hdf hdf = firstChild(false); hdf.exists(); hdf = hdf.next(false)) {
if (hdf.lintImpl(names, excludes, visited)) {
childVisited = true;
}
}
bool meVisited = childVisited || hdf_is_visited(getRaw());
std::string fullname = getFullPath();
if (!fullname.empty()) {
if (meVisited == visited) {
bool excluded = false;
for (unsigned int i = 0; i < excludes.size(); i++) {
if (match(fullname, excludes[i])) {
excluded = true;
break;
}
}
if (!excluded) {
if (!visited) {
names.resize(size); // so reports about my children are gone
}
names.push_back(fullname);
}
}
}
return meVisited;
}
// Hdf takes precedence, as usual. No `ini` binding yet.
void Config::Iterate(const IniSettingMap &ini, const Hdf &hdf,
std::function<void (const IniSettingMap&,
const Hdf&)> cb) {
if (hdf.exists()) {
for (Hdf c = hdf.firstChild(); c.exists(); c = c.next()) {
cb(ini, c);
}
} else {
auto ini_name = IniName(hdf);
auto* ini_value = ini.get_ptr(ini_name);
if (ini_value && ini_value->isObject()) {
for (auto& val : ini_value->values()) {
cb(val, hdf);
}
}
}
}
void ReplayTransport::replayInputImpl() {
String postData = StringUtil::UUDecode(m_hdf["post"].get(""));
m_postData = string(postData.data(), postData.size());
m_requestHeaders.clear();
for (Hdf hdf = m_hdf["headers"].firstChild(); hdf.exists();
hdf = hdf.next()) {
m_requestHeaders[hdf["name"].get("")].push_back(hdf["value"].get(""));
}
}
void IpBlockMap::LoadIpList(hphp_string_map<bool> &ips, Hdf hdf, bool allow) {
for (Hdf child = hdf.firstChild(); child.exists(); child = child.next()) {
string ip = child.getString();
size_t pos = ip.find('/');
if (pos != string::npos) {
ip = ip.substr(0, pos);
}
ips[ip] = allow;
}
}
// No `ini` binding yet. Hdf still takes precedence but will be removed
// once we have made all options ini-aware. All new settings should
// use the ini path of this method (i.e., pass a bogus Hdf or keep it null)
void Config::Iterate(std::function<void (const IniSettingMap&,
const Hdf&,
const std::string&)> cb,
const IniSettingMap &ini, const Hdf& config,
const std::string &name,
const bool prepend_hhvm /* = true */) {
Hdf hdf = name.empty() ? config : config[name];
if (hdf.exists() && !hdf.isEmpty()) {
for (Hdf c = hdf.firstChild(); c.exists(); c = c.next()) {
cb(IniSetting::Map::object, c, "");
}
} else {
Hdf empty;
auto ini_value = name.empty() ? ini :
ini_iterate(ini, IniName(name, prepend_hhvm));
if (ini_value.isArray()) {
for (ArrayIter iter(ini_value.toArray()); iter; ++iter) {
cb(iter.second(), empty, iter.first().toString().toCppString());
}
}
}
}
FilesMatch::FilesMatch(const IniSetting::Map& ini, const Hdf& vh) {
if (vh.exists()) {
m_pattern = format_pattern(vh["pattern"].configGetString(), true);
vh["headers"].configGet(m_headers);
} else {
m_pattern = format_pattern(
ini[String("pattern")].toString().toCppString(),
true
);
for (ArrayIter iter(ini[String("headers")].toArray());
iter; ++iter) {
m_headers.push_back(iter.second().toString().toCppString());
}
}
}
void Hdf::lint(std::vector<std::string> &names,
const char *excludePatternNode /* = "LintExcludePatterns" */,
bool visited /* = false */) {
std::vector<std::string> patterns;
if (excludePatternNode && *excludePatternNode) {
for (Hdf hdf = operator[](excludePatternNode).firstChild();
hdf.exists(); hdf = hdf.next()) {
std::string value = hdf.configGetString();
if (!value.empty()) {
patterns.push_back(value);
}
}
}
lintImpl(names, patterns, visited);
}
void Extension::LoadModules(Hdf hdf) {
// Load up any dynamic extensions
std::string path = hdf["DynamicExtensionPath"].getString(".");
for (Hdf ext = hdf["DynamicExtensions"].firstChild();
ext.exists(); ext = ext.next()) {
std::string extLoc = ext.getString();
if (extLoc.empty()) {
continue;
}
if (extLoc[0] != '/') {
extLoc = path + "/" + extLoc;
}
// Extensions are self-registering,
// so we bring in the SO then
// throw away its handle.
void *ptr = dlopen(extLoc.c_str());
if (!ptr) {
throw Exception("Could not open extension %s: %s",
extLoc.c_str(), dlerror());
}
auto getModule = (Extension *(*)())dlsym(ptr, "getModule");
if (!getModule) {
throw Exception("Could not load extension %s: %s (%s)",
extLoc.c_str(),
"getModule() symbol not defined.",
dlerror());
}
Extension *mod = getModule();
if (mod->m_hhvmAPIVersion != HHVM_API_VERSION) {
throw Exception("Could not use extension %s: "
"Compiled with HHVM API Version %" PRId64 ", "
"this version of HHVM expects %ld",
extLoc.c_str(),
mod->m_hhvmAPIVersion,
HHVM_API_VERSION);
}
mod->setDSOName(extLoc);
}
// Invoke Extension::moduleLoad() callbacks
assert(s_registered_extensions);
for (ExtensionMap::const_iterator iter = s_registered_extensions->begin();
iter != s_registered_extensions->end(); ++iter) {
iter->second->moduleLoad(hdf);
}
}
IpBlockMap::IpBlockMap(Hdf config) {
for (Hdf hdf = config.firstChild(); hdf.exists(); hdf = hdf.next()) {
AclPtr acl(new Acl());
bool allow = hdf["AllowFirst"].getBool(false);
if (allow) {
LoadIpList(acl->ips, hdf["Ip.Deny"], false);
LoadIpList(acl->ips, hdf["Ip.Allow"], true);
} else {
LoadIpList(acl->ips, hdf["Ip.Allow"], true);
LoadIpList(acl->ips, hdf["Ip.Deny"], false);
}
string location = hdf["Location"].getString();
if (!location.empty() && location[0] == '/') {
location = location.substr(1);
}
m_acls[location] = acl;
}
}
void IpBlockMap::LoadIpList(AclPtr acl, Hdf hdf, bool allow) {
for (Hdf child = hdf.firstChild(); child.exists(); child = child.next()) {
string ip = child.getString();
unsigned int start, end;
if (ReadIPv4Address(ip.c_str(), start, end)) {
ASSERT(end >= start);
if (end - start < 1024) {
for (unsigned int i = start; i <= end; i++) {
acl->ips[i] = allow;
}
} else {
acl->ranges.resize(acl->ranges.size() + 1);
IpRange &range = acl->ranges.back();
range.start = start;
range.end = end;
range.allow = allow;
}
}
}
}
Variant ArrayUtil::FromHdf(const Hdf &hdf) {
if (hdf.firstChild().exists()) {
Array ret = Array::Create();
const char *value = hdf.get();
if (value) {
ret.set(s_default, String(value, CopyString));
}
for (Hdf child = hdf.firstChild(); child.exists(); child = child.next()) {
ret.set(String(child.getName()), FromHdf(child));
}
return ret;
}
const char *value = hdf.get("");
if (strcasecmp(value, "false") == 0 ||
strcasecmp(value, "no") == 0 ||
strcasecmp(value, "off") == 0) {
return false;
}
if (strcasecmp(value, "true") == 0 ||
strcasecmp(value, "yes") == 0 ||
strcasecmp(value, "on") == 0) {
return true;
}
int64_t lval; double dval;
int len = strlen(value);
DataType ret = is_numeric_string(value, len, &lval, &dval, 0);
switch (ret) {
case KindOfInt64: return lval;
case KindOfDouble: return dval;
default: break;
}
return String(value, len, CopyString);
}
void Hdf::setVisited(bool visited /* = true */) {
hdf_set_visited(getRaw(), visited ? 1 : 0);
for (Hdf hdf = firstChild(false); hdf.exists(); hdf = hdf.next(false)) {
hdf.setVisited(visited);
}
}
void Option::Load(Hdf &config) {
LoadRootHdf(config["IncludeRoots"], IncludeRoots);
LoadRootHdf(config["AutoloadRoots"], AutoloadRoots);
config["PackageFiles"].get(PackageFiles);
config["IncludeSearchPaths"].get(IncludeSearchPaths);
config["PackageDirectories"].get(PackageDirectories);
config["PackageExcludeDirs"].get(PackageExcludeDirs);
config["PackageExcludeFiles"].get(PackageExcludeFiles);
config["PackageExcludePatterns"].get(PackageExcludePatterns);
config["PackageExcludeStaticDirs"].get(PackageExcludeStaticDirs);
config["PackageExcludeStaticFiles"].get(PackageExcludeStaticFiles);
config["PackageExcludeStaticPatterns"].get(PackageExcludeStaticPatterns);
CachePHPFile = config["CachePHPFile"].getBool();
config["ParseOnDemandDirs"].get(ParseOnDemandDirs);
{
Hdf cg = config["CodeGeneration"];
string tmp;
#define READ_CG_OPTION(name) \
tmp = cg[#name].getString(); \
if (!tmp.empty()) { \
name = OptionStrings.add(tmp.c_str()); \
}
READ_CG_OPTION(IdPrefix);
READ_CG_OPTION(LabelEscape);
READ_CG_OPTION(LambdaPrefix);
}
int count = 0;
for (Hdf hdf = config["SepExtensions"].firstChild(); hdf.exists();
hdf = hdf.next()) {
++count;
}
SepExtensions.resize(count);
count = 0;
for (Hdf hdf = config["SepExtensions"].firstChild(); hdf.exists();
hdf = hdf.next()) {
SepExtensionOptions &options = SepExtensions[count++];
options.name = hdf.getName();
options.soname = hdf["soname"].getString();
options.include_path = hdf["include"].getString();
options.lib_path = hdf["libpath"].getString();
options.shared = hdf["shared"].getBool();
}
config["DynamicFunctionPrefix"].get(DynamicFunctionPrefixes);
config["DynamicFunctionPostfix"].get(DynamicFunctionPostfixes);
config["DynamicMethodPrefix"].get(DynamicMethodPrefixes);
config["DynamicInvokeFunctions"].get(DynamicInvokeFunctions);
config["VolatileClasses"].get(VolatileClasses);
// build map from function names to sections
for (Hdf hdf = config["FunctionSections"].firstChild(); hdf.exists();
hdf = hdf.next()) {
for (Hdf hdfFunc = hdf.firstChild(); hdfFunc.exists();
hdfFunc = hdfFunc.next()) {
FunctionSections[hdfFunc.getString()] = hdf.getName();
}
}
{
Hdf repo = config["Repo"];
{
Hdf repoCentral = repo["Central"];
RepoCentralPath = repoCentral["Path"].getString();
}
RepoDebugInfo = repo["DebugInfo"].getBool(false);
}
{
Hdf autoloadMap = config["AutoloadMap"];
autoloadMap["class"].get(AutoloadClassMap);
autoloadMap["function"].get(AutoloadFuncMap);
autoloadMap["constant"].get(AutoloadConstMap);
AutoloadRoot = autoloadMap["root"].getString();
}
HardTypeHints = config["HardTypeHints"].getBool(true);
EnableHipHopSyntax = config["EnableHipHopSyntax"].getBool();
JitEnableRenameFunction = config["JitEnableRenameFunction"].getBool();
EnableHipHopExperimentalSyntax =
config["EnableHipHopExperimentalSyntax"].getBool();
EnableShortTags = config["EnableShortTags"].getBool(true);
EnableAspTags = config["EnableAspTags"].getBool();
EnableXHP = config["EnableXHP"].getBool(true);
ParserThreadCount = config["ParserThreadCount"].getInt32(0);
if (ParserThreadCount <= 0) {
ParserThreadCount = Process::GetCPUCount();
}
EnableFinallyStatement = config["EnableFinallyStatement"].getBool();
EnableEval = (EvalLevel)config["EnableEval"].getByte(0);
AllDynamic = config["AllDynamic"].getBool(true);
AllVolatile = config["AllVolatile"].getBool();
GenerateCppLibCode = config["GenerateCppLibCode"].getBool(false);
GenerateSourceInfo = config["GenerateSourceInfo"].getBool(false);
GenerateDocComments = config["GenerateDocComments"].getBool(true);
UseVirtualDispatch = config["UseVirtualDispatch"].getBool(false);
EliminateDeadCode = config["EliminateDeadCode"].getBool(true);
CopyProp = config["CopyProp"].getBool(false);
LocalCopyProp = config["LocalCopyProp"].getBool(true);
StringLoopOpts = config["StringLoopOpts"].getBool(true);
AutoInline = config["AutoInline"].getInt32(0);
ControlFlow = config["ControlFlow"].getBool(true);
VariableCoalescing = config["VariableCoalescing"].getBool(false);
ArrayAccessIdempotent = config["ArrayAccessIdempotent"].getBool(false);
DumpAst = config["DumpAst"].getBool(false);
WholeProgram = config["WholeProgram"].getBool(true);
if (m_hookHandler) m_hookHandler(config);
OnLoad();
}
void VirtualHost::init(Hdf vh) {
m_name = vh.getName();
const char *prefix = vh["Prefix"].get("");
const char *pattern = vh["Pattern"].get("");
const char *pathTranslation = vh["PathTranslation"].get("");
Hdf overwrite = vh["overwrite"];
initRuntimeOption(overwrite);
if (prefix) m_prefix = prefix;
if (pattern) {
m_pattern = Util::format_pattern(pattern, true);
if (!m_pattern.empty()) {
m_pattern += "i"; // case-insensitive
}
}
if (pathTranslation) {
m_pathTranslation = pathTranslation;
if (!m_pathTranslation.empty() &&
m_pathTranslation[m_pathTranslation.length() - 1] != '/') {
m_pathTranslation += '/';
}
}
m_disabled = vh["Disabled"].getBool(false);
m_documentRoot = RuntimeOption::SourceRoot + m_pathTranslation;
if (!m_documentRoot.empty() &&
m_documentRoot[m_documentRoot.length() - 1] == '/') {
m_documentRoot = m_documentRoot.substr(0, m_documentRoot.length() - 1);
}
Hdf rewriteRules = vh["RewriteRules"];
for (Hdf hdf = rewriteRules.firstChild(); hdf.exists(); hdf = hdf.next()) {
RewriteRule dummy;
m_rewriteRules.push_back(dummy);
RewriteRule &rule = m_rewriteRules.back();
rule.pattern = Util::format_pattern(hdf["pattern"].getString(""), true);
rule.to = hdf["to"].getString("");
rule.qsa = hdf["qsa"].getBool(false);
rule.redirect = hdf["redirect"].getInt16(0);
if (rule.pattern.empty() || rule.to.empty()) {
throw InvalidArgumentException("rewrite rule", "(empty pattern or to)");
}
Hdf rewriteConds = hdf["conditions"];
for (Hdf chdf = rewriteConds.firstChild(); chdf.exists();
chdf = chdf.next()) {
RewriteCond dummy;
rule.rewriteConds.push_back(dummy);
RewriteCond &cond = rule.rewriteConds.back();
cond.pattern = Util::format_pattern(chdf["pattern"].getString(""), true);
if (cond.pattern.empty()) {
throw InvalidArgumentException("rewrite rule", "(empty cond pattern)");
}
const char *type = chdf["type"].get();
if (type) {
if (strcasecmp(type, "host") == 0) {
cond.type = RewriteCond::Host;
} else if (strcasecmp(type, "request") == 0) {
cond.type = RewriteCond::Request;
} else {
throw InvalidArgumentException("rewrite rule",
"(invalid cond type)");
}
} else {
cond.type = RewriteCond::Request;
}
cond.negate = chdf["negate"].getBool(false);
}
}
if (vh["IpBlockMap"].firstChild().exists()) {
Hdf ipblocks = vh["IpBlockMap"];
m_ipBlocks = IpBlockMapPtr(new IpBlockMap(ipblocks));
}
Hdf logFilters = vh["LogFilters"];
for (Hdf hdf = logFilters.firstChild(); hdf.exists(); hdf = hdf.next()) {
QueryStringFilter filter;
filter.urlPattern = Util::format_pattern(hdf["url"].getString(""), true);
filter.replaceWith = hdf["value"].getString("");
filter.replaceWith = "\\1=" + filter.replaceWith;
string pattern = hdf["pattern"].getString("");
vector<string> names;
hdf["params"].get(names);
if (pattern.empty()) {
for (unsigned int i = 0; i < names.size(); i++) {
if (pattern.empty()) {
pattern = "(?<=[&\?])(";
} else {
pattern += "|";
}
pattern += names[i];
}
if (!pattern.empty()) {
pattern += ")=.*?(?=(&|$))";
pattern = Util::format_pattern(pattern, false);
}
} else if (!names.empty()) {
throw InvalidArgumentException
("log filter", "(cannot specify both params and pattern)");
}
filter.namePattern = pattern;
m_queryStringFilters.push_back(filter);
}
vh["ServerVariables"].get(m_serverVars);
m_serverName = vh["ServerName"].getString();
}
void Option::Load(Hdf &config) {
LoadRootHdf(config["IncludeRoots"], IncludeRoots);
LoadRootHdf(config["AutoloadRoots"], AutoloadRoots);
config["IncludeSearchPaths"].get(IncludeSearchPaths);
config["PackageDirectories"].get(PackageDirectories);
config["PackageExcludeDirs"].get(PackageExcludeDirs);
config["PackageExcludeFiles"].get(PackageExcludeFiles);
config["PackageExcludeStaticFiles"].get(PackageExcludeStaticFiles);
CachePHPFile = config["CachePHPFile"].getBool();
{
Hdf cg = config["CodeGeneration"];
string tmp;
#define READ_CG_OPTION(name) \
tmp = cg[#name].getString(); \
if (!tmp.empty()) { \
name = OptionStrings.add(tmp.c_str()); \
}
READ_CG_OPTION(IdPrefix);
READ_CG_OPTION(LambdaPrefix);
READ_CG_OPTION(FunctionPrefix);
READ_CG_OPTION(BuiltinFunctionPrefix);
READ_CG_OPTION(InvokePrefix);
READ_CG_OPTION(CreateObjectPrefix);
READ_CG_OPTION(PseudoMainPrefix);
READ_CG_OPTION(VariablePrefix);
READ_CG_OPTION(GlobalVariablePrefix);
READ_CG_OPTION(StaticVariablePrefix);
READ_CG_OPTION(ScalarArrayName);
READ_CG_OPTION(SystemScalarArrayName);
READ_CG_OPTION(ClassPrefix);
READ_CG_OPTION(ClassStaticsPrefix);
READ_CG_OPTION(ClassStaticsObjectPrefix);
READ_CG_OPTION(ClassStaticsIdGetterPrefix);
READ_CG_OPTION(ClassStaticInitializerPrefix);
READ_CG_OPTION(ClassStaticInitializerFlagPrefix);
READ_CG_OPTION(ClassWrapperFunctionPrefix);
READ_CG_OPTION(ObjectPrefix);
READ_CG_OPTION(ObjectStaticPrefix);
READ_CG_OPTION(SmartPtrPrefix);
READ_CG_OPTION(MethodPrefix);
READ_CG_OPTION(MethodImplPrefix);
READ_CG_OPTION(PropertyPrefix);
READ_CG_OPTION(StaticPropertyPrefix);
READ_CG_OPTION(ConstantPrefix);
READ_CG_OPTION(ClassConstantPrefix);
READ_CG_OPTION(ExceptionPrefix);
READ_CG_OPTION(TempVariablePrefix);
READ_CG_OPTION(EvalOrderTempPrefix);
READ_CG_OPTION(SilencerPrefix);
READ_CG_OPTION(EvalInvokePrefix);
READ_CG_OPTION(TempPrefix);
READ_CG_OPTION(MapPrefix);
READ_CG_OPTION(IterPrefix);
READ_CG_OPTION(InitPrefix);
READ_CG_OPTION(FFIFnPrefix);
READ_CG_OPTION(SystemFilePrefix);
READ_CG_OPTION(UserFilePrefix);
READ_CG_OPTION(ClassHeaderPrefix);
READ_CG_OPTION(ClusterPrefix);
READ_CG_OPTION(FFIFilePrefix);
}
int count = 0;
for (Hdf hdf = config["SepExtensions"].firstChild(); hdf.exists();
hdf = hdf.next()) {
++count;
}
SepExtensions.resize(count);
count = 0;
for (Hdf hdf = config["SepExtensions"].firstChild(); hdf.exists();
hdf = hdf.next()) {
SepExtensionOptions &options = SepExtensions[count++];
options.name = hdf.getName();
options.soname = hdf["soname"].getString();
options.include_path = hdf["include"].getString();
options.lib_path = hdf["libpath"].getString();
options.shared = hdf["shared"].getBool();
}
config["DynamicFunctionPrefix"].get(DynamicFunctionPrefixes);
config["DynamicFunctionPostfix"].get(DynamicFunctionPostfixes);
config["DynamicMethodPrefix"].get(DynamicMethodPrefixes);
config["DynamicInvokeFunctions"].get(DynamicInvokeFunctions);
config["VolatileClasses"].get(VolatileClasses);
ScalarArrayFileCount = config["ScalarArrayFileCount"].getByte(1);
if (ScalarArrayFileCount <= 0) ScalarArrayFileCount = 1;
LiteralStringFileCount = config["LiteralStringFileCount"].getInt32(1);
if (LiteralStringFileCount <= 0) LiteralStringFileCount = 1;
ScalarArrayOverflowLimit = config["ScalarArrayOverflowLimit"].getInt32(2000);
if (ScalarArrayOverflowLimit <= 0) ScalarArrayOverflowLimit = 2000;
FlibDirectory = config["FlibDirectory"].getString();
EnableXHP = config["EnableXHP"].getBool();
RTTIOutputFile = config["RTTIOutputFile"].getString();
EnableEval = (EvalLevel)config["EnableEval"].getByte(0);
AllDynamic = config["AllDynamic"].getBool();
AllVolatile = config["AllVolatile"].getBool();
OnLoad();
}
void Hdf::configGet(std::set<std::string, stdltistr> &values) const {
values.clear();
for (Hdf hdf = firstChild(); hdf.exists(); hdf = hdf.next()) {
values.insert(hdf.configGetString(""));
}
}
void Hdf::configGet(std::vector<std::string> &values) const {
values.clear();
for (Hdf hdf = firstChild(); hdf.exists(); hdf = hdf.next()) {
values.push_back(hdf.configGetString(""));
}
}
void Hdf::configGet(boost::container::flat_set<std::string> &values) const {
values.clear();
for (Hdf hdf = firstChild(); hdf.exists(); hdf = hdf.next()) {
values.insert(hdf.configGetString(""));
}
}
void RuntimeOption::Load(Hdf &config, StringVec *overwrites /* = NULL */) {
// Machine metrics
string hostname, tier, cpu;
{
Hdf machine = config["Machine"];
hostname = machine["name"].getString();
if (hostname.empty()) {
hostname = Process::GetHostName();
}
tier = machine["tier"].getString();
cpu = machine["cpu"].getString();
if (cpu.empty()) {
cpu = Process::GetCPUModel();
}
}
// Tier overwrites
{
Hdf tiers = config["Tiers"];
for (Hdf hdf = tiers.firstChild(); hdf.exists(); hdf = hdf.next()) {
if (matchHdfPattern(hostname, hdf["machine"]) &&
matchHdfPattern(tier, hdf["tier"]) &&
matchHdfPattern(cpu, hdf["cpu"])) {
Tier = hdf.getName();
config.copy(hdf["overwrite"]);
// no break here, so we can continue to match more overwrites
}
hdf["overwrite"].setVisited(); // avoid lint complaining
}
}
// More overwrites
if (overwrites) {
for (unsigned int i = 0; i < overwrites->size(); i++) {
config.fromString(overwrites->at(i).c_str());
}
}
PidFile = config["PidFile"].getString("www.pid");
{
Hdf logger = config["Log"];
if (logger["Level"] == "None") {
Logger::LogLevel = Logger::LogNone;
} else if (logger["Level"] == "Error") {
Logger::LogLevel = Logger::LogError;
} else if (logger["Level"] == "Warning") {
Logger::LogLevel = Logger::LogWarning;
} else if (logger["Level"] == "Info") {
Logger::LogLevel = Logger::LogInfo;
} else if (logger["Level"] == "Verbose") {
Logger::LogLevel = Logger::LogVerbose;
}
Logger::LogHeader = logger["Header"].getBool();
bool logInjectedStackTrace = logger["InjectedStackTrace"].getBool();
if (logInjectedStackTrace) {
Logger::SetTheLogger(new ExtendedLogger());
ExtendedLogger::EnabledByDefault = true;
}
Logger::LogNativeStackTrace = logger["NativeStackTrace"].getBool(true);
Logger::MaxMessagesPerRequest =
logger["MaxMessagesPerRequest"].getInt32(-1);
Logger::UseLogFile = logger["UseLogFile"].getBool(true);
Logger::UseCronolog = logger["UseCronolog"].getBool(false);
if (Logger::UseLogFile) {
LogFile = logger["File"].getString();
LogFileSymLink = logger["SymLink"].getString();
}
Logger::DropCacheChunkSize =
logger["DropCacheChunkSize"].getInt32(1 << 20);
AlwaysEscapeLog = logger["AlwaysEscapeLog"].getBool(false);
Hdf aggregator = logger["Aggregator"];
Logger::UseLogAggregator = aggregator.getBool();
LogAggregatorFile = aggregator["File"].getString();
LogAggregatorDatabase = aggregator["Database"].getString();
LogAggregatorSleepSeconds = aggregator["SleepSeconds"].getInt16(10);
AlwaysLogUnhandledExceptions =
logger["AlwaysLogUnhandledExceptions"].getBool(true);
NoSilencer = logger["NoSilencer"].getBool();
EnableApplicationLog = logger["ApplicationLog"].getBool(true);
RuntimeErrorReportingLevel =
logger["RuntimeErrorReportingLevel"].getInt32(ErrorConstants::HPHP_ALL);
AccessLogDefaultFormat = logger["AccessLogDefaultFormat"].
getString("%h %l %u %t \"%r\" %>s %b");
{
Hdf access = logger["Access"];
for (Hdf hdf = access.firstChild(); hdf.exists();
hdf = hdf.next()) {
string fname = hdf["File"].getString();
if (fname.empty()) {
continue;
}
string symLink = hdf["SymLink"].getString();
AccessLogs.
push_back(AccessLogFileData(fname, symLink, hdf["Format"].
getString(AccessLogDefaultFormat)));
}
}
AdminLogFormat = logger["AdminLog.Format"].getString("%h %t %s %U");
AdminLogFile = logger["AdminLog.File"].getString();
AdminLogSymLink = logger["AdminLog.SymLink"].getString();
}
{
Hdf error = config["ErrorHandling"];
/* Remove this, once its removed from production configs */
(void)error["NoInfiniteLoopDetection"].getBool();
MaxSerializedStringSize =
error["MaxSerializedStringSize"].getInt32(64 * 1024 * 1024);
CallUserHandlerOnFatals = error["CallUserHandlerOnFatals"].getBool(true);
MaxLoopCount = error["MaxLoopCount"].getInt32(0);
NoInfiniteRecursionDetection =
error["NoInfiniteRecursionDetection"].getBool();
ThrowBadTypeExceptions = error["ThrowBadTypeExceptions"].getBool();
ThrowTooManyArguments = error["ThrowTooManyArguments"].getBool();
WarnTooManyArguments = error["WarnTooManyArguments"].getBool();
ThrowMissingArguments = error["ThrowMissingArguments"].getBool();
ThrowInvalidArguments = error["ThrowInvalidArguments"].getBool();
EnableHipHopErrors = error["EnableHipHopErrors"].getBool(true);
AssertActive = error["AssertActive"].getBool();
AssertWarning = error["AssertWarning"].getBool();
NoticeFrequency = error["NoticeFrequency"].getInt32(1);
WarningFrequency = error["WarningFrequency"].getInt32(1);
}
{
Hdf rlimit = config["ResourceLimit"];
setResourceLimit(RLIMIT_CORE, rlimit, "CoreFileSize");
setResourceLimit(RLIMIT_NOFILE, rlimit, "MaxSocket");
setResourceLimit(RLIMIT_DATA, rlimit, "RSS");
MaxRSS = rlimit["MaxRSS"].getInt64(0);
SocketDefaultTimeout = rlimit["SocketDefaultTimeout"].getInt16(5);
MaxRSSPollingCycle = rlimit["MaxRSSPollingCycle"].getInt64(0);
DropCacheCycle = rlimit["DropCacheCycle"].getInt64(0);
MaxSQLRowCount = rlimit["MaxSQLRowCount"].getInt64(0);
MaxMemcacheKeyCount = rlimit["MaxMemcacheKeyCount"].getInt64(0);
SerializationSizeLimit = rlimit["SerializationSizeLimit"].getInt64(0);
StringOffsetLimit = rlimit["StringOffsetLimit"].getInt64(10 * 1024 * 1024);
}
{
Hdf server = config["Server"];
Host = server["Host"].getString();
DefaultServerNameSuffix = server["DefaultServerNameSuffix"].getString();
ServerIP = server["IP"].getString("0.0.0.0");
ServerPrimaryIP = Util::GetPrimaryIP();
ServerPort = server["Port"].getInt16(80);
ServerBacklog = server["Backlog"].getInt16(128);
ServerConnectionLimit = server["ConnectionLimit"].getInt16(0);
ServerThreadCount = server["ThreadCount"].getInt32(50);
ServerThreadRoundRobin = server["ThreadRoundRobin"].getBool();
ServerThreadDropCacheTimeoutSeconds =
server["ThreadDropCacheTimeoutSeconds"].getInt32(0);
ServerThreadJobLIFO = server["ThreadJobLIFO"].getBool();
RequestTimeoutSeconds = server["RequestTimeoutSeconds"].getInt32(0);
RequestMemoryMaxBytes = server["RequestMemoryMaxBytes"].getInt64(-1);
ResponseQueueCount = server["ResponseQueueCount"].getInt32(0);
if (ResponseQueueCount <= 0) {
ResponseQueueCount = ServerThreadCount / 10;
if (ResponseQueueCount <= 0) ResponseQueueCount = 1;
}
ServerGracefulShutdownWait = server["GracefulShutdownWait"].getInt16(0);
ServerHarshShutdown = server["HarshShutdown"].getBool(true);
ServerEvilShutdown = server["EvilShutdown"].getBool(true);
ServerDanglingWait = server["DanglingWait"].getInt16(0);
if (ServerGracefulShutdownWait < ServerDanglingWait) {
ServerGracefulShutdownWait = ServerDanglingWait;
}
GzipCompressionLevel = server["GzipCompressionLevel"].getInt16(3);
ForceCompressionURL = server["ForceCompression"]["URL"].getString();
ForceCompressionCookie = server["ForceCompression"]["Cookie"].getString();
ForceCompressionParam = server["ForceCompression"]["Param"].getString();
EnableMagicQuotesGpc = server["EnableMagicQuotesGpc"].getBool();
EnableKeepAlive = server["EnableKeepAlive"].getBool(true);
ExposeHPHP = server["ExposeHPHP"].getBool(true);
ExposeXFBServer = server["ExposeXFBServer"].getBool();
ConnectionTimeoutSeconds = server["ConnectionTimeoutSeconds"].getInt16(-1);
EnableOutputBuffering = server["EnableOutputBuffering"].getBool();
OutputHandler = server["OutputHandler"].getString();
ImplicitFlush = server["ImplicitFlush"].getBool();
EnableEarlyFlush = server["EnableEarlyFlush"].getBool(true);
ForceChunkedEncoding = server["ForceChunkedEncoding"].getBool();
MaxPostSize = (server["MaxPostSize"].getInt32(100)) * (1LL << 20);
AlwaysPopulateRawPostData = server["AlwaysPopulateRawPostData"].getBool();
LibEventSyncSend = server["LibEventSyncSend"].getBool(true);
TakeoverFilename = server["TakeoverFilename"].getString();
ExpiresActive = server["ExpiresActive"].getBool(true);
ExpiresDefault = server["ExpiresDefault"].getInt32(2592000);
if (ExpiresDefault < 0) ExpiresDefault = 2592000;
DefaultCharsetName = server["DefaultCharsetName"].getString("utf-8");
RequestBodyReadLimit = server["RequestBodyReadLimit"].getInt32(-1);
EnableSSL = server["EnableSSL"].getBool();
SSLPort = server["SSLPort"].getInt16(443);
SSLCertificateFile = server["SSLCertificateFile"].getString();
SSLCertificateKeyFile = server["SSLCertificateKeyFile"].getString();
SourceRoot = Util::normalizeDir(server["SourceRoot"].getString());
if (!SourceRoot.empty()) {
// Guaranteed empty on empty load so avoid setting FileCache::SourceRoot
// since it may not be initialized
FileCache::SourceRoot = SourceRoot;
}
server["IncludeSearchPaths"].get(IncludeSearchPaths);
for (unsigned int i = 0; i < IncludeSearchPaths.size(); i++) {
IncludeSearchPaths[i] = Util::normalizeDir(IncludeSearchPaths[i]);
}
IncludeSearchPaths.insert(IncludeSearchPaths.begin(), "./");
FileCache = server["FileCache"].getString();
DefaultDocument = server["DefaultDocument"].getString();
ErrorDocument404 = server["ErrorDocument404"].getString();
normalizePath(ErrorDocument404);
ErrorDocument500 = server["ErrorDocument500"].getString();
normalizePath(ErrorDocument500);
FatalErrorMessage = server["FatalErrorMessage"].getString();
FontPath = Util::normalizeDir(server["FontPath"].getString());
EnableStaticContentCache =
server["EnableStaticContentCache"].getBool(true);
EnableStaticContentFromDisk =
server["EnableStaticContentFromDisk"].getBool(true);
EnableOnDemandUncompress =
server["EnableOnDemandUncompress"].getBool(true);
EnableStaticContentMMap =
server["EnableStaticContentMMap"].getBool(true);
if (EnableStaticContentMMap) {
EnableOnDemandUncompress = true;
}
RTTIDirectory =
Util::normalizeDir(server["RTTIDirectory"].getString("/tmp/"));
EnableCliRTTI = server["EnableCliRTTI"].getBool();
Utf8izeReplace = server["Utf8izeReplace"].getBool(true);
StartupDocument = server["StartupDocument"].getString();
normalizePath(StartupDocument);
WarmupDocument = server["WarmupDocument"].getString();
RequestInitFunction = server["RequestInitFunction"].getString();
RequestInitDocument = server["RequestInitDocument"].getString();
server["ThreadDocuments"].get(ThreadDocuments);
for (unsigned int i = 0; i < ThreadDocuments.size(); i++) {
normalizePath(ThreadDocuments[i]);
}
server["ThreadLoopDocuments"].get(ThreadLoopDocuments);
for (unsigned int i = 0; i < ThreadLoopDocuments.size(); i++) {
normalizePath(ThreadLoopDocuments[i]);
}
SafeFileAccess = server["SafeFileAccess"].getBool();
server["AllowedDirectories"].get(AllowedDirectories);
for (unsigned int i = 0; i < AllowedDirectories.size(); i++) {
string &directory = AllowedDirectories[i];
char resolved_path[PATH_MAX];
if (realpath(directory.c_str(), resolved_path) &&
directory != resolved_path) {
RuntimeOption::AllowedDirectories.push_back(resolved_path);
}
}
server["AllowedFiles"].get(AllowedFiles);
server["ForbiddenFileExtensions"].get(ForbiddenFileExtensions);
EnableMemoryManager = server["EnableMemoryManager"].getBool(true);
CheckMemory = server["CheckMemory"].getBool();
UseHphpArray = server["UseHphpArray"].getBool(false);
UseSmallArray = server["UseSmallArray"].getBool(false);
UseDirectCopy = server["UseDirectCopy"].getBool(false);
AlwaysUseRelativePath = server["AlwaysUseRelativePath"].getBool(false);
Hdf apc = server["APC"];
EnableApc = apc["EnableApc"].getBool(true);
EnableConstLoad = apc["EnableConstLoad"].getBool(false);
ForceConstLoadToAPC = apc["ForceConstLoadToAPC"].getBool(true);
ApcPrimeLibrary = apc["PrimeLibrary"].getString();
ApcLoadThread = apc["LoadThread"].getInt16(2);
apc["CompletionKeys"].get(ApcCompletionKeys);
string apcTableType = apc["TableType"].getString("concurrent");
if (strcasecmp(apcTableType.c_str(), "hash") == 0) {
ApcTableType = ApcHashTable;
} else if (strcasecmp(apcTableType.c_str(), "concurrent") == 0) {
ApcTableType = ApcConcurrentTable;
} else {
throw InvalidArgumentException("apc table type",
"Invalid table type");
}
string apcLockType = apc["LockType"].getString("readwritelock");
if (strcasecmp(apcLockType.c_str(), "readwritelock") == 0) {
ApcTableLockType = ApcReadWriteLock;
} else if (strcasecmp(apcLockType.c_str(), "mutex") == 0) {
ApcTableLockType = ApcMutex;
} else {
throw InvalidArgumentException("apc lock type",
"Invalid lock type");
}
ApcExpireOnSets = apc["ExpireOnSets"].getBool();
ApcPurgeFrequency = apc["PurgeFrequency"].getInt32(4096);
ApcAllowObj = apc["AllowObject"].getBool();
ApcKeyMaturityThreshold = apc["KeyMaturityThreshold"].getInt32(20);
ApcMaximumCapacity = apc["MaximumCapacity"].getInt64(0);
ApcKeyFrequencyUpdatePeriod = apc["KeyFrequencyUpdatePeriod"].
getInt32(1000);
Hdf dns = server["DnsCache"];
EnableDnsCache = dns["Enable"].getBool();
DnsCacheTTL = dns["TTL"].getInt32(600); // 10 minutes
DnsCacheKeyMaturityThreshold = dns["KeyMaturityThreshold"].getInt32(20);
DnsCacheMaximumCapacity = dns["MaximumCapacity"].getInt64(0);
DnsCacheKeyFrequencyUpdatePeriod = dns["KeyFrequencyUpdatePeriod"].
getInt32(1000);
Hdf upload = server["Upload"];
UploadMaxFileSize =
(upload["UploadMaxFileSize"].getInt32(100)) * (1LL << 20);
UploadTmpDir = upload["UploadTmpDir"].getString("/tmp");
RuntimeOption::AllowedDirectories.push_back(UploadTmpDir);
EnableFileUploads = upload["EnableFileUploads"].getBool(true);
EnableUploadProgress = upload["EnableUploadProgress"].getBool();
Rfc1867Freq = upload["Rfc1867Freq"].getInt32(256 * 1024);
if (Rfc1867Freq < 0) Rfc1867Freq = 256 * 1024;
Rfc1867Prefix = upload["Rfc1867Prefix"].getString("vupload_");
Rfc1867Name = upload["Rfc1867Name"].getString("video_ptoken");
ImageMemoryMaxBytes = server["ImageMemoryMaxBytes"].getInt64(0);
if (ImageMemoryMaxBytes == 0) {
ImageMemoryMaxBytes = UploadMaxFileSize * 2;
}
SharedStores::Create();
LightProcessFilePrefix =
server["LightProcessFilePrefix"].getString("./lightprocess");
LightProcessCount = server["LightProcessCount"].getInt32(0);
InjectedStackTrace = server["InjectedStackTrace"].getBool(true);
InjectedStackTraceLimit = server["InjectedStackTraceLimit"].getInt32(-1);
ForceServerNameToHeader = server["ForceServerNameToHeader"].getBool();
ServerUser = server["User"].getString("");
}
{
Hdf hosts = config["VirtualHost"];
if (hosts.exists()) {
for (Hdf hdf = hosts.firstChild(); hdf.exists(); hdf = hdf.next()) {
if (hdf.getName() == "default") {
VirtualHost::GetDefault().init(hdf);
} else {
VirtualHostPtr host(new VirtualHost(hdf));
VirtualHosts.push_back(host);
}
}
for (unsigned int i = 0; i < VirtualHosts.size(); i++) {
if (!VirtualHosts[i]->valid()) {
throw InvalidArgumentException("virtual host",
"missing prefix or pattern");
}
}
}
}
{
Hdf ipblocks = config["IpBlockMap"];
IpBlocks = IpBlockMapPtr(new IpBlockMap(ipblocks));
}
{
Hdf satellites = config["Satellites"];
if (satellites.exists()) {
for (Hdf hdf = satellites.firstChild(); hdf.exists(); hdf = hdf.next()) {
SatelliteServerInfoPtr satellite(new SatelliteServerInfo(hdf));
SatelliteServerInfos.push_back(satellite);
if (satellite->getType() == SatelliteServer::KindOfRPCServer) {
XboxPassword = satellite->getPassword();
}
}
}
}
{
Hdf xbox = config["Xbox"];
XboxServerThreadCount = xbox["ServerInfo.ThreadCount"].getInt32(0);
XboxServerPort = xbox["ServerInfo.Port"].getInt32(0);
XboxDefaultLocalTimeoutMilliSeconds =
xbox["DefaultLocalTimeoutMilliSeconds"].getInt32(500);
XboxDefaultRemoteTimeoutSeconds =
xbox["DefaultRemoteTimeoutSeconds"].getInt32(5);
XboxServerInfoMaxRequest = xbox["ServerInfo.MaxRequest"].getInt32(500);
XboxServerInfoDuration = xbox["ServerInfo.MaxDuration"].getInt32(120);
XboxServerInfoWarmupDoc = xbox["ServerInfo.WarmupDocument"].get("");
XboxServerInfoReqInitFunc = xbox["ServerInfo.RequestInitFunction"].get("");
XboxServerInfoReqInitDoc = xbox["ServerInfo.RequestInitDocument"].get("");
XboxProcessMessageFunc =
xbox["ProcessMessageFunc"].get("xbox_process_message");
}
{
Hdf pagelet = config["PageletServer"];
PageletServerThreadCount = pagelet["ThreadCount"].getInt32(0);
PageletServerThreadRoundRobin = pagelet["ThreadRoundRobin"].getBool();
PageletServerThreadDropCacheTimeoutSeconds =
pagelet["ThreadDropCacheTimeoutSeconds"].getInt32(0);
}
{
FiberCount = config["Fiber.ThreadCount"].getInt32(Process::GetCPUCount());
}
{
Hdf content = config["StaticFile"];
content["Extensions"].get(StaticFileExtensions);
content["Generators"].get(StaticFileGenerators);
Hdf matches = content["FilesMatch"];
if (matches.exists()) {
for (Hdf hdf = matches.firstChild(); hdf.exists(); hdf = hdf.next()) {
FilesMatches.push_back(FilesMatchPtr(new FilesMatch(hdf)));
}
}
}
{
Hdf admin = config["AdminServer"];
AdminServerPort = admin["Port"].getInt16(8088);
AdminThreadCount = admin["ThreadCount"].getInt32(1);
AdminPassword = admin["Password"].getString();
}
{
Hdf proxy = config["Proxy"];
ProxyOrigin = proxy["Origin"].getString();
ProxyRetry = proxy["Retry"].getInt16(3);
UseServeURLs = proxy["ServeURLs"].getBool();
proxy["ServeURLs"].get(ServeURLs);
UseProxyURLs = proxy["ProxyURLs"].getBool();
ProxyPercentage = proxy["Percentage"].getByte(0);
proxy["ProxyURLs"].get(ProxyURLs);
proxy["ProxyPatterns"].get(ProxyPatterns);
}
{
Hdf mysql = config["MySQL"];
MySQLReadOnly = mysql["ReadOnly"].getBool();
MySQLLocalize = mysql["Localize"].getBool();
MySQLConnectTimeout = mysql["ConnectTimeout"].getInt32(1000);
MySQLReadTimeout = mysql["ReadTimeout"].getInt32(1000);
MySQLWaitTimeout = mysql["WaitTimeout"].getInt32(-1);
MySQLSlowQueryThreshold = mysql["SlowQueryThreshold"].getInt32(1000);
MySQLKillOnTimeout = mysql["KillOnTimeout"].getBool();
}
{
Hdf http = config["Http"];
HttpDefaultTimeout = http["DefaultTimeout"].getInt32(30);
HttpSlowQueryThreshold = http["SlowQueryThreshold"].getInt32(5000);
}
{
Hdf debug = config["Debug"];
NativeStackTrace = debug["NativeStackTrace"].getBool();
StackTrace::Enabled = NativeStackTrace;
TranslateLeakStackTrace = debug["TranslateLeakStackTrace"].getBool();
FullBacktrace = debug["FullBacktrace"].getBool();
ServerStackTrace = debug["ServerStackTrace"].getBool();
ServerErrorMessage = debug["ServerErrorMessage"].getBool();
TranslateSource = debug["TranslateSource"].getBool();
RecordInput = debug["RecordInput"].getBool();
ClearInputOnSuccess = debug["ClearInputOnSuccess"].getBool(true);
ProfilerOutputDir = debug["ProfilerOutputDir"].getString("/tmp");
CoreDumpEmail = debug["CoreDumpEmail"].getString();
if (!CoreDumpEmail.empty()) {
StackTrace::ReportEmail = CoreDumpEmail;
}
CoreDumpReport = debug["CoreDumpReport"].getBool(true);
if (CoreDumpReport) {
StackTrace::InstallReportOnErrors();
}
std::string reportDirectory = debug["CoreDumpReportDirectory"].getString();
if (!reportDirectory.empty()) {
StackTraceBase::ReportDirectory = reportDirectory;
}
LocalMemcache = debug["LocalMemcache"].getBool();
MemcacheReadOnly = debug["MemcacheReadOnly"].getBool();
{
Hdf simpleCounter = debug["SimpleCounter"];
SimpleCounter::SampleStackCount =
simpleCounter["SampleStackCount"].getInt32(0);
SimpleCounter::SampleStackDepth =
simpleCounter["SampleStackDepth"].getInt32(5);
}
}
{
Hdf stats = config["Stats"];
EnableStats = stats.getBool(); // main switch
EnableWebStats = stats["Web"].getBool();
EnableMemoryStats = stats["Memory"].getBool();
EnableMallocStats = stats["Malloc"].getBool();
EnableAPCStats = stats["APC"].getBool();
EnableAPCKeyStats = stats["APCKey"].getBool();
EnableMemcacheStats = stats["Memcache"].getBool();
EnableMemcacheKeyStats = stats["MemcacheKey"].getBool();
EnableSQLStats = stats["SQL"].getBool();
EnableSQLTableStats = stats["SQLTable"].getBool();
EnableNetworkIOStatus = stats["NetworkIO"].getBool();
if (EnableStats && EnableMallocStats) {
LeakDetectable::EnableMallocStats(true);
}
StatsXSL = stats["XSL"].getString();
StatsXSLProxy = stats["XSLProxy"].getString();
StatsSlotDuration = stats["SlotDuration"].getInt32(10 * 60); // 10 minutes
StatsMaxSlot = stats["MaxSlot"].getInt32(12 * 6); // 12 hours
{
Hdf apcSize = stats["APCSize"];
EnableAPCSizeStats = apcSize["Enable"].getBool();
EnableAPCSizeGroup = apcSize["Group"].getBool();
apcSize["SpecialPrefix"].get(APCSizeSpecialPrefix);
for (unsigned int i = 0; i < APCSizeSpecialPrefix.size(); i++) {
string &prefix = APCSizeSpecialPrefix[i];
string prefixReplace = prefix + "{A}";
APCSizePrefixReplace.push_back(prefixReplace);
}
apcSize["SpecialMiddle"].get(APCSizeSpecialMiddle);
for (unsigned int i = 0; i < APCSizeSpecialMiddle.size(); i++) {
string &middle = APCSizeSpecialMiddle[i];
string middleReplace = "{A}" + middle + "{A}";
APCSizeMiddleReplace.push_back(middleReplace);
}
apcSize["SkipPrefix"].get(APCSizeSkipPrefix);
EnableAPCSizeDetail = apcSize["Individual"].getBool();
EnableAPCFetchStats = apcSize["FetchStats"].getBool();
if (EnableAPCFetchStats) EnableAPCSizeDetail = true;
if (EnableAPCSizeDetail) EnableAPCSizeGroup = true;
APCSizeCountPrime = apcSize["CountPrime"].getBool();
}
EnableHotProfiler = stats["EnableHotProfiler"].getBool(true);
ProfilerTraceBuffer = stats["ProfilerTraceBuffer"].getInt32(2000000);
ProfilerTraceExpansion = stats["ProfilerTraceExpansion"].getDouble(1.2);
ProfilerMaxTraceBuffer = stats["ProfilerMaxTraceBuffer"].getInt32(0);
}
{
config["ServerVariables"].get(ServerVariables);
config["EnvVariables"].get(EnvVariables);
}
{
Hdf eval = config["Eval"];
EnableHipHopSyntax = eval["EnableHipHopSyntax"].getBool();
EnableHipHopExperimentalSyntax =
eval["EnableHipHopExperimentalSyntax"].getBool();
EnableShortTags= eval["EnableShortTags"].getBool(true);
if (EnableShortTags) ScannerType |= Scanner::AllowShortTags;
else ScannerType &= ~Scanner::AllowShortTags;
EnableAspTags = eval["EnableAspTags"].getBool();
if (EnableAspTags) ScannerType |= Scanner::AllowAspTags;
else ScannerType &= ~Scanner::AllowAspTags;
EnableXHP = eval["EnableXHP"].getBool(true);
EnableObjDestructCall = eval["EnableObjDestructCall"].getBool(false);
CheckSymLink = eval["CheckSymLink"].getBool(false);
NativeXHP = eval["NativeXHP"].getBool(true);
if (EnableXHP && !NativeXHP) ScannerType |= Scanner::PreprocessXHP;
else ScannerType &= ~Scanner::PreprocessXHP;
EnableStrict = eval["EnableStrict"].getBool();
StrictLevel = eval["StrictLevel"].getInt32(1); // StrictBasic
StrictFatal = eval["StrictFatal"].getBool();
RecordCodeCoverage = eval["RecordCodeCoverage"].getBool();
CodeCoverageOutputFile = eval["CodeCoverageOutputFile"].getString();
{
Hdf debugger = eval["Debugger"];
EnableDebugger = debugger["EnableDebugger"].getBool();
EnableDebuggerServer = debugger["EnableDebuggerServer"].getBool();
DebuggerServerPort = debugger["Port"].getInt16(8089);
DebuggerStartupDocument = debugger["StartupDocument"].getString();
DebuggerDefaultSandboxPath = debugger["DefaultSandboxPath"].getString();
DebuggerDefaultRpcPort = debugger["RPC.DefaultPort"].getInt16(8083);
DebuggerDefaultRpcAuth = debugger["RPC.DefaultAuth"].getString();
DebuggerRpcHostDomain = debugger["RPC.HostDomain"].getString();
DebuggerDefaultRpcTimeout = debugger["RPC.DefaultTimeout"].getInt32(30);
}
}
{
Hdf sandbox = config["Sandbox"];
SandboxMode = sandbox["SandboxMode"].getBool();
SandboxPattern = Util::format_pattern
(sandbox["Pattern"].getString(), true);
SandboxHome = sandbox["Home"].getString();
SandboxFallback = sandbox["Fallback"].getString();
SandboxConfFile = sandbox["ConfFile"].getString();
SandboxFromCommonRoot = sandbox["FromCommonRoot"].getBool();
SandboxDirectoriesRoot = sandbox["DirectoriesRoot"].getString();
SandboxLogsRoot = sandbox["LogsRoot"].getString();
sandbox["ServerVariables"].get(SandboxServerVariables);
}
{
Hdf mail = config["Mail"];
SendmailPath = mail["SendmailPath"].getString("sendmail -t -i");
MailForceExtraParameters = mail["ForceExtraParameters"].getString();
}
{
Hdf preg = config["Preg"];
PregBacktraceLimit = preg["BacktraceLimit"].getInt32(100000);
PregRecursionLimit = preg["RecursionLimit"].getInt32(100000);
}
Extension::LoadModules(config);
}
void Option::Load(Hdf &config) {
LoadRootHdf(config["IncludeRoots"], IncludeRoots);
LoadRootHdf(config["AutoloadRoots"], AutoloadRoots);
config["PackageFiles"].get(PackageFiles);
config["IncludeSearchPaths"].get(IncludeSearchPaths);
config["PackageDirectories"].get(PackageDirectories);
config["PackageExcludeDirs"].get(PackageExcludeDirs);
config["PackageExcludeFiles"].get(PackageExcludeFiles);
config["PackageExcludePatterns"].get(PackageExcludePatterns);
config["PackageExcludeStaticDirs"].get(PackageExcludeStaticDirs);
config["PackageExcludeStaticFiles"].get(PackageExcludeStaticFiles);
config["PackageExcludeStaticPatterns"].get(PackageExcludeStaticPatterns);
CachePHPFile = config["CachePHPFile"].getBool();
config["ParseOnDemandDirs"].get(ParseOnDemandDirs);
{
Hdf cg = config["CodeGeneration"];
string tmp;
#define READ_CG_OPTION(name) \
tmp = cg[#name].getString(); \
if (!tmp.empty()) { \
name = OptionStrings.add(tmp.c_str()); \
}
READ_CG_OPTION(IdPrefix);
READ_CG_OPTION(LabelEscape);
READ_CG_OPTION(LambdaPrefix);
READ_CG_OPTION(FunctionPrefix);
READ_CG_OPTION(BuiltinFunctionPrefix);
READ_CG_OPTION(InvokePrefix);
READ_CG_OPTION(CreateObjectPrefix);
READ_CG_OPTION(PseudoMainPrefix);
READ_CG_OPTION(VariablePrefix);
READ_CG_OPTION(GlobalVariablePrefix);
READ_CG_OPTION(StaticVariablePrefix);
READ_CG_OPTION(ScalarArrayName);
READ_CG_OPTION(SystemScalarArrayName);
READ_CG_OPTION(ClassPrefix);
READ_CG_OPTION(ClassStaticsPrefix);
READ_CG_OPTION(ClassStaticsObjectPrefix);
READ_CG_OPTION(ClassStaticsCallbackPrefix);
READ_CG_OPTION(ClassStaticsIdGetterPrefix);
READ_CG_OPTION(ClassStaticInitializerPrefix);
READ_CG_OPTION(ClassStaticInitializerFlagPrefix);
READ_CG_OPTION(ClassWrapperFunctionPrefix);
READ_CG_OPTION(ObjectPrefix);
READ_CG_OPTION(ObjectStaticPrefix);
READ_CG_OPTION(SmartPtrPrefix);
READ_CG_OPTION(MethodPrefix);
READ_CG_OPTION(MethodWrapperPrefix);
READ_CG_OPTION(MethodImplPrefix);
READ_CG_OPTION(PropertyPrefix);
READ_CG_OPTION(StaticPropertyPrefix);
READ_CG_OPTION(ConstantPrefix);
READ_CG_OPTION(ClassConstantPrefix);
READ_CG_OPTION(ExceptionPrefix);
READ_CG_OPTION(TempVariablePrefix);
READ_CG_OPTION(EvalOrderTempPrefix);
READ_CG_OPTION(SilencerPrefix);
READ_CG_OPTION(EvalInvokePrefix);
READ_CG_OPTION(TempPrefix);
READ_CG_OPTION(MapPrefix);
READ_CG_OPTION(IterPrefix);
READ_CG_OPTION(InitPrefix);
READ_CG_OPTION(FFIFnPrefix);
READ_CG_OPTION(SystemFilePrefix);
READ_CG_OPTION(UserFilePrefix);
READ_CG_OPTION(ClassHeaderPrefix);
READ_CG_OPTION(ClusterPrefix);
READ_CG_OPTION(FFIFilePrefix);
}
int count = 0;
for (Hdf hdf = config["SepExtensions"].firstChild(); hdf.exists();
hdf = hdf.next()) {
++count;
}
SepExtensions.resize(count);
count = 0;
for (Hdf hdf = config["SepExtensions"].firstChild(); hdf.exists();
hdf = hdf.next()) {
SepExtensionOptions &options = SepExtensions[count++];
options.name = hdf.getName();
options.soname = hdf["soname"].getString();
options.include_path = hdf["include"].getString();
options.lib_path = hdf["libpath"].getString();
options.shared = hdf["shared"].getBool();
}
config["DynamicFunctionPrefix"].get(DynamicFunctionPrefixes);
config["DynamicFunctionPostfix"].get(DynamicFunctionPostfixes);
config["DynamicMethodPrefix"].get(DynamicMethodPrefixes);
config["DynamicInvokeFunctions"].get(DynamicInvokeFunctions);
config["VolatileClasses"].get(VolatileClasses);
// build map from function names to sections
for (Hdf hdf = config["FunctionSections"].firstChild(); hdf.exists();
hdf = hdf.next()) {
for (Hdf hdfFunc = hdf.firstChild(); hdfFunc.exists();
hdfFunc = hdfFunc.next()) {
FunctionSections[hdfFunc.getString()] = hdf.getName();
}
}
ScalarArrayFileCount = config["ScalarArrayFileCount"].getByte(1);
if (ScalarArrayFileCount <= 0) ScalarArrayFileCount = 1;
LiteralStringFileCount = config["LiteralStringFileCount"].getInt32(10);
if (LiteralStringFileCount <= 0) LiteralStringFileCount = 10;
HardTypeHints = config["HardTypeHints"].getBool(true);
ScalarArrayOverflowLimit = config["ScalarArrayOverflowLimit"].getInt32(2000);
if (ScalarArrayOverflowLimit <= 0) ScalarArrayOverflowLimit = 2000;
if (UseNamedScalarArray) {
ScalarArrayOptimization = true;
ScalarArrayCompression = true;
}
EnableShortTags = config["EnableShortTags"].getBool(true);
if (EnableShortTags) ScannerType |= Scanner::AllowShortTags;
else ScannerType &= ~Scanner::AllowShortTags;
EnableAspTags = config["EnableAspTags"].getBool();
if (EnableAspTags) ScannerType |= Scanner::AllowAspTags;
else ScannerType &= ~Scanner::AllowAspTags;
EnableXHP = config["EnableXHP"].getBool();
if (EnableXHP) ScannerType |= Scanner::PreprocessXHP;
else ScannerType &= ~Scanner::PreprocessXHP;
ParserThreadCount = config["ParserThreadCount"].getInt32(0);
if (ParserThreadCount <= 0) {
ParserThreadCount = Process::GetCPUCount() * 2;
}
RTTIOutputFile = config["RTTIOutputFile"].getString();
EnableEval = (EvalLevel)config["EnableEval"].getByte(0);
AllDynamic = config["AllDynamic"].getBool(true);
AllVolatile = config["AllVolatile"].getBool();
GenerateCppLibCode = config["GenerateCppLibCode"].getBool(false);
GenerateSourceInfo = config["GenerateSourceInfo"].getBool(false);
GenerateDocComments = config["GenerateDocComments"].getBool(true);
UseVirtualDispatch = config["UseVirtualDispatch"].getBool(false);
EliminateDeadCode = config["EliminateDeadCode"].getBool(true);
LocalCopyProp = config["LocalCopyProp"].getBool(true);
StringLoopOpts = config["StringLoopOpts"].getBool(true);
AutoInline = config["AutoInline"].getBool(false);
if (m_hookHandler) m_hookHandler(config);
OnLoad();
}
void Hdf::get(hphp_string_imap<std::string> &values) const {
values.clear();
for (Hdf hdf = firstChild(); hdf.exists(); hdf = hdf.next()) {
values[hdf.getName()] = hdf.getString("");
}
}
void Option::Load(const IniSetting::Map& ini, Hdf &config) {
LoadRootHdf(ini, config["IncludeRoots"], IncludeRoots);
LoadRootHdf(ini, config["AutoloadRoots"], AutoloadRoots);
Config::Get(ini, config["PackageFiles"], PackageFiles);
Config::Get(ini, config["IncludeSearchPaths"], IncludeSearchPaths);
Config::Get(ini, config["PackageDirectories"], PackageDirectories);
Config::Get(ini, config["PackageExcludeDirs"], PackageExcludeDirs);
Config::Get(ini, config["PackageExcludeFiles"], PackageExcludeFiles);
Config::Get(ini, config["PackageExcludePatterns"], PackageExcludePatterns);
Config::Get(ini, config["PackageExcludeStaticDirs"], PackageExcludeStaticDirs);
Config::Get(ini, config["PackageExcludeStaticFiles"], PackageExcludeStaticFiles);
Config::Get(ini, config["PackageExcludeStaticPatterns"], PackageExcludeStaticPatterns);
CachePHPFile = Config::GetBool(ini, config["CachePHPFile"]);
Config::Get(ini, config["ParseOnDemandDirs"], ParseOnDemandDirs);
{
Hdf cg = config["CodeGeneration"];
string tmp;
#define READ_CG_OPTION(name) \
tmp = Config::GetString(ini, cg[#name]); \
if (!tmp.empty()) { \
name = OptionStrings.add(tmp.c_str()); \
}
READ_CG_OPTION(IdPrefix);
READ_CG_OPTION(LambdaPrefix);
}
Config::Get(ini, config["DynamicFunctionPrefix"], DynamicFunctionPrefixes);
Config::Get(ini, config["DynamicFunctionPostfix"], DynamicFunctionPostfixes);
Config::Get(ini, config["DynamicMethodPrefix"], DynamicMethodPrefixes);
Config::Get(ini, config["DynamicInvokeFunctions"], DynamicInvokeFunctions);
Config::Get(ini, config["VolatileClasses"], VolatileClasses);
// build map from function names to sections
for (Hdf hdf = config["FunctionSections"].firstChild(); hdf.exists();
hdf = hdf.next()) {
for (Hdf hdfFunc = hdf.firstChild(); hdfFunc.exists();
hdfFunc = hdfFunc.next()) {
FunctionSections[Config::GetString(ini, hdfFunc)] = hdf.getName();
}
}
{
Hdf repo = config["Repo"];
{
Hdf repoCentral = repo["Central"];
RepoCentralPath = Config::GetString(ini, repoCentral["Path"]);
}
RepoDebugInfo = Config::GetBool(ini, repo["DebugInfo"], false);
}
{
Hdf autoloadMap = config["AutoloadMap"];
Config::Get(ini, autoloadMap["class"], AutoloadClassMap);
Config::Get(ini, autoloadMap["function"], AutoloadFuncMap);
Config::Get(ini, autoloadMap["constant"], AutoloadConstMap);
AutoloadRoot = Config::GetString(ini, autoloadMap["root"]);
}
HardTypeHints = Config::GetBool(ini, config["HardTypeHints"], true);
HardConstProp = Config::GetBool(ini, config["HardConstProp"], true);
EnableHipHopSyntax = Config::GetBool(ini, config["EnableHipHopSyntax"]);
EnableZendCompat = Config::GetBool(ini, config["EnableZendCompat"]);
JitEnableRenameFunction = Config::GetBool(ini, config["JitEnableRenameFunction"]);
EnableHipHopExperimentalSyntax =
Config::GetBool(ini, config["EnableHipHopExperimentalSyntax"]);
EnableShortTags = Config::GetBool(ini, config["EnableShortTags"], true);
{
const Hdf& lang = config["Hack"]["Lang"];
IntsOverflowToInts =
Config::GetBool(ini, lang["IntsOverflowToInts"], EnableHipHopSyntax);
StrictArrayFillKeys =
Config::GetHackStrictOption(ini,
lang["StrictArrayFillKeys"],
EnableHipHopSyntax);
}
EnableAspTags = Config::GetBool(ini, config["EnableAspTags"]);
EnableXHP = Config::GetBool(ini, config["EnableXHP"], false);
if (EnableHipHopSyntax) {
// If EnableHipHopSyntax is true, it forces EnableXHP to true
// regardless of how it was set in the config
EnableXHP = true;
}
ParserThreadCount = Config::GetInt32(ini, config["ParserThreadCount"], 0);
if (ParserThreadCount <= 0) {
ParserThreadCount = Process::GetCPUCount();
}
EnableEval = (EvalLevel) Config::GetByte(ini, config["EnableEval"], 0);
AllDynamic = Config::GetBool(ini, config["AllDynamic"], true);
AllVolatile = Config::GetBool(ini, config["AllVolatile"]);
GenerateDocComments = Config::GetBool(ini, config["GenerateDocComments"], true);
EliminateDeadCode = Config::GetBool(ini, config["EliminateDeadCode"], true);
CopyProp = Config::GetBool(ini, config["CopyProp"], false);
LocalCopyProp = Config::GetBool(ini, config["LocalCopyProp"], true);
StringLoopOpts = Config::GetBool(ini, config["StringLoopOpts"], true);
AutoInline = Config::GetInt32(ini, config["AutoInline"], 0);
ControlFlow = Config::GetBool(ini, config["ControlFlow"], true);
VariableCoalescing = Config::GetBool(ini, config["VariableCoalescing"], false);
ArrayAccessIdempotent = Config::GetBool(ini, config["ArrayAccessIdempotent"], false);
DumpAst = Config::GetBool(ini, config["DumpAst"], false);
WholeProgram = Config::GetBool(ini, config["WholeProgram"], true);
UseHHBBC = Config::GetBool(ini, config["UseHHBBC"], UseHHBBC);
// Temporary, during file-cache migration.
FileCache::UseNewCache = Config::GetBool(ini, config["UseNewCache"], false);
OnLoad();
}
void SourceRootInfo::createFromUserConfig() {
String homePath = String(RuntimeOption::SandboxHome) + "/" + m_user + "/";
{
struct stat hstat;
if (stat(homePath.c_str(), &hstat) != 0) {
if (!RuntimeOption::SandboxFallback.empty()) {
homePath = String(RuntimeOption::SandboxFallback) + "/" + m_user + "/";
if (stat(homePath.c_str(), &hstat) != 0) {
m_sandboxCond = SandboxOff;
return;
}
}
}
}
string confpath = string(homePath.c_str()) +
RuntimeOption::SandboxConfFile;
Hdf config, serverVars;
String sp, lp, alp, userOverride;
try {
config.open(confpath);
userOverride = config["user_override"].get();
Hdf sboxConf = config[m_sandbox.c_str()];
if (sboxConf.exists()) {
sp = sboxConf["path"].get();
lp = sboxConf["log"].get();
alp = sboxConf["accesslog"].get();
serverVars = sboxConf["ServerVars"];
}
} catch (HdfException &e) {
Logger::Error("%s ignored: %s", confpath.c_str(),
e.getMessage().c_str());
}
if (serverVars.exists()) {
for (Hdf hdf = serverVars.firstChild(); hdf.exists(); hdf = hdf.next()) {
m_serverVars.set(String(hdf.getName()), String(hdf.getString()));
}
}
if (!userOverride.empty()) {
m_user = std::move(userOverride);
}
if (m_sandbox == "default") {
if (sp.isNull()) {
sp = "www/";
}
}
if (sp.isNull()) {
m_sandboxCond = SandboxError;
return;
}
if (sp.charAt(0) == '/') {
m_path = std::move(sp);
} else {
m_path = homePath + sp;
}
if (m_path.charAt(m_path.size() - 1) != '/') {
m_path += "/";
}
if (!lp.isNull()) {
if (lp.charAt(0) != '/') {
lp = homePath + lp;
}
if (!Logger::SetThreadLog(lp.c_str())) {
Logger::Warning("Sandbox error log %s could not be opened",
lp.c_str());
}
}
if (!alp.isNull()) {
if (alp.charAt(0) != '/') {
alp = homePath + alp;
}
if (!HttpRequestHandler::GetAccessLog().setThreadLog(alp.c_str())) {
Logger::Warning("Sandbox access log %s could not be opened",
alp.c_str());
}
}
}