void f_debug_print_backtrace() {
if (RuntimeOption::InjectedStackTrace) {
Array bt = FrameInjection::GetBacktrace(true);
int i = 0;
for (ArrayIter it = bt.begin(); !it.end(); it.next(), i++) {
Array frame = it.second().toArray();
StringBuffer buf;
buf.append('#');
buf.append(i);
if (i < 10) buf.append(' ');
buf.append(' ');
if (frame.exists("class")) {
buf.append(frame->get("class").toString());
buf.append(frame->get("type").toString());
}
buf.append(frame->get("function").toString());
buf.append("()");
if (frame.exists("file")) {
buf.append(" called at [");
buf.append(frame->get("file").toString());
buf.append(':');
buf.append(frame->get("line").toString());
buf.append(']');
}
buf.append('\n');
echo(buf.detach());
}
} else {
StackTrace st;
echo(String(st.toString()));
}
}
ALWAYS_INLINE
typename std::enable_if<
std::is_base_of<BaseMap, TMap>::value, Object>::type
BaseMap::php_zip(const Variant& iterable) const {
size_t sz;
ArrayIter iter = getArrayIterHelper(iterable, sz);
auto map = req::make<TMap>();
if (!m_size) {
return Object{std::move(map)};
}
map->reserve(std::min(sz, size_t(m_size)));
uint32_t used = posLimit();
for (uint32_t i = 0; i < used && iter; ++i) {
if (isTombstone(i)) continue;
const Elm& e = data()[i];
Variant v = iter.second();
auto pair = req::make<c_Pair>(c_Pair::NoInit{});
pair->initAdd(&e.data);
pair->initAdd(v);
TypedValue tv;
tv.m_data.pobj = pair.detach();
tv.m_type = KindOfObject;
if (e.hasIntKey()) {
map->setRaw(e.ikey, &tv);
} else {
assert(e.hasStrKey());
map->setRaw(e.skey, &tv);
}
++iter;
}
return Object{std::move(map)};
}
/**
* iter_next will advance the iterator to point to the next element.
* If the iterator reaches the end, iter_next will free the iterator
* and will decRef the array.
* This function has been split into hot and cold parts. The hot part has
* been carefully crafted so that it's a leaf function (after all functions
* it calls have been trivially inlined) that then tail calls a cold
* version of itself (iter_next_array_cold). The hot part should cover the
* common case, which occurs when the array parameter is an HphpArray.
* If you make any changes to this function, please keep the hot/cold
* splitting in mind, and disasemble the optimized version of the binary
* to make sure the hot part is a good-looking leaf function; otherwise,
* you're likely to get a performance regression.
*/
static NEVER_INLINE
int64 iter_next_cold(Iter* iter, TypedValue* valOut, TypedValue* keyOut) {
TRACE(2, "iter_next_cold: I %p\n", iter);
ASSERT(iter->m_itype == Iter::TypeArray ||
iter->m_itype == Iter::TypeIterator);
ArrayIter* ai = &iter->arr();
ai->next();
if (ai->end()) {
// The ArrayIter destructor will decRef the array
ai->~ArrayIter();
iter->m_itype = Iter::TypeUndefined;
return 0;
}
if (iter->m_itype == Iter::TypeArray) {
iter_value_cell_local_impl<true>(iter, valOut);
if (keyOut) {
iter_key_cell_local_impl<true>(iter, keyOut);
}
} else {
iter_value_cell_local_impl<false>(iter, valOut);
if (keyOut) {
iter_key_cell_local_impl<false>(iter, keyOut);
}
}
return 1;
}
String debug_string_backtrace(bool skip) {
if (RuntimeOption::InjectedStackTrace) {
Array bt;
StringBuffer buf;
bt = g_vmContext->debugBacktrace(skip);
int i = 0;
for (ArrayIter it = bt.begin(); !it.end(); it.next(), i++) {
Array frame = it.second().toArray();
buf.append('#');
buf.append(i);
if (i < 10) buf.append(' ');
buf.append(' ');
if (frame.exists(s_class)) {
buf.append(frame->get(s_class).toString());
buf.append(frame->get(s_type).toString());
}
buf.append(frame->get(s_function).toString());
buf.append("()");
if (frame.exists(s_file)) {
buf.append(" called at [");
buf.append(frame->get(s_file).toString());
buf.append(':');
buf.append(frame->get(s_line).toString());
buf.append(']');
}
buf.append('\n');
}
return buf.detach();
} else {
StackTrace st;
return String(st.toString());
}
}
void BaseMap::setAllImpl(const Variant& iterable) {
if (iterable.isNull()) return;
size_t sz;
ArrayIter iter = getArrayIterHelper(iterable, sz);
for (; iter; ++iter) {
set(iter.first(), iter.second());
}
}
void BaseVector::init(CVarRef t) {
size_t sz;
ArrayIter iter = getArrayIterHelper(t, sz);
if (sz) {
reserve(sz);
}
for (; iter; ++iter) {
Variant v = iter.second();
TypedValue* tv = cvarToCell(&v);
add(tv);
}
}
void BaseMap::addAllPairs(const Variant& iterable) {
if (iterable.isNull()) return;
VMRegGuard _;
size_t sz;
ArrayIter iter = getArrayIterHelper(iterable, sz);
auto oldCap = cap();
reserve(m_size + sz); // presume minimum key collisions ...
for (; iter; ++iter) {
add(iter.second());
}
// ... and shrink back if that was incorrect
shrinkIfCapacityTooHigh(oldCap);
}
String debug_string_backtrace(bool skip, bool ignore_args /* = false */,
int64_t limit /* = 0 */) {
Array bt;
StringBuffer buf;
bt = createBacktrace(BacktraceArgs()
.skipTop(skip)
.ignoreArgs(ignore_args)
.setLimit(limit));
int i = 0;
for (ArrayIter it = bt.begin(); !it.end(); it.next(), i++) {
Array frame = it.second().toArray();
buf.append('#');
buf.append(i);
if (i < 10) buf.append(' ');
buf.append(' ');
if (frame.exists(s_class)) {
buf.append(frame->get(s_class).toString());
buf.append(frame->get(s_type).toString());
}
buf.append(frame->get(s_function).toString());
buf.append("(");
if (!ignore_args) {
bool first = true;
for (ArrayIter argsIt(frame->get(s_args).toArray());
!argsIt.end();
argsIt.next()) {
if (!first) {
buf.append(", ");
} else {
first = false;
}
try {
buf.append(argsIt.second().toString());
} catch (FatalErrorException& fe) {
buf.append(fe.getMessage());
}
}
}
buf.append(")");
if (frame.exists(s_file)) {
buf.append(" called at [");
buf.append(frame->get(s_file).toString());
buf.append(':');
buf.append(frame->get(s_line).toString());
buf.append(']');
}
buf.append('\n');
}
return buf.detach();
}
/* This function is called repeatedly by rl_completion_matches. The first
* invocation has state = 0, subsequent ones have state != 0. A return value of
* nullptr indicates that all possible completions have been returned. */
static char* _readline_command_generator(const char* text, int state) {
static ArrayIter iter;
if (state == 0) {
iter = s_readline->array.begin();
}
auto text_str = String(text);
while (iter) {
auto value = iter.secondRef().toString();
++iter;
if (text_str == value.substr(0, text_str.length())) {
// readline frees this using free(), so we must use malloc() and not new
return strdup(value.data());
}
}
return nullptr;
}
HOT_FUNC
int64 iter_next_key(Iter* iter, TypedValue* valOut, TypedValue* keyOut) {
TRACE(2, "iter_next: I %p\n", iter);
ASSERT(iter->m_itype == Iter::TypeArray ||
iter->m_itype == Iter::TypeIterator);
ArrayIter* arrIter = &iter->arr();
valOut = tvToCell(valOut);
keyOut = tvToCell(keyOut);
if (UNLIKELY(!arrIter->hasArrayData())) {
goto cold;
}
{
const ArrayData* ad = arrIter->getArrayData();
if (UNLIKELY(!IsHphpArray(ad))) {
goto cold;
}
const HphpArray* arr = (HphpArray*)ad;
ssize_t pos = arrIter->getPos();
if (size_t(pos) >= size_t(arr->getLastE())) {
if (UNLIKELY(arr->getCount() == 1)) {
goto cold;
}
arr->decRefCount();
iter->m_itype = Iter::TypeUndefined;
return 0;
}
pos = pos + 1;
HphpArray::Elm* elm = arr->getElm(pos);
if (UNLIKELY(elm->data.m_type >= HphpArray::KindOfTombstone)) {
goto cold;
}
if (UNLIKELY(tvWillBeReleased(valOut))) {
goto cold;
}
if (UNLIKELY(tvWillBeReleased(keyOut))) {
goto cold;
}
tvDecRefOnly(valOut);
tvDecRefOnly(keyOut);
arrIter->setPos(pos);
getHphpArrayElm(elm, valOut, keyOut);
return 1;
}
cold:
return iter_next_cold(iter, valOut, keyOut);
}
void BaseVector::zip(BaseVector* bvec, CVarRef iterable) {
size_t itSize;
ArrayIter iter = getArrayIterHelper(iterable, itSize);
uint sz = m_size;
bvec->reserve(std::min(itSize, size_t(sz)));
for (uint i = 0; i < sz && iter; ++i, ++iter) {
Variant v = iter.second();
if (bvec->m_capacity <= bvec->m_size) {
bvec->grow();
}
c_Pair* pair = NEWOBJ(c_Pair)();
pair->incRefCount();
pair->initAdd(&m_data[i]);
pair->initAdd(cvarToCell(&v));
bvec->m_data[i].m_data.pobj = pair;
bvec->m_data[i].m_type = KindOfObject;
++bvec->m_size;
}
}
String debug_string_backtrace(bool skip, bool ignore_args /* = false */,
int limit /* = 0 */) {
if (RuntimeOption::InjectedStackTrace) {
Array bt;
StringBuffer buf;
bt = g_context->debugBacktrace(skip, false, false, nullptr,
ignore_args, limit);
int i = 0;
for (ArrayIter it = bt.begin(); !it.end(); it.next(), i++) {
Array frame = it.second().toArray();
buf.append('#');
buf.append(i);
if (i < 10) buf.append(' ');
buf.append(' ');
if (frame.exists(s_class)) {
buf.append(frame->get(s_class).toString());
buf.append(frame->get(s_type).toString());
}
buf.append(frame->get(s_function).toString());
buf.append("(");
if (!ignore_args) {
bool first = true;
for (ArrayIter it = frame->get(s_args).begin(); !it.end(); it.next()) {
if (!first) {
buf.append(", ");
} else {
first = false;
}
try {
buf.append(it.second().toString());
} catch (FatalErrorException& fe) {
buf.append(fe.getMessage());
}
}
}
buf.append(")");
if (frame.exists(s_file)) {
buf.append(" called at [");
buf.append(frame->get(s_file).toString());
buf.append(':');
buf.append(frame->get(s_line).toString());
buf.append(']');
}
buf.append('\n');
}
return buf.detach();
} else {
StackTrace st;
return String(st.toString());
}
}
ALWAYS_INLINE
typename std::enable_if<
std::is_base_of<BaseMap, TMap>::value, Object>::type
BaseMap::FromItems(const Class*, const Variant& iterable) {
if (iterable.isNull()) return Object{req::make<TMap>()};
VMRegGuard _;
size_t sz;
ArrayIter iter = getArrayIterHelper(iterable, sz);
auto target = req::make<TMap>();
target->reserve(sz);
for (; iter; ++iter) {
Variant v = iter.second();
TypedValue* tv = v.asCell();
if (UNLIKELY(tv->m_type != KindOfObject ||
tv->m_data.pobj->getVMClass() != c_Pair::classof())) {
SystemLib::throwInvalidArgumentExceptionObject(
"Parameter must be an instance of Iterable<Pair>");
}
auto pair = static_cast<c_Pair*>(tv->m_data.pobj);
target->setRaw(&pair->elm0, &pair->elm1);
}
return Object{std::move(target)};
}
typename std::enable_if<
std::is_base_of<BaseVector, TVector>::value, Object>::type
BaseSet::php_concat(const Variant& iterable) {
size_t itSize;
ArrayIter iter = getArrayIterHelper(iterable, itSize);
auto vec = req::make<TVector>();
uint32_t sz = m_size;
vec->reserve((size_t)sz + itSize);
assert(vec->canMutateBuffer());
vec->setSize(sz);
uint32_t used = posLimit();
for (uint32_t i = 0, j = 0; i < used; ++i) {
if (isTombstone(i)) {
continue;
}
cellDup(data()[i].data, vec->data()[j]);
++j;
}
for (; iter; ++iter) {
vec->addRaw(iter.second());
}
return Object{std::move(vec)};
}
bool BuiltinSymbols::Load(AnalysisResultPtr ar, bool extOnly /* = false */) {
if (Loaded) return true;
Loaded = true;
// load extension functions first, so system/classes may call them
ParseExtFunctions(ar, ExtensionFunctions, false);
AnalysisResultPtr ar2 = AnalysisResultPtr(new AnalysisResult());
s_variables = VariableTablePtr(new VariableTable(*ar2.get()));
s_constants = ConstantTablePtr(new ConstantTable(*ar2.get()));
// parse all PHP files under system/classes
if (!extOnly) {
ar = AnalysisResultPtr(new AnalysisResult());
ar->loadBuiltinFunctions();
string slib = systemlib_path();
if (slib.empty()) {
for (const char **cls = SystemClasses; *cls; cls++) {
string phpBaseName = "/system/classes/";
phpBaseName += *cls;
phpBaseName += ".php";
Parse(ar, phpBaseName, Option::GetSystemRoot() + phpBaseName);
}
} else {
Parse(ar, slib, slib);
}
ar->analyzeProgram(true);
ar->inferTypes();
const StringToFileScopePtrMap &files = ar->getAllFiles();
for (StringToFileScopePtrMap::const_iterator iterFile = files.begin();
iterFile != files.end(); iterFile++) {
const StringToClassScopePtrVecMap &classes =
iterFile->second->getClasses();
for (StringToClassScopePtrVecMap::const_iterator iter = classes.begin();
iter != classes.end(); ++iter) {
assert(iter->second.size() == 1);
iter->second[0]->setSystem();
assert(!s_classes[iter->first]);
s_classes[iter->first] = iter->second[0];
}
}
} else {
NoSuperGlobals = true;
}
// load extension constants, classes and dynamics
ParseExtConsts(ar, ExtensionConsts, false);
ParseExtClasses(ar, ExtensionClasses, false);
for (unsigned int i = 0; i < Option::SepExtensions.size(); i++) {
Option::SepExtensionOptions &options = Option::SepExtensions[i];
string soname = options.soname;
if (soname.empty()) {
soname = string("lib") + options.name + ".so";
}
if (!options.lib_path.empty()) {
soname = options.lib_path + "/" + soname;
}
if (!LoadSepExtensionSymbols(ar, options.name, soname)) {
return false;
}
}
if (!extOnly) {
Array constants = ClassInfo::GetSystemConstants();
LocationPtr loc(new Location);
for (ArrayIter it = constants.begin(); it; ++it) {
CVarRef key = it.first();
if (!key.isString()) continue;
std::string name = key.toCStrRef().data();
if (s_constants->getSymbol(name)) continue;
if (name == "true" || name == "false" || name == "null") continue;
CVarRef value = it.secondRef();
if (!value.isInitialized() || value.isObject()) continue;
ExpressionPtr e = Expression::MakeScalarExpression(ar2, ar2, loc, value);
TypePtr t =
value.isNull() ? Type::Null :
value.isBoolean() ? Type::Boolean :
value.isInteger() ? Type::Int64 :
value.isDouble() ? Type::Double :
value.isArray() ? Type::Array : Type::Variant;
s_constants->add(key.toCStrRef().data(), t, e, ar2, e);
}
s_variables = ar2->getVariables();
for (int i = 0, n = NumGlobalNames(); i < n; ++i) {
s_variables->add(GlobalNames[i], Type::Variant, false, ar,
ConstructPtr(), ModifierExpressionPtr());
}
}
s_constants->setDynamic(ar, "SID", true);
return true;
}
bool BuiltinSymbols::Load(AnalysisResultPtr ar) {
if (Loaded) return true;
Loaded = true;
if (g_context.isNull()) init_thread_locals();
ClassInfo::Load();
// load extension functions first, so system/php may call them
ImportExtFunctions(ar, ClassInfo::GetSystem());
ConstantTablePtr cns = ar->getConstants();
// load extension constants, classes and dynamics
ImportNativeConstants(ar, cns);
ImportExtConstants(ar, cns, ClassInfo::GetSystem());
ImportExtClasses(ar);
Array constants = ClassInfo::GetSystemConstants();
LocationPtr loc(new Location);
for (ArrayIter it = constants.begin(); it; ++it) {
CVarRef key = it.first();
if (!key.isString()) continue;
std::string name = key.toCStrRef().data();
if (cns->getSymbol(name)) continue;
if (name == "true" || name == "false" || name == "null") continue;
CVarRef value = it.secondRef();
if (!value.isInitialized() || value.isObject()) continue;
ExpressionPtr e = Expression::MakeScalarExpression(ar, ar, loc, value);
TypePtr t =
value.isNull() ? Type::Null :
value.isBoolean() ? Type::Boolean :
value.isInteger() ? Type::Int64 :
value.isDouble() ? Type::Double :
value.isArray() ? Type::Array : Type::Variant;
cns->add(key.toCStrRef().data(), t, e, ar, e);
}
for (int i = 0, n = NumGlobalNames(); i < n; ++i) {
ar->getVariables()->add(GlobalNames[i], Type::Variant, false, ar,
ConstructPtr(), ModifierExpressionPtr());
}
cns->setDynamic(ar, "PHP_BINARY", true);
cns->setDynamic(ar, "PHP_BINDIR", true);
cns->setDynamic(ar, "PHP_OS", true);
cns->setDynamic(ar, "PHP_SAPI", true);
cns->setDynamic(ar, "SID", true);
// Systemlib files were all parsed by hphp_process_init
const StringToFileScopePtrMap &files = ar->getAllFiles();
for (const auto& file : files) {
file.second->setSystem();
const auto& classes = file.second->getClasses();
for (const auto& clsVec : classes) {
assert(clsVec.second.size() == 1);
auto cls = clsVec.second[0];
cls->setSystem();
ar->addSystemClass(cls);
for (const auto& func : cls->getFunctions()) {
FunctionScope::RecordFunctionInfo(func.first, func.second);
}
}
const auto& functions = file.second->getFunctions();
for (const auto& func : functions) {
func.second->setSystem();
ar->addSystemFunction(func.second);
FunctionScope::RecordFunctionInfo(func.first, func.second);
}
}
return true;
}
bool WddxPacket::recursiveAddVar(const String& varName,
const Variant& varVariant,
bool hasVarTag) {
bool isArray = varVariant.isArray();
bool isObject = varVariant.isObject();
if (isArray || isObject) {
if (hasVarTag) {
m_packetString.append("<var name='");
m_packetString.append(varName.data());
m_packetString.append("'>");
}
Array varAsArray;
Object varAsObject = varVariant.toObject();
if (isArray) varAsArray = varVariant.toArray();
if (isObject) varAsArray = varAsObject.toArray();
int length = varAsArray.length();
if (length > 0) {
ArrayIter it = ArrayIter(varAsArray);
if (it.first().isString()) isObject = true;
if (isObject) {
m_packetString.append("<struct>");
if (!isArray) {
m_packetString.append("<var name='php_class_name'><string>");
m_packetString.append(varAsObject->getClassName());
m_packetString.append("</string></var>");
}
} else {
m_packetString.append("<array length='");
m_packetString.append(std::to_string(length));
m_packetString.append("'>");
}
for (ArrayIter it(varAsArray); it; ++it) {
Variant key = it.first();
Variant value = it.second();
recursiveAddVar(key.toString(), value, isObject);
}
if (isObject) {
m_packetString.append("</struct>");
}
else {
m_packetString.append("</array>");
}
}
else {
//empty object
if (isObject) {
m_packetString.append("<struct>");
if (!isArray) {
m_packetString.append("<var name='php_class_name'><string>");
m_packetString.append(varAsObject->getClassName());
m_packetString.append("</string></var>");
}
m_packetString.append("</struct>");
}
}
if (hasVarTag) {
m_packetString.append("</var>");
}
return true;
}
String varType = getDataTypeString(varVariant.getType());
if (!getWddxEncoded(varType, "", varName, false).empty()) {
String varValue;
if (varType.compare("boolean") == 0) {
varValue = varVariant.toBoolean() ? "true" : "false";
} else {
varValue = StringUtil::HtmlEncode(varVariant.toString(),
StringUtil::QuoteStyle::Double,
"UTF-8", false, false).toCppString();
}
m_packetString.append(
getWddxEncoded(varType, varValue, varName, hasVarTag));
return true;
}
return false;
}
bool TestCppBase::TestArray() {
// Array::Create(), Array constructors and informational
{
Array arr;
VERIFY(arr.empty()); VERIFY(arr.size() == 0); VERIFY(arr.length() == 0);
VERIFY(arr.isNull());
arr = Array::Create();
VERIFY(arr.empty()); VERIFY(arr.size() == 0); VERIFY(arr.length() == 0);
VERIFY(!arr.isNull());
arr = Array::Create(0);
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY((int)arr[0] == 0);
VS(arr, Array(ArrayInit(1).set(0).create()));
arr = Array::Create("test");
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY(arr[0] == "test");
VS(arr, Array(ArrayInit(1).set("test").create()));
Array arrCopy = arr;
arr = Array::Create(arr);
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY(arr[0].toArray().size() == 1);
VS(arr[0], arrCopy);
VS(arr, Array(ArrayInit(1).set(arrCopy).create()));
arr = Array::Create("name", 1);
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY((int)arr[s_name] == 1);
VS(arr, Array(ArrayInit(1).set(s_name, 1).create()));
arr = Array::Create(s_name, "test");
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY(arr[s_name] == "test");
VS(arr, Array(ArrayInit(1).set(s_name, "test").create()));
arrCopy = arr;
arr = Array::Create(s_name, arr);
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VS(arr[s_name], arrCopy);
VERIFY(arr[s_name].toArray().size() == 1);
VS(arr, Array(ArrayInit(1).set(s_name, arrCopy).create()));
}
// iteration
{
Array arr = CREATE_MAP2("n1", "v1", "n2", "v2");
int i = 0;
for (ArrayIter iter = arr.begin(); iter; ++iter, ++i) {
if (i == 0) {
VERIFY(iter.first() == "n1");
VERIFY(iter.second() == "v1");
} else {
VERIFY(iter.first() == "n2");
VERIFY(iter.second() == "v2");
}
}
VERIFY(i == 2);
}
/* TODO: fix this
{
Variant arr = CREATE_MAP2("n1", "v1", "n2", "v2");
arr.escalate();
for (ArrayIterPtr iter = arr.begin(arr, true); !iter->end(); iter->next()){
unset(arr.lvalAt(iter->first()));
}
VS(arr, Array::Create());
}
*/
// conversions
{
Array arr0;
VERIFY(arr0.toBoolean() == false);
VERIFY(arr0.toByte() == 0);
VERIFY(arr0.toInt16() == 0);
VERIFY(arr0.toInt32() == 0);
VERIFY(arr0.toInt64() == 0);
VERIFY(arr0.toDouble() == 0.0);
VERIFY(arr0.toString() == "");
Array arr1 = Array::Create("test");
VERIFY(arr1.toBoolean() == true);
VERIFY(arr1.toByte() == 1);
VERIFY(arr1.toInt16() == 1);
VERIFY(arr1.toInt32() == 1);
VERIFY(arr1.toInt64() == 1);
VERIFY(arr1.toDouble() == 1.0);
VERIFY(arr1.toString() == "Array");
}
// offset
{
Array arr;
arr.set(0, "v1");
arr.set(1, "v2");
VS(arr, CREATE_VECTOR2("v1", "v2"));
}
{
Array arr;
arr.set(s_n1, "v1");
arr.set(s_n2, "v2");
VS(arr, CREATE_MAP2("n1", "v1", "n2", "v2"));
}
{
Array arr;
arr.lvalAt(0) = String("v1");
arr.lvalAt(1) = String("v2");
VS(arr, CREATE_VECTOR2("v1", "v2"));
}
{
Array arr;
arr.lvalAt(s_n1) = String("v1");
arr.lvalAt(s_n2) = String("v2");
VS(arr, CREATE_MAP2("n1", "v1", "n2", "v2"));
}
{
Array arr;
Variant name = "name";
arr.lvalAt(name) = String("value");
VS(arr, CREATE_MAP1("name", "value"));
}
{
Array arr;
arr.lvalAt(s_A) = 10;
arr.lvalAt(s_A)++;
VS(arr[s_A], 11);
}
{
Array arr;
arr.lvalAt(1) = 10;
VS(arr[1], 10);
VS(arr[1.5], 10);
VS(arr[Variant(1.5)], 10);
VS(arr[s_1], 10);
VS(arr[Variant("1")], 10);
}
{
Array arr;
arr.lvalAt(Variant(1.5)) = 10;
VS(arr[1], 10);
VS(arr[1.5], 10);
VS(arr[Variant(1.5)], 10);
VS(arr[s_1], 10);
VS(arr[Variant("1")], 10);
}
{
Array arr;
arr.lvalAt(s_1) = 10;
VS(arr[1], 10);
VS(arr[1.5], 10);
VS(arr[Variant(1.5)], 10);
VS(arr[s_1], 10);
VS(arr[Variant("1")], 10);
}
{
Array arr;
arr.lvalAt(Variant("1")) = 10;
VS(arr[1], 10);
VS(arr[1.5], 10);
VS(arr[Variant(1.5)], 10);
VS(arr[s_1], 10);
VS(arr[Variant("1")], 10);
}
// membership
{
Array arr;
arr.lvalAt(0) = String("v1");
arr.lvalAt(1) = String("v2");
VERIFY(arr.exists(0));
arr.remove(0);
VERIFY(!arr.exists(0));
VS(arr, Array::Create(1, "v2"));
arr.append("v3");
VS(arr, CREATE_MAP2(1, "v2", 2, "v3"));
}
{
static const StaticString s_0("0");
Array arr;
arr.lvalAt(0) = String("v1");
VERIFY(arr.exists(0));
arr.remove(String(s_0));
VERIFY(!arr.exists(0));
}
{
Array arr;
arr.lvalAt(0) = String("v1");
VERIFY(arr.exists(0));
arr.remove(Variant("0"));
VERIFY(!arr.exists(0));
}
{
Array arr;
arr.lvalAt(0) = String("v1");
VERIFY(arr.exists(0));
arr.remove(Variant(Variant("0")));
VERIFY(!arr.exists(0));
}
{
Array arr;
arr.lvalAt(0) = String("v1");
VERIFY(arr.exists(0));
arr.remove(Variant(Variant(0.5)));
VERIFY(!arr.exists(0));
}
{
Array arr;
arr.lvalAt(Variant()) = 123;
VERIFY(arr.exists(empty_string));
arr.remove(Variant());
VERIFY(!arr.exists(empty_string));
}
{
Array arr;
arr.lvalAt(s_n1) = String("v1");
arr.lvalAt(s_n2) = String("v2");
VERIFY(arr.exists(s_n1));
arr.remove(s_n1);
VERIFY(!arr.exists(s_n1));
VS(arr, Array::Create(s_n2, "v2"));
arr.append("v3");
VS(arr, CREATE_MAP2("n2", "v2", 0, "v3"));
}
{
Array arr;
arr.lvalAt() = String("test");
VS(arr, CREATE_VECTOR1("test"));
}
{
Array arr;
arr.lvalAt(s_name) = String("value");
VERIFY(arr.exists(s_name));
}
{
Array arr;
arr.lvalAt(1) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(1.5));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
{
Array arr;
arr.lvalAt(s_1) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(1.5));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
{
Array arr;
arr.lvalAt(1.5) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(1.5));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
{
Array arr;
arr.lvalAt(Variant(1.5)) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(1.5));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
{
Array arr;
arr.lvalAt(Variant("1")) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(1.5));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
// merge
{
Array arr = Array::Create(0) + Array::Create(1);
VS(arr, Array::Create(0));
arr += CREATE_VECTOR2(0, 1);
VS(arr, CREATE_VECTOR2(0, 1));
arr = Array::Create(0).merge(Array::Create(1));
VS(arr, CREATE_VECTOR2(0, 1));
arr = arr.merge(CREATE_VECTOR2(0, 1));
VS(arr, CREATE_VECTOR4(0, 1, 0, 1));
arr = Array::Create("s0").merge(Array::Create("s1"));
VS(arr, CREATE_VECTOR2("s0", "s1"));
arr = Array::Create("n0", "s0") + Array::Create("n1", "s1");
VS(arr, CREATE_MAP2("n0", "s0", "n1", "s1"));
arr += CREATE_MAP2("n0", "s0", "n1", "s1");
VS(arr, CREATE_MAP2("n0", "s0", "n1", "s1"));
arr = Array::Create("n0", "s0").merge(Array::Create("n1", "s1"));
VS(arr, CREATE_MAP2("n0", "s0", "n1", "s1"));
Array arrX = CREATE_MAP2("n0", "s2", "n1", "s3");
arr = arr.merge(arrX);
VS(arr, CREATE_MAP2("n0", "s2", "n1", "s3"));
}
// slice
{
Array arr = CREATE_VECTOR2("test1", "test2");
Array sub = arr.slice(1, 1, true);
VS(sub, CREATE_MAP1(1, "test2"));
}
{
Array arr = CREATE_VECTOR2("test1", "test2");
Array sub = arr.slice(1, 1, false);
VS(sub, CREATE_VECTOR1("test2"));
}
{
Array arr = CREATE_MAP2("n1", "test1", "n2", "test2");
Array sub = arr.slice(1, 1, true);
VS(sub, CREATE_MAP1("n2", "test2"));
}
{
Array arr = CREATE_MAP2("n1", "test1", "n2", "test2");
Array sub = arr.slice(1, 1, false);
VS(sub, CREATE_MAP1("n2", "test2"));
}
// escalation
{
Array arr;
lval(arr.lvalAt(0)).lvalAt(0) = 1.2;
VS(arr, CREATE_VECTOR1(CREATE_VECTOR1(1.2)));
}
{
Array arr;
lval(arr.lvalAt(s_name)).lvalAt(0) = 1.2;
VS(arr, CREATE_MAP1(s_name, CREATE_VECTOR1(1.2)));
}
{
Array arr = Array::Create();
lval(arr.lvalAt(0)).lvalAt(0) = 1.2;
VS(arr, CREATE_VECTOR1(CREATE_VECTOR1(1.2)));
}
{
Array arr = Array::Create();
lval(arr.lvalAt(s_name)).lvalAt(0) = 1.2;
VS(arr, CREATE_MAP1(s_name, CREATE_VECTOR1(1.2)));
}
{
Array arr = Array::Create("test");
arr.lvalAt(0) = CREATE_VECTOR1(1.2);
VS(arr, CREATE_VECTOR1(CREATE_VECTOR1(1.2)));
}
{
Array arr = Array::Create("test");
lval(arr.lvalAt(s_name)).lvalAt(0) = 1.2;
VS(arr, CREATE_MAP2(0, "test", s_name, CREATE_VECTOR1(1.2)));
}
{
Array arr = Array::Create();
arr.append("apple");
arr.set(2, "pear");
VS(arr[2], "pear");
}
{
Array arr = CREATE_MAP2(0, "a", 1, "b");
VERIFY(arr->isVectorData());
}
{
Array arr = CREATE_MAP2(1, "a", 0, "b");
VERIFY(!arr->isVectorData());
}
{
Array arr = CREATE_MAP2(1, "a", 2, "b");
VERIFY(!arr->isVectorData());
}
{
Array arr = CREATE_MAP1(1, "a");
arr.set(0, "b");
VERIFY(!arr->isVectorData());
}
return Count(true);
}
static Variant yaf_route_rewrite_match(const Object& o,
const char* req_uri, int req_uri_len)
{
char match[8192];
auto ptr_match = o->o_realProp(YAF_ROUTE_PROPETY_NAME_MATCH,
ObjectData::RealPropUnchecked, "Yaf_Route_Rewrite");
snprintf(match, sizeof(match), "%s", ptr_match->toString().c_str());
std::string pattern;
pattern.append(YAF_ROUTE_REGEX_DILIMITER_STR);
pattern.append("^");
char* save_ptr;
char* seg = strtok_r(match, YAF_ROUTER_URL_DELIMIETER, &save_ptr);
while (seg != NULL) {
int len = strlen(seg);
if (len) {
pattern.append(YAF_ROUTER_URL_DELIMIETER);
if (*seg == '*') {
pattern.append("(?P<__yaf_route_rest>.*)");
break;
}
if (*seg == ':') {
pattern.append("(?P<");
pattern.append(std::string(seg+1));
pattern.append(std::string(">[^") + YAF_ROUTER_URL_DELIMIETER + "]+)");
} else {
pattern.append(seg);
}
}
seg = strtok_r(NULL, YAF_ROUTER_URL_DELIMIETER, &save_ptr);
}
pattern.append(YAF_ROUTE_REGEX_DILIMITER_STR);
pattern.append("i");
Variant matches;
Variant ret = preg_match_all(String(pattern),
String(std::string(req_uri, req_uri_len)), matches);
int match_count = 0;
if (ret.isIntVal() ) {
match_count = ret.toInt32();
}
if (match_count <= 0) {
return init_null_variant;
}
if (!matches.isArray()) {
return init_null_variant;
}
Array args = Array::Create();
Array& arr_matches = matches.toArrRef();
ArrayIter iter = arr_matches.begin();
while (!iter.end()) {
Variant key = iter.first();
Variant value = iter.second();
if (!key.isString()) {
iter.next();
continue;
}
if (!strncmp(key.toString().c_str(), "__yaf_route_rest", key.toString().length())) {
Variant retval = yaf_router_parse_parameters(value.toArrRef()[0].toString().c_str());
if (retval.isArray()) {
args.merge(retval.toArray());
}
} else {
args.set(key, value.toArrRef()[0]);
}
iter.next();
}
return args;
}
void ForEachStatement::eval(VariableEnvironment &env) const {
if (env.isGotoing()) return;
ENTER_STMT;
DECLARE_THREAD_INFO;
LOOP_COUNTER(1);
Variant map(m_source->eval(env));
if (m_key) {
TempExpressionList *texp = m_key->cast<TempExpressionList>();
if (texp) {
for (ArrayIter iter = map.begin(env.currentContext(), true);
!iter.end(); iter.next()) {
{
LOOP_COUNTER_CHECK_INFO(1);
const Variant &value = iter.second();
const Variant &key = iter.first();
TempExpressionHelper helper(texp, env);
m_value->set(env, value);
texp->setImpl(env, key);
}
if (!m_body) continue;
EVAL_STMT_HANDLE_GOTO_BEGIN(restart1);
EVAL_STMT_HANDLE_BREAK(m_body, env);
EVAL_STMT_HANDLE_GOTO_END(restart1);
}
} else {
for (ArrayIter iter = map.begin(env.currentContext(), true);
!iter.end(); iter.next()) {
LOOP_COUNTER_CHECK_INFO(1);
const Variant &value = iter.second();
const Variant &key = iter.first();
m_value->set(env, value);
m_key->set(env, key);
if (!m_body) continue;
EVAL_STMT_HANDLE_GOTO_BEGIN(restart2);
EVAL_STMT_HANDLE_BREAK(m_body, env);
EVAL_STMT_HANDLE_GOTO_END(restart2);
}
}
} else {
for (ArrayIter iter = map.begin(env.currentContext(), true);
!iter.end(); iter.next()) {
LOOP_COUNTER_CHECK_INFO(1);
m_value->set(env, iter.second());
if (!m_body) continue;
EVAL_STMT_HANDLE_GOTO_BEGIN(restart3);
EVAL_STMT_HANDLE_BREAK(m_body, env);
EVAL_STMT_HANDLE_GOTO_END(restart3);
}
}
}
bool WddxPacket::recursiveAddVarImpl(const String& varName,
const Variant& varVariant,
bool hasVarTag,
SeenContainers& seen) {
bool isArray = varVariant.isArray();
bool isObject = varVariant.isObject();
if (isArray || isObject) {
Array varAsArray;
Object varAsObject;
ArrayOrObject ptr;
if (isArray) {
varAsArray = varVariant.toArray();
ptr = varAsArray.get();
}
if (isObject) {
varAsObject = varVariant.toObject();
varAsArray = varAsObject.toArray();
ptr = varAsObject.get();
}
assert(!ptr.isNull());
if (!seen.emplace(ptr).second) {
raise_warning("recursion detected");
return false;
}
SCOPE_EXIT { seen.erase(ptr); };
if (hasVarTag) {
m_packetString.append("<var name='");
m_packetString.append(varName.data());
m_packetString.append("'>");
}
int length = varAsArray.length();
if (length > 0) {
ArrayIter it = ArrayIter(varAsArray);
if (it.first().isString()) isObject = true;
if (isObject) {
m_packetString.append("<struct>");
if (!isArray) {
m_packetString.append("<var name='php_class_name'><string>");
m_packetString.append(varAsObject->getClassName());
m_packetString.append("</string></var>");
}
} else {
m_packetString.append("<array length='");
m_packetString.append(std::to_string(length));
m_packetString.append("'>");
}
for (; it; ++it) {
auto key = it.first();
auto const& value = it.secondRef();
recursiveAddVarImpl(key.toString(), value, isObject, seen);
}
if (isObject) {
m_packetString.append("</struct>");
}
else {
m_packetString.append("</array>");
}
}
else {
//empty object
if (isObject) {
m_packetString.append("<struct>");
if (!isArray) {
m_packetString.append("<var name='php_class_name'><string>");
m_packetString.append(varAsObject->getClassName());
m_packetString.append("</string></var>");
}
m_packetString.append("</struct>");
}
}
if (hasVarTag) {
m_packetString.append("</var>");
}
return true;
}
bool BuiltinSymbols::Load(AnalysisResultPtr ar, bool extOnly /* = false */) {
if (Loaded) return true;
Loaded = true;
if (g_context.isNull()) init_thread_locals();
ClassInfo::Load();
// load extension functions first, so system/classes may call them
ImportExtFunctions(ar, s_functions, ClassInfo::GetSystem());
AnalysisResultPtr ar2 = AnalysisResultPtr(new AnalysisResult());
s_variables = VariableTablePtr(new VariableTable(*ar2.get()));
s_constants = ConstantTablePtr(new ConstantTable(*ar2.get()));
// parse all PHP files under system/classes
if (!extOnly) {
ar = AnalysisResultPtr(new AnalysisResult());
ar->loadBuiltinFunctions();
string slib = get_systemlib();
Scanner scanner(slib.c_str(), slib.size(),
Option::ScannerType, "systemlib.php");
Compiler::Parser parser(scanner, "systemlib.php", ar);
if (!parser.parse()) {
Logger::Error("Unable to parse systemlib.php: %s",
parser.getMessage().c_str());
assert(false);
}
ar->analyzeProgram(true);
ar->inferTypes();
const StringToFileScopePtrMap &files = ar->getAllFiles();
for (StringToFileScopePtrMap::const_iterator iterFile = files.begin();
iterFile != files.end(); iterFile++) {
const StringToClassScopePtrVecMap &classes =
iterFile->second->getClasses();
for (StringToClassScopePtrVecMap::const_iterator iter = classes.begin();
iter != classes.end(); ++iter) {
assert(iter->second.size() == 1);
iter->second[0]->setSystem();
assert(!s_classes[iter->first]);
s_classes[iter->first] = iter->second[0];
}
}
} else {
NoSuperGlobals = true;
}
// load extension constants, classes and dynamics
ImportExtConstants(ar, s_constants, ClassInfo::GetSystem());
ImportExtClasses(ar);
if (!extOnly) {
Array constants = ClassInfo::GetSystemConstants();
LocationPtr loc(new Location);
for (ArrayIter it = constants.begin(); it; ++it) {
CVarRef key = it.first();
if (!key.isString()) continue;
std::string name = key.toCStrRef().data();
if (s_constants->getSymbol(name)) continue;
if (name == "true" || name == "false" || name == "null") continue;
CVarRef value = it.secondRef();
if (!value.isInitialized() || value.isObject()) continue;
ExpressionPtr e = Expression::MakeScalarExpression(ar2, ar2, loc, value);
TypePtr t =
value.isNull() ? Type::Null :
value.isBoolean() ? Type::Boolean :
value.isInteger() ? Type::Int64 :
value.isDouble() ? Type::Double :
value.isArray() ? Type::Array : Type::Variant;
s_constants->add(key.toCStrRef().data(), t, e, ar2, e);
}
s_variables = ar2->getVariables();
for (int i = 0, n = NumGlobalNames(); i < n; ++i) {
s_variables->add(GlobalNames[i], Type::Variant, false, ar,
ConstructPtr(), ModifierExpressionPtr());
}
}
s_constants->setDynamic(ar, "SID", true);
return true;
}
bool TestCppBase::TestArray() {
// Array::Create(), Array constructors and informational
{
Array arr;
VERIFY(arr.empty()); VERIFY(arr.size() == 0); VERIFY(arr.length() == 0);
VERIFY(arr.isNull());
arr = Array::Create();
VERIFY(arr.empty()); VERIFY(arr.size() == 0); VERIFY(arr.length() == 0);
VERIFY(!arr.isNull());
arr = Array::Create(0);
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY(arr[0].toInt32() == 0);
arr = Array::Create("test");
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY(equal(arr[0], String("test")));
Array arrCopy = arr;
arr = Array::Create(arr);
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY(arr[0].toArray().size() == 1);
VS(arr[0], arrCopy);
arr = Array::Create("name", 1);
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY(arr[s_name].toInt32() == 1);
arr = Array::Create(s_name, "test");
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VERIFY(equal(arr[s_name], String("test")));
arrCopy = arr;
arr = Array::Create(s_name, arr);
VERIFY(!arr.empty()); VERIFY(arr.size() == 1); VERIFY(arr.length() == 1);
VERIFY(!arr.isNull());
VS(arr[s_name], arrCopy);
VERIFY(arr[s_name].toArray().size() == 1);
}
// iteration
{
Array arr = make_map_array("n1", "v1", "n2", "v2");
int i = 0;
for (ArrayIter iter = arr.begin(); iter; ++iter, ++i) {
if (i == 0) {
VERIFY(equal(iter.first(), String("n1")));
VERIFY(equal(iter.second(), String("v1")));
} else {
VERIFY(equal(iter.first(), String("n2")));
VERIFY(equal(iter.second(), String("v2")));
}
}
VERIFY(i == 2);
}
static const StaticString s_Array("Array");
// conversions
{
Array arr0;
VERIFY(arr0.toBoolean() == false);
VERIFY(arr0.toByte() == 0);
VERIFY(arr0.toInt16() == 0);
VERIFY(arr0.toInt32() == 0);
VERIFY(arr0.toInt64() == 0);
VERIFY(arr0.toDouble() == 0.0);
VERIFY(arr0.toString().empty());
Array arr1 = Array::Create("test");
VERIFY(arr1.toBoolean() == true);
VERIFY(arr1.toByte() == 1);
VERIFY(arr1.toInt16() == 1);
VERIFY(arr1.toInt32() == 1);
VERIFY(arr1.toInt64() == 1);
VERIFY(arr1.toDouble() == 1.0);
VERIFY(arr1.toString() == s_Array);
}
// offset
{
Array arr;
arr.set(0, "v1");
arr.set(1, "v2");
VS(arr, make_packed_array("v1", "v2"));
}
{
Array arr;
arr.set(s_n1, "v1");
arr.set(s_n2, "v2");
VS(arr, make_map_array("n1", "v1", "n2", "v2"));
}
{
Array arr;
arr.lvalAt(0) = String("v1");
arr.lvalAt(1) = String("v2");
VS(arr, make_packed_array("v1", "v2"));
}
{
Array arr;
arr.lvalAt(s_n1) = String("v1");
arr.lvalAt(s_n2) = String("v2");
VS(arr, make_map_array("n1", "v1", "n2", "v2"));
}
{
Array arr;
Variant name = "name";
arr.lvalAt(name) = String("value");
VS(arr, make_map_array("name", "value"));
}
{
Array arr;
arr.lvalAt(1) = 10;
VS(arr[1], 10);
VS(arr[Variant(1.5)], 10);
VS(arr[s_1], 10);
VS(arr[Variant("1")], 10);
}
{
Array arr;
arr.lvalAt(Variant(1.5)) = 10;
VS(arr[1], 10);
VS(arr[Variant(1.5)], 10);
VS(arr[s_1], 10);
VS(arr[Variant("1")], 10);
}
{
Array arr;
arr.lvalAt(s_1) = 10;
VS(arr[1], 10);
VS(arr[Variant(1.5)], 10);
VS(arr[s_1], 10);
VS(arr[Variant("1")], 10);
}
{
Array arr;
arr.lvalAt(Variant("1")) = 10;
VS(arr[1], 10);
VS(arr[Variant(1.5)], 10);
VS(arr[s_1], 10);
VS(arr[Variant("1")], 10);
}
// membership
{
Array arr;
arr.lvalAt(0) = String("v1");
arr.lvalAt(1) = String("v2");
VERIFY(arr.exists(0));
arr.remove(0);
VERIFY(!arr.exists(0));
VS(arr, Array::Create(1, "v2"));
arr.append("v3");
VS(arr, make_map_array(1, "v2", 2, "v3"));
}
{
static const StaticString s_0("0");
Array arr;
arr.lvalAt(0) = String("v1");
VERIFY(arr.exists(0));
arr.remove(String(s_0));
VERIFY(!arr.exists(0));
}
{
Array arr;
arr.lvalAt(0) = String("v1");
VERIFY(arr.exists(0));
arr.remove(Variant("0"));
VERIFY(!arr.exists(0));
}
{
Array arr;
arr.lvalAt(0) = String("v1");
VERIFY(arr.exists(0));
arr.remove(Variant(Variant("0")));
VERIFY(!arr.exists(0));
}
{
Array arr;
arr.lvalAt(0) = String("v1");
VERIFY(arr.exists(0));
arr.remove(Variant(Variant(0.5)));
VERIFY(!arr.exists(0));
}
{
Array arr;
arr.lvalAt(Variant()) = 123;
VERIFY(arr.exists(empty_string_ref));
arr.remove(Variant());
VERIFY(!arr.exists(empty_string_ref));
}
{
Array arr;
arr.lvalAt(s_n1) = String("v1");
arr.lvalAt(s_n2) = String("v2");
VERIFY(arr.exists(s_n1));
arr.remove(s_n1);
VERIFY(!arr.exists(s_n1));
VS(arr, Array::Create(s_n2, "v2"));
arr.append("v3");
VS(arr, make_map_array("n2", "v2", 0, "v3"));
}
{
Array arr;
arr.lvalAt() = String("test");
VS(arr, make_packed_array("test"));
}
{
Array arr;
arr.lvalAt(s_name) = String("value");
VERIFY(arr.exists(s_name));
}
{
Array arr;
arr.lvalAt(1) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
{
Array arr;
arr.lvalAt(s_1) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
{
Array arr;
arr.lvalAt(Variant(1.5)) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
{
Array arr;
arr.lvalAt(Variant("1")) = String("value");
VERIFY(arr.exists(1));
VERIFY(arr.exists(s_1));
VERIFY(arr.exists(Variant("1")));
VERIFY(arr.exists(Variant(1)));
VERIFY(arr.exists(Variant(1.5)));
}
// merge
{
Array arr = Array::Create(0) + Array::Create(1);
VS(arr, Array::Create(0));
arr += make_packed_array(0, 1);
VS(arr, make_packed_array(0, 1));
arr = Array::Create(0).merge(Array::Create(1));
VS(arr, make_packed_array(0, 1));
arr = arr.merge(make_packed_array(0, 1));
VS(arr, make_packed_array(0, 1, 0, 1));
arr = Array::Create("s0").merge(Array::Create("s1"));
VS(arr, make_packed_array("s0", "s1"));
arr = Array::Create("n0", "s0") + Array::Create("n1", "s1");
VS(arr, make_map_array("n0", "s0", "n1", "s1"));
arr += make_map_array("n0", "s0", "n1", "s1");
VS(arr, make_map_array("n0", "s0", "n1", "s1"));
arr = Array::Create("n0", "s0").merge(Array::Create("n1", "s1"));
VS(arr, make_map_array("n0", "s0", "n1", "s1"));
Array arrX = make_map_array("n0", "s2", "n1", "s3");
arr = arr.merge(arrX);
VS(arr, make_map_array("n0", "s2", "n1", "s3"));
}
{
Array arr = make_map_array(0, "a", 1, "b");
VERIFY(arr->isVectorData());
}
{
Array arr = make_map_array(1, "a", 0, "b");
VERIFY(!arr->isVectorData());
}
{
Array arr = make_map_array(1, "a", 2, "b");
VERIFY(!arr->isVectorData());
}
{
Array arr = make_map_array(1, "a");
arr.set(0, "b");
VERIFY(!arr->isVectorData());
}
return Count(true);
}
bool TestExtPdo::test_pdo_sqlite() {
CreateSqliteTestTable();
try {
string source = "sqlite:/tmp/foo.db";
p_PDO dbh(NEWOBJ(c_PDO)());
dbh->t___construct(source.c_str(), TEST_USERNAME, TEST_PASSWORD,
CREATE_MAP1(q_PDO$$ATTR_PERSISTENT, false));
Variant vstmt = dbh->t_prepare("select * from foo");
c_PDOStatement *stmt = vstmt.toObject().getTyped<c_PDOStatement>();
VERIFY(stmt->t_execute());
Variant rs = stmt->t_fetch(q_PDO$$FETCH_ASSOC);
VS(rs, CREATE_MAP1("bar", "ABC"));
rs = stmt->t_fetch(q_PDO$$FETCH_ASSOC);
VS(rs, CREATE_MAP1("bar", "DEF"));
} catch (Object &e) {
VS(e, null);
}
try {
string source = "sqlite:/tmp/foo.db";
p_PDO dbh(NEWOBJ(c_PDO)());
dbh->t___construct(source.c_str(), TEST_USERNAME, TEST_PASSWORD,
CREATE_MAP1(q_PDO$$ATTR_PERSISTENT, false));
Variant vstmt = dbh->t_query("select * from foo");
ArrayIter iter = vstmt.begin();
VERIFY(!iter.end());
VS(iter.first(), 0);
VS(iter.second(), CREATE_MAP2("bar", "ABC", 0, "ABC"));
iter.next();
VERIFY(!iter.end());
VS(iter.first(), 1);
VS(iter.second(), CREATE_MAP2("bar", "DEF", 0, "DEF"));
iter.next();
VERIFY(iter.end());
} catch (Object &e) {
VS(e, null);
}
try {
string source = "sqlite:/tmp/foo.db";
p_PDO dbh(NEWOBJ(c_PDO)());
dbh->t___construct(source.c_str(), TEST_USERNAME, TEST_PASSWORD,
CREATE_MAP1(q_PDO$$ATTR_PERSISTENT, false));
dbh->t_query("CREATE TABLE IF NOT EXISTS foobar (id INT)");
dbh->t_query("INSERT INTO foobar (id) VALUES (1)");
Variant res = dbh->t_query("SELECT id FROM foobar LIMIT 1");
c_PDOStatement *stmt = res.toObject().getTyped<c_PDOStatement>();
Variant ret = stmt->t_fetch();
VS(ret["id"], "1");
} catch (Object &e) {
VS(e, null);
}
CleanupSqliteTestTable();
return Count(true);
}
