function generateClassCPPHeader($class, $f)
{
$lowername = strtolower($class['name']);
foreach ($class['consts'] as $k) {
$name = typename($k['type']);
if ($name == 'String') {
$name = 'StaticString';
}
fprintf($f, "extern const %s q_%s_%s;\n", $name, $lowername, $k['name']);
}
fprintf($f, <<<EOT
///////////////////////////////////////////////////////////////////////////////
// class {$class['name']}
EOT
);
fprintf($f, "FORWARD_DECLARE_CLASS(%s);\n", $lowername);
foreach ($class['properties'] as $p) {
generatePropertyCPPForwardDeclarations($p, $f);
}
fprintf($f, "class c_%s", $lowername);
if ($class['parent']) {
fprintf($f, " : public c_" . strtolower($class['parent']));
} else {
fprintf($f, " : public ExtObjectData");
}
foreach ($class['bases'] as $p) {
fprintf($f, ", public {$p}");
}
$parents = array();
fprintf($f, " {\n public:\n");
fprintf($f, " BEGIN_CLASS_MAP(%s)\n", $lowername);
if ($class['parent']) {
$p = $class['parent'];
fprintf($f, " RECURSIVE_PARENT_CLASS(%s)\n", strtolower($p));
}
foreach ($class['ifaces'] as $p) {
fprintf($f, " PARENT_CLASS(%s)\n", strtolower($p));
}
foreach ($parents as $p) {
fprintf($f, " RECURSIVE_PARENT_CLASS(%s)\n", strtolower($p));
}
fprintf($f, " END_CLASS_MAP(%s)\n", $lowername);
fprintf($f, " DECLARE_CLASS(%s, %s, %s)\n", $lowername, $class['name'], $class['parent'] ? strtolower($class['parent']) : 'ObjectData');
fprintf($f, " DECLARE_INVOKES_FROM_EVAL\n");
fprintf($f, " ObjectData* dynCreate(CArrRef params, bool init = true);\n");
fprintf($f, "\n");
if (!empty($class['properties'])) {
fprintf($f, " // properties\n");
foreach ($class['properties'] as $p) {
generatePropertyCPPHeader($p, $f);
}
fprintf($f, "\n");
}
fprintf($f, " // need to implement\n");
fprintf($f, " public: c_%s();\n", strtolower($class['name']));
fprintf($f, " public: ~c_%s();\n", strtolower($class['name']));
foreach ($class['methods'] as $m) {
generateMethodCPPHeader($m, $class, $f);
}
fprintf($f, "\n");
fprintf($f, " // implemented by HPHP\n");
foreach ($class['methods'] as $m) {
generatePreImplemented($m, $class, $f);
}
fprintf($f, $class['footer']);
fprintf($f, "\n};\n");
}
function generateClassCPPHeader($class, $f)
{
global $MAGIC_METHODS;
$clsname = $class['name'];
foreach ($class['consts'] as $k) {
$name = typename($k['type']);
if ($name == 'String') {
$name = 'StaticString';
}
fprintf($f, "extern const %s q_%s\$\$%s;\n", $name, $clsname, $k['name']);
}
fprintf($f, <<<EOT
///////////////////////////////////////////////////////////////////////////////
// class {$class['name']}
EOT
);
fprintf($f, "FORWARD_DECLARE_CLASS_BUILTIN(%s);\n", $clsname);
foreach ($class['properties'] as $p) {
generatePropertyCPPForwardDeclarations($p, $f);
}
fprintf($f, "class c_%s", $clsname);
$flags = array();
foreach ($class['methods'] as $m) {
$name = $m['name'];
if (isset($MAGIC_METHODS[$name]) && $MAGIC_METHODS[$name]) {
$flags[$name] = $MAGIC_METHODS[$name];
}
}
if ($class['parent']) {
global $classes;
$pclass = $class;
while ($flags && $pclass['parent'] && isset($classes[$class['parent']])) {
$pclass = $classes[$class['parent']];
foreach ($pclass['methods'] as $m) {
unset($flags[$m['name']]);
}
}
fprintf($f, " : public c_" . $class['parent']);
} else {
fprintf($f, " : public ExtObjectData");
if ($flags) {
fprintf($f, "Flags<%s>", implode('|', $flags));
$flags = false;
}
}
foreach ($class['bases'] as $p) {
fprintf($f, ", public {$p}");
}
$parents = array();
fprintf($f, " {\n public:\n");
fprintf($f, " DECLARE_CLASS(%s, %s, %s)\n", $clsname, $clsname, $class['parent'] ? $class['parent'] : 'ObjectData');
fprintf($f, "\n");
if (!empty($class['properties'])) {
fprintf($f, " // properties\n");
foreach ($class['properties'] as $p) {
generatePropertyCPPHeader($p, $f);
}
fprintf($f, "\n");
}
fprintf($f, " // need to implement\n");
if ($flags) {
fprintf($f, " // constructor must call setAttributes(%s)\n", implode('|', $flags));
}
fprintf($f, " public: c_%s(const ObjectStaticCallbacks *cb = &cw_%s);\n", $class['name'], $class['name']);
fprintf($f, " public: ~c_%s();\n", $class['name']);
foreach ($class['methods'] as $m) {
generateMethodCPPHeader($m, $class, $f);
}
fprintf($f, "\n");
fprintf($f, " // implemented by HPHP\n");
foreach ($class['methods'] as $m) {
generatePreImplemented($m, $class, $f);
}
if (!empty($class['properties']) || !empty($class['consts'])) {
fprintf($f, " public: static const ClassPropTable os_prop_table;\n");
}
if (!empty($class['footer'])) {
fprintf($f, $class['footer']);
}
fprintf($f, "\n};\n");
}
function generateClassCPPHeader($class, $f)
{
$clsname = $class['name'];
foreach ($class['consts'] as $k) {
$name = typename($k['type']);
if ($name == 'String') {
$name = 'StaticString';
}
fprintf($f, "extern const %s q_%s_%s;\n", $name, $clsname, $k['name']);
}
fprintf($f, <<<EOT
///////////////////////////////////////////////////////////////////////////////
// class {$class['name']}
EOT
);
fprintf($f, "FORWARD_DECLARE_CLASS(%s);\n", $clsname);
foreach ($class['properties'] as $p) {
generatePropertyCPPForwardDeclarations($p, $f);
}
fprintf($f, "class c_%s", $clsname);
$magic_methods = array('__get' => 'ObjectData::UseGet', '__set' => 'ObjectData::UseSet', '__unset' => 'ObjectData::UseUnset');
$flags = array();
foreach ($class['methods'] as $m) {
$name = $m['name'];
if (isset($magic_methods[$name])) {
$flags[$name] = $magic_methods[$name];
}
}
if ($class['parent']) {
global $classes;
$pclass = $class;
while ($flags && $pclass['parent'] && isset($classes[$class['parent']])) {
$pclass = $classes[$class['parent']];
foreach ($pclass['methods'] as $m) {
unset($flags[$m['name']]);
}
}
fprintf($f, " : public c_" . $class['parent']);
} else {
fprintf($f, " : public ExtObjectData");
if ($flags) {
echo "Using Flags!\n";
fprintf($f, "Flags<%s>", implode('|', $flags));
$flags = false;
}
}
foreach ($class['bases'] as $p) {
fprintf($f, ", public {$p}");
}
$parents = array();
fprintf($f, " {\n public:\n");
fprintf($f, " BEGIN_CLASS_MAP(%s)\n", $clsname);
if ($class['parent']) {
$p = $class['parent'];
fprintf($f, " RECURSIVE_PARENT_CLASS(%s)\n", $p);
}
foreach ($class['ifaces'] as $p) {
fprintf($f, " PARENT_CLASS(%s)\n", $p);
}
foreach ($parents as $p) {
fprintf($f, " RECURSIVE_PARENT_CLASS(%s)\n", $p);
}
fprintf($f, " END_CLASS_MAP(%s)\n", $clsname);
fprintf($f, " DECLARE_CLASS(%s, %s, %s)\n", $clsname, $clsname, $class['parent'] ? $class['parent'] : 'ObjectData');
fprintf($f, " DECLARE_INVOKES_FROM_EVAL\n");
fprintf($f, " ObjectData* dynCreate(CArrRef params, bool init = true);\n");
fprintf($f, "\n");
if (!empty($class['properties'])) {
fprintf($f, " // properties\n");
foreach ($class['properties'] as $p) {
generatePropertyCPPHeader($p, $f);
}
fprintf($f, "\n");
}
fprintf($f, " // need to implement\n");
if ($flags) {
fprintf($f, " // constructor must call setAttributes(%s)\n", implode('|', $flags));
}
fprintf($f, " public: c_%s();\n", $class['name']);
fprintf($f, " public: ~c_%s();\n", $class['name']);
foreach ($class['methods'] as $m) {
generateMethodCPPHeader($m, $class, $f);
}
fprintf($f, "\n");
fprintf($f, " // implemented by HPHP\n");
foreach ($class['methods'] as $m) {
generatePreImplemented($m, $class, $f);
}
if (!empty($class['footer'])) {
fprintf($f, $class['footer']);
}
fprintf($f, "\n};\n");
}