bool CmdEval::onServer(DebuggerProxy &proxy) {
PCFilter* locSave = g_vmContext->m_lastLocFilter;
g_vmContext->m_lastLocFilter = new PCFilter();
g_vmContext->setDebuggerBypassCheck(m_bypassAccessCheck);
DebuggerProxy::ExecutePHP(m_body, m_output, !proxy.isLocal(), m_frame);
g_vmContext->setDebuggerBypassCheck(false);
delete g_vmContext->m_lastLocFilter;
g_vmContext->m_lastLocFilter = locSave;
return proxy.sendToClient(this);
}
// NB: unlike most other commands, the client expects that more interrupts
// can occur while we're doing the server-side work for an eval.
bool CmdEval::onServer(DebuggerProxy &proxy) {
PCFilter* locSave = g_vmContext->m_lastLocFilter;
g_vmContext->m_lastLocFilter = new PCFilter();
g_vmContext->setDebuggerBypassCheck(m_bypassAccessCheck);
proxy.ExecutePHP(m_body, m_output, m_frame, m_failed,
DebuggerProxy::ExecutePHPFlagsAtInterrupt |
(!proxy.isLocal() ? DebuggerProxy::ExecutePHPFlagsLog :
DebuggerProxy::ExecutePHPFlagsNone));
g_vmContext->setDebuggerBypassCheck(false);
delete g_vmContext->m_lastLocFilter;
g_vmContext->m_lastLocFilter = locSave;
return proxy.sendToClient(this);
}
// NB: unlike most other commands, the client expects that more interrupts
// can occur while we're doing the server-side work for an eval.
bool CmdEval::onServer(DebuggerProxy &proxy) {
PCFilter locSave;
RequestInjectionData &rid = ThreadInfo::s_threadInfo->m_reqInjectionData;
locSave.swap(rid.m_flowFilter);
g_context->debuggerSettings.bypassCheck = m_bypassAccessCheck;
proxy.ExecutePHP(m_body, m_output, m_frame, m_failed,
DebuggerProxy::ExecutePHPFlagsAtInterrupt |
(!proxy.isLocal() ? DebuggerProxy::ExecutePHPFlagsLog :
DebuggerProxy::ExecutePHPFlagsNone));
g_context->debuggerSettings.bypassCheck = false;
locSave.swap(rid.m_flowFilter);
return proxy.sendToClient(this);
}
bool CmdPrint::onServer(DebuggerProxy &proxy) {
PCFilter* locSave = g_vmContext->m_lastLocFilter;
g_vmContext->m_lastLocFilter = new PCFilter();
g_vmContext->setDebuggerBypassCheck(m_bypassAccessCheck);
{
EvalBreakControl eval(m_noBreak);
m_ret = DebuggerProxy::ExecutePHP(DebuggerProxy::MakePHPReturn(m_body),
m_output, !proxy.isLocal(), m_frame);
}
g_vmContext->setDebuggerBypassCheck(false);
delete g_vmContext->m_lastLocFilter;
g_vmContext->m_lastLocFilter = locSave;
return proxy.sendToClient(this);
}
// Tries to read the contents of the file whose path is specified in m_file.
// If the path cannot be resolved and is relative, the path of the sandbox
// is used to qualify the relative path. If the contents cannot be retrieved
// m_code will be an empty string.
// The function returns false if the reply to the client fails during the
// sending process.
bool CmdList::onServer(DebuggerProxy &proxy) {
auto savedWarningFrequency = RuntimeOption::WarningFrequency;
RuntimeOption::WarningFrequency = 0;
m_code = f_file_get_contents(m_file.c_str());
if (!proxy.isLocal() && !m_code.toBoolean() && m_file[0] != '/') {
DSandboxInfo info = proxy.getSandbox();
if (info.m_path.empty()) {
raise_warning("path for sandbox %s is not setup, run a web request",
info.desc().c_str());
} else {
std::string full_path = info.m_path + m_file;
m_code = f_file_get_contents(full_path.c_str());
}
}
RuntimeOption::WarningFrequency = savedWarningFrequency;
if (!m_code.toBoolean() && m_file == "systemlib.php") {
m_code = SystemLib::s_source;
}
return proxy.sendToClient((DebuggerCommand*)this);
}
