ladybird/Libraries/LibWebView/Process.h
Andreas Kling b5e01df79d test-web: Add results directory and live terminal display
- Add --results-dir CLI flag to specify output directory
- Default to {tempdir}/test-web-results if not specified
- Capture stdout/stderr from all helper processes (WebContent,
  RequestServer, ImageDecoder) to prevent output spam
- Save captured output to per-test files in results directory
- Save test diffs (expected vs actual) to results directory
- Generate HTML index of failed tests with links to diffs
- Display live-updating concurrent test status with progress bar
- Defer warning messages until after test run completes
2026-01-13 21:05:58 +01:00

97 lines
3.2 KiB
C++

/*
* Copyright (c) 2024, Andrew Kaster <akaster@serenityos.org>
*
* SPDX-License-Identifier: BSD-2-Clause
*/
#pragma once
#include <AK/Utf16String.h>
#include <AK/WeakPtr.h>
#include <LibCore/File.h>
#include <LibCore/Process.h>
#include <LibIPC/Connection.h>
#include <LibIPC/Transport.h>
#include <LibWebView/Forward.h>
#include <LibWebView/ProcessType.h>
namespace WebView {
struct ProcessOutputCapture {
OwnPtr<Core::File> stdout_file;
OwnPtr<Core::File> stderr_file;
};
class WEBVIEW_API Process {
AK_MAKE_NONCOPYABLE(Process);
AK_MAKE_DEFAULT_MOVABLE(Process);
public:
Process(ProcessType type, RefPtr<IPC::ConnectionBase> connection, Core::Process process);
~Process();
template<typename ClientType>
struct ProcessAndClient;
template<typename ClientType, typename... ClientArguments>
static ErrorOr<ProcessAndClient<ClientType>> spawn(ProcessType type, Core::ProcessSpawnOptions const& options, bool capture_output, ClientArguments&&... client_arguments);
ProcessType type() const { return m_type; }
Optional<Utf16String> const& title() const { return m_title; }
void set_title(Optional<Utf16String> title) { m_title = move(title); }
template<typename ConnectionFromClient>
Optional<ConnectionFromClient&> client()
{
if (auto strong_connection = m_connection.strong_ref())
return as<ConnectionFromClient>(*strong_connection);
return {};
}
pid_t pid() const { return m_process.pid(); }
ProcessOutputCapture& output_capture() { return m_output_capture; }
ProcessOutputCapture const& output_capture() const { return m_output_capture; }
struct ProcessPaths {
ByteString socket_path;
ByteString pid_path;
};
static ErrorOr<ProcessPaths> paths_for_process(StringView process_name);
static ErrorOr<Optional<pid_t>> get_process_pid(StringView process_name, StringView pid_path);
static ErrorOr<int> create_ipc_socket(ByteString const& socket_path);
private:
struct ProcessAndIPCTransport {
Core::Process process;
NonnullOwnPtr<IPC::Transport> transport;
ProcessOutputCapture output_capture;
};
static ErrorOr<ProcessAndIPCTransport> spawn_and_connect_to_process(Core::ProcessSpawnOptions const& options, bool capture_output);
Core::Process m_process;
ProcessType m_type;
Optional<Utf16String> m_title;
WeakPtr<IPC::ConnectionBase> m_connection;
ProcessOutputCapture m_output_capture;
};
template<typename ClientType>
struct Process::ProcessAndClient {
Process process;
NonnullRefPtr<ClientType> client;
};
template<typename ClientType, typename... ClientArguments>
ErrorOr<Process::ProcessAndClient<ClientType>> Process::spawn(ProcessType type, Core::ProcessSpawnOptions const& options, bool capture_output, ClientArguments&&... client_arguments)
{
auto [core_process, transport, output_capture] = TRY(spawn_and_connect_to_process(options, capture_output));
auto client = TRY(adopt_nonnull_ref_or_enomem(new (nothrow) ClientType { move(transport), forward<ClientArguments>(client_arguments)... }));
Process process { type, client, move(core_process) };
process.m_output_capture = move(output_capture);
return ProcessAndClient<ClientType> { move(process), client };
}
}