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static-php-cli/src/Package/Target/php/windows.php

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Add curl extension and enhance Windows build process
2026-03-31 15:10:47 +08:00
<?php
declare(strict_types=1);
namespace Package\Target\php;
use StaticPHP\Attribute\Package\BeforeStage;
use StaticPHP\Attribute\Package\BuildFor;
use StaticPHP\Attribute\Package\Stage;
use StaticPHP\Attribute\PatchDescription;
use StaticPHP\Config\PackageConfig;
use StaticPHP\Exception\PatchException;
use StaticPHP\Exception\SPCInternalException;
use StaticPHP\Exception\ValidationException;
use StaticPHP\Exception\WrongUsageException;
use StaticPHP\Package\LibraryPackage;
use StaticPHP\Package\PackageBuilder;
use StaticPHP\Package\PackageInstaller;
use StaticPHP\Package\PhpExtensionPackage;
use StaticPHP\Package\TargetPackage;
use StaticPHP\Util\FileSystem;
use StaticPHP\Util\InteractiveTerm;
use StaticPHP\Util\SourcePatcher;
use StaticPHP\Util\System\WindowsUtil;
use StaticPHP\Util\V2CompatLayer;
use ZM\Logger\ConsoleColor;
trait windows
{
#[BeforeStage('php', [self::class, 'buildconfForWindows'])]
#[PatchDescription('Patch for fixing win32 xml related extensions builds')]
public function beforeBuildconfWin(TargetPackage $package): void
{
FileSystem::replaceFileStr("{$package->getSourceDir()}/win32/build/config.w32", 'dllmain.c ', '');
}
#[Stage]
public function buildconfForWindows(TargetPackage $package): void
{
InteractiveTerm::setMessage('Building php: ' . ConsoleColor::yellow('./buildconf.bat'));
V2CompatLayer::emitPatchPoint('before-php-buildconf');
cmd()->cd($package->getSourceDir())->exec('.\buildconf.bat');
}
#[Stage]
public function configureForWindows(TargetPackage $package, PackageInstaller $installer): void
{
InteractiveTerm::setMessage('Building php: ' . ConsoleColor::yellow('./configure.bat'));
V2CompatLayer::emitPatchPoint('before-php-configure');
$args = [
'--disable-all',
"--with-php-build={$package->getBuildRootPath()}",
"--with-extra-includes={$package->getIncludeDir()}",
"--with-extra-libs={$package->getLibDir()}",
];
// sapis
$cli = $installer->isPackageResolved('php-cli');
$cgi = $installer->isPackageResolved('php-cgi');
$micro = $installer->isPackageResolved('php-micro');
$embed = $installer->isPackageResolved('php-embed');
$args[] = $cli ? '--enable-cli=yes' : '--enable-cli=no';
$args[] = $cgi ? '--enable-cgi=yes' : '--enable-cgi=no';
$args[] = $micro ? '--enable-micro=yes' : '--enable-micro=no';
$args[] = $embed ? '--enable-embed=yes' : '--enable-embed=no';
// zts
$args[] = $package->getBuildOption('enable-zts', false) ? '--enable-zts=yes' : '--enable-zts=no';
// opcache-jit
$args[] = !$package->getBuildOption('disable-opcache-jit', false) ? '--enable-opcache-jit=yes' : '--enable-opcache-jit=no';
// micro win32
if ($micro && $package->getBuildOption('enable-micro-win32', false)) {
$args[] = '--enable-micro-win32=yes';
}
// config-file-scan-dir
if ($option = $package->getBuildOption('with-config-file-scan-dir', false)) {
$args[] = "--with-config-file-scan-dir={$option}";
}
// micro logo
if ($micro && ($logo = $this->getBuildOption('with-micro-logo')) !== null) {
$args[] = "--enable-micro-logo={$logo}";
copy($logo, SOURCE_PATH . '\php-src\\' . $logo);
}
$args = implode(' ', $args);
$static_extension_str = $this->makeStaticExtensionString($installer);
cmd()->cd($package->getSourceDir())->exec(".\\configure.bat {$args} {$static_extension_str}");
}
#[BeforeStage('php', [self::class, 'makeCliForWindows'])]
#[PatchDescription('Patch Windows Makefile for CLI target')]
public function patchCLITarget(TargetPackage $package): void
{
// search Makefile code line contains "$(BUILD_DIR)\php.exe:"
$content = FileSystem::readFile("{$package->getSourceDir()}\\Makefile");
$lines = explode("\r\n", $content);
$line_num = 0;
$found = false;
foreach ($lines as $v) {
if (str_contains($v, '$(BUILD_DIR)\php.exe:')) {
$found = $line_num;
break;
}
++$line_num;
}
if ($found === false) {
throw new PatchException('Windows Makefile patching for php.exe target', 'Cannot patch windows CLI Makefile, Makefile does not contain "$(BUILD_DIR)\php.exe:" line');
}
$lines[$line_num] = '$(BUILD_DIR)\php.exe: generated_files $(DEPS_CLI) $(PHP_GLOBAL_OBJS) $(CLI_GLOBAL_OBJS) $(STATIC_EXT_OBJS) $(ASM_OBJS) $(BUILD_DIR)\php.exe.res $(BUILD_DIR)\php.exe.manifest';
$lines[$line_num + 1] = "\t" . '"$(LINK)” /nologo $(PHP_GLOBAL_OBJS_RESP) $(CLI_GLOBAL_OBJS_RESP) $(STATIC_EXT_OBJS_RESP) $(STATIC_EXT_LIBS) $(ASM_OBJS) $(LIBS) $(LIBS_CLI) $(BUILD_DIR)\php.exe.res /out:$(BUILD_DIR)\php.exe $(LDFLAGS) $(LDFLAGS_CLI) /ltcg /nodefaultlib:msvcrt /nodefaultlib:msvcrtd /ignore:4286';
FileSystem::writeFile("{$package->getSourceDir()}\\Makefile", implode("\r\n", $lines));
}
#[Stage]
public function makeCliForWindows(TargetPackage $package, PackageBuilder $builder, PackageInstaller $installer): void
{
InteractiveTerm::setMessage('Building php: ' . ConsoleColor::yellow('php.exe'));
// Collect static-libs@windows from all resolved library packages.
// PHP's configure.bat only adds libs declared by enabled extensions via config.w32;
// transitive library-only deps (e.g. zlibstatic.lib needed by libcrypto.lib) are
// not covered. Inject them here so the final link step has all required symbols.
$resolved_libs = [];
foreach ($installer->getResolvedPackages(LibraryPackage::class) as $lib) {
foreach (PackageConfig::get($lib->getName(), 'static-libs', []) as $lib_file) {
if (file_exists("{$package->getLibDir()}\\{$lib_file}")) {
$resolved_libs[] = $lib_file;
}
}
}
$resolved_libs = array_unique($resolved_libs);
// extra lib
$extra_libs = trim((getenv('SPC_EXTRA_LIBS') ?: '') . ' ' . implode(' ', $resolved_libs));
// Add debug symbols for release build if --no-strip is specified
// We need to modify CFLAGS to replace /Ox with /Zi and add /DEBUG to LDFLAGS
$debug_overrides = '';
if ($package->getBuildOption('no-strip', false)) {
// Read current CFLAGS from Makefile and replace optimization flags
$makefile_content = file_get_contents("{$package->getSourceDir()}\\Makefile");
if (preg_match('/^CFLAGS=(.+?)$/m', $makefile_content, $matches)) {
$cflags = $matches[1];
// Replace /Ox (full optimization) with /Zi (debug info) and /Od (disable optimization)
// Keep optimization for speed: /O2 /Zi instead of /Od /Zi
$cflags = str_replace('/Ox ', '/O2 /Zi ', $cflags);
$debug_overrides = '"CFLAGS=' . $cflags . '" "LDFLAGS=/DEBUG /LTCG /INCREMENTAL:NO" "LDFLAGS_CLI=/DEBUG" ';
}
}
cmd()->cd($package->getSourceDir())
->exec("nmake /nologo {$debug_overrides}LIBS_CLI=\"ws2_32.lib shell32.lib {$extra_libs}\" EXTRA_LD_FLAGS_PROGRAM= php.exe");
$this->deployWindowsBinary($builder, $package, 'php-cli');
}
#[BeforeStage('php', [self::class, 'makeCgiForWindows'])]
#[PatchDescription('Patch Windows Makefile for CGI target')]
public function patchCGITarget(TargetPackage $package): void
{
// search Makefile code line contains "$(BUILD_DIR)\php-cgi.exe:"
$content = FileSystem::readFile("{$package->getSourceDir()}\\Makefile");
$lines = explode("\r\n", $content);
$line_num = 0;
$found = false;
foreach ($lines as $v) {
if (str_contains($v, '$(BUILD_DIR)\php-cgi.exe:')) {
$found = $line_num;
break;
}
++$line_num;
}
if ($found === false) {
throw new PatchException('Windows Makefile patching for php-cgi.exe target', 'Cannot patch windows CGI Makefile, Makefile does not contain "$(BUILD_DIR)\php-cgi.exe:" line');
}
$lines[$line_num] = '$(BUILD_DIR)\php-cgi.exe: $(DEPS_CGI) $(CGI_GLOBAL_OBJS) $(PHP_GLOBAL_OBJS) $(STATIC_EXT_OBJS) $(ASM_OBJS) $(BUILD_DIR)\php-cgi.exe.res $(BUILD_DIR)\php-cgi.exe.manifest';
$lines[$line_num + 1] = "\t" . '@"$(LINK)” /nologo $(PHP_GLOBAL_OBJS_RESP) $(CGI_GLOBAL_OBJS_RESP) $(STATIC_EXT_OBJS_RESP) $(STATIC_EXT_LIBS) $(ASM_OBJS) $(LIBS) $(LIBS_CGI) $(BUILD_DIR)\php-cgi.exe.res /out:$(BUILD_DIR)\php-cgi.exe $(LDFLAGS) $(LDFLAGS_CGI) /ltcg /nodefaultlib:msvcrt /nodefaultlib:msvcrtd /ignore:4286';
FileSystem::writeFile("{$package->getSourceDir()}\\Makefile", implode("\r\n", $lines));
// Patch cgi-static, comment ZEND_TSRMLS_CACHE_DEFINE()
FileSystem::replaceFileRegex("{$package->getSourceDir()}\\sapi\\cgi\\cgi_main.c", '/^ZEND_TSRMLS_CACHE_DEFINE\(\)/m', '// ZEND_TSRMLS_CACHE_DEFINE()');
}
#[Stage]
public function makeCgiForWindows(TargetPackage $package, PackageBuilder $builder, PackageInstaller $installer): void
{
InteractiveTerm::setMessage('Building php: ' . ConsoleColor::yellow('php-cgi.exe'));
// Collect static-libs@windows from all resolved library packages.
$resolved_libs = [];
foreach ($installer->getResolvedPackages(LibraryPackage::class) as $lib) {
foreach (PackageConfig::get($lib->getName(), 'static-libs', []) as $lib_file) {
if (file_exists("{$package->getLibDir()}\\{$lib_file}")) {
$resolved_libs[] = $lib_file;
}
}
}
$resolved_libs = array_unique($resolved_libs);
// extra lib
$extra_libs = trim((getenv('SPC_EXTRA_LIBS') ?: '') . ' ' . implode(' ', $resolved_libs));
// Add debug symbols for release build if --no-strip is specified
$debug_overrides = '';
if ($package->getBuildOption('no-strip', false)) {
$makefile_content = file_get_contents("{$package->getSourceDir()}\\Makefile");
if (preg_match('/^CFLAGS=(.+?)$/m', $makefile_content, $matches)) {
$cflags = $matches[1];
$cflags = str_replace('/Ox ', '/O2 /Zi ', $cflags);
$debug_overrides = '"CFLAGS=' . $cflags . '" "LDFLAGS=/DEBUG /LTCG /INCREMENTAL:NO" "LDFLAGS_CGI=/DEBUG" ';
}
}
cmd()->cd($package->getSourceDir())
->exec("nmake /nologo {$debug_overrides}LIBS_CGI=\"ws2_32.lib kernel32.lib advapi32.lib {$extra_libs}\" EXTRA_LD_FLAGS_PROGRAM= php-cgi.exe");
$this->deployWindowsBinary($builder, $package, 'php-cgi');
}
#[Stage]
public function makeForWindows(TargetPackage $package, PackageInstaller $installer): void
{
V2CompatLayer::emitPatchPoint('before-php-make');
InteractiveTerm::setMessage('Building php: ' . ConsoleColor::yellow('nmake clean'));
cmd()->cd($package->getSourceDir())->exec('nmake clean');
if ($installer->isPackageResolved('php-cli')) {
$package->runStage([$this, 'makeCliForWindows']);
}
if ($installer->isPackageResolved('php-cgi')) {
$package->runStage([$this, 'makeCgiForWindows']);
}
if ($installer->isPackageResolved('php-micro')) {
$package->runStage([$this, 'makeMicroForWindows']);
}
if ($installer->isPackageResolved('php-embed')) {
$package->runStage([$this, 'makeEmbedForWindows']);
}
}
#[Stage]
public function makeMicroForWindows(TargetPackage $package, PackageBuilder $builder, PackageInstaller $installer): void
{
InteractiveTerm::setMessage('Building php: ' . ConsoleColor::yellow('micro.sfx'));
// workaround for fiber (originally from https://github.com/dixyes/lwmbs/blob/master/windows/MicroBuild.php)
$makefile = FileSystem::readFile("{$package->getSourceDir()}\\Makefile");
if ($this->getPHPVersionID() >= 80200 && str_contains($makefile, 'FIBER_ASM_ARCH')) {
$makefile .= "\r\n" . '$(MICRO_SFX): $(BUILD_DIR)\Zend\jump_$(FIBER_ASM_ARCH)_ms_pe_masm.obj $(BUILD_DIR)\Zend\make_$(FIBER_ASM_ARCH)_ms_pe_masm.obj' . "\r\n\r\n";
} elseif ($this->getPHPVersionID() >= 80400 && str_contains($makefile, 'FIBER_ASM_ABI')) {
$makefile .= "\r\n" . '$(MICRO_SFX): $(BUILD_DIR)\Zend\jump_$(FIBER_ASM_ABI).obj $(BUILD_DIR)\Zend\make_$(FIBER_ASM_ABI).obj' . "\r\n\r\n";
}
FileSystem::writeFile("{$package->getSourceDir()}\\Makefile", $makefile);
// Collect static-libs@windows from all resolved library packages.
$resolved_libs = [];
foreach ($installer->getResolvedPackages(LibraryPackage::class) as $lib) {
foreach (PackageConfig::get($lib->getName(), 'static-libs', []) as $lib_file) {
if (file_exists("{$package->getLibDir()}\\{$lib_file}")) {
$resolved_libs[] = $lib_file;
}
}
}
$resolved_libs = array_unique($resolved_libs);
// extra lib
$extra_libs = trim((getenv('SPC_EXTRA_LIBS') ?: '') . ' ' . implode(' ', $resolved_libs));
// Add debug symbols for release build if --no-strip is specified
$debug_overrides = '';
if ($package->getBuildOption('no-strip', false)) {
$makefile_content = file_get_contents("{$package->getSourceDir()}\\Makefile");
if (preg_match('/^CFLAGS=(.+?)$/m', $makefile_content, $matches)) {
$cflags = $matches[1];
$cflags = str_replace('/Ox ', '/O2 /Zi ', $cflags);
$debug_overrides = '"CFLAGS=' . $cflags . '" "LDFLAGS=/DEBUG /LTCG /INCREMENTAL:NO" "LDFLAGS_MICRO=/DEBUG" ';
}
}
$fake_cli = $package->getBuildOption('with-micro-fake-cli', false) ? ' /DPHP_MICRO_FAKE_CLI' : '';
// phar patch for micro
$phar_patched = false;
if ($installer->isPackageResolved('ext-phar')) {
$phar_patched = true;
SourcePatcher::patchMicroPhar(self::getPHPVersionID());
}
try {
cmd()->cd($package->getSourceDir())
->exec("nmake /nologo {$debug_overrides}LIBS_MICRO=\"ws2_32.lib shell32.lib {$extra_libs}\" CFLAGS_MICRO=\"/DZEND_ENABLE_STATIC_TSRMLS_CACHE=1{$fake_cli}\" EXTRA_LD_FLAGS_PROGRAM= micro");
} finally {
if ($phar_patched) {
SourcePatcher::unpatchMicroPhar();
}
}
$this->deployWindowsBinary($builder, $package, 'php-micro');
}
#[BeforeStage('php', [self::class, 'makeEmbedForWindows'])]
#[PatchDescription('Patch Windows Makefile for embed static library target')]
public function patchEmbedTarget(TargetPackage $package): void
{
$makefile_path = "{$package->getSourceDir()}\\Makefile";
$content = FileSystem::readFile($makefile_path);
// PHP's configure.bat generates PHP_LDFLAGS with /nodefaultlib:libcmt to avoid CRT
// duplication in a normal /MD build. But our static build compiles everything with /MT,
// so every .obj file has DEFAULTLIB:LIBCMT embedded. Removing /nodefaultlib:libcmt lets
// the linker pick up libcmt.lib. We also exclude the dynamic CRT (/nodefaultlib:msvcrt
// /nodefaultlib:msvcrtd) to keep the DLL dependency-free, consistent with CLI/CGI/micro.
$content = str_replace(
'PHP_LDFLAGS=$(DLL_LDFLAGS) /nodefaultlib:libcmt /def:$(PHPDEF)',
'PHP_LDFLAGS=$(DLL_LDFLAGS) /nodefaultlib:msvcrt /nodefaultlib:msvcrtd /def:$(PHPDEF) /ltcg /ignore:4286',
$content
);
// Patch embed lib target to build a REAL static library instead of just an import lib.
// The default embed target only includes embed SAPI objects and links against php8.lib (import lib).
// We need to include PHP core objects (PHP_GLOBAL_OBJS) and static extension objects (STATIC_EXT_OBJS)
// to create a self-contained static library that doesn't require php8.dll at runtime.
$major = intdiv($this->getPHPVersionID(), 10000);
$embed_lib = "php{$major}embed.lib";
// Find and replace the embed lib build rule
// Actual Makefile format (note the backslash before $(PHPLIB)):
// $(BUILD_DIR)\php8embed.lib: $(DEPS_EMBED) $(EMBED_GLOBAL_OBJS) $(BUILD_DIR)\$(PHPLIB) $(BUILD_DIR)\php8embed.lib.res $(BUILD_DIR)\php8embed.lib.manifest
// @$(MAKE_LIB) /nologo /out:$(BUILD_DIR)\php8embed.lib $(ARFLAGS) $(EMBED_GLOBAL_OBJS_RESP) $(BUILD_DIR)\$(PHPLIB) $(ARFLAGS_EMBED) $(LIBS_EMBED) $(BUILD_DIR)\php8embed.lib.res
$lines = explode("\r\n", $content);
$new_lines = [];
$i = 0;
while ($i < count($lines)) {
$line = $lines[$i];
// Check if this is the embed lib target dependency line (contains the lib name and $(BUILD_DIR)\$(PHPLIB))
if (str_contains($line, "\$(BUILD_DIR)\\{$embed_lib}:") && str_contains($line, '$(BUILD_DIR)\\$(PHPLIB)')) {
// Replace the dependency line
// Original: $(BUILD_DIR)\php8embed.lib: $(DEPS_EMBED) $(EMBED_GLOBAL_OBJS) $(BUILD_DIR)\$(PHPLIB) $(BUILD_DIR)\php8embed.lib.res $(BUILD_DIR)\php8embed.lib.manifest
// New: $(BUILD_DIR)\php8embed.lib: $(DEPS_EMBED) $(EMBED_GLOBAL_OBJS) $(PHP_GLOBAL_OBJS) $(STATIC_EXT_OBJS) $(ASM_OBJS) $(BUILD_DIR)\php8embed.lib.res $(BUILD_DIR)\php8embed.lib.manifest
$new_deps = "\$(BUILD_DIR)\\{$embed_lib}: \$(DEPS_EMBED) \$(EMBED_GLOBAL_OBJS) \$(PHP_GLOBAL_OBJS) \$(STATIC_EXT_OBJS) \$(ASM_OBJS) \$(BUILD_DIR)\\{$embed_lib}.res \$(BUILD_DIR)\\{$embed_lib}.manifest";
$new_lines[] = $new_deps;
// Skip the original line (we replaced it)
++$i;
// Now look for the lib.exe command line (should be the next non-empty line starting with tab)
while ($i < count($lines) && trim($lines[$i]) === '') {
$new_lines[] = $lines[$i];
++$i;
}
// Replace the lib.exe command to include PHP_GLOBAL_OBJS_RESP and STATIC_EXT_OBJS_RESP
// Original: @$(MAKE_LIB) /nologo /out:$(BUILD_DIR)\php8embed.lib $(ARFLAGS) $(EMBED_GLOBAL_OBJS_RESP) $(BUILD_DIR)\$(PHPLIB) $(ARFLAGS_EMBED) $(LIBS_EMBED) $(BUILD_DIR)\php8embed.lib.res
// New: @$(MAKE_LIB) /nologo /out:$(BUILD_DIR)\php8embed.lib $(ARFLAGS) $(EMBED_GLOBAL_OBJS_RESP) $(PHP_GLOBAL_OBJS_RESP) $(STATIC_EXT_OBJS_RESP) $(ASM_OBJS) $(STATIC_EXT_LIBS) $(ARFLAGS_EMBED) $(LIBS_EMBED) $(BUILD_DIR)\php8embed.lib.res
if ($i < count($lines) && str_contains($lines[$i], '$(MAKE_LIB)')) {
$cmd_line = $lines[$i];
// Remove $(BUILD_DIR)\$(PHPLIB) from the command (note the backslash)
$cmd_line = str_replace(' $(BUILD_DIR)\\$(PHPLIB)', '', $cmd_line);
// Add PHP_GLOBAL_OBJS_RESP and STATIC_EXT_OBJS_RESP after EMBED_GLOBAL_OBJS_RESP
$cmd_line = str_replace(
'$(EMBED_GLOBAL_OBJS_RESP)',
'$(EMBED_GLOBAL_OBJS_RESP) $(PHP_GLOBAL_OBJS_RESP) $(STATIC_EXT_OBJS_RESP) $(ASM_OBJS) $(STATIC_EXT_LIBS)',
$cmd_line
);
$new_lines[] = $cmd_line;
++$i;
}
} else {
$new_lines[] = $line;
++$i;
}
}
$content = implode("\r\n", $new_lines);
FileSystem::writeFile($makefile_path, $content);
}
#[Stage]
public function makeEmbedForWindows(TargetPackage $package, PackageBuilder $builder, PackageInstaller $installer): void
{
$major = intdiv($this->getPHPVersionID(), 10000);
$embed_lib = "php{$major}embed.lib";
InteractiveTerm::setMessage('Building php: ' . ConsoleColor::yellow($embed_lib));
// Add debug symbols for release build if --no-strip is specified
$debug_overrides = '';
if ($package->getBuildOption('no-strip', false)) {
$makefile_content = file_get_contents("{$package->getSourceDir()}\\Makefile");
if (preg_match('/^CFLAGS=(.+?)$/m', $makefile_content, $matches)) {
$cflags = $matches[1];
$cflags = str_replace('/Ox ', '/O2 /Zi ', $cflags);
$debug_overrides = '"CFLAGS=' . $cflags . '" "LDFLAGS=/DEBUG /LTCG /INCREMENTAL:NO" ';
}
}
// Build the embed static library (patched to include PHP core and extension objects)
cmd()->cd($package->getSourceDir())
->exec("nmake /nologo {$debug_overrides}{$embed_lib}");
// Deploy: php8embed.lib is now a REAL static library containing all PHP code
$rel_type = 'Release'; // TODO: Debug build support
$ts = $builder->getOption('enable-zts') ? '_TS' : '';
$build_dir = "{$package->getSourceDir()}\\x64\\{$rel_type}{$ts}";
// copy static embed lib to buildroot/lib
$embed_lib_src = "{$build_dir}\\{$embed_lib}";
if (file_exists($embed_lib_src)) {
FileSystem::copy($embed_lib_src, "{$package->getLibDir()}\\{$embed_lib}");
$package->setOutput('Static library path for embed SAPI', "{$package->getLibDir()}\\{$embed_lib}");
}
// Note: We no longer deploy php8.dll because the embed static library is self-contained.
// All PHP core code, extensions, and embed SAPI are statically linked into php8embed.lib.
// copy .pdb debug info if --no-strip
$debug_dir = BUILD_ROOT_PATH . '\debug';
if ($builder->getOption('no-strip', false)) {
$pdb = "{$build_dir}\\php{$major}embed.pdb";
if (file_exists($pdb)) {
FileSystem::createDir($debug_dir);
FileSystem::copy($pdb, "{$debug_dir}\\php{$major}embed.pdb");
}
}
// Install PHP headers for embed SAPI development
$this->installPhpHeadersForWindows($package, $installer);
}
/**
* Install PHP headers to buildroot/include for embed SAPI development.
* This mirrors the 'make install-headers' behavior on Unix.
*/
private function installPhpHeadersForWindows(TargetPackage $package, PackageInstaller $installer): void
{
InteractiveTerm::setMessage('Installing PHP headers for embed SAPI');
$source_dir = $package->getSourceDir();
$include_dir = $package->getIncludeDir();
$php_include_dir = "{$include_dir}\\php";
// Create directory structure
FileSystem::createDir("{$php_include_dir}\\main");
FileSystem::createDir("{$php_include_dir}\\Zend");
FileSystem::createDir("{$php_include_dir}\\TSRM");
FileSystem::createDir("{$php_include_dir}\\sapi\\embed");
// Copy main/*.h
foreach (glob("{$source_dir}\\main\\*.h") as $h) {
FileSystem::copy($h, "{$php_include_dir}\\main\\" . basename($h));
}
// Copy Zend/*.h
foreach (glob("{$source_dir}\\Zend\\*.h") as $h) {
$target = "{$php_include_dir}\\Zend\\" . basename($h);
FileSystem::copy($h, $target);
// Fix GCC-specific #warning directive not supported by MSVC
if (basename($h) === 'zend_atomic.h') {
FileSystem::replaceFileStr($target, '#warning No atomics support detected. Please open an issue with platform details.', '#pragma message("No atomics support detected. Please open an issue with platform details.")');
}
}
// Copy TSRM/*.h
foreach (glob("{$source_dir}\\TSRM\\*.h") as $h) {
FileSystem::copy($h, "{$php_include_dir}\\TSRM\\" . basename($h));
}
// Copy embed SAPI header
FileSystem::copy("{$source_dir}\\sapi\\embed\\php_embed.h", "{$php_include_dir}\\sapi\\embed\\php_embed.h");
// Copy generated config.h (config.w32.h on Windows) to php_config.h
$rel_type = 'Release';
$ts = $package->getBuildOption('enable-zts', false) ? '_TS' : '';
$build_dir = "{$source_dir}\\x64\\{$rel_type}{$ts}";
// Always copy config.w32.h from source (it's used for both build and headers)
if (file_exists("{$source_dir}\\main\\config.w32.h")) {
FileSystem::copy("{$source_dir}\\main\\config.w32.h", "{$php_include_dir}\\main\\php_config.h");
}
// Windows: zend_config.w32.h must be copied as zend_config.h for Zend headers to work
if (file_exists("{$source_dir}\\Zend\\zend_config.w32.h")) {
FileSystem::copy("{$source_dir}\\Zend\\zend_config.w32.h", "{$php_include_dir}\\Zend\\zend_config.h");
}
// Copy extension headers for enabled extensions
foreach ($installer->getResolvedPackages(PhpExtensionPackage::class) as $ext) {
$ext_name = $ext->getExtensionName();
$ext_dir = "{$source_dir}\\ext\\{$ext_name}";
if (is_dir($ext_dir)) {
$target_ext_dir = "{$php_include_dir}\\ext\\{$ext_name}";
FileSystem::createDir($target_ext_dir);
foreach (glob("{$ext_dir}\\*.h") as $h) {
FileSystem::copy($h, "{$target_ext_dir}\\" . basename($h));
}
// Also copy any arginfo headers
foreach (glob("{$ext_dir}\\*_arginfo.h") as $h) {
if (!file_exists("{$target_ext_dir}\\" . basename($h))) {
FileSystem::copy($h, "{$target_ext_dir}\\" . basename($h));
}
}
}
}
$package->setOutput('PHP headers path for embed SAPI', $php_include_dir);
}
#[BuildFor('Windows')]
public function buildWin(TargetPackage $package): void
{
if ($package->getName() !== 'php') {
return;
}
$package->runStage([$this, 'buildconfForWindows']);
$package->runStage([$this, 'configureForWindows']);
$package->runStage([$this, 'makeForWindows']);
}
#[BeforeStage('php', [self::class, 'buildconfForWindows'])]
#[PatchDescription('Patch SPC_MICRO_PATCHES defined patches')]
#[PatchDescription('Fix PHP 8.1 static build bug on Windows')]
#[PatchDescription('Fix PHP Visual Studio version detection')]
public function patchBeforeBuildconfForWindows(TargetPackage $package): void
{
// php-src patches from micro
SourcePatcher::patchPhpSrc();
// php 8.1 bug
if ($this->getPHPVersionID() >= 80100 && $this->getPHPVersionID() < 80200) {
logger()->info('Patching PHP 8.1 windows Fiber bug');
FileSystem::replaceFileStr(
"{$package->getSourceDir()}\\win32\\build\\config.w32",
"ADD_FLAG('LDFLAGS', '$(BUILD_DIR)\\\\Zend\\\\jump_' + FIBER_ASM_ARCH + '_ms_pe_masm.obj');",
"ADD_FLAG('ASM_OBJS', '$(BUILD_DIR)\\\\Zend\\\\jump_' + FIBER_ASM_ARCH + '_ms_pe_masm.obj $(BUILD_DIR)\\\\Zend\\\\make_' + FIBER_ASM_ARCH + '_ms_pe_masm.obj');"
);
FileSystem::replaceFileStr(
"{$package->getSourceDir()}\\win32\\build\\config.w32",
"ADD_FLAG('LDFLAGS', '$(BUILD_DIR)\\\\Zend\\\\make_' + FIBER_ASM_ARCH + '_ms_pe_masm.obj');",
''
);
}
// Fix PHP VS version
// get vs version
$vc = WindowsUtil::findVisualStudio();
if ($vc === false) {
$vc_matches = ['unknown', 'unknown'];
} else {
$vc_matches = match ($vc['major_version']) {
'17' => ['VS17', 'Visual C++ 2022'],
'16' => ['VS16', 'Visual C++ 2019'],
default => ['unknown', 'unknown'],
};
}
// patch php-src/win32/build/confutils.js
FileSystem::replaceFileStr(
"{$package->getSourceDir()}\\win32\\build\\confutils.js",
'var name = "unknown";',
"var name = short ? \"{$vc_matches[0]}\" : \"{$vc_matches[1]}\";return name;"
);
// patch micro win32
if ($package->getBuildOption('enable-micro-win32') && !file_exists("{$package->getSourceDir()}\\sapi\\micro\\php_micro.c.win32bak")) {
copy("{$package->getSourceDir()}\\sapi\\micro\\php_micro.c", "{$package->getSourceDir()}\\sapi\\micro\\php_micro.c.win32bak");
FileSystem::replaceFileStr("{$package->getSourceDir()}\\sapi\\micro\\php_micro.c", '#include "php_variables.h"', '#include "php_variables.h"' . "\n#define PHP_MICRO_WIN32_NO_CONSOLE 1");
} else {
if (file_exists("{$package->getSourceDir()}\\sapi\\micro\\php_micro.c.win32bak")) {
rename("{$package->getSourceDir()}\\sapi\\micro\\php_micro.c.win32bak", "{$package->getSourceDir()}\\sapi\\micro\\php_micro.c");
}
}
}
#[Stage]
public function smokeTestForWindows(PackageBuilder $builder, TargetPackage $package, PackageInstaller $installer): void
{
// analyse --no-smoke-test option
$no_smoke_test = $builder->getOption('no-smoke-test');
$option = match ($no_smoke_test) {
false => false,
null => 'all',
default => parse_comma_list($no_smoke_test),
};
$valid_tests = ['cli', 'cgi', 'micro', 'micro-exts', 'embed'];
// compat: --without-micro-ext-test is equivalent to --no-smoke-test=micro-exts
if ($builder->getOption('without-micro-ext-test', false)) {
$valid_tests = array_diff($valid_tests, ['micro-exts']);
}
if (is_array($option)) {
foreach ($option as $test) {
if (!in_array($test, $valid_tests, true)) {
throw new WrongUsageException("Invalid value for --no-smoke-test: {$test}. Valid values are: " . implode(', ', $valid_tests));
}
$valid_tests = array_diff($valid_tests, [$test]);
}
} elseif ($option === 'all') {
$valid_tests = [];
}
// remove all .dll from buildroot/bin/
$dlls = glob(BUILD_BIN_PATH . '\*.dll') ?: [];
foreach ($dlls as $dll) {
@unlink($dll);
}
if (in_array('cli', $valid_tests, true) && $installer->isPackageResolved('php-cli')) {
$package->runStage([$this, 'smokeTestCliForWindows']);
}
if (in_array('cgi', $valid_tests, true) && $installer->isPackageResolved('php-cgi')) {
$package->runStage([$this, 'smokeTestCgiForWindows']);
}
if (in_array('micro', $valid_tests, true) && $installer->isPackageResolved('php-micro')) {
$skipExtTest = !in_array('micro-exts', $valid_tests, true);
$package->runStage([$this, 'smokeTestMicroForWindows'], ['skipExtTest' => $skipExtTest]);
}
if (in_array('embed', $valid_tests, true) && $installer->isPackageResolved('php-embed')) {
$package->runStage([$this, 'smokeTestEmbedForWindows'], ['installer' => $installer]);
}
}
#[Stage]
public function smokeTestCliForWindows(PackageInstaller $installer): void
{
InteractiveTerm::setMessage('Running basic php-cli smoke test');
[$ret, $output] = cmd()->execWithResult(BUILD_BIN_PATH . '\php.exe -n -r "echo \"hello\";"');
$raw_output = implode('', $output);
if ($ret !== 0 || trim($raw_output) !== 'hello') {
throw new ValidationException("cli failed smoke test. code: {$ret}, output: {$raw_output}", validation_module: 'php-cli smoke test');
}
$exts = $installer->getResolvedPackages(PhpExtensionPackage::class);
foreach ($exts as $ext) {
InteractiveTerm::setMessage('Running php-cli smoke test for ' . ConsoleColor::yellow($ext->getExtensionName()) . ' extension');
$ext->runSmokeTestCliWindows();
}
}
#[Stage]
public function smokeTestCgiForWindows(): void
{
InteractiveTerm::setMessage('Running basic php-cgi smoke test');
FileSystem::writeFile(SOURCE_PATH . '\php-cgi-test.php', '<?php echo "<h1>Hello, World!</h1>"; ?>');
[$ret, $output] = cmd()->execWithResult(BUILD_BIN_PATH . '\php-cgi.exe -n -f ' . SOURCE_PATH . '\php-cgi-test.php');
$raw_output = implode("\n", $output);
if ($ret !== 0 || !str_contains($raw_output, 'Hello, World!')) {
throw new ValidationException("cgi failed smoke test. code: {$ret}, output: {$raw_output}", validation_module: 'php-cgi smoke test');
}
}
#[Stage]
public function smokeTestMicroForWindows(PackageInstaller $installer, bool $skipExtTest = false): void
{
$micro_sfx = BUILD_BIN_PATH . '\micro.sfx';
InteractiveTerm::setMessage('Running php-micro smoke test');
$content = $skipExtTest
? '<?php echo "[micro-test-start][micro-test-end]";'
: $this->generateMicroExtTests($installer);
$test_file = SOURCE_PATH . '\micro_ext_test.exe';
if (file_exists($test_file)) {
@unlink($test_file);
}
file_put_contents($test_file, file_get_contents($micro_sfx) . $content);
[$ret, $out] = cmd()->execWithResult($test_file);
$raw_out = trim(implode('', $out));
if ($ret !== 0 || !str_starts_with($raw_out, '[micro-test-start]') || !str_ends_with($raw_out, '[micro-test-end]')) {
throw new ValidationException(
"micro_ext_test failed. code: {$ret}, output: {$raw_out}",
validation_module: 'phpmicro sanity check item [micro_ext_test]'
);
}
}
#[Stage]
public function smokeTestEmbedForWindows(PackageInstaller $installer, TargetPackage $package): void
{
$test_dir = SOURCE_PATH . '\embed-test';
FileSystem::createDir($test_dir);
// Create embed.c test file (Windows version)
$embed_c = <<<'C_CODE'
#include <sapi/embed/php_embed.h>
int main(int argc, char **argv) {
PHP_EMBED_START_BLOCK(argc, argv)
zend_file_handle file_handle;
zend_stream_init_filename(&file_handle, "embed.php");
if (!php_execute_script(&file_handle)) {
php_printf("Failed to execute PHP script.\n");
}
PHP_EMBED_END_BLOCK()
return 0;
}
C_CODE;
FileSystem::writeFile($test_dir . '\embed.c', $embed_c);
// Create embed.php test file
FileSystem::writeFile($test_dir . '\embed.php', "<?php\n\ndeclare(strict_types=1);\necho 'hello' . PHP_EOL;\n");
// Get build configuration using spc-config
$util = new \StaticPHP\Util\SPCConfigUtil();
$config = $util->config(array_map(fn ($x) => $x->getName(), $installer->getResolvedPackages()));
// Build the embed test executable using cl.exe
// Note: MSVCToolchain already initialized the VC environment, no need for vcvarsall
InteractiveTerm::setMessage('Running php-embed build smoke test');
// For Windows, we need to use PHP source directory headers directly
// because Windows PHP doesn't use php_config.h like Unix
$source_dir = $package->getSourceDir();
$rel_type = 'Release';
$ts = $package->getBuildOption('enable-zts', false) ? '_TS' : '';
$build_dir = "{$source_dir}\\x64\\{$rel_type}{$ts}";
// Build include flags pointing to source dirs (like PHP Windows build does)
// Note: embed.c uses #include <sapi/embed/php_embed.h>, so we need $source_dir itself
$include_flags = sprintf(
'/I"%s" /I"%s\main" /I"%s\Zend" /I"%s\TSRM" /I"%s" ' .
'/D ZEND_WIN32=1 /D PHP_WIN32=1 /D WIN32 /D _WINDOWS /D WINDOWS=1 /D _MBCS /D _USE_MATH_DEFINES',
$build_dir,
$source_dir,
$source_dir,
$source_dir,
$source_dir
);
// MSVC cl.exe format: compiler flags must come before /link, linker flags after
// ldflags contains /LIBPATH which must be after /link
$compile_cmd = sprintf(
'cl.exe /nologo /O2 /MT /Z7 %s embed.c /Fe:embed.exe /link /LIBPATH:"%s\lib" %s %s',
$include_flags,
BUILD_ROOT_PATH,
$config['libs'],
'kernel32.lib ole32.lib user32.lib advapi32.lib shell32.lib ws2_32.lib dnsapi.lib psapi.lib bcrypt.lib' // Windows system libs (match Makefile LIBS)
);
// Log command explicitly (workaround for cmd() not logging complex commands properly)
logger()->debug('Embed smoke test compile command: ' . $compile_cmd);
[$ret, $out] = cmd()->cd($test_dir)->execWithResult($compile_cmd);
if ($ret !== 0) {
throw new ValidationException(
'embed failed to build. Error message: ' . implode("\n", $out),
validation_module: 'php-embed build smoke test'
);
}
// Run the embed test
InteractiveTerm::setMessage('Running php-embed run smoke test');
[$ret, $output] = cmd()->cd($test_dir)->execWithResult('embed.exe');
$raw_output = implode('', $output);
if ($ret !== 0 || trim($raw_output) !== 'hello') {
throw new ValidationException(
'embed failed to run. Error message: ' . $raw_output,
validation_module: 'php-embed run smoke test'
);
}
}
protected function deployWindowsBinary(PackageBuilder $builder, TargetPackage $package, string $sapi): void
{
$rel_type = 'Release'; // TODO: Debug build support
$ts = $builder->getOption('enable-zts') ? '_TS' : '';
$debug_dir = BUILD_ROOT_PATH . '\debug';
$src = match ($sapi) {
'php-cli' => ["{$package->getSourceDir()}\\x64\\{$rel_type}{$ts}", 'php.exe', 'php.pdb'],
'php-micro' => ["{$package->getSourceDir()}\\x64\\{$rel_type}{$ts}", 'micro.sfx', 'micro.pdb'],
'php-cgi' => ["{$package->getSourceDir()}\\x64\\{$rel_type}{$ts}", 'php-cgi.exe', 'php-cgi.pdb'],
default => throw new SPCInternalException("Deployment does not accept type {$sapi}"),
};
$src_file = "{$src[0]}\\{$src[1]}";
$dst_file = BUILD_BIN_PATH . '\\' . basename($src_file);
$builder->deployBinary($src_file, $dst_file);
// copy .pdb debug info file
if ($builder->getOption('no-strip', false) && file_exists("{$src[0]}\\{$src[2]}")) {
FileSystem::createDir($debug_dir);
FileSystem::copy("{$src[0]}\\{$src[2]}", "{$debug_dir}\\{$src[2]}");
}
// with-upx-pack for cli, cgi and micro
if ($builder->getOption('with-upx-pack', false)) {
if (in_array($sapi, ['php-cli', 'php-cgi', 'php-micro'], true)) {
cmd()->exec(getenv('UPX_EXEC') . ' --best ' . escapeshellarg($dst_file));
}
}
}
}
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