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158 lines (140 loc) · 6.31 KB
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// config.w32 for php-ort
ARG_ENABLE('ort', 'Enable ort extension', 'yes');
ARG_ENABLE('ort-backend', 'Backend type (auto,none,avx512,avx2,sse41,sse2)', 'yes');
ARG_ENABLE('ort-pool', 'Enable pooling (threads)', 'yes');
ARG_WITH('ort-onnx', 'Enable ONNX Runtime support', 'no');
if (PHP_ORT != 'no') {
if (PHP_ORT_ONNX != 'no') {
if (!CHECK_HEADER_ADD_INCLUDE("onnxruntime_c_api.h", "CFLAGS_ORT", PHP_ORT_ONNX + "\\include")) {
ERROR("onnxruntime_c_api.h cannot be found in " + PHP_ORT_ONNX + "\\include");
}
if (!CHECK_LIB("onnxruntime.lib", "OrtGetApiBase", PHP_ORT_ONNX + "\\lib")) {
ERROR("onnxruntime.lib cannot be found in " + PHP_ORT_ONNX + "\\lib");
}
PHP_ORT_ONNX_LIBPATH=PHP_ORT_ONNX + "\\lib";
PHP_ORT_ONNX_INCPATH=PHP_ORT_ONNX + "\\include";
EXTENSION('ort',
'php_ort.c',
PHP_ORT_SHARED,
"/I" + configure_module_dirname + " " +
"/I" + configure_module_dirname + "\\src" + " " +
"/I" + configure_module_dirname + "\\src\\backend" + " " +
"/I" + PHP_ORT_ONNX_INCPATH + " " +
"/DZEND_ENABLE_STATIC_TSRMLS_CACHE=1");
ADD_FLAG("LDFLAGS_ORT",
"/libpath:\"" + PHP_ORT_ONNX_LIBPATH + "\"");
ADD_FLAG("LIBS_ORT", "onnxruntime.lib");
ADD_SOURCES(
configure_module_dirname + "\\src",
"ort.c alloc.c env.c status.c tensor.c maths.c generators.c runtime.c model.c options.c iterator.c",
"ort"
);
AC_DEFINE('HAVE_ONNXRUNTIME', 1);
} else {
EXTENSION('ort',
'php_ort.c',
PHP_ORT_SHARED,
"/I" + configure_module_dirname + " " +
"/I" + configure_module_dirname + "\\src" + " " +
"/I" + configure_module_dirname + "\\src\\backend" + " " +
"/DZEND_ENABLE_STATIC_TSRMLS_CACHE=1");
ADD_SOURCES(
configure_module_dirname + "\\src",
"ort.c alloc.c env.c status.c tensor.c maths.c generators.c",
"ort"
);
}
if (PHP_ORT_POOL != 'no') {
AC_DEFINE('HAVE_ORT_POOL', 1)
}
ADD_SOURCES(
configure_module_dirname + "\\src\\generators",
"random.c",
"ort",
"generators"
);
ADD_SOURCES(
configure_module_dirname + "\\src\\maths",
"cast.c core.c dispatch.c broadcast.c pool.c promotion.c result.c validate.c",
"ort",
"maths"
);
ADD_SOURCES(
configure_module_dirname + "\\src\\maths\\frontend",
"add.c div.c dot.c neg.c mul.c recip.c sign.c sub.c mod.c pow.c real.c sqrt.c sum.c mean.c min.c max.c softmax.c matmul.c argmax.c argmin.c",
"ort",
"frontend"
);
// Backend configuration
var backend_type = '';
if (typeof PHP_ORT_BACKEND === 'undefined' || PHP_ORT_BACKEND === null) {
backend_type = 'auto'; // default when not specified
} else {
backend_type = PHP_ORT_BACKEND.toString().toLowerCase();
}
var selected_backend = '';
// Handle backend selection
if (backend_type == 'no' || backend_type == 'none') {
STDOUT.WriteLine("Backend optimizations disabled");
selected_backend = '';
} else if (backend_type == 'avx512') {
selected_backend = 'avx512';
} else if (backend_type == 'avx2') {
selected_backend = 'avx2';
} else if (backend_type == 'sse41' || backend_type == 'sse4.1') {
selected_backend = 'sse41';
} else if (backend_type == 'sse2') {
selected_backend = 'sse2';
} else if (backend_type == 'yes' || backend_type == 'auto' || backend_type == '') {
// Default to AVX2 for auto-detection on Windows
selected_backend = 'avx2';
} else {
ERROR("Invalid backend type: " + PHP_ORT_BACKEND + ". Valid options: auto, none, avx512, avx2, sse41, sse2");
}
// Configure the selected backend
if (selected_backend == 'avx512') {
STDOUT.WriteLine("Configuring ORT with AVX512 backend");
AC_DEFINE('ORT_BACKEND_CPU_NAME', 'AVX512');
AC_DEFINE('ORT_BACKEND_CPU_TYPE', ORT_MATH_BACKEND_AVX512);
AC_DEFINE('ORT_BACKEND_CPU_ENABLED', 1);
ADD_SOURCES(
configure_module_dirname + "\\src\\maths\\backend\\avx512",
"abs.c add.c ceil.c div.c dot.c floor.c matmul.c mul.c neg.c recip.c round.c sign.c sqrt.c sub.c trunc.c impl.c",
"ort",
"backend");
ADD_FLAG("CFLAGS_ORT", "/arch:AVX512");
} else if (selected_backend == 'avx2') {
STDOUT.WriteLine("Configuring ORT with AVX2 backend");
AC_DEFINE('ORT_BACKEND_CPU_NAME', 'AVX2');
AC_DEFINE('ORT_BACKEND_CPU_TYPE', ORT_MATH_BACKEND_AVX2);
AC_DEFINE('ORT_BACKEND_CPU_ENABLED', 1);
ADD_SOURCES(
configure_module_dirname + "\\src\\maths\\backend\\avx2",
"abs.c add.c ceil.c div.c dot.c floor.c matmul.c mul.c neg.c recip.c round.c sign.c sqrt.c sub.c trunc.c impl.c",
"ort",
"backend");
ADD_FLAG("CFLAGS_ORT", "/arch:AVX2");
} else if (selected_backend == 'sse41') {
STDOUT.WriteLine("Configuring ORT with SSE4.1 backend");
AC_DEFINE('ORT_BACKEND_CPU_NAME', 'SSE4.1');
AC_DEFINE('ORT_BACKEND_CPU_TYPE', ORT_MATH_BACKEND_SSE41);
AC_DEFINE('ORT_BACKEND_CPU_ENABLED', 1);
ADD_SOURCES(configure_module_dirname + "\\src\\maths\\backend\\sse41",
"abs.c add.c ceil.c div.c floor.c matmul.c mul.c neg.c recip.c round.c sign.c sqrt.c sub.c trunc.c impl.c",
"ort",
"backend");
ADD_FLAG("CFLAGS_ORT", "/arch:SSE2"); // SSE4.1 uses SSE2 arch flag on MSVC
} else if (selected_backend == 'sse2') {
STDOUT.WriteLine("Configuring ORT with SSE2 backend");
AC_DEFINE('ORT_BACKEND_CPU_NAME', 'SSE2');
AC_DEFINE('ORT_BACKEND_CPU_TYPE', ORT_MATH_BACKEND_SSE2);
AC_DEFINE('ORT_BACKEND_CPU_ENABLED', 1);
ADD_SOURCES(configure_module_dirname + "\\src\\maths\\backend\\sse2",
"abs.c add.c div.c matmul.c mul.c neg.c recip.c sign.c sqrt.c sub.c impl.c",
"ort",
"backend");
ADD_FLAG("CFLAGS_ORT", "/arch:SSE2");
} else {
STDOUT.WriteLine("Configuring ORT with no backend optimizations");
}
}