#ifndef HALIDE_PYTHON_BINDINGS_PYSCHEDULEMETHODS_H
#define HALIDE_PYTHON_BINDINGS_PYSCHEDULEMETHODS_H

#include "PyHalide.h"

namespace Halide {
namespace PythonBindings {

// Methods that are defined on both Func and Stage.
template<typename PythonClass>
HALIDE_NEVER_INLINE void add_schedule_methods(PythonClass &class_instance) {
    using T = typename PythonClass::type;

    class_instance

        .def("compute_with", (T & (T::*)(const Stage &, const VarOrRVar &, const std::vector<std::pair<VarOrRVar, LoopAlignStrategy>> &)) & T::compute_with,
             py::arg("stage"), py::arg("var"), py::arg("align"))
        .def("compute_with", (T & (T::*)(const Stage &, const VarOrRVar &, LoopAlignStrategy)) & T::compute_with,
             py::arg("stage"), py::arg("var"), py::arg("align") = LoopAlignStrategy::Auto)

        .def("unroll", (T & (T::*)(const VarOrRVar &)) & T::unroll,
             py::arg("var"))
        .def("unroll", (T & (T::*)(const VarOrRVar &, const Expr &, TailStrategy)) & T::unroll,
             py::arg("var"), py::arg("factor"), py::arg("tail") = TailStrategy::Auto)

        .def("split", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const Expr &, TailStrategy)) & T::split,
             py::arg("old"), py::arg("outer"), py::arg("inner"), py::arg("factor"), py::arg("tail") = TailStrategy::Auto)

        .def("fuse", &T::fuse,
             py::arg("inner"), py::arg("outer"), py::arg("fused"))

        .def("serial", &T::serial,
             py::arg("var"))

        .def("tile", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const Expr &, const Expr &, TailStrategy)) & T::tile,
             py::arg("x"), py::arg("y"), py::arg("xo"), py::arg("yo"), py::arg("xi"), py::arg("yi"), py::arg("xfactor"), py::arg("yfactor"), py::arg("tail") = TailStrategy::Auto)
        .def("tile", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const Expr &, const Expr &, TailStrategy)) & T::tile,
             py::arg("x"), py::arg("y"), py::arg("xi"), py::arg("yi"), py::arg("xfactor"), py::arg("yfactor"), py::arg("tail") = TailStrategy::Auto)
        .def("tile", (T & (T::*)(const std::vector<VarOrRVar> &, const std::vector<VarOrRVar> &, const std::vector<VarOrRVar> &, const std::vector<Expr> &, TailStrategy)) & T::tile,
             py::arg("previous"), py::arg("outers"), py::arg("inners"), py::arg("factors"), py::arg("tail") = TailStrategy::Auto)
        .def("tile", (T & (T::*)(const std::vector<VarOrRVar> &, const std::vector<VarOrRVar> &, const std::vector<Expr> &, TailStrategy)) & T::tile,
             py::arg("previous"), py::arg("inners"), py::arg("factors"), py::arg("tail") = TailStrategy::Auto)
        .def("reorder", (T & (T::*)(const std::vector<VarOrRVar> &)) & T::reorder, py::arg("vars"))
        .def("reorder", [](T &t, const py::args &args) -> T & {
            return t.reorder(args_to_vector<VarOrRVar>(args));
        })

        .def("parallel", (T & (T::*)(const VarOrRVar &)) & T::parallel, py::arg("var"))
        .def("parallel", (T & (T::*)(const VarOrRVar &, const Expr &, TailStrategy)) & T::parallel, py::arg("var"), py::arg("task_size"), py::arg("tail") = TailStrategy::Auto)

        .def("vectorize", (T & (T::*)(const VarOrRVar &)) & T::vectorize, py::arg("var"))
        .def("vectorize", (T & (T::*)(const VarOrRVar &, const Expr &, TailStrategy)) & T::vectorize, py::arg("var"), py::arg("factor"), py::arg("tail") = TailStrategy::Auto)

        .def("gpu_blocks", (T & (T::*)(const VarOrRVar &, DeviceAPI)) & T::gpu_blocks, py::arg("block_x"), py::arg("device_api") = DeviceAPI::Default_GPU)
        .def("gpu_blocks", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, DeviceAPI)) & T::gpu_blocks, py::arg("block_x"), py::arg("block_y"), py::arg("device_api") = DeviceAPI::Default_GPU)
        .def("gpu_blocks", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, DeviceAPI)) & T::gpu_blocks, py::arg("block_x"), py::arg("block_y"), py::arg("block_z"), py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("gpu", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, DeviceAPI)) & T::gpu, py::arg("block_x"), py::arg("thread_x"), py::arg("device_api") = DeviceAPI::Default_GPU)
        .def("gpu", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, DeviceAPI)) & T::gpu, py::arg("block_x"), py::arg("block_y"), py::arg("thread_x"), py::arg("thread_y"), py::arg("device_api") = DeviceAPI::Default_GPU)
        .def("gpu", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, DeviceAPI)) & T::gpu, py::arg("block_x"), py::arg("block_y"), py::arg("block_z"), py::arg("thread_x"), py::arg("thread_y"), py::arg("thread_z"), py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("gpu_threads", (T & (T::*)(const VarOrRVar &, DeviceAPI)) & T::gpu_threads, py::arg("thread_x"), py::arg("device_api") = DeviceAPI::Default_GPU)
        .def("gpu_threads", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, DeviceAPI)) & T::gpu_threads, py::arg("thread_x"), py::arg("thread_y"), py::arg("device_api") = DeviceAPI::Default_GPU)
        .def("gpu_threads", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, DeviceAPI)) & T::gpu_threads, py::arg("thread_x"), py::arg("thread_y"), py::arg("thread_z"), py::arg("device_api") = DeviceAPI::Default_GPU)
        .def("gpu_single_thread", (T & (T::*)(DeviceAPI)) & T::gpu_single_thread, py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("gpu_lanes", (T & (T::*)(const VarOrRVar &, DeviceAPI)) & T::gpu_lanes, py::arg("thread_x"), py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("gpu_tile", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const Expr &, TailStrategy, DeviceAPI)) & T::gpu_tile, py::arg("x"), py::arg("bx"), py::arg("tx"), py::arg("x_size"), py::arg("tail") = TailStrategy::Auto, py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("gpu_tile", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const Expr &, TailStrategy, DeviceAPI)) & T::gpu_tile, py::arg("x"), py::arg("tx"), py::arg("x_size"), py::arg("tail") = TailStrategy::Auto, py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("gpu_tile", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const Expr &, const Expr &, TailStrategy, DeviceAPI)) & T::gpu_tile, py::arg("x"), py::arg("y"), py::arg("bx"), py::arg("by"), py::arg("tx"), py::arg("ty"), py::arg("x_size"), py::arg("y_size"), py::arg("tail") = TailStrategy::Auto, py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("gpu_tile", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const Expr &, const Expr &, TailStrategy, DeviceAPI)) & T::gpu_tile, py::arg("x"), py::arg("y"), py::arg("tx"), py::arg("ty"), py::arg("x_size"), py::arg("y_size"), py::arg("tail") = TailStrategy::Auto, py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("gpu_tile", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const Expr &, const Expr &, const Expr &, TailStrategy, DeviceAPI)) & T::gpu_tile, py::arg("x"), py::arg("y"), py::arg("z"), py::arg("bx"), py::arg("by"), py::arg("bz"), py::arg("tx"), py::arg("ty"), py::arg("tz"), py::arg("x_size"), py::arg("y_size"), py::arg("z_size"), py::arg("tail") = TailStrategy::Auto, py::arg("device_api") = DeviceAPI::Default_GPU)
        .def("gpu_tile", (T & (T::*)(const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const VarOrRVar &, const Expr &, const Expr &, const Expr &, TailStrategy, DeviceAPI)) & T::gpu_tile, py::arg("x"), py::arg("y"), py::arg("z"), py::arg("tx"), py::arg("ty"), py::arg("tz"), py::arg("x_size"), py::arg("y_size"), py::arg("z_size"), py::arg("tail") = TailStrategy::Auto, py::arg("device_api") = DeviceAPI::Default_GPU)

        .def("rename", &T::rename, py::arg("old_name"), py::arg("new_name"))

        .def("specialize", &T::specialize, py::arg("condition"))
        .def("specialize_fail", &T::specialize_fail, py::arg("message"))

        .def("allow_race_conditions", &T::allow_race_conditions)

        .def("atomic", &T::atomic, py::arg("override_associativity_test") = false)

        .def("hexagon", &T::hexagon, py::arg("x") = Var::outermost())

        .def(
            "prefetch", [](T &t, const Func &f, const VarOrRVar &var, int offset, PrefetchBoundStrategy strategy) -> T & {
                // HALIDE_ATTRIBUTE_DEPRECATED("Call prefetch() with the two-var form instead.")
                PyErr_WarnEx(PyExc_DeprecationWarning,
                             "Call prefetch() with the two-var form instead.",
                             1);
                return t.prefetch(f, var, var, offset, strategy);
            },
            py::arg("image"), py::arg("var"), py::arg("offset") = 1, py::arg("strategy") = PrefetchBoundStrategy::GuardWithIf)
        .def(
            "prefetch", [](T &t, const ImageParam &image, const VarOrRVar &var, int offset, PrefetchBoundStrategy strategy) -> T & {
                // HALIDE_ATTRIBUTE_DEPRECATED("Call prefetch() with the two-var form instead.")
                PyErr_WarnEx(PyExc_DeprecationWarning,
                             "Call prefetch() with the two-var form instead.",
                             1);
                // Templated function; specializing only on ImageParam for now
                return t.template prefetch<ImageParam>(image, var, var, offset, strategy);
            },
            py::arg("image"), py::arg("var"), py::arg("offset") = 1, py::arg("strategy") = PrefetchBoundStrategy::GuardWithIf)

        .def("prefetch", (T & (T::*)(const Func &, const VarOrRVar &, const VarOrRVar &, Expr, PrefetchBoundStrategy)) & T::prefetch, py::arg("func"), py::arg("at"), py::arg("from"), py::arg("offset") = 1, py::arg("strategy") = PrefetchBoundStrategy::GuardWithIf)
        .def(
            "prefetch", [](T &t, const ImageParam &image, const VarOrRVar &at, const VarOrRVar &from, const Expr &offset, PrefetchBoundStrategy strategy) -> T & {
                // Templated function; specializing only on ImageParam for now
                return t.template prefetch<ImageParam>(image, at, from, offset, strategy);
            },
            py::arg("image"), py::arg("at"), py::arg("from"), py::arg("offset") = 1, py::arg("strategy") = PrefetchBoundStrategy::GuardWithIf)

        .def("source_location", &T::source_location);
}

}  // namespace PythonBindings
}  // namespace Halide

#endif  // HALIDE_PYTHON_BINDINGS_PYSCHEDULEMETHODS_H
