# Copyright 2016 The Fuchsia Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.

import("//build/testing/environments.gni")

declare_args() {
  magma_build_root = "//garnet/lib/magma"
  expat_build_root = "//third_party/expat"
  msd_intel_gen_build_root = "//garnet/drivers/gpu/msd-intel-gen"
  glm_build_root = "//third_party/glm"
  zircon_build_root = "//zircon"

  magma_python_path = rebase_path("//third_party/mako")

  # Enable this to include fuchsia tracing capability
  magma_enable_tracing = true

  # Enable this to have the msd include a suite of tests and invoke them
  # automatically when the driver starts.
  magma_enable_developer_build = false

  prebuilt_libvulkan_arm_path = ""
}

declare_args() {
  # Mesa doesn't properly handle loader-less operation;
  # their GetInstanceProcAddr implementation returns 0 for some interfaces.
  # On ARM there may be multiple libvulkan_arms, so they can't all be linked
  # to.
  use_vulkan_loader_for_tests = true

  # The following are lists of targets that will be built as vulkan ICDS. If
  # more than one target is given then use_vulkan_loader_for_tests must be set
  # to true, as otherwise tests won't know which libvulkan to use.

  # This is a list of targets that will be built as mali vulkan ICDS.
  build_libvulkan_arm_mali = []

  # This is a list of targets that will be built as verisilicon vulkan ICDS.
  build_libvulkan_vsl_gc = []

  # This is a list of targets that will be built as verisilicon vulkan ICDS.
  build_libvulkan_qcom_adreno = []
}

have_prebuilt_libvulkan_arm = prebuilt_libvulkan_arm_path != ""
build_libvulkan = build_libvulkan_arm_mali + build_libvulkan_vsl_gc + build_libvulkan_qcom_adreno
have_libvulkan = build_libvulkan != [] || have_prebuilt_libvulkan_arm

# Target environments with an Intel GPU.
intel_gpu_envs = [ nuc_env ]

# General hardware environments for magma tests to target.
magma_hardware_envs = intel_gpu_envs

template("magma_pci_entry") {
  source_set(target_name) {
    assert(defined(invoker.pci_vendor_id), "pci_vendor_id not defined")
    if (!defined(invoker.test_entry)) {
      test_entry = false
    } else {
      testonly = true
    }

    forward_variables_from(invoker, "*")

    sources = [
      "//garnet/lib/magma/src/sys_driver/pci_entry.cc",
    ]
    defines = [ "MAGMA_PCI_VENDOR_ID=" + pci_vendor_id ]

    if (!defined(invoker.deps)) {
      deps = []
    }

    deps += [ "//zircon/public/lib/ddk" ]

    if (!test_entry) {
      deps += [ "//garnet/lib/magma/src/sys_driver:entry" ]
    } else {
      deps += [ "//garnet/lib/magma/src/sys_driver:test_entry_pci" ]
    }
  }
}

template("magma_pdev_entry") {
  source_set(target_name) {
    assert(defined(invoker.pdev_device_id), "pdev_device_id not defined")
    if (!defined(invoker.test_entry)) {
      test_entry = false
    } else {
      testonly = true
    }

    forward_variables_from(invoker, "*")

    sources = [
      "//garnet/lib/magma/src/sys_driver/pdev_entry.cc",
    ]
    defines = [ "MAGMA_PDEV_DEVICE_ID=" + pdev_device_id ]

    if (!defined(invoker.deps)) {
      deps = []
    }

    deps += [ "//zircon/public/lib/ddk" ]

    if (!test_entry) {
      deps += [ "//garnet/lib/magma/src/sys_driver:entry" ]
    } else {
      deps += [ "//garnet/lib/magma/src/sys_driver:test_entry_pdev" ]
    }
  }
}

template("magma_vulkan_icd") {
  shared_library(target_name) {
    forward_variables_from(invoker, "*")
    if (!is_debug) {
      version_script =
          rebase_path("//garnet/lib/magma/scripts/libvulkan.version")
      if (!defined(invoker.inputs)) {
        inputs = []
      }
      inputs += [ version_script ]
      ldflags += [ "-Wl,--version-script=$version_script" ]
    }
  }
}