Move gyp-win-tool to the GN Windows toolchain.

build/toolchain/win/BUILD.gn

 # Copyright (c) 2013 The Chromium 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/config/clang/clang.gni")
 import("//build/config/compiler/compiler.gni")
 import("//build/config/sanitizers/sanitizers.gni")
 import("//build/config/win/visual_studio_version.gni")
 import("//build/toolchain/goma.gni")
 import("//build/toolchain/toolchain.gni")
 
 # Should only be running on Windows.
 assert(is_win)
 
 # Setup the Visual Studio state.
 #
 # Its arguments are the VS path and the compiler wrapper tool. It will write
 # "environment.x86" and "environment.x64" to the build directory and return a
 # list to us.
-gyp_win_tool_path =
-    rebase_path("//tools/gyp/pylib/gyp/win_tool.py", root_build_dir)
+
+# This tool will is used as a wrapper for various commands below.
+tool_wrapper_path = rebase_path("tool_wrapper.py", root_build_dir)
 
 if (use_goma) {
   goma_prefix = "$goma_dir/gomacc.exe "
 } else {
   goma_prefix = ""
 }
 
 # Copy the VS runtime DLL for the default toolchain to the root build directory
 # so things will run.
 if (current_toolchain == default_toolchain) {
@@ skipping 121 matching lines @@
       command = "$env_wrapper$cl /nologo /showIncludes /FC @$rspfile /c {{source}} /Fo{{output}} /Fd\"$pdbname\""
       depsformat = "msvc"
       description = "CXX {{output}}"
       outputs = [
         "$object_subdir/{{source_name_part}}.obj",
       ]
       rspfile_content = "$sys_include_flags{{defines}} {{include_dirs}} {{cflags}} {{cflags_cc}}"
     }
 
     tool("rc") {
-      command = "$python_path gyp-win-tool rc-wrapper $env rc.exe {{defines}} {{include_dirs}} /fo{{output}} {{source}}"
+      command = "$python_path $tool_wrapper_path rc-wrapper $env rc.exe {{defines}} {{include_dirs}} /fo{{output}} {{source}}"
       outputs = [
         "$object_subdir/{{source_name_part}}.res",
       ]
       description = "RC {{output}}"
     }
 
     tool("asm") {
       if (toolchain_args.current_cpu == "x64") {
         ml = "ml64.exe"
       } else {
         ml = "ml.exe"
       }
-      command = "$python_path gyp-win-tool asm-wrapper $env $ml {{defines}} {{include_dirs}} {{asmflags}} /c /Fo{{output}} {{source}}"
+      command = "$python_path $tool_wrapper_path asm-wrapper $env $ml {{defines}} {{include_dirs}} {{asmflags}} /c /Fo{{output}} {{source}}"
       description = "ASM {{output}}"
       outputs = [
         "$object_subdir/{{source_name_part}}.obj",
       ]
     }
 
     tool("alink") {
       rspfile = "{{output}}.rsp"
-      command = "$python_path gyp-win-tool link-wrapper $env False $lib /nologo {{arflags}} /OUT:{{output}} @$rspfile"
+      command = "$python_path $tool_wrapper_path link-wrapper $env False $lib /nologo {{arflags}} /OUT:{{output}} @$rspfile"
       description = "LIB {{output}}"
       outputs = [
         # Ignore {{output_extension}} and always use .lib, there's no reason to
         # allow targets to override this extension on Windows.
         "{{output_dir}}/{{target_output_name}}.lib",
       ]
       default_output_extension = ".lib"
       default_output_dir = "{{target_out_dir}}"
 
       # The use of inputs_newline is to work around a fixed per-line buffer
       # size in the linker.
       rspfile_content = "{{inputs_newline}}"
     }
 
     tool("solink") {
       dllname = "{{output_dir}}/{{target_output_name}}{{output_extension}}"  # e.g. foo.dll
       libname = "${dllname}.lib"  # e.g. foo.dll.lib
       pdbname = "${dllname}.pdb"
       rspfile = "${dllname}.rsp"
       pool = "//build/toolchain:link_pool($default_toolchain)"
 
-      command = "$python_path gyp-win-tool link-wrapper $env False $link /nologo /IMPLIB:$libname /DLL /OUT:$dllname /PDB:$pdbname @$rspfile"
+      command = "$python_path $tool_wrapper_path link-wrapper $env False $link /nologo /IMPLIB:$libname /DLL /OUT:$dllname /PDB:$pdbname @$rspfile"
 
       default_output_extension = ".dll"
       default_output_dir = "{{root_out_dir}}"
       description = "LINK(DLL) {{output}}"
       outputs = [
         dllname,
         libname,
       ]
       link_output = libname
       depend_output = libname
@@ skipping 12 matching lines @@
       # size in the linker.
       rspfile_content = "{{libs}} {{solibs}} {{inputs_newline}} {{ldflags}}"
     }
 
     tool("solink_module") {
       dllname = "{{output_dir}}/{{target_output_name}}{{output_extension}}"  # e.g. foo.dll
       pdbname = "${dllname}.pdb"
       rspfile = "${dllname}.rsp"
       pool = "//build/toolchain:link_pool($default_toolchain)"
 
-      command = "$python_path gyp-win-tool link-wrapper $env False $link /nologo /DLL /OUT:$dllname /PDB:$pdbname @$rspfile"
+      command = "$python_path $tool_wrapper_path link-wrapper $env False $link /nologo /DLL /OUT:$dllname /PDB:$pdbname @$rspfile"
 
       default_output_extension = ".dll"
       default_output_dir = "{{root_out_dir}}"
       description = "LINK_MODULE(DLL) {{output}}"
       outputs = [
         dllname,
       ]
       if (symbol_level != 0) {
         outputs += [ pdbname ]
       }
       runtime_outputs = outputs
 
       # The use of inputs_newline is to work around a fixed per-line buffer
       # size in the linker.
       rspfile_content = "{{libs}} {{solibs}} {{inputs_newline}} {{ldflags}}"
     }
 
     tool("link") {
       exename = "{{output_dir}}/{{target_output_name}}{{output_extension}}"
       pdbname = "$exename.pdb"
       rspfile = "$exename.rsp"
       pool = "//build/toolchain:link_pool($default_toolchain)"
 
-      command = "$python_path gyp-win-tool link-wrapper $env False $link /nologo /OUT:$exename /PDB:$pdbname @$rspfile"
+      command = "$python_path $tool_wrapper_path link-wrapper $env False $link /nologo /OUT:$exename /PDB:$pdbname @$rspfile"
 
       default_output_extension = ".exe"
       default_output_dir = "{{root_out_dir}}"
       description = "LINK {{output}}"
       outputs = [
         exename,
       ]
       if (symbol_level != 0) {
         outputs += [ pdbname ]
       }
@@ skipping 31 matching lines @@
   clang_cl = "clang-cl"
 }
 
 # 32-bit toolchains. Only define these when the target architecture is 32-bit
 # since we don't do any 32-bit cross compiles when targeting 64-bit (the
 # build does generate some 64-bit stuff from 32-bit target builds).
 if (target_cpu == "x86") {
   x86_toolchain_data = exec_script("setup_toolchain.py",
                                    [
                                      visual_studio_path,
-                                     gyp_win_tool_path,
                                      windows_sdk_path,
                                      visual_studio_runtime_dirs,
                                      "x86",
                                      "${sys_include_prefix}",
                                    ],
                                    "scope")
 
   msvc_toolchain("x86") {
     environment = "environment.x86"
     cl = "${goma_prefix}\"${x86_toolchain_data.vc_bin_dir}/cl.exe\""
@@ skipping 13 matching lines @@
       current_cpu = "x86"
       is_clang = true
     }
   }
 }
 
 # 64-bit toolchains.
 x64_toolchain_data = exec_script("setup_toolchain.py",
                                  [
                                    visual_studio_path,
-                                   gyp_win_tool_path,
                                    windows_sdk_path,
                                    visual_studio_runtime_dirs,
                                    "x64",
                                    "${sys_include_prefix}",
                                  ],
                                  "scope")
 
 template("win_x64_toolchains") {
   msvc_toolchain(target_name) {
     environment = "environment.x64"
@@ skipping 61 matching lines @@
   msvc_toolchain("winrt_x64") {
     environment = "environment.winrt_x64"
     cl = "${goma_prefix}\"${vc_bin_dir}/cl.exe\""
 
     toolchain_args = {
       is_clang = false
       current_cpu = "x64"
     }
   }
 }