Update master documentation for changeset 13f5aba3fe

.gitignore

@@ -1,14 +1 @@
-nimcache/
-
-/godot/apigen/apigen
-/godot/apigen/apigen.exe
-/godot/godotapigen
-/godot/godotapigen.exe
-
-/docgen
-/docs/docbuild
-/docs/docbuild.exe
-/docs/docpublish
-/docs/docpublish.exe
-
 .DS_Store

.travis.yml

@@ -1,53 +0,0 @@
-sudo: false
-language: c
-os:
-  - osx
-compiler: clang
-env:
-  global:
-    - secure: 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
-
-addons:
-  apt:
-    sources:
-      - ubuntu-toolchain-r-test
-      - llvm-toolchain-trusty-3.9
-    packages:
-      - build-essential
-      - scons
-      - pkg-config
-      - libx11-dev
-      - libxcursor-dev
-      - libasound2-dev
-      - libfreetype6-dev
-      - libgl1-mesa-dev
-      - libglu1-mesa-dev
-      - libssl-dev
-      - libxinerama-dev
-      - libxrandr-dev
-
-before_install:
-  - if [[ "$TRAVIS_OS_NAME" == "osx" ]]; then rvm --default use 2.3; brew update; brew install scons ; fi
-
-install:
-  - if [[ "$TRAVIS_OS_NAME" == "osx" ]]; then export GODOT_PLATFORM=osx; else export GODOT_PLATFORM=x11; fi
-  - git clone --depth=1 https://github.com/nim-lang/Nim.git
-  - cd Nim
-  - git checkout devel
-  - sh ci/build.sh
-  - export PATH=$PATH:"`pwd`/bin"
-  - ./koch tools -d:release
-  - nimble install -y
-  - cd ..
-  - git clone --depth=1 https://github.com/godotengine/godot.git godotengine
-  - cd godotengine
-  - scons -j 3 platform=$GODOT_PLATFORM
-  - export GODOT_BIN="`pwd`/bin/godot.$GODOT_PLATFORM.tools.64"
-  - cd ..
-
-script:
-  - set -e
-  - mkdir godotapi
-  - nim c -d:release -r godot/godotapigen.nim "$GODOT_BIN" godotapi
-  - nim c -d:useRealtimeGc --path:godot -c godotapi/godotall.nim
-  - nim c -d:release -r docs/docpublish.nim

.vscode/settings.json

@@ -1,16 +0,0 @@
-{
-  "editor.tabSize": 2,
-  "editor.rulers": [80],
-  "editor.insertSpaces": true,
-  "editor.detectIndentation": false,
-  "files.eol": "\n",
-  "files.trimTrailingWhitespace": true,
-  "nim.project": ["godot/godot.nim",
-                  "godot/godotapigen.nim"],
-  "nim.buildOnSave": false,
-  "nim.lintOnSave": true,
-  "nim.licenseString": "# Copyright 2018 Xored Software, Inc.\n\n",
-  "files.exclude": {
-    "**/nimcache/**": true
-  }
-}

LICENSE

@@ -1,20 +0,0 @@
-godot-nim - Nim bindings for Godot Engine
-
-The MIT License
-
-Copyright (c) 2018 Xored Software Inc.
-
-Permission is hereby granted, free of charge, to any person obtaining a copy of this software and
-associated documentation files (the "Software"), to deal in the Software without restriction,
-including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense,
-and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so,
-subject to the following conditions:
-
-The above copyright notice and this permission notice shall be included in all copies or substantial
-portions of the Software.
-
-THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT
-NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
-IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
-WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH
-THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

README.md

@@ -1,16 +0,0 @@
-# Nim bindings for Godot Engine
-
-Nim bindings for Godot 3 based on [GDNative](https://godotengine.org/article/dlscript-here).
-
-Documentation: https://pragmagic.github.io/godot-nim/
-
-## Links
-
-- [Godot Engine](http://www.godotengine.org/)
-- [Nim](http://nim-lang.org/)
-
-## License
-
-This project is licensed under the MIT license. Read [LICENSE](LICENSE) file for details.
-
-Copyright (c) 2018 Xored Software, Inc.

docs/docbuild.nim

@@ -1,161 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import threadpool, os, osproc, strutils, sequtils, pegs
-
-import "../godot/godotapigen.nim"
-
-const dirs = ["godot"/"core", "godot"/"internal", "godot"/"nim"]
-const files = ["godot"/"godotapigen.nim", "godot"/"godotinternal.nim",
-               "godot"/"godot.nim"]
-const indexFile = "docs"/"index.rst"
-const gitHubUrl = "https://github.com/pragmagic/godot-nim"
-
-proc outName(outDir, file: string): string =
-  outDir / file.extractFilename().changeFileExt("html")
-
-template quoted(s: string): string =
-  ('"' & s & '"')
-
-proc execOrFail(cmd: string) =
-  echo "[exec] " & cmd
-  let ret = execShellCmd(cmd)
-  if ret != 0:
-    raise newException(
-      Exception, "Command quit with exit code " & $ret & ": " & cmd)
-
-template withDir(dir: string, body: typed) =
-  let curDir = getCurrentDir()
-  setCurrentDir(dir)
-  try:
-    body
-  finally:
-    setCurrentDir(curDir)
-
-iterator walkDirRec(dir: string, filter: set[PathComponent],
-                    extensions: openarray[string]): string =
-  for file in walkDirRec(dir, filter):
-    if not extensions.anyIt(file.endsWith(it)): continue
-    yield file
-
-proc genApiFiles(targetDir, godotBin: string) =
-  let jsonFile = targetDir / "api.json"
-  try:
-    execOrFail(quoted(godotBin) &
-               " --gdnative-generate-json-api " & quoted(jsonFile))
-  except:
-    # this fails unstably even if api.json is created successfully
-    discard
-  if not fileExists(jsonFile):
-    raise newException(Exception, "Failed to generate Godot API wrappers")
-
-  genApi(targetDir, jsonFile)
-
-  writeFile(targetDir / "nim.cfg", "path=\"$projectdir/../../godot\"")
-
-proc extractVersion(nimbleFile: string): string =
-  let contents = readFile(nimbleFile)
-  var matches: array[1, string]
-  doAssert match(contents, peg"""'version' \s* '=' \s* '"' {@} '"' """, matches)
-  result = matches[0]
-
-proc fixupHrefs(file: string) =
-  var contents = readFile(file)
-  contents = contents.replacef(
-    peg"""'href="' ('internal'/'core'/'nim') '/' {@} '"' """,
-    "href=\"$#\"")
-  if file.contains("godotapi"):
-    contents = contents.replacef(
-      peg"""'href="' {('godotinternal' / 'godot') '.html"'} """,
-      "href=\"../$#")
-  writeFile(file, contents)
-
-proc getGitHash(): string =
-  result = execProcess("git rev-parse HEAD")
-  if result.len > 0:
-    result = result.replace("\L", "").replace("\r", "")
-
-proc buildDocs*(outDir, godotNimDir, godotBin: string) =
-  removeDir(outDir)
-  createDir(outDir)
-  let outDirAbs = expandFilename(outDir)
-  let godotBinAbs = expandFilename(godotBin)
-
-  setCurrentDir(godotNimDir)
-
-  let godotNimVersion = extractVersion("godot.nimble")
-  putEnv("godotnimversion", godotNimVersion)
-  putEnv("godotnimgithub", gitHubUrl)
-  let gitCommit = getGitHash()
-
-  var allNimFiles = newSeq[string]()
-  allNimFiles.add(files)
-  for dir in dirs:
-    for file in walkDirRec(dir, {pcFile, pcDir}, [".nim"]):
-      allNimFiles.add(file)
-  for file in allNimFiles:
-    spawn execOrFail(
-      "nim doc -d:useRealtimeGc --path:godot -o:" &
-      quoted(outName(outDirAbs, file)) &
-      " --git.url:" & quoted(gitHubUrl) &
-      " --git.commit:" & quoted(gitCommit) &
-      ' ' & quoted(file))
-
-  let godotApiFolder = outDirAbs / "godotapi"
-  createDir(godotApiFolder)
-  genApiFiles(godotApiFolder, godotBinAbs)
-  for file in walkDirRec(godotApiFolder, {pcFile, pcDir}, [".nim"]):
-    spawn execOrFail("nim doc -d:useRealtimeGc --path:godot -o:" &
-                     quoted(outName(godotApiFolder, file)) & ' ' & quoted(file))
-
-  sync()
-
-  var gitHash: string
-  withDir(godotBinAbs.parentDir()):
-    gitHash = getGitHash()
-    if gitHash.len == 0:
-      raise newException(Exception,
-        "Godot executable is not under Git repository")
-
-  var indexContent = readFile(indexFile)
-  var apiList = newStringOfCap(4096)
-  for file in walkDirRec(godotApiFolder, {pcFile, pcDir}):
-    if not file.endsWith(".html"):
-      removeFile(file)
-    else:
-      let moduleHtml = file.extractFileName()
-      let moduleName = moduleHtml.changeFileExt("")
-      apiList.add("* `" & moduleName & " <godotapi/" & moduleHtml & ">`_\L")
-  indexContent = indexContent.replace("$GODOTAPI_CHANGESET_HASH", gitHash).
-                              replace("$AUTO_GENERATED_GODOTAPI_LIST", apiList).
-                              replace("$GODOTNIM_GITHUB_URL", gitHubUrl)
-
-  let tmpRst = outDirAbs/"index.rst"
-  writeFile(tmpRst, indexContent)
-  try:
-    execOrFail("nim rst2html -o:" & quoted(outName(outDirAbs, tmpRst)) &
-               ' ' & quoted(tmpRst))
-  finally:
-    removeFile(tmpRst)
-
-  for file in walkDirRec(outDir, {pcFile, pcDir}, [".html"]):
-    spawn fixupHrefs(file)
-
-  sync()
-
-when isMainModule:
-  const outDir = "docgen"
-
-  if not fileExists("godot.nimble"):
-    echo "Must be executed from godot-nim root dir"
-    quit(-1)
-
-  let godotBin = getEnv("GODOT_BIN")
-  if godotBin.len == 0:
-    echo "GODOT_BIN environment variable must point to Godot executable"
-    quit(-1)
-
-  try:
-    buildDocs(outDir, getCurrentDir(), godotBin)
-  except:
-    echo getCurrentExceptionMsg()
-    quit(-1)

docs/docpublish.nim

@@ -1,97 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import os, pegs, strutils
-import docbuild
-
-const indexTemplate = """<html>
-<head><title>godot-nim docs index</title></head>
-<body>
-<h1>Documentation of Nim bindings for Godot Engine (<a href="https://github.com/$REPO_SLUG">GitHub</a>)</h1><br/>
-$VERSION_LIST
-</body>
-</html>
-"""
-
-proc execOrQuit(cmd: string) =
-  let ret = execShellCmd(cmd)
-  if ret != 0:
-    quit(ret)
-
-proc walkDirRecRelative(dir: string, cb: proc (file: string), start = "") =
-  for kind, path in walkDir(dir, relative = true):
-    if kind in {pcFile, pcLinkToFile}:
-      cb(if start.len > 0: start / path else: path)
-    elif kind in {pcDir, pcLinkToDir}:
-      let fullPath = if start.len > 0: start / path else: path
-      walkDirRecRelative(dir / fullPath, cb, fullPath)
-
-proc publish(docDir, gitHubToken, repoSlug, branch, tag, changeset: string) =
-  let release = if branch == "master": branch else: tag
-  let commitComment = if release == "master":
-                        "Update master documentation for changeset " & changeset
-                      else:
-                        "Update documentation for " & tag
-
-  const repoDir = "gh-pages"
-  execOrQuit(
-    "git clone --depth=1 --branch=gh-pages https://github.com/$#.git $#" %
-    [repoSlug, repoDir])
-  try:
-    removeDir(repoDir/release)
-    createDir(repoDir/release)
-    var versionList = newStringOfCap(4096)
-    for kind, path in walkDir(repoDir, relative = true):
-      if kind == pcDir and not path.startsWith("."):
-        versionList.add("<a href='$1/index.html'>$1</a><br/>" % path)
-    let index = indexTemplate.replace("$REPO_SLUG", repoSlug).
-                              replace("$VERSION_LIST", versionList)
-    writeFile(repoDir/"index.html", index)
-
-    walkDirRecRelative(docDir) do (file: string):
-      createDir(parentDir(repoDir/release/file))
-      copyFile(docDir/file, repoDir/release/file)
-
-    setCurrentDir(repoDir)
-    try:
-      execOrQuit("git add --all")
-      execOrQuit("git commit -m \"$#\"" % commitComment)
-      execOrQuit("git push -fq \"https://$#@github.com/$#.git\" gh-pages" %
-                [gitHubToken, repoSlug])
-    finally:
-      setCurrentDir("..")
-  finally:
-    removeDir(repoDir)
-
-when isMainModule:
-  proc getEnvOrQuit(key: string): string =
-    result = getEnv(key)
-    if result.len == 0:
-      echo "Expected environment variable: " & key
-      quit(1)
-
-  let pr = getEnv("TRAVIS_PULL_REQUEST")
-  if pr.len > 0 and pr != "false":
-    echo "This is a PR build. Skipping."
-    quit(0)
-
-  let repoSlug = getEnvOrQuit("TRAVIS_REPO_SLUG")
-  let branch = getEnvOrQuit("TRAVIS_BRANCH")
-  let changeset = getEnvOrQuit("TRAVIS_COMMIT")
-  let tag = getEnv("TRAVIS_TAG")
-
-  # let repoSlug = "pragmagic/godot-nim"
-  # let branch = "master"
-  # let changeset = "0fd0101432c1fed1004f50b035fcf74f75f004a8"
-  # let tag = ""
-
-  let gitHubToken = getEnvOrQuit("GITHUB_TOKEN")
-
-  if branch != "master" and not (tag =~ peg"^ 'v' \d+ '.' \d+ '.' \d+ $"):
-    echo "This is not master or tagged changeset. Skipping."
-    quit(0)
-
-  let godotBin = getEnvOrQuit("GODOT_BIN")
-
-  const docDir = "docgen"
-  buildDocs(docDir, getCurrentDir(), godotBin)
-  publish(docDir, gitHubToken, repoSlug, branch, tag, changeset)

docs/godotapi.rst

@@ -1,12 +0,0 @@
-===============
-Godot API (Nim)
-===============
-
-:Godot Git Hash: |godothash|
-
-.. contents::
-
-This is an auto-generated index of Godot API. It's built from Git changeset
-$GODOTAPI_CHANGESET_HASH.
-
-$AUTO_GENERATED_GODOTAPI_LIST

docs/index.rst

@@ -1,173 +0,0 @@
-=============================
-Nim bindings for Godot Engine
-=============================
-
-:Author: Ruslan Mustakov
-:Version: |godotnimversion|
-:GitHub: `$GODOTNIM_GITHUB_URL <$GODOTNIM_GITHUB_URL>`_
-:License: MIT
-
-.. contents::
-
-``godot-nim`` library allows to create games on
-`Godot Engine <https://godotengine.org/>`_ with
-`Nim programming language <https://nim-lang.org/>`_. Nim is a statically typed
-language with an elegant Python-like syntax that compiles to native code.
-It is garbage-collected, but its GC supports real-time mode which this library
-makes use of. It means the GC will never run during game frames and will use
-fixed amount of frame idle time to collect garbage. This leads to no stalls
-and close to zero compromise on performance comparing to native languages with
-manual memory management.
-
-If you are not familiar with Nim yet, it is recommended to go through the
-`official tutorial <https://nim-lang.org/docs/tut1.html>`_.
-
-`VSCode <https://code.visualstudio.com/>`_ is the recommended editor for
-working with Nim code. It is cross-platform and has the excellent
-`nim plugin <https://marketplace.visualstudio.com/items?itemName=kosz78.nim>`_
-that supports most of the features you would expect from an IDE.
-It also has `godot-tools plugin <https://marketplace.visualstudio.com/items?itemName=geequlim.godot-tools>`_
-which adds features for editing GDScript and Godot resource files.
-
-
-Getting Started
-===============
-
-Getting Godot
---------------
-
-The library requires Godot version 3.0, which you can get here:
-https://godotengine.org/download
-
-Installing Nim
--------------
-
-The library requires Nim version 0.18.0 or newer, which you can get here:
-https://nim-lang.org/install.html
-
-Make sure you also have ``nimble`` (Nim's package manager) installed.
-
-Creating Project
-----------------
-
-The fastest way to set up a Godot-Nim project is to use the existing stub:
-
-.. code-block:: bash
-   git clone --depth=1 https://github.com/pragmagic/godot-nim-stub.git myproject
-
-(you can then delete the .git directory within to untie the project from the
-stub repository)
-
-The stub contains the necessary build configuration to compile your code for
-desktop and mobile platforms, as well as a couple of very simple scenes to
-help you get started. Consult the stub's `README
-<https://github.com/pragmagic/godot-nim-stub>`_ for information about
-compiling the project.
-
-
-Adding Nim to Existing Project
-------------------------------
-
-If you would like to use Nim in an existing project:
-
-1. Copy ``nakefile.nim`` file and ``src`` directory from the stub described
-   in the previous section above your Godot project folder. Adjust paths in
-   build scripts (``nakefile.nim``, ``src/stub.nimble``) according to your
-   own project structure.
-
-2. Copy ``nimlib.gdnlib`` to your Godot project folder. It is a
-   GDNative library resource that contains paths to dynamic libraries
-   compiled by Nim.
-
-Next Steps
-----------
-
-Once you are familiarized with the build process (it's as simple as running
-``nake build`` after you are set up), it is recommended to go through
-`godotmacros <godotmacros.html>`_ and `godotnim <godotnim.html>`_ module
-documentations. They describe special macros and procedures needed to define
-or instantiate Godot objects. After you learned that, the rest is similar to
-using any Nim library. These bindings do not limit any of Nim's capabilities,
-and you can use any Nim types as fields or parameters of Godot objects and
-their procedures (but, obviously, you may not be able to export some of them
-to Godot editor or GDScript, unless you define your own converters).
-
-
-Modules
-=======
-
-The binding library consists of three major modules:
-
-* `godot <#modules-godot-module>`_ - Contains core types and macro definitions.
-  You need to import this in any module that defines or makes use of Godot
-  types.
-
-* `godotinternal <#modules-godotinternal-module>`_ - Contains raw wrappers over
-  few core types, such as ``GodotVariant``, ``GodotString``, ``GodotNodePath``,
-  ``GodotDictionary``, pool arrays. These are used by ``godotapigen`` and macro
-  implementations, and you don't have to use them at all in your code, unless
-  you want to go into low-level details for some reason. Each of those types
-  needs to be destructed manually with ``deinit`` procedure.
-
-* `godotapigen <godotapigen.html>`_ - Wrapper generator based on data from
-  Godot's ``ClassDB``. You only need to use it as a part of the build process.
-
-
-godot Module
-------------
-
-Contains core types and macro definitions. You need to import this in any
-module that defines or makes use of Godot types. The sumbodules below are
-exported and you don't have to import any of them directly.
-
-* `godotnim <godotnim.html>`_ Defines ``NimGodotObject`` and Varaint converters
-  for standard Nim types.
-* `godotmacros <godotmacros.html>`_ Defines ``gdobj`` macro for defining
-  Godot objects.
-* `variants <variants.html>`_ ``Variant`` type represents a "dynamic object"
-  that many Godot procedures make use of.
-* `arrays <arrays.html>`_ Defines ``Array`` of Variants.
-* `basis <basis.html>`_ Defines 3D ``Basis``.
-* `colors <colors.html>`_ Defines ARGB ``Color``.
-* `dictionaries <dictionaries.html>`_ Defines ``Variant`` -> ``Variant``
-  ``Dictionary``.
-* `nodepaths <nodepaths.html>`_ Defines ``NodePath`` - a path to a ``Node``.
-* `planes <planes.html>`_ Defines 3D ``Plane``.
-* `poolarrays <poolarrays.html>`_ Defines pooled arrays: ``PoolByteArray``,
-  ``PoolIntArray``, ``PoolRealArray``, ``PoolVector2Array``,
-  ``PoolVector3Array``, ``PoolColorArray``, ``PoolStringArray``.
-* `quats <quats.html>`_ Defines ``Quat`` (quaternion) describing object
-  rotation in 3D space.
-* `rect2 <rect2.html>`_ Defines ``Rect2`` - a 2D rectangle.
-* `aabb <aabb.html>`_ Defines ``AABB`` - a 3D box.
-* `rids <rids.html>`_ Defines ``RID`` - a resource identifier.
-* `transform2d <transform2d.html>`_ Defines ``Transform2D``.
-* `transforms <transforms.html>`_ Defines ``Transform``.
-* `vector2 <vector2.html>`_ Defines ``Vector2``.
-* `vector3 <vector3.html>`_ Defines ``Vector3``.
-* `godotbase <godotbase.html>`_ Defines ``Error`` type and few common math
-  procedures missing in Nim's standard library.
-
-
-Godot API
----------
-
-This is an auto-generated list of Godot API modules. It's built from Godot
-changeset `$GODOTAPI_CHANGESET_HASH
-<https://github.com/godotengine/godot/commit/$GODOTAPI_CHANGESET_HASH>`_.
-
-$AUTO_GENERATED_GODOTAPI_LIST
-
-
-godotinternal Module
---------------------
-
-Contains low-level wrappers over Godot types that require manual memory
-management. This module is used within ``godot-nim`` implementation and you
-don't need to import it unless you know what you are doing.
-
-* `godotdictionaries <godotdictionaries.html>`_
-* `godotnodepaths <godotnodepaths.html>`_
-* `godotpoolarrays <godotpoolarrays.html>`_
-* `godotstrings <godotstrings.html>`_
-* `godotvariants <godotvariants.html>`_

docs/nim.cfg

@@ -1 +0,0 @@
---threads:on

godot.nimble

@@ -1,7 +0,0 @@
-version = "0.8.2"
-author = "Xored Software, Inc."
-description = "Godot Engine bindings"
-license = "MIT"
-srcDir = "godot"
-
-requires "nim >= 0.17.3", "compiler >= 0.17.3"

godot/core/aabb.nim

@@ -1,79 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import hashes
-
-import vector3
-import internal/godotinternaltypes, internal/godotstrings
-import godotcoretypes, gdnativeapi
-
-proc initAABB*(pos, size: Vector3): AABB {.inline.} =
-  AABB(position: pos, size: size)
-
-proc `$`*(self: AABB): string {.inline.} =
-  $getGDNativeAPI().aabbAsString(self)
-
-proc hash*(self: AABB): Hash {.inline.} =
-  !$(self.position.hash() !& self.size.hash())
-
-proc area*(self: AABB): float32 {.inline.} =
-  getGDNativeAPI().aabbGetArea(self)
-
-proc hasNoArea*(self: AABB): bool {.inline.} =
-  getGDNativeAPI().aabbHasNoArea(self)
-
-proc hasNoSurface*(self: AABB): bool {.inline.} =
-  getGDNativeAPI().aabbHasNoSurface(self)
-
-proc intersects*(self, other: AABB): bool {.inline.} =
-  getGDNativeAPI().aabbIntersects(self, other)
-
-proc encloses*(self, other: AABB): bool {.inline.} =
-  getGDNativeAPI().aabbEncloses(self, other)
-
-proc merge*(self, other: AABB): AABB {.inline.} =
-  getGDNativeAPI().aabbMerge(self, other).toAABB()
-
-proc intersection*(self, other: AABB): AABB {.inline.} =
-  getGDNativeAPI().aabbIntersection(self, other).toAABB()
-
-proc intersectsPlane*(self: AABB; plane: Plane): bool {.inline.} =
-  getGDNativeAPI().aabbIntersectsPlane(self, plane)
-
-proc intersectsSegment*(self: AABB; start, to: Vector3): bool {.inline.} =
-  getGDNativeAPI().aabbIntersectsSegment(self, start, to)
-
-proc contains*(self: AABB; point: Vector3): bool {.inline.} =
-  getGDNativeAPI().aabbHasPoint(self, point)
-
-proc getSupport*(self: AABB; dir: Vector3): Vector3 {.inline.} =
-  getGDNativeAPI().aabbGetSupport(self, dir).toVector3()
-
-proc getLongestAxis*(self: AABB): Vector3 {.inline.} =
-  getGDNativeAPI().aabbGetLongestAxis(self).toVector3()
-
-proc getLongestAxisIndex*(self: AABB): cint {.inline.} =
-  getGDNativeAPI().aabbGetLongestAxisIndex(self)
-
-proc getLongestAxisSize*(self: AABB): float32 {.inline.} =
-  getGDNativeAPI().aabbGetLongestAxisSize(self)
-
-proc getShortestAxis*(self: AABB): Vector3 {.inline.} =
-  getGDNativeAPI().aabbGetShortestAxis(self).toVector3()
-
-proc getShortestAxisIndex*(self: AABB): cint {.inline.} =
-  getGDNativeAPI().aabbGetShortestAxisIndex(self)
-
-proc getShortestAxisSize*(self: AABB): float32 {.inline.} =
-  getGDNativeAPI().aabbGetShortestAxisSize(self)
-
-proc expand*(self: AABB; toPoint: Vector3): AABB {.inline.} =
-  getGDNativeAPI().aabbExpand(self, toPoint).toAABB()
-
-proc grow*(self: AABB; by: float32): AABB {.inline.} =
-  getGDNativeAPI().aabbGrow(self, by).toAABB()
-
-proc getEndpoint*(self: AABB; idx: cint): Vector3 {.inline.} =
-  getGDNativeAPI().aabbGetEndpoint(self, idx).toVector3()
-
-proc `==`*(a, b: AABB): bool {.inline.} =
-  getGDNativeAPI().aabbOperatorEqual(a, b)

godot/core/arrays.nim

@@ -1,146 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import hashes
-import internal/godotinternaltypes, internal/godotarrays
-
-type
-  Array* = ref object
-    godotArray: GodotArray
-
-proc godotArray*(arr: Array): ptr GodotArray {.inline.} =
-  ## WARNING: do not keep the returned value for longer than the lifetime of
-  ## ``arr``
-  addr arr.godotArray
-
-proc arrayFinalizer(arr: Array) =
-  arr.godotArray.deinit()
-
-proc newArray*(arr: GodotArray): Array {.inline.} =
-  new(result, arrayFinalizer)
-  result.godotArray = arr
-
-import variants
-
-proc newArray*(s: varargs[Variant]): Array =
-  new(result, arrayFinalizer)
-  initGodotArray(result.godotArray)
-  for v in s:
-    result.godotArray.add(v.godotVariant[])
-
-proc newArray*(s: openarray[Variant]): Array =
-  result = newArray()
-  for v in s:
-    result.godotArray.add(v.godotVariant[])
-
-import poolarrays
-
-proc newArray*(pca: PoolColorArray): Array {.inline.} =
-  new(result, arrayFinalizer)
-  initGodotArray(result.godotArray, pca.godotPoolColorArray[])
-
-proc newArray*(pv3a: PoolVector3Array): Array {.inline.} =
-  new(result, arrayFinalizer)
-  initGodotArray(result.godotArray, pv3a.godotPoolVector3Array[])
-
-proc newArray*(pv2a: PoolVector2Array): Array {.inline.} =
-  new(result, arrayFinalizer)
-  initGodotArray(result.godotArray, pv2a.godotPoolVector2Array[])
-
-proc newArray*(psa: PoolStringArray): Array {.inline.} =
-  new(result, arrayFinalizer)
-  initGodotArray(result.godotArray, psa.godotPoolStringArray[])
-
-proc newArray*(pra: PoolRealArray): Array {.inline.} =
-  new(result, arrayFinalizer)
-  initGodotArray(result.godotArray, pra.godotPoolRealArray[])
-
-proc newArray*(pia: PoolIntArray): Array {.inline.} =
-  new(result, arrayFinalizer)
-  initGodotArray(result.godotArray, pia.godotPoolIntArray[])
-
-proc newArray*(pba: PoolByteArray): Array {.inline.} =
-  new(result, arrayFinalizer)
-  initGodotArray(result.godotArray, pba.godotPoolByteArray[])
-
-proc `[]=`*(self: Array; idx: int; value: Variant) {.inline.} =
-  self.godotArray[idx.cint] = value.godotVariant[]
-
-proc `[]`*(self: Array; idx: int): Variant {.inline.} =
-  newVariant(self.godotArray[idx.cint])
-
-proc add*(self: Array; value: Variant) {.inline.} =
-  self.godotArray.add(value.godotVariant[])
-
-proc clear*(self: Array) {.inline.} =
-  self.godotArray.clear()
-
-proc count*(self: Array; value: Variant): int {.inline.} =
-  self.godotArray.count(value.godotVariant[]).int
-
-proc isEmpty*(self: Array): bool {.inline.} =
-  self.godotArray.isEmpty()
-
-proc erase*(self: Array; value: Variant) {.inline.} =
-  self.godotArray.erase(value.godotVariant[])
-
-proc first*(self: Array): Variant {.inline.} =
-  newVariant(self.godotArray.first())
-
-proc last*(self: Array): Variant {.inline.} =
-  newVariant(self.godotArray.last())
-
-proc find*(self: Array; what: Variant; f: int): int {.inline.} =
-  self.godotArray.find(what.godotVariant[], f.cint).int
-
-proc findLast*(self: Array; what: Variant): int {.inline.} =
-  self.godotArray.findLast(what.godotVariant[]).int
-
-proc contains*(self: Array; value: Variant): bool {.inline.} =
-  self.godotArray.contains(value.godotVariant[])
-
-proc hash*(self: Array): Hash {.inline.} =
-  hash(self.godotArray.godotHash())
-
-proc insert*(self: Array; pos: int; value: Variant) {.inline.} =
-  self.godotArray.insert(pos.cint, value.godotVariant[])
-
-proc reverse*(self: Array) {.inline.} =
-  self.godotArray.reverse()
-
-proc popLast*(self: Array): Variant {.inline.} =
-  newVariant(self.godotArray.popLast())
-
-proc popFirst*(self: Array): Variant {.inline.} =
-  newVariant(self.godotArray.popFirst())
-
-proc addLast*(self: Array; value: Variant) {.inline.} =
-  self.godotArray.addLast(value.godotVariant[])
-
-proc addFirst*(self: Array; value: Variant) {.inline.} =
-  self.godotArray.addFirst(value.godotVariant[])
-
-proc delete*(self: Array; idx: int) {.inline.} =
-  self.godotArray.delete(idx.cint)
-
-proc setLen*(self: Array; size: int) {.inline.} =
-  self.godotArray.setLen(size.cint)
-
-proc rfind*(self: Array; what: Variant; fromIdx: int): int {.inline.} =
-  self.godotArray.rfind(what.godotVariant[], fromIdx.cint).int
-
-proc len*(self: Array): int {.inline.} =
-  self.godotArray.len.int
-
-proc sort*(self: Array) {.inline.} =
-  self.godotArray.sort()
-
-iterator items*(self: Array): Variant =
-  for i in 0..<self.len:
-    yield self[i]
-
-iterator pairs*(self: Array): tuple[key: int, val: Variant] =
-  for i in 0..<self.len:
-    yield (i, self[i])
-
-proc `$`*(self: Array): string =
-  $self.godotArray

godot/core/basis.nim

@@ -1,459 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import math, hashes
-
-import godotbase, vector3, quats
-import godotcoretypes
-
-{.push stackTrace: off.}
-
-proc setCells*(basis: var Basis, xx, xy, xz, yx, yy, yz, zx, zy, zz: float32) =
-  basis.elements[0].x = xx
-  basis.elements[0].y = xy
-  basis.elements[0].z = xz
-  basis.elements[1].x = yx
-  basis.elements[1].y = yy
-  basis.elements[1].z = yz
-  basis.elements[2].x = zx
-  basis.elements[2].y = zy
-  basis.elements[2].z = zz
-
-proc `[]`*(self: Basis; row: range[0..2]): Vector3 {.inline.} =
-  self.elements[row]
-
-proc `[]`*(self: var Basis; row: range[0..2]): var Vector3 {.inline.} =
-  self.elements[row]
-
-proc `[]=`*(self: var Basis; row: range[0..2];
-            value: Vector3) {.inline.} =
-  self.elements[row] = value
-
-proc `==`*(self, other: Basis): bool =
-  for i in 0..2:
-    for j in 0..2:
-      if self[i][j] != other[i][j]:
-        return false
-  result = true
-
-proc isEqualApprox*(self, other: Basis): bool =
-  for i in 0..2:
-    for j in 0..2:
-      if not self[i][j].isEqualApprox(other[i][j]):
-        return false
-  result = true
-
-proc tdotx*(self: Basis; v: Vector3): float32 {.inline.} =
-  self.elements[0].x * v.x + self.elements[1].x * v.y + self.elements[2].x * v.z
-
-proc tdoty*(self: Basis; v: Vector3): float32 {.inline.} =
-  self.elements[0].y * v.x + self.elements[1].y * v.y + self.elements[2].y * v.z
-
-proc tdotz*(self: Basis; v: Vector3): float32 {.inline.} =
-  self.elements[0].z * v.x + self.elements[1].z * v.y + self.elements[2].z * v.z
-
-proc `+`*(self, other: Basis): Basis {.inline.} =
-  result[0] = self[0] + other[0]
-  result[1] = self[1] + other[1]
-  result[2] = self[2] + other[2]
-
-proc `+=`*(self: var Basis, other: Basis) {.inline.} =
-  self[0] += other[0]
-  self[1] += other[1]
-  self[2] += other[2]
-
-proc `-`*(self, other: Basis): Basis {.inline.} =
-  result[0] = self[0] - other[0]
-  result[1] = self[1] - other[1]
-  result[2] = self[2] - other[2]
-
-proc `-=`*(self: var Basis, other: Basis) {.inline.} =
-  self[0] -= other[0]
-  self[1] -= other[1]
-  self[2] -= other[2]
-
-proc `*`*(self, other: Basis): Basis {.inline.} =
-  result.setCells(
-    other.tdotx(self[0]), other.tdoty(self[0]), other.tdotz(self[0]),
-    other.tdotx(self[1]), other.tdoty(self[1]), other.tdotz(self[1]),
-    other.tdotx(self[2]), other.tdoty(self[2]), other.tdotz(self[2])
-  )
-
-proc `*=`*(self: var Basis, other: Basis) {.inline.} =
-  self.setCells(
-    other.tdotx(self[0]), other.tdoty(self[0]), other.tdotz(self[0]),
-    other.tdotx(self[1]), other.tdoty(self[1]), other.tdotz(self[1]),
-    other.tdotx(self[2]), other.tdoty(self[2]), other.tdotz(self[2])
-  )
-
-proc `*=`*(self: var Basis; b: float32) {.inline.} =
-  self[0] *= b
-  self[1] *= b
-  self[2] *= b
-
-proc `*`*(self: Basis; b: float32): Basis {.inline.} =
-  result = self
-  result *= b
-
-proc initBasis*(): Basis {.inline.} =
-  result.setCells(
-    1, 0, 0,
-    0, 1, 0,
-    0, 0, 1
-  )
-
-proc initBasis*(row0, row1, row2: Vector3): Basis {.inline.} =
-  Basis(elements: [row0, row1, row2])
-
-proc initBasis*(xx, xy, xz, yx, yy, yz, zx, zy, zz: float32): Basis =
-  result.setCells(xx, xy, xz, yx, yy, yz, zx, zy, zz)
-
-proc initBasis*(euler: Quat): Basis {.inline.} =
-  let d = euler.lengthSquared()
-  let s = 2.0 / d
-  let xs = euler.x * s
-  let ys = euler.y * s
-  let zs = euler.z * s
-  let wx = euler.w * xs
-  let wy = euler.w * ys
-  let wz = euler.w * zs
-  let xx = euler.x * xs
-  let xy = euler.x * ys
-  let xz = euler.x * zs
-  let yy = euler.y * ys
-  let yz = euler.y * zs
-  let zz = euler.z * zs
-  result.setCells(
-    1.0 - (yy + zz), xy - wz, xz + wy,
-    xy + wz, 1.0 - (xx + zz), yz - wx,
-    xz - wy, yz + wx, 1.0 - (xx + yy))
-
-proc setAxisAngle(self: var Basis, axis: Vector3, phi: float32) =
-  assert(axis.isNormalized())
-  let axisSq = vec3(axis.x * axis.x, axis.y * axis.y, axis.z * axis.z)
-
-  let cosine = cos(phi);
-  let sine = sin(phi);
-
-  self.elements[0].x = axisSq.x + cosine * (1.0 - axisSq.x)
-  self.elements[0].y = axis.x * axis.y * (1.0 - cosine) - axis.z * sine
-  self.elements[0].z = axis.z * axis.x * (1.0 - cosine) + axis.y * sine
-
-  self.elements[1].x = axis.x * axis.y * (1.0 - cosine) + axis.z * sine
-  self.elements[1].y = axisSq.y + cosine * (1.0 - axisSq.y)
-  self.elements[1].z = axis.y * axis.z * (1.0 - cosine) - axis.x * sine
-
-  self.elements[2].x = axis.z * axis.x * (1.0 - cosine) - axis.y * sine
-  self.elements[2].y = axis.y * axis.z * (1.0 - cosine) + axis.x * sine
-  self.elements[2].z = axisSq.z + cosine * (1.0 - axisSq.z)
-
-proc initBasis*(axis: Vector3, phi: float32): Basis  {.inline.} =
-  result.setAxisAngle(axis, phi)
-
-proc setEuler*(self: var Basis, euler: Vector3) =
-  var c = cos(euler.x)
-  var s = sin(euler.x)
-
-  let xmat = initBasis(1.0, 0.0, 0.0, 0.0, c, -s, 0.0, s, c)
-
-  c = cos(euler.y)
-  s = sin(euler.y)
-  let ymat = initBasis(c, 0.0, s, 0.0, 1.0, 0.0, -s, 0.0, c)
-
-  c = cos(euler.z)
-  s = sin(euler.z)
-  let zmat = initBasis(c, -s, 0.0, s, c, 0.0, 0.0, 0.0, 1.0)
-
-  self = xmat * (ymat * zmat)
-
-proc getEuler*(self: Basis): Vector3 =
-  result.y = arcsin(self.elements[0].z)
-  if result.y < PI * 0.5:
-    if result.y > -PI * 0.5:
-      result.x = arctan2(-self.elements[1].z, self.elements[2].z)
-      result.z = arctan2(-self.elements[0].y, self.elements[0].x)
-    else:
-      let r = arctan2(self.elements[1].x, self.elements[1].y)
-      result.x = -r
-  else:
-    let r = arctan2(self.elements[0].y, self.elements[1].y)
-    result.x = r
-
-proc initBasis*(euler: Vector3): Basis {.inline.} =
-  result.setEuler(euler)
-
-proc outer*(self, other: Vector3): Basis {.inline.} =
-  let row0 = vec3(self.x * other.x, self.x * other.y, self.x * other.z)
-  let row1 = vec3(self.y * other.x, self.y * other.y, self.y * other.z)
-  let row2 = vec3(self.z * other.x, self.z * other.y, self.z * other.z)
-  initBasis(row0, row1, row2)
-
-proc toDiagonalMatrix*(self: Vector3): Basis {.inline.} =
-  initBasis(
-    self.x, 0, 0,
-    0, self.y, 0,
-    0, 0, self.z
-  )
-
-proc `$`*(self: Basis): string {.inline.} =
-  result = newStringOfCap(128)
-  for i in 0..2:
-    for j in 0..2:
-      if i != 0 or j != 0:
-        result.add(", ")
-      result.add($self[i][j])
-
-proc hash*(self: Basis): Hash {.inline.} =
-  !$(self.elements[0].hash() !& self.elements[1].hash() !& self.elements[2].hash())
-
-template cofac(row1, col1, row2, col2: int): float32 =
-  self.elements[row1][col1] * self.elements[row2][col2] -
-    self.elements[row1][col2] * self.elements[row2][col1]
-
-proc determinant(self: Basis): float32 {.inline.} =
-  self[0][0] * cofac(1, 1, 2, 2) -
-    self[1][0] * cofac(0, 1, 2, 2) +
-    self[2][0] * cofac(0, 1, 1, 2)
-
-proc invert*(self: var Basis) =
-  let co = [cofac(1, 1, 2, 2), cofac(1, 2, 2, 0), cofac(1, 0, 2, 1)]
-  let det = self.elements[0][0] * co[0] +
-            self.elements[0][1] * co[1] +
-            self.elements[0][2] * co[2]
-  assert(det != 0)
-  let s = 1.0'f32 / det
-  self.setCells(
-    co[0] * s, cofac(0, 2, 2, 1) * s, cofac(0, 1, 1, 2) * s,
-    co[1] * s, cofac(0, 0, 2, 2) * s, cofac(0, 2, 1, 0) * s,
-    co[2] * s, cofac(0, 1, 2, 0) * s, cofac(0, 0, 1, 1) * s
-  )
-
-proc inverse*(self: Basis): Basis {.inline.} =
-  result = self
-  result.invert()
-
-proc axis*(self: Basis; idx: range[0..2]): Vector3 {.inline.} =
-  vec3(self[0][idx], self[1][idx], self[2][idx])
-
-proc setAxis*(self: var Basis; idx: range[0..2]; value: Vector3) {.inline.} =
-  self.elements[0][idx] = value.x
-  self.elements[1][idx] = value.y
-  self.elements[2][idx] = value.z
-
-proc row*(self: Basis; row: range[0..2]): Vector3 {.inline.} =
-  self.elements[row]
-
-proc setRow*(self: var Basis; row: range[0..2]; value: Vector3) {.inline.} =
-  self.elements[row] = value
-
-proc getMainDiagonal*(self: Basis): Vector3 {.inline.} =
-  vec3(self.elements[0][0], self.elements[1][1], self.elements[2][2])
-
-proc zero*(self: var Basis) {.inline.} =
-  self.elements[0].zero()
-  self.elements[1].zero()
-  self.elements[2].zero()
-
-proc orthonormalize(self: var Basis) =
-  var x = self.axis(0)
-  var y = self.axis(1)
-  var z = self.axis(2)
-
-  x.normalize()
-  y = y - x * x.dot(y)
-  y.normalize()
-  z = z - x * x.dot(z) - y * y.dot(z)
-  z.normalize()
-
-  self.setAxis(0, x)
-  self.setAxis(1, y)
-  self.setAxis(2, z)
-
-proc orthonormalized*(self: Basis): Basis {.inline.} =
-  result = self
-  result.orthonormalize()
-
-proc transpose*(self: var Basis) {.inline.} =
-  swap(self.elements[0].x, self.elements[1].x)
-  swap(self.elements[0].z, self.elements[2].x)
-  swap(self.elements[1].z, self.elements[2].y)
-
-proc transposed*(self: Basis): Basis {.inline.} =
-  result = self
-  result.transpose()
-
-proc isOrthogonal*(self: Basis): bool {.inline.} =
-  let id = initBasis()
-  let m = self * self.transposed()
-  result = id.isEqualApprox(m)
-
-proc isRotation*(self: Basis): bool {.inline.} =
-  self.determinant().isEqualApprox(1.0) and self.isOrthogonal()
-
-proc isSymmetric*(self: Basis): bool {.inline.} =
-  if not self.elements[0][1].isEqualApprox(self.elements[1][0]):
-    return false
-  if not self.elements[0][2].isEqualApprox(self.elements[2][0]):
-    return false
-  if not self.elements[1][2].isEqualApprox(self.elements[2][1]):
-    return false
-  result = true
-
-proc scale*(self: var Basis, scale: Vector3) =
-  self[0].x *= scale.x
-  self[0].y *= scale.x
-  self[0].z *= scale.x
-  self[1].x *= scale.y
-  self[1].y *= scale.y
-  self[1].z *= scale.y
-  self[2].x *= scale.z
-  self[2].y *= scale.z
-  self[2].z *= scale.z
-
-proc scaled*(self: Basis, scale: Vector3): Basis =
-  result = self
-  result.scale(scale)
-
-proc rotated*(self: Basis; axis: Vector3; phi: float32): Basis {.inline.} =
-  initBasis(axis, phi) * self
-
-proc rotate*(self: var Basis; axis: Vector3; phi: float32) {.inline.} =
-  self = self.rotated(axis, phi)
-
-proc rotated*(self: Basis; euler: Vector3): Basis {.inline.} =
-  initBasis(euler) * self
-
-proc rotate*(self: var Basis; euler: Vector3) {.inline.} =
-  self = self.rotated(euler)
-
-proc getScale*(self: Basis): Vector3 =
-  let detSign = if self.determinant() > 0: 1'f32 else: -1'f32
-  result = detSign * vec3(
-    vec3(self.elements[0].x, self.elements[1].x, self.elements[2].x).length(),
-    vec3(self.elements[0].y, self.elements[1].y, self.elements[2].y).length(),
-    vec3(self.elements[0].z, self.elements[1].z, self.elements[2].z).length(),
-  )
-
-proc getRotation*(self: Basis): Vector3 {.inline.} =
-  var m = self.orthonormalized()
-  let det = m.determinant()
-  if det < 0:
-    m.scale(vec3(-1, -1, -1))
-  result = m.getEuler()
-
-proc setScale*(self: var Basis; scale: Vector3) =
-  let e = self.getEuler()
-  self = initBasis() # reset to identity
-  self.scale(scale)
-  self.rotate(e)
-
-proc setRotationEuler*(self: var Basis; euler: Vector3) =
-  let s = self.getScale()
-  self = initBasis()
-  self.scale(s)
-  self.rotate(euler)
-
-proc setRotationAxisAngle*(self: var Basis; axis: Vector3; angle: float32) =
-  let s = self.getScale()
-  self = initBasis()
-  self.scale(s)
-  self.rotate(axis, angle)
-
-proc asQuat*(self: Basis): Quat =
-  let trace = self.elements[0].x + self.elements[1].y + self.elements[2].z
-  var temp: array[4, float32]
-  if trace > 0'f32:
-    var s = sqrt(trace + 1.0)
-    temp[3] = s * 0.5
-    s = 0.5 / s
-
-    temp[0] = (self.elements[2].y - self.elements[1].z) * s
-    temp[1] = (self.elements[0].z - self.elements[2].x) * s
-    temp[2] = (self.elements[1].x - self.elements[0].y) * s
-  else:
-    let i = if self.elements[0].x < self.elements[1].y:
-              if self.elements[1].y < self.elements[2].z: 2 else: 1
-            else:
-              if self.elements[0].x < self.elements[2].z: 2 else: 0
-    let j = (i + 1) mod 3
-    let k = (i + 2) mod 3
-
-    var s = sqrt(self.elements[i][i] - self.elements[j][j] -
-                 self.elements[k][k] + 1.0)
-    temp[i] = s * 0.5
-    s = 0.5 / s
-
-    temp[3] = (self.elements[k][j] - self.elements[j][k]) * s
-    temp[j] = (self.elements[j][i] + self.elements[i][j]) * s
-    temp[k] = (self.elements[k][i] + self.elements[i][k]) * s
-
-  result = initQuat(temp[0], temp[1], temp[2], temp[3])
-
-proc xform*(self: Basis; v: Vector3): Vector3 {.inline.} =
-  vec3(
-    self.elements[0].dot(v),
-    self.elements[1].dot(v),
-    self.elements[2].dot(v)
-  )
-
-proc xformInv*(self: Basis; v: Vector3): Vector3 {.inline.} =
-  vec3(
-    self.elements[0].x * v.x + self.elements[1].x * v.y + self.elements[2].x * v.z,
-    self.elements[0].y * v.x + self.elements[1].y * v.y + self.elements[2].y * v.z,
-    self.elements[0].z * v.x + self.elements[1].z * v.y + self.elements[2].z * v.z,
-  )
-
-const orthoBases = [
-  initBasis(1, 0, 0, 0, 1, 0, 0, 0, 1),
-  initBasis(0, -1, 0, 1, 0, 0, 0, 0, 1),
-  initBasis(-1, 0, 0, 0, -1, 0, 0, 0, 1),
-  initBasis(0, 1, 0, -1, 0, 0, 0, 0, 1),
-  initBasis(1, 0, 0, 0, 0, -1, 0, 1, 0),
-  initBasis(0, 0, 1, 1, 0, 0, 0, 1, 0),
-  initBasis(-1, 0, 0, 0, 0, 1, 0, 1, 0),
-  initBasis(0, 0, -1, -1, 0, 0, 0, 1, 0),
-  initBasis(1, 0, 0, 0, -1, 0, 0, 0, -1),
-  initBasis(0, 1, 0, 1, 0, 0, 0, 0, -1),
-  initBasis(-1, 0, 0, 0, 1, 0, 0, 0, -1),
-  initBasis(0, -1, 0, -1, 0, 0, 0, 0, -1),
-  initBasis(1, 0, 0, 0, 0, 1, 0, -1, 0),
-  initBasis(0, 0, -1, 1, 0, 0, 0, -1, 0),
-  initBasis(-1, 0, 0, 0, 0, -1, 0, -1, 0),
-  initBasis(0, 0, 1, -1, 0, 0, 0, -1, 0),
-  initBasis(0, 0, 1, 0, 1, 0, -1, 0, 0),
-  initBasis(0, -1, 0, 0, 0, 1, -1, 0, 0),
-  initBasis(0, 0, -1, 0, -1, 0, -1, 0, 0),
-  initBasis(0, 1, 0, 0, 0, -1, -1, 0, 0),
-  initBasis(0, 0, 1, 0, -1, 0, 1, 0, 0),
-  initBasis(0, 1, 0, 0, 0, 1, 1, 0, 0),
-  initBasis(0, 0, -1, 0, 1, 0, 1, 0, 0),
-  initBasis(0, -1, 0, 0, 0, -1, 1, 0, 0)
-]
-
-proc orthogonalIndex*(self: Basis): int =
-  var orth = self
-  for i in 0..2:
-    for j in 0..2:
-      var v = orth[i][j]
-      if v > 0.5:
-        v = 1.0'f32
-      elif v < -0.5:
-        v = -1.0'f32
-      else:
-        v = 0'f32
-      orth[i][j] = v
-
-  for idx, base in orthoBases:
-    if base == orth:
-      return idx
-
-proc setOrthogonalIndex*(self: var Basis, idx: range[0..23]) =
-  self = orthoBases[idx]
-
-proc rotate*(self: var Vector3; axis: Vector3; phi: float32) =
-  self = initBasis(axis, phi).xform(self)
-
-proc rotated*(self: Vector3; axis: Vector3; phi: float32): Vector3 =
-  result = self
-  result.rotate(axis, phi)
-
-{.pop.} # stackTrace: off

godot/core/colors.nim

@@ -1,88 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import hashes
-
-import godotcoretypes, gdnativeapi
-
-proc initColor*(r, g, b: float32; a: float32 = 1.0'f32): Color {.inline.} =
-  Color(
-    r: r,
-    g: g,
-    b: b,
-    a: a
-  )
-
-proc initColor*(): Color {.inline.} =
-  ## Initializes black color with 1.0 alpha
-  initColor(0, 0, 0)
-
-proc h*(self: Color): float32 {.inline.} =
-  getGDNativeAPI().colorGetH(self)
-
-proc s*(self: Color): float32 {.inline.} =
-  getGDNativeAPI().colorGetS(self)
-
-proc v*(self: Color): float32 {.inline.} =
-  getGDNativeAPI().colorGetV(self)
-
-proc `$`*(self: Color): string {.inline.} =
-  result = newStringOfCap(50)
-  result.add($self.r)
-  result.add(", ")
-  result.add($self.g)
-  result.add(", ")
-  result.add($self.b)
-  result.add(", ")
-  result.add($self.a)
-
-proc hash*(self: Color): Hash {.inline.} =
-  !$(self.r.hash() !& self.g.hash() !& self.b.hash() !& self.a.hash())
-
-proc toHex(val: float32, target: var string, targetIdx: int) =
-  let val = clamp(int(val * 255), 0, 255)
-  let nums = [(val and 0xF0) shr 4, val and 0xF]
-  for i, num in nums:
-    target[targetIdx + i] = if num < 10: chr(ord('0') + num)
-                            else: chr(ord('A') + (num - 10))
-
-proc toHtml*(self: Color, withAlpha: bool): string =
-  let size = if withAlpha: 8 else: 6
-  result = newString(size)
-  toHex(self.r, result, 0)
-  toHex(self.g, result, 2)
-  toHex(self.b, result, 4)
-  if withAlpha:
-    toHex(self.b, result, 6)
-
-proc toARGB32*(self: Color): uint32 {.inline.} =
-  result = uint8(self.a * 255)
-  result = (result shl 8) or uint8(self.r * 255)
-  result = (result shl 8) or uint8(self.g * 255)
-  result = (result shl 8) or uint8(self.b * 255)
-
-proc gray*(self: Color): float32 {.inline.} =
-  getGDNativeAPI().colorGray(self)
-
-proc inverted*(self: Color): Color {.inline.} =
-  getGDNativeAPI().colorInverted(self).toColor()
-
-proc contrasted*(self: Color): Color {.inline.} =
-  getGDNativeAPI().colorContrasted(self).toColor()
-
-proc lerp*(self: Color; b: Color; t: float32): Color {.inline.} =
-  getGDNativeAPI().colorLinearInterpolate(self, b, t).toColor()
-
-proc blend*(self: Color; over: Color): Color {.inline.} =
-  getGDNativeAPI().colorBlend(self, over).toColor()
-
-proc `==`*(a, b: Color): bool {.inline.} =
-  a.r == b.r and a.g == b.g and a.b == b.b and a.a == b.a
-
-proc `<`*(a, b: Color): bool =
-  if a.r == b.r:
-    if a.g == b.g:
-      if a.b == b.b:
-        return a.a < b.a
-      return a.b < b.b
-    return a.g < b.g
-  return a.r < b.r

godot/core/dictionaries.nim

@@ -1,110 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import hashes
-import internal/godotinternaltypes, internal/godotdictionaries,
-       internal/godotvariants, internal/godotstrings
-
-type
-  Dictionary* = ref object
-    godotDictionary: GodotDictionary
-
-proc dictionaryFinalizer(dict: Dictionary) =
-  dict.godotDictionary.deinit()
-
-proc newDictionary*(): Dictionary {.inline.} =
-  new(result, dictionaryFinalizer)
-  initGodotDictionary(result.godotDictionary)
-
-proc newDictionary*(dict: GodotDictionary): Dictionary {.inline.} =
-  new(result, dictionaryFinalizer)
-  result.godotDictionary = dict
-
-proc godotDictionary*(dict: Dictionary): ptr GodotDictionary =
-  ## WARNING: do not keep the returned value for longer than the lifetime of
-  ## ``dict``
-  addr dict.godotDictionary
-
-proc len*(self: Dictionary): int {.inline.} =
-  self.godotDictionary.len.int
-
-proc isEmpty*(self: Dictionary): bool {.inline.} =
-  self.godotDictionary.isEmpty()
-
-proc clear*(self: Dictionary) {.inline.} =
-  self.godotDictionary.clear()
-
-proc hash*(self: Dictionary): Hash {.inline.} =
-  hash(self.godotDictionary.godotHash())
-
-import variants, arrays
-
-proc newVariant*(dict: Dictionary): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant[], dict.godotDictionary)
-
-proc asDictionary*(self: Variant): Dictionary {.inline.} =
-  newDictionary(self.godotVariant[].asGodotDictionary())
-
-proc contains*(self: Dictionary; key: Variant): bool {.inline.}=
-  self.godotDictionary.contains(key.godotVariant[])
-
-proc contains*(self: Dictionary; keys: Array): bool {.inline.} =
-  self.godotDictionary.contains(keys.godotArray[])
-
-proc del*(self: Dictionary; key: Variant) {.inline.} =
-  self.godotDictionary.del(key.godotVariant[])
-
-proc keys*(self: Dictionary): Array {.inline.} =
-  newArray(self.godotDictionary.keys())
-
-proc values*(self: Dictionary): Array {.inline.} =
-  newArray(self.godotDictionary.values())
-
-proc `[]`*(self: Dictionary; key: Variant): Variant {.inline.} =
-  newVariant(self.godotDictionary[key.godotVariant[]])
-
-proc `[]`*(self: Dictionary; keyStr: string): Variant {.inline.} =
-  var godotVariant: GodotVariant
-  var godotStr = keyStr.toGodotString()
-  initGodotVariant(godotVariant, godotStr)
-  result = newVariant(self.godotDictionary[godotVariant])
-  godotStr.deinit()
-  godotVariant.deinit()
-
-proc `[]=`*(self: Dictionary; key, value: Variant) {.inline.} =
-  self.godotDictionary[key.godotVariant[]] = value.godotVariant[]
-
-proc `==`*(self, other: Dictionary): bool {.inline.} =
-  if self.isNil and other.isNil: return true
-  if self.isNil != other.isNil: return false
-  result = self.godotDictionary == other.godotDictionary
-
-proc toJson*(self: Dictionary): string {.inline.} =
-  var s = self.godotDictionary.toJson()
-  result = $s
-  s.deinit()
-
-iterator keys*(dict: Dictionary): Variant =
-  let keyArr = dict.keys()
-  for key in keyArr:
-    yield key
-
-iterator values*(dict: Dictionary): Variant =
-  let valArr = dict.values()
-  for val in valArr:
-    yield val
-
-iterator pairs*(dict: Dictionary): tuple[key, val: Variant] =
-  for key in keys(dict):
-    yield (key, dict[key])
-
-proc `$`*(self: Dictionary): string =
-  result = newStringOfCap(32)
-  result.add('{')
-  for k, v in self:
-    if result.len > 1:
-      result.add(", ")
-    result.add($k)
-    result.add(": ")
-    result.add($v)
-  result.add('}')

godot/core/godotbase.nim

@@ -1,64 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import math, godotinternal
-
-# math helpers
-
-{.push stackTrace: off.}
-const EPSILON = 0.00001'f32
-proc isEqualApprox*(a, b: float32): bool {.inline, noinit.}  =
-  abs(a - b) < EPSILON
-
-proc isEqualApprox*(a, b: float64): bool {.inline, noinit.} =
-  abs(a - b) < EPSILON
-
-proc sign*(a: float32): float32 {.inline, noinit.} =
-  if a < 0: -1.0'f32 else: 1.0'f32
-
-proc sign*(a: float64): float64 {.inline, noinit.} =
-  if a < 0: -1.0'f64 else: 1.0'f64
-
-proc stepify*(value, step: float64): float64 {.inline, noinit.} =
-  if step != 0'f64:
-    floor(value / step + 0.5'f64) * step
-  else:
-    value
-
-proc stepify*(value, step: float32): float32 {.inline, noinit.} =
-  if step != 0'f32:
-    floor(value / step + 0.5'f32) * step
-  else:
-    value
-
-when (NimMajor, NimMinor, NimPatch) < (0, 20, 4):
-  # Newer Nim has these procs in system module
-
-  proc min*(x, y: float32): float32 {.inline, noinit.} =
-    if x <= y: x else: y
-
-  proc abs*(x: float32): float32 {.inline, noinit.} =
-    if x < 0.0: -x else: x
-
-  proc max*(x, y: float32): float32 {.inline, noinit.} =
-    if y <= x: x else: y
-
-{.pop.} # stackTrace: off
-
-template printWarning*(warning: typed) =
-  ## Prints ``warning`` to Godot log, adding filename and line information.
-  let instInfo = instantiationInfo()
-  godotPrintWarning(cstring($warning), cstring"", cstring(instInfo.filename), instInfo.line.cint)
-
-template printError*(error: typed) =
-  ## Prints ``error`` to Godot log, adding filename and line information.
-  let instInfo = instantiationInfo()
-  godotPrintError(cstring($error), cstring"", cstring(instInfo.filename), instInfo.line.cint)
-
-proc print*(parts: varargs[string, `$`]) =
-  ## Prints concatenated ``parts`` to Godot log.
-  var combined = ""
-  for v in parts:
-    combined.add(v)
-  var s = combined.toGodotString()
-  godotPrint(s)
-  s.deinit()

godot/core/godotcoretypes.nim

@@ -1,102 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-type
-  Color* {.byref.} = object
-    r*: float32
-    g*: float32
-    b*: float32
-    a*: float32
-
-  Vector3* {.byref.} = object
-    x*: float32
-    y*: float32
-    z*: float32
-
-  Vector2* {.byref.} = object
-    x*: float32
-    y*: float32
-
-  Plane* {.byref.} = object
-    normal*: Vector3
-    d*: float32
-
-  Basis* {.byref.} = object
-    elements*: array[3, Vector3]
-
-  Quat* {.byref.} = object
-    x*: float32
-    y*: float32
-    z*: float32
-    w*: float32
-
-  AABB* {.byref.} = object
-    position*: Vector3
-    size*: Vector3
-
-  Rect2* {.byref.} = object
-    position*: Vector2
-    size*: Vector2
-
-  Transform2D* {.byref.} = object
-    elements*: array[3, Vector2]
-
-  Transform* {.byref.} = object
-    basis*: Basis
-    origin*: Vector3
-
-  RID* {.byref.} = object
-    data: array[sizeof(int), byte]
-
-  Error* {.size: sizeof(cint), pure.} = enum
-    OK,
-    Failed,    ## Generic fail error
-    Unavailable,    ## What is requested is unsupported/unavailable
-    Unconfigured,   ## The object being used hasnt been properly set up yet
-    Unauthorized,   ## Missing credentials for requested resource
-    ParameterRangeError, ## Parameter given out of range (5)
-    OutOfMemory,  ## Out of memory
-    FileNotFound,
-    FileBadDrive,
-    FileBadPath,
-    FileNoPermission, ##  (10)
-    FileAlreadyInUse,
-    FileCantOpen,
-    FileCantWrite,
-    FileCantRead,
-    FileUnrecognized, ##  (15)
-    FileCorrupt,
-    FileMissingDependencies,
-    FileEOF,
-    CantOpen, ## Can't open a resource/socket/file
-    CantCreate,    ##  (20)
-    QueryFailed,
-    AlreadyInUse,
-    Locked, ## resource is locked
-    Timeout,
-    CantConnect, ##  (25)
-    CantResolve,
-    ConnectionError,
-    CantAquireResource,
-    CantFork,
-    InvalidData, ## Data passed is invalid	(30)
-    InvalidParameter, ## Parameter passed is invalid
-    AlreadyExists, ## When adding, item already exists
-    DoesNotExist, ## When retrieving/erasing, it item does not exist
-    DatabaseCantRead, ## Database is full
-    DatabaseCantWrite, ## Database is full	(35)
-    CompilationFailed,
-    MethodNotFound,
-    LinkFailed,
-    ScriptFailed,
-    CyclicLink, ##  (40)
-    InvalidDeclaration,
-    DuplicateSymbol,
-    PauseError,
-    Busy,
-    Skip, ##  (45)
-    Help,           ## user requested help!!
-    Bug,
-      ## a bug in the software certainly happened, due to a double
-      ## check failing or unexpected behavior.
-    PrinterOnFire, ## the parallel port printer is engulfed in flames
-    WTF ## shit happens, has never been used, though

godot/core/nim.cfg

@@ -1 +0,0 @@
---path:"$projectdir/../"

godot/core/nodepaths.nim

@@ -1,73 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import hashes
-
-import internal/godotinternaltypes, internal/godotnodepaths,
-       internal/godotstrings
-
-type
-  NodePath* = ref object
-    path: GodotNodePath
-
-proc nodePathFinalizer(path: NodePath) =
-  path.path.deinit()
-
-proc newNodePath*(path: GodotNodePath): NodePath =
-  ## Moves the GodotNodePath into Nim wrapper. The ``path`` will be destroyed
-  ## automatically when the result is no longer referenced.
-  new(result, nodePathFinalizer)
-  result.path = path
-
-proc newNodePath*(s: string): NodePath =
-  new(result, nodePathFinalizer)
-  var str = s.toGodotString()
-  initGodotNodePath(result.path, str)
-  str.deinit()
-
-proc godotNodePath*(path: NodePath): ptr GodotNodePath {.inline.} =
-  ## WARNING: do not keep the returned value for longer than the lifetime of
-  ## ``path``
-  result = addr path.path
-
-proc `$`*(self: NodePath): string {.inline.} =
-  var s = self.path.toGodotString()
-  result = $s
-  s.deinit()
-
-proc hash*(self: NodePath): Hash {.inline.} =
-  ($self).hash()
-
-proc isAbsolute*(self: NodePath): bool {.inline.} =
-  self.path.isAbsolute()
-
-proc nameCount*(self: NodePath): int {.inline.} =
-  int(self.path.nameCount())
-
-proc getName*(self: NodePath; idx: int): string {.inline.} =
-  var s = self.path.getName(idx.cint)
-  result = $s
-  s.deinit()
-
-proc subnameCount*(self: NodePath): int {.inline.} =
-  int(self.path.subnameCount())
-
-proc getSubname*(self: NodePath; idx: int): string {.inline.} =
-  var s = self.path.getSubname(idx.cint)
-  result = $s
-  s.deinit()
-
-proc getConcatenatedSubnames*(self: NodePath): string {.inline.} =
-  var s = self.path.getConcatenatedSubnames()
-  result = $s
-  s.deinit()
-
-proc isEmpty*(self: NodePath): bool {.inline.} =
-  self.path.isEmpty()
-
-proc `==`*(a, b: NodePath): bool =
-  if a.isNil and b.isNil: return true
-  if a.isNil != b.isNil: return false
-  result = a.path == b.path
-
-converter fromString*(s: string): NodePath =
-  newNodePath(s)

godot/core/planes.nim

@@ -1,66 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import hashes
-
-import vector3
-
-import internal/godotinternaltypes, internal/godotstrings
-import godotcoretypes, gdnativeapi
-
-proc initPlane*(a, b, c, d: float32): Plane {.inline.} =
-  getGDNativeAPI().planeNewWithReals(result, a, b, c, d)
-
-proc initPlane*(v1, v2, v3: Vector3): Plane {.inline.} =
-  getGDNativeAPI().planeNewWithVectors(result, v1, v2, v3)
-
-proc initPlane*(normal: Vector3; d: float32): Plane {.inline.} =
-  result = Plane(
-    normal: normal,
-    d: d
-  )
-
-proc `$`*(self: Plane): string {.inline.} =
-  $getGDNativeAPI().planeAsString(self)
-
-proc hash*(self: Plane): Hash {.inline, noinit.} =
-  !$(self.normal.hash() !& self.d.hash())
-
-proc normalized*(self: Plane): Plane {.inline.} =
-  getGDNativeAPI().planeNormalized(self).toPlane()
-
-proc center*(self: Plane): Vector3 {.inline.} =
-  getGDNativeAPI().planeCenter(self).toVector3()
-
-proc getAnyPoint*(self: Plane): Vector3 {.inline.} =
-  getGDNativeAPI().planeGetAnyPoint(self).toVector3()
-
-proc isPointOver*(self: Plane; point: Vector3): bool {.inline.} =
-  getGDNativeAPI().planeIsPointOver(self, point)
-
-proc distanceTo*(self: Plane; point: Vector3): float32 {.inline.} =
-  getGDNativeAPI().planeDistanceTo(self, point)
-
-proc contains*(self: Plane; point: Vector3;
-               epsilon: float32): bool {.inline.} =
-  getGDNativeAPI().planeHasPoint(self, point, epsilon)
-
-proc project*(self: Plane; point: Vector3): Vector3 {.inline.} =
-  getGDNativeAPI().planeProject(self, point).toVector3()
-
-proc intersect3*(self: Plane; dest: var Vector3;
-                 b, c: Plane): bool {.inline.} =
-  getGDNativeAPI().planeIntersect3(self, dest, b, c)
-
-proc intersectsRay*(self: Plane; dest: var Vector3;
-                    v, dir: Vector3): bool {.inline.} =
-  getGDNativeAPI().planeIntersectsRay(self, dest, v, dir)
-
-proc intersectsSegment*(self: Plane; dest: var Vector3;
-                        segmentBegin, segmentEnd: Vector3): bool {.inline.} =
-  getGDNativeAPI().planeIntersectsSegment(self, dest, segmentBegin, segmentEnd)
-
-proc `-`*(self: Plane): Plane {.inline.} =
-  getGDNativeAPI().planeOperatorNeg(self).toPlane()
-
-proc `==`*(a, b: Plane): bool {.inline.} =
-  getGDNativeAPI().planeOperatorEqual(a, b)

godot/core/poolarrays.nim

@@ -1,167 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import hashes
-
-import godotcoretypes
-import internal/godotinternaltypes, internal/godotpoolarrays,
-       internal/godotstrings
-import vector2, vector3, colors
-
-template definePoolArrayBase(T, GodotT, DataT, fieldName, newProcName,
-                             initProcName) =
-  type
-    T* = ref object
-      fieldName: GodotT
-
-  proc poolArrayFinalizer(arr: T) =
-    arr.fieldName.deinit()
-
-  proc newProcName*(): T {.inline.} =
-    new(result, poolArrayFinalizer)
-    initProcName(result.fieldName)
-
-  proc fieldName*(self: T): ptr GodotT {.inline.} =
-    ## WARNING: do not keep the returned value for longer than the lifetime of
-    ## the array.
-    addr self.fieldName
-
-  proc newProcName*(arr: GodotT): T {.inline.} =
-    new(result, poolArrayFinalizer)
-    result.fieldName = arr
-
-  proc hash*(arr: T): Hash =
-    for item in arr.fieldName.items():
-      result = result !&
-        (when type(item) is GodotString: ($item).hash() else: item.hash())
-    result = !$result
-
-definePoolArrayBase(PoolByteArray, GodotPoolByteArray, uint8,
-                    godotPoolByteArray, newPoolByteArray,
-                    initGodotPoolByteArray)
-definePoolArrayBase(PoolIntArray, GodotPoolIntArray, cint,
-                    godotPoolIntArray, newPoolIntArray,
-                    initGodotPoolIntArray)
-definePoolArrayBase(PoolRealArray, GodotPoolRealArray, float32,
-                    godotPoolRealArray, newPoolRealArray,
-                    initGodotPoolRealArray)
-definePoolArrayBase(PoolVector2Array, GodotPoolVector2Array, Vector2,
-                    godotPoolVector2Array, newPoolVector2Array,
-                    initGodotPoolVector2Array)
-definePoolArrayBase(PoolVector3Array, GodotPoolVector3Array, Vector3,
-                    godotPoolVector3Array, newPoolVector3Array,
-                    initGodotPoolVector3Array)
-definePoolArrayBase(PoolColorArray, GodotPoolColorArray, Color,
-                    godotPoolColorArray, newPoolColorArray,
-                    initGodotPoolColorArray)
-definePoolArrayBase(PoolStringArray, GodotPoolStringArray, string,
-                    godotPoolStringArray, newPoolStringArray,
-                    initGodotPoolStringArray)
-
-import arrays
-
-template definePoolArray(T, GodotT, DataT, fieldName, newProcName, initProcName;
-                         noData = false) =
-
-  proc newProcName*(arr: Array): T {.inline.} =
-    new(result, poolArrayFinalizer)
-    initProcName(result.fieldName, arr.godotArray[])
-
-  proc add*(self: T; arr: T) {.inline.} =
-    self.fieldName.add(arr.fieldName)
-
-  proc delete*(self: T; idx: int) {.inline.} =
-    self.fieldName.delete(idx.cint)
-
-  proc reverse*(self: T) {.inline.} =
-    self.fieldName.reverse()
-
-  proc setLen*(self: T; size: int) {.inline.} =
-    self.fieldName.setLen(size.cint)
-
-  proc len*(self: T): int {.inline.} =
-    self.fieldName.len.int
-
-  proc subarray*(self: T, idxFrom, idxTo: int): T {.inline.} =
-    ## Indexes are inclusive, negative values count from the end of the array.
-    assert(idxFrom >= low(cint) and idxFrom <= high(cint) and
-           idxTo >= low(cint) and idxTo <= high(cint))
-    newProcName(self.fieldName.subarray(idxFrom.cint, idxTo.cint))
-
-  when not noData:
-    proc add*(self: T; data: DataT) {.inline.} =
-      self.fieldName.add(data)
-
-    proc insert*(self: T; idx: int; data: DataT): Error {.inline.} =
-      self.fieldName.insert(idx.cint, data)
-
-    proc `[]=`*(self: T; idx: int; data: DataT) {.inline.} =
-      self.fieldName[idx.cint] = data
-
-    proc `[]`*(self: T; idx: int): DataT {.inline.} =
-      self.fieldName[idx.cint]
-
-    iterator items*(arr: T): DataT =
-      for item in arr.fieldName.items:
-        yield item
-
-    iterator pairs*(arr: T): tuple[key: int, val: DataT] =
-      for pair in arr.fieldName.pairs:
-        yield (pair[0].int, pair[1])
-
-    iterator mitems*(arr: T): var DataT =
-      for item in arr.fieldName.mitems:
-        yield item
-
-    iterator mpairs*(arr: T): tuple[key: int, val: var DataT] =
-      for pair in arr.fieldName.mpairs:
-        yield (pair[0].int, pair[1])
-
-definePoolArray(PoolByteArray, GodotPoolByteArray, uint8,
-                godotPoolByteArray, newPoolByteArray,
-                initGodotPoolByteArray)
-definePoolArray(PoolIntArray, GodotPoolIntArray, cint,
-                godotPoolIntArray, newPoolIntArray,
-                initGodotPoolIntArray)
-definePoolArray(PoolRealArray, GodotPoolRealArray, float32,
-                godotPoolRealArray, newPoolRealArray,
-                initGodotPoolRealArray)
-definePoolArray(PoolVector2Array, GodotPoolVector2Array, Vector2,
-                godotPoolVector2Array, newPoolVector2Array,
-                initGodotPoolVector2Array)
-definePoolArray(PoolVector3Array, GodotPoolVector3Array, Vector3,
-                godotPoolVector3Array, newPoolVector3Array,
-                initGodotPoolVector3Array)
-definePoolArray(PoolColorArray, GodotPoolColorArray, Color,
-                godotPoolColorArray, newPoolColorArray,
-                initGodotPoolColorArray)
-definePoolArray(PoolStringArray, GodotPoolStringArray, string,
-                godotPoolStringArray, newPoolStringArray,
-                initGodotPoolStringArray, true)
-
-proc add*(self: PoolStringArray; data: string) =
-  var s = data.toGodotString()
-  self.godotPoolStringArray.add(s)
-  s.deinit()
-
-proc insert*(self: PoolStringArray; idx: int; data: string): Error =
-  var s = data.toGodotString()
-  result = self.godotPoolStringArray.insert(idx.cint, s)
-  s.deinit()
-
-proc `[]=`*(self: PoolStringArray; idx: int; data: string) =
-  var s = data.toGodotString()
-  self.godotPoolStringArray[idx.cint] = s
-  s.deinit()
-
-proc `[]`*(self: PoolStringArray; idx: int): string =
-  var s = self.godotPoolStringArray[idx.cint]
-  result = $s
-  s.deinit()
-
-iterator items*(arr: PoolStringArray): string =
-  for i in 0..<arr.len:
-    yield arr[i]
-
-iterator pairs*(arr: PoolStringArray): tuple[key: int, val: string] =
-  for i in 0..<arr.len:
-    yield (i, arr[i])

godot/core/quats.nim

@@ -1,84 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import hashes
-
-import internal/godotinternaltypes, internal/godotstrings
-import godotcoretypes, gdnativeapi
-
-proc initQuat*(x, y, z, w: float32): Quat {.inline.} =
-  result = Quat(
-    x: x,
-    y: y,
-    z: z,
-    w: w
-  )
-
-proc initQuat*(axis: Vector3; angle: float32): Quat {.inline.} =
-  getGDNativeAPI().quatNewWithAxisAngle(result, axis, angle)
-
-proc `$`*(self: Quat): string {.inline.} =
-  $getGDNativeAPI().quatAsString(self)
-
-proc hash*(self: Quat): Hash {.inline.} =
-  !$(self.x.hash() !& self.y.hash() !& self.z.hash() !& self.w.hash())
-
-proc length*(self: Quat): float32 {.inline.} =
-  getGDNativeAPI().quatLength(self)
-
-proc lengthSquared*(self: Quat): float32 {.inline.} =
-  getGDNativeAPI().quatLengthSquared(self)
-
-proc normalized*(self: Quat): Quat {.inline.} =
-  getGDNativeAPI().quatNormalized(self).toQuat()
-
-proc isNormalized*(self: Quat): bool {.inline.} =
-  getGDNativeAPI().quatIsNormalized(self)
-
-proc inverse*(self: Quat): Quat {.inline.} =
-  getGDNativeAPI().quatInverse(self).toQuat()
-
-proc dot*(a, b: Quat): float32 {.inline.} =
-  getGDNativeAPI().quatDot(a, b)
-
-proc xform*(self: Quat; v: Vector3): Vector3 {.inline.} =
-  getGDNativeAPI().quatXform(self, v).toVector3()
-
-proc slerp*(self: Quat; b: Quat; t: float32): Quat {.inline.} =
-  getGDNativeAPI().quatSlerp(self, b, t).toQuat()
-
-proc slerpni*(self: Quat; b: Quat; t: float32): Quat {.inline.} =
-  getGDNativeAPI().quatSlerpni(self, b, t).toQuat()
-
-proc cubicSlerp*(self, b, preA, postB: Quat;
-                 t: float32): Quat {.inline.} =
-  getGDNativeAPI().quatCubicSlerp(self, b, preA, postB, t).toQuat()
-
-proc `*`*(a: Quat, b: float32): Quat {.inline.} =
-  getGDNativeAPI().quatOperatorMultiply(a, b).toQuat()
-
-proc `*=`*(a: var Quat, b: float32) {.inline.} =
-  a = a * b
-
-proc `+`*(a, b: Quat): Quat {.inline.} =
-  getGDNativeAPI().quatOperatorAdd(a, b).toQuat()
-
-proc `+=`*(a: var Quat, b: Quat) {.inline.} =
-  a = a + b
-
-proc `-`*(a, b: Quat): Quat {.inline.} =
-  getGDNativeAPI().quatOperatorSubtract(a, b).toQuat()
-
-proc `-=`* (a: var Quat, b: Quat) {.inline.} =
-  a = a - b
-
-proc `/`*(self: Quat; b: float32): Quat {.inline.} =
-  getGDNativeAPI().quatOperatorDivide(self, b).toQuat()
-
-proc `/=`*(self: var Quat, b: float32) {.inline.} =
-  self = self / b
-
-proc `==`*(a, b: Quat): bool {.inline.} =
-  getGDNativeAPI().quatOperatorEqual(a, b)
-
-proc `-`*(self: Quat): Quat {.inline.} =
-  getGDNativeAPI().quatOperatorNeg(self).toQuat()

godot/core/rect2.nim

@@ -1,153 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import hashes
-
-import vector2
-import internal/godotinternaltypes, internal/godotstrings
-import godotcoretypes, gdnativeapi
-
-{.push stackTrace: off.}
-
-proc initRect2*(): Rect2 {.inline, noinit.} =
-  Rect2()
-
-proc initRect2*(pos, size: Vector2): Rect2 {.inline, noinit.} =
-  Rect2(position: pos, size: size)
-
-proc initRect2*(x, y, sizeX, sizeY: float32): Rect2 {.inline, noinit.} =
-  Rect2(position: vec2(x, y), size: vec2(sizeX, sizeY))
-
-proc `$`*(self: Rect2): string {.inline, noinit.} =
-  $getGDNativeAPI().rect2AsString(self)
-
-proc hash*(self: Rect2): Hash {.inline, noinit.} =
-  !$(self.position.hash() !& self.size.hash())
-
-proc area*(self: Rect2): float32 {.inline, noinit.} =
-  self.size.x * self.size.y
-
-proc intersects*(a, b: Rect2): bool {.inline, noinit.} =
-  if a.position.x >= (b.position.x + b.size.x):
-    return false
-  if a.position.x + a.size.x <= b.position.x:
-    return false
-  if a.position.y >= (b.position.y + b.size.y):
-    return false
-  if a.position.y + a.size.y <= b.position.y:
-    return false
-  result = true
-
-proc distanceTo*(self: Rect2, p: Vector2): float32 {.noinit.} =
-  var inside = true
-  if p.x < self.position.x:
-    let d = self.position.x - p.x
-    result = d
-    inside = false
-  if p.y < self.position.y:
-    let d = self.position.y - p.y
-    result = if inside: d else: min(result, d)
-    inside = false
-  if p.x >= (self.position.x + self.size.x):
-    let d = p.x - (self.position.x + self.size.x)
-    result = if inside: d else: min(result, d)
-    inside = false
-  if p.y >= (self.position.y + self.size.y):
-    let d = p.y - (self.position.y + self.size.y)
-    result = if inside: d else: min(result, d)
-    inside = false
-
-  if inside:
-    result = 0'f32
-
-proc encloses*(a, b: Rect2): bool {.inline, noinit.} =
-  b.position.x >= a.position.x and b.position.y >= a.position.y and
-    (b.position.x + b.size.x) < (a.position.x + a.size.x) and
-    (b.position.y + b.size.y) < (a.position.y + a.size.y)
-
-proc hasNoArea*(self: Rect2): bool {.inline, noinit.} =
-  self.size.x <= 0 or self.size.y <= 0
-
-proc clip*(self, b: Rect2): Rect2 {.inline, noinit.} =
-  if not self.intersects(b):
-    return initRect2()
-
-  result = self
-
-  result.position.x = max(b.position.x, self.position.x)
-  result.position.y = max(b.position.y, self.position.y)
-
-  let bEnd = b.position + b.size
-  let selfEnd = self.position + self.size
-
-  result.size.x = min(bEnd.x, selfEnd.x) - result.position.x
-  result.size.y = min(bEnd.y, selfEnd.y) - result.position.y
-
-proc merge*(self, b: Rect2): Rect2 {.inline, noinit.} =
-  result.position.x = min(b.position.x, self.position.x)
-  result.position.y = min(b.position.y, self.position.y)
-
-  result.size.x = max(b.position.x + b.size.x, self.position.x + self.size.x)
-  result.size.y = max(b.position.y + b.size.y, self.position.y + self.size.y)
-  result.size -= result.position
-
-proc contains*(self: Rect2; point: Vector2): bool {.inline, noinit.} =
-  if point.x < self.position.x:
-    return false
-  if point.y < self.position.y:
-    return false
-
-  if point.x >= self.position.x + self.size.x:
-    return false
-  if point.y >= self.position.y + self.size.y:
-    return false
-
-  result = true
-
-proc grow*(self: Rect2; by: float32): Rect2 {.inline, noinit.} =
-  ## Returns Rect2 enlarged by the specified size in every direction.
-  result = self
-
-  result.position.x -= by
-  result.position.y -= by
-
-  result.size.x += by * 2
-  result.size.y += by * 2
-
-proc growIndividual*(self: Rect2, left, top: float32,
-                     right, bottom: float32): Rect2 {.inline, noinit.} =
-  result = self
-  result.position.x -= left
-  result.position.y -= top
-  result.size.x += left + right
-  result.size.y += top + bottom
-
-proc expandTo*(self: var Rect2, to: Vector2) {.inline.} =
-  var startPoint = self.position
-  var endPoint = self.position + self.size
-
-  if to.x < startPoint.x:
-    startPoint.x = to.x
-  if to.y < startPoint.y:
-    startPoint.y = to.y
-
-  if to.x > endPoint.x:
-    endPoint.x = to.x
-  if to.y > endPoint.y:
-    endPoint.y = to.y
-
-  self.position = startPoint
-  self.size = endPoint - startPoint
-
-proc expand*(self: Rect2; to: Vector2): Rect2 {.inline, noinit.} =
-  result = self
-  result.expandTo(to)
-
-proc abs*(self: Rect2): Rect2 {.inline, noinit.} =
-  Rect2(position: vec2(self.position.x + min(self.size.x, 0'f32),
-                       self.position.y + min(self.size.y, 0'f32)),
-        size: abs(self.size))
-
-proc `==`*(a, b: Rect2): bool {.inline, noinit.} =
-  a.position == b.position and a.size == b.size
-
-{.pop.} # stackTrace: off

godot/core/rids.nim

@@ -1,26 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import hashes
-
-import godotcoretypes, internal/godotinternaltypes, gdnativeapi
-
-proc initRID*(): RID {.inline.} =
-  getGDNativeAPI().ridNew(result)
-
-proc initRID*(obj: ptr GodotObject): RID {.inline.} =
-  getGDNativeAPI().ridNewWithResource(result, obj)
-
-proc id*(self: RID): uint32 {.inline.} =
-  cast[uint32](getGDNativeAPI().ridGetId(self))
-
-proc `$`*(self: RID): string {.inline.} =
-  $self.id
-
-proc hash*(self: RID): Hash {.inline.} =
-  self.id.hash()
-
-proc `==`*(a, b: RID): bool {.inline.} =
-  getGDNativeAPI().ridOperatorEqual(a, b)
-
-proc `<`*(a, b: RID): bool {.inline.} =
-  getGDNativeAPI().ridOperatorLess(a, b)

godot/core/transform2d.nim

@@ -1,79 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import hashes, vector2
-
-import internal/godotinternaltypes, internal/godotstrings
-import godotcoretypes, gdnativeapi
-
-proc initTransform2D*(): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DNewIdentity(result)
-
-proc initTransform2D*(rot: float32; pos: Vector2): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DNew(result, rot, pos)
-
-proc initTransform2D*(xAxis, yAxis, origin: Vector2): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DNewAxisOrigin(result, xAxis, yAxis, origin)
-
-proc `$`*(self: Transform2D): string {.inline.} =
-  $getGDNativeAPI().transform2DAsString(self)
-
-proc hash*(self: Transform2D): Hash {.inline, noinit.} =
-  !$(self.elements[0].hash() !& self.elements[1].hash() !& self.elements[2].hash())
-
-proc inverse*(self: Transform2D): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DInverse(self).toTransform2D()
-
-proc affineInverse*(self: Transform2D): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DAffineInverse(self).toTransform2D()
-
-proc rotation*(self: Transform2D): float32 {.inline.} =
-  getGDNativeAPI().transform2DGetRotation(self)
-
-proc origin*(self: Transform2D): Vector2 {.inline.} =
-  getGDNativeAPI().transform2DGetOrigin(self).toVector2()
-
-proc scale*(self: Transform2D): Vector2 {.inline.} =
-  getGDNativeAPI().transform2DGetScale(self).toVector2()
-
-proc orthonormalized*(self: Transform2D): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DOrthonormalized(self).toTransform2D()
-
-proc rotated*(self: Transform2D; phi: float32): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DRotated(self, phi).toTransform2D()
-
-proc scaled*(self: Transform2D; scale: Vector2): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DScaled(self, scale).toTransform2D()
-
-proc translated*(self: Transform2D; offset: Vector2): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DTranslated(self, offset).toTransform2D()
-
-proc xformVector2*(self: Transform2D; v: Vector2): Vector2 {.inline.} =
-  getGDNativeAPI().transform2DXformVector2(self, v).toVector2()
-
-proc xformInvVector2*(self: Transform2D; v: Vector2): Vector2 {.inline.} =
-  getGDNativeAPI().transform2DXformInvVector2(self, v).toVector2()
-
-proc basisXformVector2*(self: Transform2D; v: Vector2): Vector2 {.inline.} =
-  getGDNativeAPI().transform2DBasisXformVector2(self, v).toVector2()
-
-proc basisXformInvVector2*(self: Transform2D; v: Vector2): Vector2 {.inline.} =
-  getGDNativeAPI().transform2DBasisXformInvVector2(self, v).toVector2()
-
-proc xformRect2*(self: Transform2D; rect: Rect2): Rect2 {.inline.} =
-  getGDNativeAPI().transform2DXformRect2(self, rect).toRect2()
-
-proc xformInvRect2*(self: Transform2D; rect: Rect2): Rect2 {.inline.} =
-  getGDNativeAPI().transform2DXformInvRect2(self, rect).toRect2()
-
-proc interpolateWith*(self, m: Transform2D;
-                      c: float32): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DInterpolateWith(self, m, c).toTransform2D()
-
-proc `==`*(a, b: Transform2D): bool {.inline.} =
-  getGDNativeAPI().transform2DOperatorEqual(a, b)
-
-proc `*`*(a, b: Transform2D): Transform2D {.inline.} =
-  getGDNativeAPI().transform2DOperatorMultiply(a, b).toTransform2D()
-
-proc `*=`*(a: var Transform2D, b: Transform2D) {.inline.} =
-  a = a * b

godot/core/transforms.nim

@@ -1,76 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import hashes
-
-import internal/godotinternaltypes, internal/godotstrings
-import godotcoretypes, gdnativeapi
-import basis, vector3
-
-proc initTransform*(): Transform {.inline.} =
-  result.basis = initBasis()
-
-proc initTransform*(xAxis, yAxis, zAxis,
-                    origin: Vector3): Transform {.inline.} =
-  var basis: Basis
-  basis.setAxis(0, xAxis)
-  basis.setAxis(1, yAxis)
-  basis.setAxis(2, zAxis)
-  Transform(basis: basis, origin: origin)
-
-proc initTransform*(basis: Basis, origin: Vector3): Transform {.inline.} =
-  Transform(basis: basis, origin: origin)
-
-proc `$`*(self: Transform): string {.inline.} =
-  $getGDNativeAPI().transformAsString(self)
-
-proc hash*(self: Transform): Hash {.inline.} =
-  !$(self.basis.hash() !& self.origin.hash())
-
-proc inverse*(self: Transform): Transform {.inline.} =
-  getGDNativeAPI().transformInverse(self).toTransform()
-
-proc affineInverse*(self: Transform): Transform {.inline.} =
-  getGDNativeAPI().transformAffineInverse(self).toTransform()
-
-proc orthonormalized*(self: Transform): Transform {.inline.} =
-  getGDNativeAPI().transformOrthonormalized(self).toTransform()
-
-proc rotated*(self: Transform; axis: Vector3;
-              phi: float32): Transform {.inline.} =
-  getGDNativeAPI().transformRotated(self, axis, phi).toTransform()
-
-proc scaled*(self: Transform; scale: Vector3): Transform {.inline.} =
-  getGDNativeAPI().transformScaled(self, scale).toTransform()
-
-proc translated*(self: Transform; offset: Vector3): Transform {.inline.} =
-  getGDNativeAPI().transformTranslated(self, offset).toTransform()
-
-proc lookingAt*(self: Transform; target, up: Vector3): Transform {.inline.} =
-  getGDNativeAPI().transformLookingAt(self, target, up).toTransform()
-
-proc xformPlane*(self: Transform; plane: Plane): Plane {.inline.} =
-  getGDNativeAPI().transformXformPlane(self, plane).toPlane()
-
-proc xformInvPlane*(self: Transform; plane: Plane): Plane {.inline.} =
-  getGDNativeAPI().transformXformInvPlane(self, plane).toPlane()
-
-proc xformVector3*(self: Transform; v: Vector3): Vector3 {.inline.} =
-  getGDNativeAPI().transformXformVector3(self, v).toVector3()
-
-proc xformInvVector3*(self: Transform; v: Vector3): Vector3 {.inline.} =
-  getGDNativeAPI().transformXformInvVector3(self, v).toVector3()
-
-proc xformAABB*(self: Transform; rect: AABB): AABB {.inline.} =
-  getGDNativeAPI().transformXformAABB(self, rect).toAABB()
-
-proc xformInvAABB*(self: Transform; rect: AABB): AABB {.inline.} =
-  getGDNativeAPI().transformXformInvAABB(self, rect).toAABB()
-
-proc `==`*(self: Transform; b: Transform): bool {.inline.} =
-  getGDNativeAPI().transformOperatorEqual(self, b)
-
-proc `*`*(self, other: Transform): Transform {.inline.} =
-  getGDNativeAPI().transformOperatorMultiply(self, other).toTransform()
-
-proc `*=`*(self: var Transform, other: Transform) {.inline.} =
-  self = self * other

godot/core/variants.nim

@@ -1,308 +0,0 @@
-import tables, hashes
-
-import godotcoretypes
-import internal/godotinternaltypes, internal/godotvariants,
-       internal/godotstrings, internal/godotdictionaries,
-       internal/godotarrays
-
-type
-  Variant* = ref object
-    godotVariant: GodotVariant
-    noDeinit: bool # used to avoid copying when passing the variant to Godot
-
-export VariantType, VariantCallErrorType, VariantCallError
-
-proc markNoDeinit*(v: Variant) {.inline.} =
-  ## Makes it so that internal GodotVariant object will not be destroyed
-  ## when the reference is gone. Use only if you know what you are doing.
-  v.noDeinit = true
-
-proc godotVariant*(v: Variant): ptr GodotVariant {.inline.} =
-  ## WARNING: do not keep the returned value for longer than the lifetime of
-  ## ``v``
-  addr v.godotVariant
-
-proc getType*(v: Variant): VariantType =
-  v.godotVariant.getType()
-
-proc variantFinalizer*(v: Variant) =
-  if not v.noDeinit:
-    v.godotVariant.deinit()
-
-proc `$`*(self: Variant): string {.inline.} =
-  $self.godotVariant
-
-proc newVariant*(): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant)
-
-proc newVariant*(v: Variant): Variant {.inline.} =
-  ## Makes a copy
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, v.godotVariant)
-
-proc newVariant*(v: GodotVariant): Variant {.inline.} =
-  new(result, variantFinalizer)
-  result.godotVariant = v
-
-proc newVariant*(b: bool): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, b)
-
-# resolves Nim call ambiguities well
-template numConstructor(T, ConvT) =
-  proc newVariant*(i: T): Variant {.inline.} =
-    new(result, variantFinalizer)
-    initGodotVariant(result.godotVariant, ConvT(i))
-
-numConstructor(uint8, uint64)
-numConstructor(uint16, uint64)
-numConstructor(uint32, uint64)
-numConstructor(uint64, uint64)
-numConstructor(uint, uint64)
-
-numConstructor(int8, int64)
-numConstructor(int16, int64)
-numConstructor(int32, int64)
-numConstructor(int64, int64)
-numConstructor(int, int64)
-
-proc newVariant*(r: cdouble): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, r)
-
-proc newVariant*(s: string): Variant {.inline.} =
-  new(result, variantFinalizer)
-  when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-    if s.isNil:
-      initGodotVariant(result.godotVariant)
-      return
-  var godotStr = s.toGodotString()
-  initGodotVariant(result.godotVariant, godotStr)
-  godotStr.deinit()
-
-import basis, nodepaths
-import planes, quats, rect2, aabb, rids
-import transforms, transform2d, vector2
-import vector3, colors
-
-proc newVariant*(v2: Vector2): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, v2)
-
-proc newVariant*(rect2: Rect2): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, rect2)
-
-proc newVariant*(v3: Vector3): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, v3)
-
-proc newVariant*(t2d: Transform2D): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, t2d)
-
-proc newVariant*(plane: Plane): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, plane)
-
-proc newVariant*(quat: Quat): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, quat)
-
-proc newVariant*(aabb: AABB): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, aabb)
-
-proc newVariant*(basis: Basis): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, basis)
-
-proc newVariant*(trans: Transform): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, trans)
-
-proc newVariant*(color: Color): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, color)
-
-proc newVariant*(nodePath: NodePath): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, nodePath.godotNodePath[])
-
-proc newVariant*(godotNodePath: GodotNodePath): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, godotNodePath)
-
-proc newVariant*(rid: RID): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, rid)
-
-proc newVariant*(obj: ptr GodotObject): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, obj)
-
-import poolarrays
-
-proc newVariant*(pba: PoolByteArray): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, pba.godotPoolByteArray[])
-
-proc newVariant*(pia: PoolIntArray): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, pia.godotPoolIntArray[])
-
-proc newVariant*(pra: PoolRealArray): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, pra.godotPoolRealArray[])
-
-proc newVariant*(psa: PoolStringArray): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, psa.godotPoolStringArray[])
-
-proc newVariant*(pv2a: PoolVector2Array): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, pv2a.godotPoolVector2Array[])
-
-proc newVariant*(pv3a: PoolVector3Array): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, pv3a.godotPoolVector3Array[])
-
-proc newVariant*(pca: PoolColorArray): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, pca.godotPoolColorArray[])
-
-proc asBool*(self: Variant): bool {.inline.} =
-  self.godotVariant.asBool()
-
-proc asUInt*(self: Variant): uint64 {.inline.} =
-  self.godotVariant.asUInt()
-
-proc asInt*(self: Variant): int64 {.inline.} =
-  self.godotVariant.asInt()
-
-proc asReal*(self: Variant): cdouble {.inline.} =
-  self.godotVariant.asReal()
-
-proc asString*(self: Variant): string {.inline.} =
-  $self
-
-proc asVector2*(self: Variant): Vector2 {.inline.} =
-  self.godotVariant.asVector2()
-
-proc asRect2*(self: Variant): Rect2 {.inline.} =
-  self.godotVariant.asRect2()
-
-proc asVector3*(self: Variant): Vector3 {.inline.} =
-  self.godotVariant.asVector3()
-
-proc asTransform2D*(self: Variant): Transform2D {.inline.} =
-  self.godotVariant.asTransform2D()
-
-proc asPlane*(self: Variant): Plane {.inline.} =
-  self.godotVariant.asPlane()
-
-proc asQuat*(self: Variant): Quat {.inline.} =
-  self.godotVariant.asQuat()
-
-proc asAABB*(self: Variant): AABB {.inline.} =
-  self.godotVariant.asAABB()
-
-proc asBasis*(self: Variant): Basis {.inline.} =
-  self.godotVariant.asBasis()
-
-proc asTransform*(self: Variant): Transform {.inline.} =
-  self.godotVariant.asTransform()
-
-proc asColor*(self: Variant): Color {.inline.} =
-  self.godotVariant.asColor()
-
-proc asNodePath*(self: Variant): NodePath {.inline.} =
-  result = newNodePath(self.godotVariant.asNodePath())
-
-proc asRID*(self: Variant): RID {.inline.} =
-  self.godotVariant.asRID()
-
-proc asGodotObject*(self: Variant): ptr GodotObject {.inline.} =
-  self.godotVariant.asGodotObject()
-
-proc asPoolByteArray*(self: Variant): PoolByteArray {.inline.} =
-  newPoolByteArray(self.godotVariant.asGodotPoolByteArray())
-
-proc asPoolIntArray*(self: Variant): PoolIntArray {.inline.} =
-  newPoolIntArray(self.godotVariant.asGodotPoolIntArray())
-
-proc asPoolRealArray*(self: Variant): PoolRealArray {.inline.} =
-  newPoolRealArray(self.godotVariant.asGodotPoolRealArray())
-
-proc asPoolStringArray*(self: Variant): PoolStringArray {.inline.} =
-  newPoolStringArray(self.godotVariant.asGodotPoolStringArray())
-
-proc asPoolVector2Array*(self: Variant): PoolVector2Array {.inline.} =
-  newPoolVector2Array(self.godotVariant.asGodotPoolVector2Array())
-
-proc asPoolVector3Array*(self: Variant): PoolVector3Array {.inline.} =
-  newPoolVector3Array(self.godotVariant.asGodotPoolVector3Array())
-
-proc asPoolColorArray*(self: Variant): PoolColorArray {.inline.} =
-  newPoolColorArray(self.godotVariant.asGodotPoolColorArray())
-
-proc hash*(self: Variant): Hash =
-  proc objectHash(obj: ptr GodotObject): Hash =
-    if not obj.isNil: cast[int](obj).hash() else: 0.hash()
-  result = case self.getType():
-  of VariantType.Nil: Hash(0)
-  of VariantType.Bool: self.asBool().hash()
-  of VariantType.Int: self.asInt().hash()
-  of VariantType.Real: self.asReal().hash()
-  of VariantType.String: self.asString().hash()
-  of VariantType.Vector2: self.asVector2().hash()
-  of VariantType.Rect2: self.asRect2().hash()
-  of VariantType.Vector3: self.asVector3().hash()
-  of VariantType.Transform2D: self.asTransform2D().hash()
-  of VariantType.Plane: self.asPlane().hash()
-  of VariantType.Quat: self.asQuat().hash()
-  of VariantType.AABB: self.asAABB().hash()
-  of VariantType.Basis: self.asBasis().hash()
-  of VariantType.Transform: self.asTransform().hash()
-  of VariantType.Color: self.asColor().hash()
-  of VariantType.NodePath: self.asNodePath().hash()
-  of VariantType.RID: self.asRID().hash()
-  of VariantType.Object: self.asGodotObject().objectHash()
-  of VariantType.Dictionary: hash(self.godotVariant.asGodotDictionary().godotHash())
-  of VariantType.Array: hash(self.godotVariant.asGodotArray().godotHash())
-  of VariantType.PoolByteArray: self.asPoolByteArray().hash()
-  of VariantType.PoolIntArray: self.asPoolIntArray().hash()
-  of VariantType.PoolRealArray: self.asPoolRealArray().hash()
-  of VariantType.PoolStringArray: self.asPoolStringArray().hash()
-  of VariantType.PoolVector2Array: self.asPoolVector2Array().hash()
-  of VariantType.PoolVector3Array: self.asPoolVector3Array().hash()
-  of VariantType.PoolColorArray: self.asPoolColorArray().hash()
-
-import arrays
-
-proc newVariant*(arr: Array): Variant {.inline.} =
-  new(result, variantFinalizer)
-  initGodotVariant(result.godotVariant, arr.godotArray[])
-
-proc asArray*(self: Variant): Array {.inline.} =
-  newArray(self.godotVariant.asGodotArray())
-
-proc hasMethod*(self: Variant; meth: string): bool =
-  var s = meth.toGodotString()
-  result = self.godotVariant.hasMethod(s)
-  s.deinit()
-
-proc `==`*(self, other: Variant): bool =
-  if self.isNil and other.isNil: return true
-  if self.isNil != other.isNil: return false
-  result = self.godotVariant == other.godotVariant
-
-proc `<`*(self, other: Variant): bool =
-  result = self.godotVariant < other.godotVariant
-
-proc hashCompare*(self, other: Variant): bool =
-  self.godotVariant.hashCompare(other.godotVariant)
-
-proc booleanize*(self: Variant): bool =
-  self.godotVariant.booleanize()

godot/core/vector2.nim

@@ -1,214 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import math, godotbase, hashes
-
-import internal/godotinternaltypes, internal/godotstrings
-import godotcoretypes, gdnativeapi
-
-const EPSILON = 0.00001'f32
-
-{.push stackTrace: off.}
-
-proc vec2*(): Vector2 {.inline, noinit.} =
-  Vector2()
-
-proc vec2*(x, y: float32): Vector2 {.inline, noinit.} =
-  Vector2(x: x, y: y)
-
-proc `$`*(self: Vector2): string {.inline, noinit.} =
-  $getGDNativeAPI().vector2AsString(self)
-
-proc hash*(self: Vector2): Hash {.inline, noinit.} =
-  !$(self.x.hash() !& self.y.hash())
-
-proc `+`*(self, other: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: self.x + other.x, y: self.y + other.y)
-
-proc `+=`*(self: var Vector2, other: Vector2) {.inline, noinit.} =
-  self.x += other.x
-  self.y += other.y
-
-proc `-`*(self, other: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: self.x - other.x, y: self.y - other.y)
-
-proc `-=`*(self: var Vector2, other: Vector2) {.inline, noinit.} =
-  self.x -= other.x
-  self.y -= other.y
-
-proc `*`*(self, other: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: self.x * other.x, y: self.y * other.y)
-
-proc `*=`*(self: var Vector2, other: Vector2) {.inline, noinit.} =
-  self.x *= other.x
-  self.y *= other.y
-
-proc `*`*(self: Vector2, scalar: float32): Vector2 {.inline, noinit.} =
-  Vector2(x: self.x * scalar, y: self.y * scalar)
-
-proc `*`*(scalar: float32, v: Vector2): Vector2 {.inline, noinit.} =
-  v * scalar
-
-proc `*=`*(self: var Vector2, scalar: float32) {.inline, noinit.} =
-  self.x *= scalar
-  self.y *= scalar
-
-proc `/`*(self, other: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: self.x / other.x, y: self.y / other.y)
-
-proc `/=`*(self: var Vector2, other: Vector2) {.inline, noinit.} =
-  self.x /= other.x
-  self.y /= other.y
-
-proc `/`*(self: Vector2; scalar: float32): Vector2 {.inline, noinit.} =
-  Vector2(x: self.x / scalar, y: self.y / scalar)
-
-proc `/=`*(self: var Vector2; scalar: float32) {.inline, noinit.} =
-  self = self / scalar
-
-proc `==`*(self, other: Vector2): bool {.inline, noinit.} =
-  self.x == other.x and self.y == other.y
-
-proc `<`*(self, other: Vector2): bool {.inline, noinit.} =
-  if self.x == other.x:
-    self.y < other.y
-  else:
-    self.x < other.x
-
-proc `>`*(self, other: Vector2): bool {.inline, noinit.} =
-  if self.x == other.x:
-    self.y > other.y
-  else:
-    self.x > other.x
-
-proc `-`*(self: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: -self.x, y: -self.y)
-
-proc length*(self: Vector2): float32 {.inline, noinit.} =
-  sqrt(self.x * self.x + self.y * self.y)
-
-proc lengthSquared*(self: Vector2): float32 {.inline, noinit.} =
-  self.x * self.x + self.y * self.y
-
-proc normalize*(self: var Vector2) {.inline.} =
-  var len = self.x * self.x + self.y * self.y
-  if len != 0:
-    len = sqrt(len)
-    self.x /= len
-    self.y /= len
-
-proc normalized*(self: Vector2): Vector2 {.inline, noinit.} =
-  result = self
-  result.normalize()
-
-proc angle*(self: Vector2): float32 {.inline, noinit.} =
-  arctan2(self.y, self.x)
-
-proc isNormalized*(self: Vector2): bool {.inline, noinit.} =
-  isEqualApprox(self.lengthSquared(), 1.0)
-
-proc distanceTo*(self, to: Vector2): float32 {.inline, noinit.} =
-  sqrt((self.x - to.x) * (self.x - to.x) + (self.y - to.y) * (self.y - to.y))
-
-proc distanceSquaredTo*(self, to: Vector2): float32 {.inline, noinit.} =
-  (self.x - to.x) * (self.x - to.x) + (self.y - to.y) * (self.y - to.y)
-
-proc dot*(a, b: Vector2): float32 {.inline, noinit.} =
-  a.x * b.x + a.y * b.y
-
-proc cross*(a, b: Vector2): float32 {.inline, noinit.} =
-  a.x * b.y - a.y * b.x
-
-proc cross*(self: Vector2, scalar: float32): Vector2 {.inline, noinit.} =
-  Vector2(x: scalar * self.y, y: -scalar * self.x)
-
-proc angleTo*(self, to: Vector2): float32 {.noinit.} =
-  arctan2(cross(self, to), dot(self, to))
-
-proc angleToPoint*(self, to: Vector2): float32 {.inline, noinit.} =
-  arctan2(self.y - to.y, self.x - to.x)
-
-proc floor*(self: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: floor(self.x), y: floor(self.y))
-
-proc planeProject*(self: Vector2, d: float32,
-                   vec: Vector2): Vector2 {.noinit.} =
-  vec - self * (self.dot(vec) - d)
-
-proc project*(self, other: Vector2): Vector2 {.noinit.} =
-  self * (other.dot(self) / self.dot(self))
-
-proc lerp*(self, b: Vector2; t: float32): Vector2 {.inline, noinit.} =
-  result = self
-  result.x += t * (b.x - self.x)
-  result.y += t * (b.y - self.y)
-
-proc cubicInterpolate*(self, b, preA, postB: Vector2;
-                       t: float32): Vector2 {.noinit.} =
-  let p0 = preA
-  let p1 = self
-  let p2 = b
-  let p3 = postB
-
-  let t2 = t * t
-  let t3 = t2 * t
-
-  result = 0.5'f32 * ((p1 * 2.0'f32)) +
-           (-p0 + p2) * t +
-           (2.0 * p0 - 5.0 * p1 + 4 * p2 - p3) * t2 +
-           (-p0 + 3.0 * p1 - 3.0 * p2 + p3) * t3
-
-proc setRotation*(self: var Vector2, radians: float32) {.inline, noinit.} =
-  self.x = cos(radians)
-  self.y = sin(radians)
-
-proc rotated*(self: Vector2; phi: float32): Vector2 {.inline, noinit.} =
-  result.setRotation(phi)
-  result *= self.length()
-
-proc tangent*(self: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: self.y, y: -self.x)
-
-proc snapped*(self: Vector2; by: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: stepify(self.x, by.x), y: stepify(self.y, by.y))
-
-proc aspect*(self: Vector2): float32 {.inline, noinit.} =
-  self.x / self.y
-
-proc slide*(self, n: Vector2): Vector2 {.noinit.} =
-  when not defined(release):
-    if not n.isNormalized():
-      printError("Normal not normalized in slide. " & getStackTrace())
-      return vec2()
-  result = self - n * self.dot(n)
-
-proc reflect*(self, n: Vector2): Vector2 {.noinit.} =
-  when not defined(release):
-    if not n.isNormalized():
-      printError("Normal not normalized in bounce. " & getStackTrace())
-      return vec2()
-  result = 2.0 * n * self.dot(n) - self
-
-proc bounce*(self, n: Vector2): Vector2 {.inline, noinit.} =
-  -self.reflect(n)
-
-proc abs*(self: Vector2): Vector2 {.inline, noinit.} =
-  Vector2(x: abs(self.x), y: abs(self.y))
-
-proc clamped*(self: Vector2; length: float32): Vector2 {.noinit.} =
-  let len = self.length()
-  result = self
-  if len > 0 and length < len:
-    result /= len
-    result *= length
-
-proc moveToward*(vFrom, to: Vector2, delta: float32): Vector2 =
-  let
-    vd = to - vFrom
-    vLen = vd.length
-
-  if vLen <= delta or vLen < EPSILON:
-    result = to
-  else:
-    result = vFrom + (vd / vLen) * delta
-
-{.pop.} # stackTrace: off

godot/core/vector3.nim

@@ -1,254 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import math, hashes
-import godotbase, godotcoretypes
-
-const EPSILON = 0.00001'f32
-
-{.push stackTrace: off.}
-
-proc vec3*(): Vector3 {.inline.} =
-  Vector3()
-
-proc vec3*(x, y, z: float32): Vector3 {.inline.} =
-  Vector3(x: x, y: y, z: z)
-
-proc `$`*(self: Vector3): string {.inline.} =
-  result = newStringOfCap(40)
-  result.add('(')
-  result.add($self.x)
-  result.add(", ")
-  result.add($self.y)
-  result.add(", ")
-  result.add($self.z)
-  result.add(')')
-
-proc hash*(self: Vector3): Hash {.inline, noinit.} =
-  !$(self.x.hash() !& self.y.hash() !& self.z.hash())
-
-proc `+`*(a, b: Vector3): Vector3 {.inline.} =
-  result.x = a.x + b.x
-  result.y = a.y + b.y
-  result.z = a.z + b.z
-
-proc `+=`*(a: var Vector3, b: Vector3) {.inline.} =
-  a.x += b.x
-  a.y += b.y
-  a.z += b.z
-
-proc `-`*(a, b: Vector3): Vector3 {.inline.} =
-  result.x = a.x - b.x
-  result.y = a.y - b.y
-  result.z = a.z - b.z
-
-proc `-=`*(a: var Vector3, b: Vector3) {.inline.} =
-  a.x -= b.x
-  a.y -= b.y
-  a.z -= b.z
-
-proc `*`*(a, b: Vector3): Vector3 {.inline.} =
-  result.x = a.x * b.x
-  result.y = a.y * b.y
-  result.z = a.z * b.z
-
-proc `*=`*(a: var Vector3, b: Vector3) {.inline.}=
-  a.x *= b.x
-  a.y *= b.y
-  a.z *= b.z
-
-proc `*`*(a: Vector3; b: float32): Vector3 {.inline.} =
-  result.x = a.x * b
-  result.y = a.y * b
-  result.z = a.z * b
-
-proc `*`*(b: float32; a: Vector3): Vector3 {.inline.} =
-  a * b
-
-proc `*=`*(a: var Vector3; b: float32) {.inline.} =
-  a.x *= b
-  a.y *= b
-  a.z *= b
-
-proc `/`*(a, b: Vector3): Vector3 =
-  result.x = a.x / b.x
-  result.y = a.y / b.y
-  result.z = a.z / b.z
-
-proc `/=`*(a: var Vector3; b: Vector3) {.inline.} =
-  a.x /= b.x
-  a.y /= b.y
-  a.z /= b.z
-
-proc `/`*(a: Vector3; b: float32): Vector3 =
-  result.x = a.x / b
-  result.y = a.y / b
-  result.z = a.z / b
-
-proc `/=`*(a: var Vector3; b: float32) {.inline.} =
-  a.x /= b
-  a.y /= b
-  a.z /= b
-
-proc `==`*(a, b: Vector3): bool {.inline.} =
-  a.x == b.x and a.y == b.y and a.z == b.z
-
-proc `<`*(a, b: Vector3): bool =
-  if a.x == b.x:
-    if a.y == b.y:
-      return a.z < b.z
-    return a.y < b.y
-  return a.x < b.x
-
-proc `-`*(self: Vector3): Vector3 =
-  result.x = -self.x
-  result.y = -self.y
-  result.z = -self.z
-
-proc `[]`*(self: Vector3, idx: range[0..2]): float32 {.inline.} =
-  cast[array[3, float32]](self)[idx]
-
-proc `[]`*(self: var Vector3, idx: range[0..2]): var float32 {.inline.} =
-  cast[ptr array[3, float32]](addr self)[][idx]
-
-proc `[]=`*(self: var Vector3, idx: range[0..2],
-            val: float32) {.inline.} =
-  case idx:
-  of 0: self.x = val
-  of 1: self.y = val
-  of 2: self.z = val
-
-proc minAxis*(self: Vector3): int {.inline.} =
-  if self.x < self.y:
-    if self.x < self.z: 0 else: 2
-  else:
-    if self.y < self.z: 1 else: 2
-
-proc maxAxis*(self: Vector3): int {.inline.} =
-  if self.x < self.y:
-    if self.y < self.z: 2 else: 1
-  else:
-    if self.x < self.z: 2 else: 0
-
-proc length*(self: Vector3): float32 {.inline.} =
-  let x2 = self.x * self.x
-  let y2 = self.y * self.y
-  let z2 = self.z * self.z
-
-  result = sqrt(x2 + y2 + z2)
-
-proc lengthSquared*(self: Vector3): float32 {.inline.} =
-  let x2 = self.x * self.x
-  let y2 = self.y * self.y
-  let z2 = self.z * self.z
-
-  result = x2 + y2 + z2
-
-proc normalize*(self: var Vector3) {.inline.} =
-  let len = self.length()
-  if len == 0:
-    self.x = 0
-    self.y = 0
-    self.z = 0
-  else:
-    self.x /= len
-    self.y /= len
-    self.z /= len
-
-proc normalized*(self: Vector3): Vector3 {.inline.} =
-  result = self
-  result.normalize()
-
-proc isNormalized*(self: Vector3): bool {.inline.} =
-  self.lengthSquared().isEqualApprox(1.0'f32)
-
-proc zero*(self: var Vector3) {.inline.} =
-  self.x = 0
-  self.y = 0
-  self.z = 0
-
-proc inverse*(self: Vector3): Vector3 {.inline.} =
-  vec3(1.0'f32 / self.x, 1.0'f32 / self.y, 1.0'f32 / self.z)
-
-proc cross*(self, other: Vector3): Vector3 {.inline.} =
-  vec3(
-    self.y * other.z - self.z * other.y,
-    self.z * other.x - self.x * other.z,
-    self.x * other.y - self.y * other.x)
-
-proc dot*(self, other: Vector3): float32 {.inline.} =
-  self.x * other.x + self.y * other.y + self.z * other.z
-
-proc abs*(self: Vector3): Vector3 {.inline.} =
-  vec3(abs(self.x), abs(self.y), abs(self.z))
-
-proc sign*(self: Vector3): Vector3 {.inline.} =
-  vec3(sign(self.x),  sign(self.y), sign(self.z))
-
-proc floor*(self: Vector3): Vector3 {.inline.} =
-  vec3(floor(self.x), floor(self.y), floor(self.z))
-
-proc ceil*(self: Vector3): Vector3 {.inline.} =
-  vec3(ceil(self.x), ceil(self.y), ceil(self.z))
-
-proc lerp*(self: Vector3, other: Vector3, t: float32): Vector3 {.inline.} =
-  vec3(
-    self.x + t * (other.x - self.x),
-    self.y + t * (other.y - self.y),
-    self.z + t * (other.z - self.z)
-  )
-
-proc distanceTo*(self, other: Vector3): float32 {.inline.} =
-  (other - self).length()
-
-proc distanceSquaredTo*(self, other: Vector3): float32 {.inline.} =
-  (other - self).lengthSquared()
-
-proc angleTo*(self, other: Vector3): float32 {.inline.} =
-  arctan2(self.cross(other).length(), self.dot(other))
-
-proc slide*(self, n: Vector3): Vector3 {.inline.} =
-  assert(n.isNormalized())
-  result = self - n * self.dot(n)
-
-proc reflect*(self, n: Vector3): Vector3 {.inline.} =
-  assert(n.isNormalized())
-  result = 2.0'f32 * n * self.dot(n) - self
-
-proc bounce*(self, n: Vector3): Vector3 {.inline.} =
-  -self.reflect(n)
-
-proc snap*(self: var Vector3, other: Vector3) =
-  self.x = stepify(self.x, other.x)
-  self.y = stepify(self.y, other.y)
-  self.z = stepify(self.z, other.z)
-
-proc snapped*(self: Vector3, other: Vector3): Vector3 =
-  result = self
-  result.snap(other)
-
-proc cubicInterpolate*(self, b, preA, postB: Vector3;
-                       t: float32): Vector3 =
-  let p0 = preA
-  let p1 = self
-  let p2 = b
-  let p3 = postB
-
-  let t2 = t * t
-  let t3 = t2 * t
-
-  result = 0.5 * ((p1 * 2.0) +
-            (-p0 + p2) * t +
-            (2.0 * p0 - 5.0 * p1 + 4 * p2 - p3) * t2 +
-            (-p0 + 3.0 * p1 - 3.0 * p2 + p3) * t3)
-
-proc moveToward*(vFrom, to: Vector3, delta: float32): Vector3 =
-  let
-    vd = to - vFrom
-    vLen = vd.length
-
-  if vLen <= delta or vLen < EPSILON:
-    result = to
-  else:
-    result = vFrom + (vd / vLen) * delta
-
-{.pop.} # stackTrace: off

godot/godot.nim

@@ -1,18 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import core/godotbase, godotinternal
-import core/godotcoretypes
-import core/vector2, core/rect2, core/vector3, core/transform2d, core/planes,
-       core/quats
-import core/aabb, core/basis, core/transforms, core/colors, core/nodepaths,
-       core/rids
-import core/dictionaries, core/arrays, core/poolarrays, core/variants
-
-import nim/godotmacros, nim/godotnim
-
-export godotbase, godotcoretypes, vector2, rect2, vector3, transform2d, planes,
-       quats, aabb, basis, transforms, colors, nodepaths, rids, dictionaries,
-       arrays, poolarrays, variants
-export godotmacros, godotnim
-
-export GodotPropertyHint, GodotPropertyUsage

godot/godot.nim.cfg

@@ -1,2 +0,0 @@
---path:"$projectdir"
--d:useRealtimeGc

godot/godotinternal.nim

@@ -1,122 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import internal/godotinternaltypes, internal/godotarrays,
-       internal/godotnodepaths, internal/godotpoolarrays, internal/godotstrings,
-       internal/godotvariants, internal/godotdictionaries
-
-import gdnativeapi
-export godotinternaltypes, godotarrays, godotnodepaths, godotpoolarrays,
-       godotstrings, godotvariants, godotdictionaries
-
-proc getMethod*(className: cstring;
-                methodName: cstring): ptr GodotMethodBind {.inline.} =
-  getGDNativeAPI().methodBindGetMethod(className, methodName)
-
-proc ptrCall*(methodBind: ptr GodotMethodBind;
-              instance: ptr GodotObject;
-              args: ptr array[MAX_ARG_COUNT, pointer];
-              ret: pointer) {.inline.} =
-  getGDNativeAPI().methodBindPtrCall(methodBind, instance, args, ret)
-
-proc call*(methodBind: ptr GodotMethodBind;
-           instance: ptr GodotObject;
-           args: ptr array[MAX_ARG_COUNT, ptr GodotVariant]; argCount: cint;
-           callError: var VariantCallError): GodotVariant {.inline.} =
-  getGDNativeAPI().methodBindCall(
-    methodBind, instance, args, argCount, callError)
-
-proc nativeScriptRegisterClass*(libHandle: pointer; name, base: cstring;
-                                createFunc: GodotInstanceCreateFunc;
-                                destroyFunc: GodotInstanceDestroyFunc)
-                               {.inline.} =
-  getGDNativeAPI().nativeScriptRegisterClass(
-    libHandle, name, base, createFunc, destroyFunc)
-
-proc nativeScriptRegisterToolClass*(libHandle: pointer; name, base: cstring;
-                                    createFunc: GodotInstanceCreateFunc;
-                                    destroyFunc: GodotInstanceDestroyFunc)
-                                   {.inline.} =
-  getGDNativeAPI().nativeScriptRegisterToolClass(
-    libHandle, name, base, createFunc, destroyFunc)
-
-proc nativeScriptRegisterMethod*(libHandle: pointer;
-                                 name: cstring; function_name: cstring;
-                                 attr: GodotMethodAttributes;
-                                 meth: GodotInstanceMethod) {.inline.} =
-  getGDNativeAPI().nativeScriptRegisterMethod(
-    libHandle, name, functionName, attr, meth)
-
-proc nativeScriptRegisterProperty*(libHandle: pointer;
-                                   name, path: cstring;
-                                   attr: ptr GodotPropertyAttributes;
-                                   setFunc: GodotPropertySetFunc;
-                                   getFunc: GodotPropertyGetFunc) {.inline.} =
-  getGDNativeAPI().nativeScriptRegisterProperty(
-    libHandle, name, path, attr, setFunc, getFunc)
-
-proc nativeScriptRegisterSignal*(libHandle: pointer; name: cstring;
-                                 signal: GodotSignal) {.inline.} =
-  getGDNativeAPI().nativeScriptRegisterSignal(libHandle, name, signal)
-
-proc getUserdata*(instance: ptr GodotObject): pointer {.inline.} =
-  getGDNativeAPI().nativeScriptGetUserdata(instance)
-
-proc getClassConstructor*(className: cstring): GodotClassConstructor
-                         {.inline.} =
-  getGDNativeAPI().getClassConstructor(className)
-
-proc deinit*(o: ptr GodotObject) {.inline.} =
-  getGDNativeAPI().objectDestroy(o)
-
-# print using Godot's error handler list
-
-proc godotPrintError*(description, function, file: cstring;
-                      line: cint) {.inline.} =
-  getGDNativeAPI().printError(description, function, file, line)
-
-proc godotPrintWarning*(description, function, file: cstring;
-                        line: cint) {.inline.} =
-  getGDNativeAPI().printWarning(description, function, file, line)
-
-proc godotPrint*(message: GodotString) {.inline.} =
-  getGDNativeAPI().print(message)
-
-var getClassMethodBind: ptr GodotMethodBind
-proc getClassName*(o: ptr GodotObject): string =
-  if getClassMethodBind.isNil:
-    getClassMethodBind = getMethod(cstring"Object", cstring"get_class")
-  var ret: GodotString
-  getClassMethodBind.ptrCall(o, nil, addr ret)
-  result = $ret
-  deinit(ret)
-  if result.len > 2 and result[^2] == 'S' and result[^1] == 'W':
-    # There are physics type not known by ClassDB
-    result = result[0..result.len-3]
-
-proc getClassNameRaw*(o: ptr GodotObject): GodotString =
-  if getClassMethodBind.isNil:
-    getClassMethodBind = getMethod(cstring"Object", cstring"get_class")
-  getClassMethodBind.ptrCall(o, nil, addr result)
-
-proc getGodotSingleton*(name: cstring): ptr GodotObject {.inline.} =
-  getGDNativeAPI().globalGetSingleton(name)
-
-# System Functions
-
-proc godotAlloc*(bytes: cint): pointer {.inline.} =
-  ## Allocates the specified number of bytes.
-  ## Using this instead of stdlib proc will help Godot track how much memory
-  ## is in use in debug mode.
-  getGDNativeAPI().alloc(bytes)
-
-proc godotRealloc*(p: pointer; bytes: cint): pointer {.inline.} =
-  ## Reallocates the pointer for the specified number of bytes.
-  ## Using this instead of stdlib proc will help Godot track how much memory
-  ## is in use in debug mode.
-  getGDNativeAPI().realloc(p, bytes)
-
-proc godotFree*(p: pointer) {.inline.} =
-  ## Frees the memory pointed to by the pointer.
-  ## Using this instead of stdlib proc will help Godot track how much memory
-  ## is in use in debug mode.
-  getGDNativeAPI().free(p)

godot/internal/backwardcompat.inc.nim

@@ -1,19 +0,0 @@
-# Copyright 2019 Xored Software, Inc.
-
-when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-  import macros, sets
-
-  proc strVal(n: NimNode): string {.used.} =
-    case n.kind
-    of nnkIdent:
-      $n.ident
-    of nnkSym:
-      $n.symbol
-    else:
-      macros.strVal(n)
-
-  proc toHashSet[A](keys: openArray[A]): HashSet[A] {.inline, used.} =
-    toSet(keys)
-
-  proc initHashSet[A](): HashSet[A] {.inline, used.} =
-    initSet[A]()

godot/internal/godotarrays.nim

@@ -1,162 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import godotinternaltypes, gdnativeapi, core/godotcoretypes
-
-proc len*(self: GodotArray): cint {.inline.} =
-  getGDNativeAPI().arraySize(self)
-
-import hashes
-
-proc initGodotArray*(dest: var GodotArray) {.inline.} =
-  getGDNativeAPI().arrayNew(dest)
-
-proc initGodotArray*(dest: var GodotArray;
-                     pca: GodotPoolColorArray) {.inline.} =
-  getGDNativeAPI().arrayNewPoolColorArray(dest, pca)
-
-proc initGodotArray*(dest: var GodotArray;
-                     pv3a: GodotPoolVector3Array) {.inline.} =
-  getGDNativeAPI().arrayNewPoolVector3Array(dest, pv3a)
-
-proc initGodotArray*(dest: var GodotArray;
-                     pv2a: GodotPoolVector2Array) {.inline.} =
-  getGDNativeAPI().arrayNewPoolVector2Array(dest, pv2a)
-
-proc initGodotArray*(dest: var GodotArray;
-                     psa: GodotPoolStringArray) {.inline.} =
-  getGDNativeAPI().arrayNewPoolStringArray(dest, psa)
-
-proc initGodotArray*(dest: var GodotArray;
-                     pra: GodotPoolRealArray) {.inline.} =
-  getGDNativeAPI().arrayNewPoolRealArray(dest, pra)
-
-proc initGodotArray*(dest: var GodotArray;
-                     pia: GodotPoolIntArray) {.inline.} =
-  getGDNativeAPI().arrayNewPoolIntArray(dest, pia)
-
-proc initGodotArray*(dest: var GodotArray;
-                     pba: GodotPoolByteArray) {.inline.} =
-  getGDNativeAPI().arrayNewPoolByteArray(dest, pba)
-
-proc initGodotArray*(dest: var GodotArray; src: GodotArray) {.inline.} =
-  getGDNativeAPI().arrayNewCopy(dest, src)
-
-proc deinit*(self: var GodotArray) {.inline.} =
-  getGDNativeAPI().arrayDestroy(self)
-
-proc `[]=`*(self: var GodotArray; idx: cint; value: GodotVariant) {.inline.} =
-  getGDNativeAPI().arraySet(self, idx, value)
-
-proc `[]`*(self: GodotArray; idx: cint): GodotVariant {.inline.} =
-  getGDNativeAPI().arrayGet(self, idx)
-
-proc mget*(self: var GodotArray; idx: cint): ptr GodotVariant {.inline.} =
-  getGDNativeAPI().arrayOperatorIndex(self, idx)
-
-proc add*(self: var GodotArray; value: GodotVariant) {.inline.} =
-  getGDNativeAPI().arrayPushBack(self, value)
-
-proc clear*(self: var GodotArray) {.inline.} =
-  getGDNativeAPI().arrayClear(self)
-
-proc count*(self: GodotArray; value: GodotVariant): cint {.inline.} =
-  getGDNativeAPI().arrayCount(self, value)
-
-proc isEmpty*(self: GodotArray): bool {.inline.} =
-  getGDNativeAPI().arrayEmpty(self)
-
-proc erase*(self: var GodotArray; value: GodotVariant) {.inline.} =
-  getGDNativeAPI().arrayErase(self, value)
-
-proc first*(self: GodotArray): GodotVariant {.inline.} =
-  getGDNativeAPI().arrayFront(self)
-
-proc last*(self: GodotArray): GodotVariant {.inline.} =
-  getGDNativeAPI().arrayBack(self)
-
-proc find*(self: GodotArray; what: GodotVariant;
-           fromIdx: cint): cint {.inline.} =
-  getGDNativeAPI().arrayFind(self, what, fromIdx)
-
-proc findLast*(self: GodotArray; what: GodotVariant): cint {.inline.} =
-  getGDNativeAPI().arrayFindLast(self, what)
-
-proc contains*(self: GodotArray; value: GodotVariant): bool {.inline.} =
-  getGDNativeAPI().arrayHas(self, value)
-
-proc godotHash*(self: GodotArray): cint {.inline.} =
-  getGDNativeAPI().arrayHash(self)
-
-proc hash*(self: GodotArray): Hash {.inline.} =
-  hash(godotHash(self))
-
-proc insert*(self: var GodotArray; pos: cint;
-             value: GodotVariant): Error {.discardable, inline.} =
-  getGDNativeAPI().arrayInsert(self, pos, value)
-
-proc reverse*(self: var GodotArray) {.inline.} =
-  getGDNativeAPI().arrayInvert(self)
-
-proc popLast*(self: var GodotArray): GodotVariant {.inline.} =
-  getGDNativeAPI().arrayPopBack(self)
-
-proc popFirst*(self: var GodotArray): GodotVariant {.inline.} =
-  getGDNativeAPI().arrayPopFront(self)
-
-proc addLast*(self: var GodotArray; value: GodotVariant) {.inline.} =
-  getGDNativeAPI().arrayPushBack(self, value)
-
-proc addFirst*(self: var GodotArray; value: GodotVariant) {.inline.} =
-  getGDNativeAPI().arrayPushFront(self, value)
-
-proc delete*(self: var GodotArray; idx: cint) {.inline.} =
-  getGDNativeAPI().arrayRemove(self, idx)
-
-proc setLen*(self: var GodotArray; size: cint) {.inline.} =
-  getGDNativeAPI().arrayResize(self, size)
-
-proc rfind*(self: GodotArray; what: GodotVariant;
-            fromIdx: cint): cint {.inline.} =
-  getGDNativeAPI().arrayRFind(self, what, fromIdx)
-
-proc sort*(self: var GodotArray) {.inline.} =
-  getGDNativeAPI().arraySort(self)
-
-proc sortCustom*(self: var GodotArray; obj: ptr GodotObject;
-                 funcName: GodotString) {.inline.} =
-  getGDNativeAPI().arraySortCustom(self, obj, funcName)
-
-proc binarySearch*(self: var GodotArray, val: ptr GodotVariant,
-                   before: bool) {.inline.} =
-  getGDNativeAPI().arrayBSearch(self, val, before)
-
-proc binarySearchCustom*(self: var GodotArray, val: ptr GodotVariant,
-                         obj: ptr GodotObject, funcName: GodotString,
-                         before: bool) {.inline.} =
-  getGDNativeAPI().arrayBSearchCustom(self, val, obj, funcName, before)
-
-iterator items*(self: GodotArray): GodotVariant =
-  for i in 0.cint..<self.len:
-    yield self[i]
-
-iterator mitems*(self: var GodotArray): var GodotVariant =
-  for i in 0.cint..<self.len:
-    yield self.mget(i)[]
-
-iterator pairs*(self: GodotArray): tuple[key: cint, val: GodotVariant] =
-  for i in 0.cint..<self.len:
-    yield (i, self[i])
-
-iterator mpairs*(self: var GodotArray): tuple[key: cint,
-                                              val: var GodotVariant] =
-  for i in 0.cint..<self.len:
-    yield (i, self.mget(i)[])
-
-proc `$`*(self: GodotArray): string =
-  result = newStringOfCap(32)
-  result.add('[')
-  for item in self:
-    if result.len > 1:
-      result.add(", ")
-    result.add($item)
-  result.add(']')

godot/internal/godotdictionaries.nim

@@ -1,56 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import godotinternaltypes, gdnativeapi
-
-proc initGodotDictionary*(dest: var GodotDictionary) {.inline.} =
-  getGDNativeAPI().dictionaryNew(dest)
-
-proc initGodotDictionary*(dest: var GodotDictionary;
-                          src: GodotDictionary) {.inline.} =
-  getGDNativeAPI().dictionaryNewCopy(dest, src)
-
-proc deinit*(self: var GodotDictionary) {.inline.} =
-  getGDNativeAPI().dictionaryDestroy(self)
-
-proc len*(self: GodotDictionary): cint {.inline.} =
-  getGDNativeAPI().dictionarySize(self)
-
-proc isEmpty*(self: GodotDictionary): bool {.inline.} =
-  getGDNativeAPI().dictionaryEmpty(self)
-
-proc clear*(self: var GodotDictionary) {.inline.} =
-  getGDNativeAPI().dictionaryClear(self)
-
-proc contains*(self: GodotDictionary; key: GodotVariant): bool {.inline.} =
-  getGDNativeAPI().dictionaryHas(self, key)
-
-proc contains*(self: GodotDictionary; keys: GodotArray): bool {.inline.} =
-  getGDNativeAPI().dictionaryHasAll(self, keys)
-
-proc del*(self: var GodotDictionary; key: GodotVariant) {.inline.} =
-  getGDNativeAPI().dictionaryErase(self, key)
-
-proc godotHash*(self: GodotDictionary): cint {.inline.} =
-  getGDNativeAPI().dictionaryHash(self, )
-
-proc keys*(self: GodotDictionary): GodotArray {.inline.} =
-  getGDNativeAPI().dictionaryKeys(self)
-
-proc values*(self: GodotDictionary): GodotArray {.inline.} =
-  getGDNativeAPI().dictionaryValues(self)
-
-proc `[]`*(self: GodotDictionary; key: GodotVariant): GodotVariant {.inline.} =
-  getGDNativeAPI().dictionaryGet(self, key)
-
-proc `[]=`*(self: var GodotDictionary; key, value: GodotVariant) {.inline.} =
-  getGDNativeAPI().dictionarySet(self, key, value)
-
-proc mget*(self: var GodotDictionary;
-           key: GodotVariant): ptr GodotVariant {.inline.} =
-  getGDNativeAPI().dictionaryOperatorIndex(self, key)
-
-proc `==`*(self, other: GodotDictionary): bool {.inline.} =
-  getGDNativeAPI().dictionaryOperatorEqual(self, other)
-
-proc toJson*(self: GodotDictionary): GodotString {.inline.} =
-  getGDNativeAPI().dictionaryToJson(self)

godot/internal/godotinternaltypes.nim

@@ -1,313 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-const MAX_ARG_COUNT* = 256
-
-type
-  GodotArray* {.byref.} = object
-    data: array[sizeof(int), byte]
-
-  GodotDictionary* {.byref.} = object
-    data: array[sizeof(int), byte]
-
-  GodotNodePath* {.byref.} = object
-    data: array[sizeof(int), byte]
-
-  GodotObject* = object
-
-  GodotPoolByteArray* {.byref.} = object
-    data: array[sizeof(int), byte]
-  GodotPoolByteArrayReadAccess* {.byref.} = object
-    data: array[1, byte]
-  GodotPoolByteArrayWriteAccess* {.byref.} = object
-    data: array[1, byte]
-
-  GodotPoolIntArray* {.byref.} = object
-    data: array[sizeof(int), byte]
-  GodotPoolIntArrayReadAccess* {.byref.} = object
-    data: array[1, byte]
-  GodotPoolIntArrayWriteAccess* {.byref.} = object
-    data: array[1, byte]
-
-  GodotPoolRealArray* {.byref.} = object
-    data: array[sizeof(int), byte]
-  GodotPoolRealArrayReadAccess* {.byref.} = object
-    data: array[1, byte]
-  GodotPoolRealArrayWriteAccess* {.byref.} = object
-    data: array[1, byte]
-
-  GodotPoolStringArray* {.byref.} = object
-    data: array[sizeof(int), byte]
-  GodotPoolStringArrayReadAccess* {.byref.} = object
-    data: array[1, byte]
-  GodotPoolStringArrayWriteAccess* {.byref.} = object
-    data: array[1, byte]
-
-  GodotPoolVector2Array* {.byref.} = object
-    data: array[sizeof(int), byte]
-  GodotPoolVector2ArrayReadAccess* {.byref.} = object
-    data: array[1, byte]
-  GodotPoolVector2ArrayWriteAccess* {.byref.} = object
-    data: array[1, byte]
-
-  GodotPoolVector3Array* {.byref.} = object
-    data: array[sizeof(int), byte]
-  GodotPoolVector3ArrayReadAccess* {.byref.} = object
-    data: array[1, byte]
-  GodotPoolVector3ArrayWriteAccess* {.byref.} = object
-    data: array[1, byte]
-
-  GodotPoolColorArray* {.byref.} = object
-    data: array[sizeof(int), byte]
-  GodotPoolColorArrayReadAccess* {.byref.} = object
-    data: array[1, byte]
-  GodotPoolColorArrayWriteAccess* {.byref.} = object
-    data: array[1, byte]
-
-  GodotString* {.byref.} = object
-    data: array[sizeof(int), byte]
-
-  cwchar_t* {.importc: "wchar_t", nodecl.} = object
-
-  GodotCharString* {.byref.} = object
-    data: array[sizeof(int), byte]
-
-  VariantType* {.size: sizeof(cint), pure.} = enum
-    Nil,   ##  atomic types
-    Bool,
-    Int,
-    Real,
-    String,
-    # math types
-    Vector2, ##  5
-    Rect2,
-    Vector3,
-    Transform2D,
-    Plane,
-    Quat, ##  10
-    AABB,
-    Basis,
-    Transform, ##  misc types
-    Color,
-    NodePath, ##  15
-    RID,
-    Object,
-    Dictionary,
-    Array, ##  20
-    # arrays
-    PoolByteArray,
-    PoolIntArray,
-    PoolRealArray,
-    PoolStringArray,
-    PoolVector2Array, ##  25
-    PoolVector3Array,
-    PoolColorArray
-
-  VariantCallErrorType* {.size: sizeof(cint), pure.} = enum
-    OK,
-    InvalidMethod,
-    InvalidArgument,
-    TooManyArguments,
-    TooFewArguments,
-    InstanceIsNull
-
-  VariantCallError* = object
-    error*: VariantCallErrorType
-    argument*: cint
-    expected*: VariantType
-
-  GodotVariant* {.byref.} = object
-    data: array[2, int64]
-    data2: int
-
-type GodotMethodBind* = object
-
-type
-  GDNativeAPIVersion* = object
-    major*: cuint
-    minor*: cuint
-
-  GDNativeInitOptions* = object
-    inEditor*: bool
-    coreApiHash*: uint64
-    editorApiHash*: uint64
-    noApiHash*: uint64
-    reportVersionMismatch*: proc (library: ptr GodotObject, extension: cstring,
-                                  want: GDNativeAPIVersion, have: GDNativeAPIVersion) {.noconv.}
-    reportLoadingError*: proc (library: ptr GodotObject, what: cstring) {.noconv.}
-    gdNativeLibrary*: ptr GodotObject
-    gdNativeAPIStruct*: pointer
-    activeLibraryPath*: ptr GodotString
-
-  GDNativeTerminateOptions* = object
-    inEditor*: bool
-
-  GodotMethodRPCMode* {.size: sizeof(cint), pure.} = enum
-    Disabled,
-    Remote,
-    Sync,
-    Master,
-    Slave
-
-  GodotMethodAttributes* = object
-    rpcMode*: GodotMethodRPCMode
-
-  GodotPropertyHint* {.size: sizeof(cint), pure.} = enum
-    None, ## no hint provided.
-    Range, ## hint_text = "min,max,step,slider; // slider is optional"
-    ExpRange, ## hint_text = "min,max,step", exponential edit
-    Enum, ## hint_text= "val1,val2,val3,etc"
-    ExpEasing, ## exponential easing funciton (Math::ease)
-    Length, ## hint_text= "length" (as integer)
-    SpriteFrame,
-    KeyAccel, ## hint_text= "length" (as integer)
-    Flags, ##  hint_text= "flag1,flag2,etc" (as bit flags)
-    Layers2DRender,
-    Layers2DPhysics,
-    Layers3DRender,
-    Layers3DPhysics,
-    File, ## a file path must be passed, hint_text (optionally)
-          ## is a filter "*.png,*.wav,*.doc,"
-    Dir,  ## a directort path must be passed
-    GlobalFile, ## a file path must be passed, hint_text (optionally) is a
-                ## filter "*.png,*.wav,*.doc,"
-    GlobalDir, ## a directort path must be passed
-    ResourceType, ## a resource object type
-    MultilineText, ## used for string properties that can contain multiple lines
-    ColorNoAlpha, ## used for ignoring alpha component when editing a color
-    ImageCompressLossy,
-    ImageCompressLossless,
-    ObjectId,
-    TypeString, ## a type string, the hint is the base type to choose
-    NodePathToEditedNode, ## so something else can provide this
-                          ## (used in scripts)
-    MethodOfVariantType, ## a method of a type
-    MethodOfBaseType, ## a method of a base type
-    MethodOfInstance, ## a method of an instance
-    MethodOfScript, ## a method of a script & base
-    PropertyOfVariantType, ## a property of a type
-    PropertyOfBaseType, ## a property of a base type
-    PropertyOfInstance, ## a property of an instance
-    PropertyOfScript, ## a property of a script & base
-    PropertyHintMax
-
-const
-  GODOT_PROPERTY_USAGE_STORAGE_VALUE = 1.cint
-  GODOT_PROPERTY_USAGE_EDITOR_VALUE = 2.cint
-  GODOT_PROPERTY_USAGE_NETWORK_VALUE = 4.cint
-  GODOT_PROPERTY_USAGE_EDITOR_HELPER_VALUE = 8.cint
-  GODOT_PROPERTY_USAGE_CHECKABLE_VALUE = 16.cint
-  GODOT_PROPERTY_USAGE_CHECKED_VALUE = 32.cint
-  GODOT_PROPERTY_USAGE_INTERNATIONALIZED_VALUE = 64.cint
-  GODOT_PROPERTY_USAGE_GROUP_VALUE = 128.cint
-  GODOT_PROPERTY_USAGE_CATEGORY_VALUE = 256.cint
-  GODOT_PROPERTY_USAGE_STORE_IF_NONZERO_VALUE = 512.cint
-  GODOT_PROPERTY_USAGE_STORE_IF_NONONE_VALUE = 1024.cint
-  GODOT_PROPERTY_USAGE_NO_INSTANCE_STATE_VALUE = 2048.cint
-  GODOT_PROPERTY_USAGE_RESTART_IF_CHANGED_VALUE = 4096.cint
-  GODOT_PROPERTY_USAGE_SCRIPT_VARIABLE_VALUE = 8192.cint
-  GODOT_PROPERTY_USAGE_STORE_IF_NULL_VALUE = 16384.cint
-  GODOT_PROPERTY_USAGE_ANIMATE_AS_TRIGGER_VALUE = 32768.cint
-  GODOT_PROPERTY_USAGE_UPDATE_ALL_IF_MODIFIED_VALUE = 65536.cint
-
-  GODOT_PROPERTY_USAGE_DEFAULT_VALUE: cint =
-      GODOT_PROPERTY_USAGE_STORAGE_VALUE or GODOT_PROPERTY_USAGE_EDITOR_VALUE or
-      GODOT_PROPERTY_USAGE_NETWORK_VALUE
-  GODOT_PROPERTY_USAGE_DEFAULT_INTL_VALUE: cint =
-      GODOT_PROPERTY_USAGE_STORAGE_VALUE or
-      GODOT_PROPERTY_USAGE_EDITOR_VALUE or GODOT_PROPERTY_USAGE_NETWORK_VALUE or
-      GODOT_PROPERTY_USAGE_INTERNATIONALIZED_VALUE
-  GODOT_PROPERTY_USAGE_NOEDITOR_VALUE: cint =
-      GODOT_PROPERTY_USAGE_STORAGE_VALUE or GODOT_PROPERTY_USAGE_NETWORK_VALUE
-
-type
-  GodotPropertyUsage* {.size: sizeof(cint), pure.} = enum
-    Storage = GODOT_PROPERTY_USAGE_STORAGE_VALUE
-    Editor = GODOT_PROPERTY_USAGE_EDITOR_VALUE
-    Network = GODOT_PROPERTY_USAGE_NETWORK_VALUE
-    NoEditor = GODOT_PROPERTY_USAGE_NOEDITOR_VALUE
-    Default = GODOT_PROPERTY_USAGE_DEFAULT_VALUE
-    EditorHelper = GODOT_PROPERTY_USAGE_EDITOR_HELPER_VALUE
-    Checkable = GODOT_PROPERTY_USAGE_CHECKABLE_VALUE
-      ## used for editing global variables
-    Checked = GODOT_PROPERTY_USAGE_CHECKED_VALUE
-      ## used for editing global variables
-    Internationalized = GODOT_PROPERTY_USAGE_INTERNATIONALIZED_VALUE
-      ## hint for internationalized strings
-    DefaultIntl = GODOT_PROPERTY_USAGE_DEFAULT_INTL_VALUE
-    Group = GODOT_PROPERTY_USAGE_GROUP_VALUE
-      ## used for grouping props in the editor
-    Category = GODOT_PROPERTY_USAGE_CATEGORY_VALUE
-    NonZero = GODOT_PROPERTY_USAGE_STORE_IF_NONZERO_VALUE
-      ## only store if nonzero
-    NonOne = GODOT_PROPERTY_USAGE_STORE_IF_NONONE_VALUE
-      ## only store if false
-    NoInstanceState = GODOT_PROPERTY_USAGE_NO_INSTANCE_STATE_VALUE
-    RestartIfChanged = GODOT_PROPERTY_USAGE_RESTART_IF_CHANGED_VALUE
-    ScriptVariable = GODOT_PROPERTY_USAGE_SCRIPT_VARIABLE_VALUE
-    StoreIfNull = GODOT_PROPERTY_USAGE_STORE_IF_NULL_VALUE
-    AnimateAsTrigger = GODOT_PROPERTY_USAGE_ANIMATE_AS_TRIGGER_VALUE
-    UpdateAllIfModified = GODOT_PROPERTY_USAGE_UPDATE_ALL_IF_MODIFIED_VALUE
-
-  GodotPropertyAttributes* {.bycopy.} = object
-    rsetType*: GodotMethodRPCMode
-    typ*: cint
-    hint*: GodotPropertyHint
-    hintString*: GodotString
-    usage*: cint
-    defaultValue*: GodotVariant
-
-  GodotInstanceCreateFunc* {.bycopy.} = object
-    createFunc*:
-      proc (obj: ptr GodotObject; methodData: pointer): pointer {.noconv.}
-        ## returns user data
-    methodData*: pointer
-    freeFunc*: proc (a2: pointer) {.noconv.}
-
-  GodotInstanceDestroyFunc* {.bycopy.} = object
-    destroyFunc*:
-      proc (obj: ptr GodotObject; methodData: pointer;
-            userData: pointer) {.noconv.}
-    methodData*: pointer
-    freeFunc*: proc (a2: pointer) {.noconv.}
-
-  GodotInstanceMethod* {.bycopy.} = object
-    meth*:
-      proc (obj: ptr GodotObject; methodData: pointer;
-            userData: pointer; numArgs: cint;
-            args: var array[MAX_ARG_COUNT, ptr GodotVariant]):
-              GodotVariant {.noconv.}
-    methodData*: pointer
-    freeFunc*: proc (a2: pointer) {.noconv.}
-
-  GodotPropertySetFunc* {.bycopy.} = object
-    setFunc*: proc (obj: ptr GodotObject; methodData: pointer;
-                    userData: pointer; value: GodotVariant) {.noconv.}
-    methodData*: pointer
-    freeFunc*: proc (a2: pointer) {.noconv.}
-
-  GodotPropertyGetFunc* {.bycopy.} = object
-    getFunc*: proc (obj: ptr GodotObject; methodData: pointer;
-                    userData: pointer): GodotVariant {.noconv.}
-    methodData*: pointer
-    freeFunc*: proc (a2: pointer) {.noconv.}
-
-  GodotSignalArgument* {.bycopy.} = object
-    name*: GodotString
-    typ*: cint
-    hint*: GodotPropertyHint
-    hintString*: GodotString
-    usage*: cint
-    defaultValue*: GodotVariant
-
-  GodotSignal* = object
-    name*: GodotString
-    numArgs*: cint
-    args*: ptr GodotSignalArgument
-    numDefaultArgs*: cint
-    defaultArgs*: ptr GodotVariant
-
-  GodotClassConstructor* = proc (): ptr GodotObject {.
-    noconv, gcsafe, locks: 0, raises: [], tags: [].}
-
-template offset*[T](p: ptr T, offset: int): ptr T =
-  cast[ptr T](cast[ByteAddress](p) +% (offset * sizeof(T)))

godot/internal/godotnodepaths.nim

@@ -1,40 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import godotinternaltypes, gdnativeapi
-
-proc initGodotNodePath*(dest: var GodotNodePath; s: GodotString) {.inline.} =
-  getGDNativeAPI().nodePathNew(dest, s)
-
-proc initGodotNodePath*(dest: var GodotNodePath;
-                        src: GodotNodePath) {.inline.} =
-  getGDNativeAPI().nodePathNewCopy(dest, src)
-
-proc deinit*(self: var GodotNodePath) {.inline.} =
-  getGDNativeAPI().nodePathDestroy(self)
-
-proc toGodotString*(self: GodotNodePath): GodotString {.inline.} =
-  getGDNativeAPI().nodePathAsString(self)
-
-proc isAbsolute*(self: GodotNodePath): bool {.inline.} =
-  getGDNativeAPI().nodePathIsAbsolute(self)
-
-proc nameCount*(self: GodotNodePath): cint {.inline.} =
-  getGDNativeAPI().nodePathGetNameCount(self)
-
-proc getName*(self: GodotNodePath; idx: cint): GodotString {.inline.} =
-  getGDNativeAPI().nodePathGetName(self, idx)
-
-proc subnameCount*(self: GodotNodePath): cint {.inline.} =
-  getGDNativeAPI().nodePathGetSubnameCount(self)
-
-proc getSubname*(self: GodotNodePath; idx: cint): GodotString {.inline.} =
-  getGDNativeAPI().nodePathGetSubname(self, idx)
-
-proc getConcatenatedSubnames*(self: GodotNodePath): GodotString {.inline.} =
-  getGDNativeAPI().nodePathGetConcatenatedSubnames(self)
-
-proc isEmpty*(self: GodotNodePath): bool {.inline.} =
-  getGDNativeAPI().nodePathIsEmpty(self)
-
-proc `==`*(a, b: GodotNodePath): bool {.inline.} =
-  getGDNativeAPI().nodePathOperatorEqual(a, b)

godot/internal/godotpoolarrays.nim

@@ -1,269 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import godotinternaltypes, gdnativeapi
-import core/godotcoretypes
-
-template genPoolArrayAPI(ArrayT, initIdent, DataT,
-                         newProc, newCopyProc, newWithArrayProc, appendProc,
-                         appendArrayProc, insertProc, invertProc, pushBackProc,
-                         removeProc, resizeProc, setProc, getProc, sizeProc,
-                         destroyProc, readProc, writeProc,
-                         readAccessPtrProc, writeAccessPtrProc,
-                         readAccessDestroyProc, writeAccessDestroyProc) =
-  proc initIdent*(dest: var ArrayT) {.inline.} =
-    getGDNativeAPI().newProc(dest)
-
-  proc initIdent*(dest: var ArrayT; src: ArrayT) {.inline.} =
-    getGDNativeAPI().newCopyProc(dest, src)
-
-  proc initIdent*(dest: var ArrayT; arr: GodotArray) {.inline.} =
-    getGDNativeAPI().newWithArrayProc(dest, arr)
-
-  proc deinit*(self: var ArrayT) {.inline.} =
-    getGDNativeAPI().destroyProc(self)
-
-  proc add*(self: var ArrayT; data: DataT) {.inline.} =
-    getGDNativeAPI().pushBackProc(self, data)
-
-  proc add*(self: var ArrayT; arr: ArrayT) {.inline.} =
-    getGDNativeAPI().appendArrayProc(self, arr)
-
-  proc insert*(self: var ArrayT; idx: cint;
-               data: DataT): Error {.inline.} =
-    getGDNativeAPI().insertProc(self, idx, data)
-
-  proc delete*(self: var ArrayT; idx: cint) {.inline.} =
-    getGDNativeAPI().removeProc(self, idx)
-
-  proc reverse*(self: var ArrayT) {.inline.} =
-    getGDNativeAPI().invertProc(self)
-
-  proc setLen*(self: var ArrayT; size: cint) {.inline.} =
-    getGDNativeAPI().resizeProc(self, size)
-
-  proc `[]=`*(self: var ArrayT; idx: cint; data: DataT) {.inline.} =
-    getGDNativeAPI().setProc(self, idx, data)
-
-  proc `[]`*(self: ArrayT; idx: cint): DataT {.inline.} =
-    let data = getGDNativeAPI().getProc(self, idx)
-    when DataT is Color:
-      data.toColor()
-    elif DataT is Vector2:
-      data.toVector2()
-    elif DataT is Vector3:
-      data.toVector3()
-    else:
-      data
-
-  proc len*(self: ArrayT): cint {.inline.} =
-    getGDNativeAPI().sizeProc(self)
-
-  iterator items*(self: ArrayT): DataT =
-    let readAccess = getGDNativeAPI().readProc(self)
-    let readPtr = getGDNativeAPI().readAccessPtrProc(readAccess)
-    for i in 0.cint..<self.len:
-      yield readPtr.offset(i)[]
-    getGDNativeAPI().readAccessDestroyProc(readAccess)
-
-  iterator mitems*(self: var ArrayT): var DataT =
-    let writeAccess = getGDNativeAPI().writeProc(self)
-    let writePtr = getGDNativeAPI().writeAccessPtrProc(writeAccess)
-    for i in 0.cint..<self.len:
-      yield writePtr.offset(i)[]
-    getGDNativeAPI().writeAccessDestroyProc(writeAccess)
-
-  iterator pairs*(self: ArrayT): tuple[key: cint, val: DataT] =
-    let readAccess = getGDNativeAPI().readProc(self)
-    let readPtr = getGDNativeAPI().readAccessPtrProc(readAccess)
-    for i in 0.cint..<self.len:
-      yield (i, readPtr.offset(i)[])
-    getGDNativeAPI().readAccessDestroyProc(readAccess)
-
-  iterator mpairs*(self: var ArrayT): tuple[key: cint, val: var DataT] =
-    let writeAccess = getGDNativeAPI().writeProc(self)
-    let writePtr = getGDNativeAPI().writeAccessPtrProc(writeAccess)
-    for i in 0.cint..<self.len:
-      yield (i, writePtr.offset(i)[])
-    getGDNativeAPI().writeAccessDestroyProc(writeAccess)
-
-  proc subarray*(self: ArrayT, idxFrom, idxTo: cint): ArrayT =
-    ## Indexes are inclusive, negative values count from the end of the array.
-    let ownLen = self.len
-    var actualIdxFrom = if idxFrom < 0: idxFrom + ownLen
-                        else: idxFrom
-    var actualIdxTo = if idxTo < 0: idxTo + ownLen
-                      else: idxTo
-
-    initIdent(result)
-    if actualIdxFrom < 0 or actualIdxFrom >= ownLen:
-      let instInfo = instantiationInfo()
-      getGDNativeAPI().printError(
-        cstring"Invalid subarray begin index", cstring"subarray", instInfo.filename, instInfo.line.cint)
-      return
-    if actualIdxTo < 0 or actualIdxTo >= ownLen:
-      let instInfo = instantiationInfo()
-      getGDNativeAPI().printError(
-        cstring"Invalid subarray end index", cstring"subarray", instInfo.filename, instInfo.line.cint)
-      return
-    let span = actualIdxTo - actualIdxFrom + 1
-    result.setLen(span)
-    let readAccess = getGDNativeAPI().readProc(self)
-    let writeAccess = getGDNativeAPI().writeProc(result)
-    let readPtr = getGDNativeAPI().readAccessPtrProc(readAccess).offset(actualIdxFrom)
-    copyMem(getGDNativeAPI().writeAccessPtrProc(writeAccess), readPtr, span)
-    getGDNativeAPI().readAccessDestroyProc(readAccess)
-    getGDNativeAPI().writeAccessDestroyProc(writeAccess)
-
-genPoolArrayAPI(GodotPoolByteArray, initGodotPoolByteArray, byte,
-                poolByteArrayNew,
-                poolByteArrayNewCopy,
-                poolByteArrayNewWithArray,
-                poolByteArrayAppend,
-                poolByteArrayAppendArray,
-                poolByteArrayInsert,
-                poolByteArrayInvert,
-                poolByteArrayPushBack,
-                poolByteArrayRemove,
-                poolByteArrayResize,
-                poolByteArraySet,
-                poolByteArrayGet,
-                poolByteArraySize,
-                poolByteArrayDestroy,
-                poolByteArrayRead,
-                poolByteArrayWrite,
-                poolByteArrayReadAccessPtr,
-                poolByteArrayWriteAccessPtr,
-                poolByteArrayReadAccessDestroy,
-                poolByteArrayWriteAccessDestroy)
-
-genPoolArrayAPI(GodotPoolIntArray, initGodotPoolIntArray, cint,
-                poolIntArrayNew,
-                poolIntArrayNewCopy,
-                poolIntArrayNewWithArray,
-                poolIntArrayAppend,
-                poolIntArrayAppendArray,
-                poolIntArrayInsert,
-                poolIntArrayInvert,
-                poolIntArrayPushBack,
-                poolIntArrayRemove,
-                poolIntArrayResize,
-                poolIntArraySet,
-                poolIntArrayGet,
-                poolIntArraySize,
-                poolIntArrayDestroy,
-                poolIntArrayRead,
-                poolIntArrayWrite,
-                poolIntArrayReadAccessPtr,
-                poolIntArrayWriteAccessPtr,
-                poolIntArrayReadAccessDestroy,
-                poolIntArrayWriteAccessDestroy)
-
-genPoolArrayAPI(GodotPoolRealArray, initGodotPoolRealArray, float32,
-                poolRealArrayNew,
-                poolRealArrayNewCopy,
-                poolRealArrayNewWithArray,
-                poolRealArrayAppend,
-                poolRealArrayAppendArray,
-                poolRealArrayInsert,
-                poolRealArrayInvert,
-                poolRealArrayPushBack,
-                poolRealArrayRemove,
-                poolRealArrayResize,
-                poolRealArraySet,
-                poolRealArrayGet,
-                poolRealArraySize,
-                poolRealArrayDestroy,
-                poolRealArrayRead,
-                poolRealArrayWrite,
-                poolRealArrayReadAccessPtr,
-                poolRealArrayWriteAccessPtr,
-                poolRealArrayReadAccessDestroy,
-                poolRealArrayWriteAccessDestroy)
-
-genPoolArrayAPI(GodotPoolStringArray, initGodotPoolStringArray, GodotString,
-                poolStringArrayNew,
-                poolStringArrayNewCopy,
-                poolStringArrayNewWithArray,
-                poolStringArrayAppend,
-                poolStringArrayAppendArray,
-                poolStringArrayInsert,
-                poolStringArrayInvert,
-                poolStringArrayPushBack,
-                poolStringArrayRemove,
-                poolStringArrayResize,
-                poolStringArraySet,
-                poolStringArrayGet,
-                poolStringArraySize,
-                poolStringArrayDestroy,
-                poolStringArrayRead,
-                poolStringArrayWrite,
-                poolStringArrayReadAccessPtr,
-                poolStringArrayWriteAccessPtr,
-                poolStringArrayReadAccessDestroy,
-                poolStringArrayWriteAccessDestroy)
-
-genPoolArrayAPI(GodotPoolVector2Array, initGodotPoolVector2Array, Vector2,
-                poolVector2ArrayNew,
-                poolVector2ArrayNewCopy,
-                poolVector2ArrayNewWithArray,
-                poolVector2ArrayAppend,
-                poolVector2ArrayAppendArray,
-                poolVector2ArrayInsert,
-                poolVector2ArrayInvert,
-                poolVector2ArrayPushBack,
-                poolVector2ArrayRemove,
-                poolVector2ArrayResize,
-                poolVector2ArraySet,
-                poolVector2ArrayGet,
-                poolVector2ArraySize,
-                poolVector2ArrayDestroy,
-                poolVector2ArrayRead,
-                poolVector2ArrayWrite,
-                poolVector2ArrayReadAccessPtr,
-                poolVector2ArrayWriteAccessPtr,
-                poolVector2ArrayReadAccessDestroy,
-                poolVector2ArrayWriteAccessDestroy)
-
-genPoolArrayAPI(GodotPoolVector3Array, initGodotPoolVector3Array, Vector3,
-                poolVector3ArrayNew,
-                poolVector3ArrayNewCopy,
-                poolVector3ArrayNewWithArray,
-                poolVector3ArrayAppend,
-                poolVector3ArrayAppendArray,
-                poolVector3ArrayInsert,
-                poolVector3ArrayInvert,
-                poolVector3ArrayPushBack,
-                poolVector3ArrayRemove,
-                poolVector3ArrayResize,
-                poolVector3ArraySet,
-                poolVector3ArrayGet,
-                poolVector3ArraySize,
-                poolVector3ArrayDestroy,
-                poolVector3ArrayRead,
-                poolVector3ArrayWrite,
-                poolVector3ArrayReadAccessPtr,
-                poolVector3ArrayWriteAccessPtr,
-                poolVector3ArrayReadAccessDestroy,
-                poolVector3ArrayWriteAccessDestroy)
-
-genPoolArrayAPI(GodotPoolColorArray, initGodotPoolColorArray, Color,
-                poolColorArrayNew,
-                poolColorArrayNewCopy,
-                poolColorArrayNewWithArray,
-                poolColorArrayAppend,
-                poolColorArrayAppendArray,
-                poolColorArrayInsert,
-                poolColorArrayInvert,
-                poolColorArrayPushBack,
-                poolColorArrayRemove,
-                poolColorArrayResize,
-                poolColorArraySet,
-                poolColorArrayGet,
-                poolColorArraySize,
-                poolColorArrayDestroy,
-                poolColorArrayRead,
-                poolColorArrayWrite,
-                poolColorArrayReadAccessPtr,
-                poolColorArrayWriteAccessPtr,
-                poolColorArrayReadAccessDestroy,
-                poolColorArrayWriteAccessDestroy)

godot/internal/godotstrings.nim

@@ -1,54 +0,0 @@
-# Copyright (c) 2018 Xored Software, Inc.
-
-import godotinternaltypes, gdnativeapi
-
-proc initGodotString(dest: var GodotString) {.inline, raises: [].} =
-  getGDNativeAPI().stringNew(dest)
-
-proc initGodotString(dest: var GodotString; contents: cstring;
-                     size: cint) {.inline.} =
-  ## Initializes ``dest`` from UTF-8 ``contents``
-  dest = getGDNativeAPI().stringCharsToUtf8WithLen(contents, size)
-
-proc `==`*(self, b: GodotString): bool {.inline.} =
-  getGDNativeAPI().stringOperatorEqual(self, b)
-
-proc `<`*(self, b: GodotString): bool {.inline.} =
-  getGDNativeAPI().stringOperatorLess(self, b)
-
-proc `&`*(self, b: GodotString): GodotString {.inline.} =
-  getGDNativeAPI().stringOperatorPlus(self, b)
-
-proc deinit*(self: var GodotString) {.inline.} =
-  getGDNativeAPI().stringDestroy(self)
-
-proc len*(self: GodotString): cint {.inline.} =
-  getGDNativeAPI().stringLength(self)
-
-proc dataPtr*(self: GodotString): ptr cwchar_t {.inline.} =
-  getGDNativeAPI().stringWideStr(self)
-
-proc `$`*(self: GodotString): string =
-  ## Converts the ``GodotString`` into Nim string
-  var charStr = getGDNativeAPI().stringUtf8(self)
-  let length = getGDNativeAPI().charStringLength(charStr)
-  result = newString(length)
-  copyMem(addr result[0], getGDNativeAPI().charStringGetData(charStr), length)
-  getGDNativeAPI().charStringDestroy(charStr)
-
-proc toGodotString*(s: string): GodotString {.inline.} =
-  ## Converts the Nim string into ``GodotString``
-  when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-    if s.isNil:
-      initGodotString(result)
-    else:
-      initGodotString(result, cstring(s), cint(s.len + 1))
-  else:
-    initGodotString(result, cstring(s), cint(s.len + 1))
-
-proc toGodotString*(s: cstring): GodotString {.inline.} =
-  ## Converts the cstring into ``GodotString``
-  if s.isNil:
-    initGodotString(result)
-  else:
-    initGodotString(result, s, cint(s.len + 1))

godot/internal/godotvariants.nim

@@ -1,217 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import core/godotcoretypes, godotinternaltypes, gdnativeapi
-
-proc getType*(p: GodotVariant): VariantType {.inline.} =
-  getGDNativeAPI().variantGetType(p)
-
-proc initGodotVariant*(dest: var GodotVariant) {.inline.} =
-  getGDNativeAPI().variantNewNil(dest)
-
-proc initGodotVariant*(dest: var GodotVariant, src: GodotVariant) {.inline.} =
-  getGDNativeAPI().variantNewCopy(dest, src)
-
-proc initGodotVariant*(dest: var GodotVariant; b: bool) {.inline.} =
-  getGDNativeAPI().variantNewBool(dest, b)
-
-proc initGodotVariant*(dest: var GodotVariant; i: uint64) {.inline.} =
-  getGDNativeAPI().variantNewUInt(dest, i)
-
-proc initGodotVariant*(dest: var GodotVariant; i: int64) {.inline.} =
-  getGDNativeAPI().variantNewInt(dest, i)
-
-proc initGodotVariant*(dest: var GodotVariant; r: cdouble) {.inline.} =
-  getGDNativeAPI().variantNewReal(dest, r)
-
-proc initGodotVariant*(dest: var GodotVariant; s: GodotString) {.inline.} =
-  getGDNativeAPI().variantNewString(dest, s)
-
-proc initGodotVariant*(dest: var GodotVariant; v2: Vector2) {.inline.} =
-  getGDNativeAPI().variantNewVector2(dest, v2)
-
-proc initGodotVariant*(dest: var GodotVariant; rect2: Rect2) {.inline.} =
-  getGDNativeAPI().variantNewRect2(dest, rect2)
-
-proc initGodotVariant*(dest: var GodotVariant; v3: Vector3) {.inline.} =
-  getGDNativeAPI().variantNewVector3(dest, v3)
-
-proc initGodotVariant*(dest: var GodotVariant; t2d: Transform2D) {.inline.} =
-  getGDNativeAPI().variantNewTransform2D(dest, t2d)
-
-proc initGodotVariant*(dest: var GodotVariant; plane: Plane) {.inline.} =
-  getGDNativeAPI().variantNewPlane(dest, plane)
-
-proc initGodotVariant*(dest: var GodotVariant; quat: Quat) {.inline.} =
-  getGDNativeAPI().variantNewQuat(dest, quat)
-
-proc initGodotVariant*(dest: var GodotVariant; aabb: AABB) {.inline.} =
-  getGDNativeAPI().variantNewAABB(dest, aabb)
-
-proc initGodotVariant*(dest: var GodotVariant; basis: Basis) {.inline.} =
-  getGDNativeAPI().variantNewBasis(dest, basis)
-
-proc initGodotVariant*(dest: var GodotVariant; trans: Transform) {.inline.} =
-  getGDNativeAPI().variantNewTransform(dest, trans)
-
-proc initGodotVariant*(dest: var GodotVariant; color: Color) {.inline.} =
-  getGDNativeAPI().variantNewColor(dest, color)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       nodePath: GodotNodePath) {.inline.} =
-  getGDNativeAPI().variantNewNodePath(dest, nodePath)
-
-proc initGodotVariant*(dest: var GodotVariant; rid: RID) {.inline.} =
-  getGDNativeAPI().variantNewRID(dest, rid)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       obj: ptr GodotObject) {.inline.} =
-  getGDNativeAPI().variantNewObject(dest, obj)
-
-proc initGodotVariant*(dest: var GodotVariant; arr: GodotArray) {.inline.} =
-  getGDNativeAPI().variantNewArray(dest, arr)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       pba: GodotPoolByteArray) {.inline.} =
-  getGDNativeAPI().variantNewPoolByteArray(dest, pba)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       pia: GodotPoolIntArray) {.inline.} =
-  getGDNativeAPI().variantNewPoolIntArray(dest, pia)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       pra: GodotPoolRealArray) {.inline.} =
-  getGDNativeAPI().variantNewPoolRealArray(dest, pra)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       psa: GodotPoolStringArray) {.inline.} =
-  getGDNativeAPI().variantNewPoolStringArray(dest, psa)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       pv2a: GodotPoolVector2Array) {.inline.} =
-  getGDNativeAPI().variantNewPoolVector2Array(dest, pv2a)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       pv3a: GodotPoolVector3Array) {.inline.} =
-  getGDNativeAPI().variantNewPoolVector3Array(dest, pv3a)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       pca: GodotPoolColorArray) {.inline.} =
-  getGDNativeAPI().variantNewPoolColorArray(dest, pca)
-
-proc initGodotVariant*(dest: var GodotVariant;
-                       dict: GodotDictionary) {.inline.} =
-  getGDNativeAPI().variantNewDictionary(dest, dict)
-
-proc deinit*(v: var GodotVariant) {.inline.} =
-  getGDNativeAPI().variantDestroy(v)
-
-proc asBool*(self: GodotVariant): bool {.inline.} =
-  getGDNativeAPI().variantAsBool(self)
-
-proc asUInt*(self: GodotVariant): uint64 {.inline.} =
-  getGDNativeAPI().variantAsUInt(self)
-
-proc asInt*(self: GodotVariant): int64 {.inline.} =
-  getGDNativeAPI().variantAsInt(self)
-
-proc asReal*(self: GodotVariant): cdouble {.inline.} =
-  getGDNativeAPI().variantAsReal(self)
-
-proc asGodotString*(self: GodotVariant): GodotString {.inline.} =
-  getGDNativeAPI().variantAsString(self)
-
-proc asVector2*(self: GodotVariant): Vector2 {.inline.} =
-  getGDNativeAPI().variantAsVector2(self).toVector2()
-
-proc asRect2*(self: GodotVariant): Rect2 {.inline.} =
-  getGDNativeAPI().variantAsRect2(self).toRect2()
-
-proc asVector3*(self: GodotVariant): Vector3 {.inline.} =
-  getGDNativeAPI().variantAsVector3(self).toVector3()
-
-proc asTransform2D*(self: GodotVariant): Transform2D {.inline.} =
-  getGDNativeAPI().variantAsTransform2D(self).toTransform2D()
-
-proc asPlane*(self: GodotVariant): Plane {.inline.} =
-  getGDNativeAPI().variantAsPlane(self).toPlane()
-
-proc asQuat*(self: GodotVariant): Quat {.inline.} =
-  getGDNativeAPI().variantAsQuat(self).toQuat()
-
-proc asAABB*(self: GodotVariant): AABB {.inline.} =
-  getGDNativeAPI().variantAsAABB(self).toAABB()
-
-proc asBasis*(self: GodotVariant): Basis {.inline.} =
-  getGDNativeAPI().variantAsBasis(self).toBasis()
-
-proc asTransform*(self: GodotVariant): Transform {.inline.} =
-  getGDNativeAPI().variantAsTransform(self).toTransform()
-
-proc asColor*(self: GodotVariant): Color {.inline.} =
-  getGDNativeAPI().variantAsColor(self).toColor()
-
-proc asNodePath*(self: GodotVariant): GodotNodePath {.inline.} =
-  getGDNativeAPI().variantAsNodePath(self)
-
-proc asRID*(self: GodotVariant): RID {.inline.} =
-  getGDNativeAPI().variantAsRID(self)
-
-proc asGodotObject*(self: GodotVariant): ptr GodotObject {.inline.} =
-  getGDNativeAPI().variantAsObject(self)
-
-proc asGodotArray*(self: GodotVariant): GodotArray {.inline.} =
-  getGDNativeAPI().variantAsArray(self)
-
-proc asGodotPoolByteArray*(self: GodotVariant): GodotPoolByteArray {.inline.} =
-  getGDNativeAPI().variantAsPoolByteArray(self)
-
-proc asGodotPoolIntArray*(self: GodotVariant): GodotPoolIntArray {.inline.} =
-  getGDNativeAPI().variantAsPoolIntArray(self)
-
-proc asGodotPoolRealArray*(self: GodotVariant): GodotPoolRealArray {.inline.} =
-  getGDNativeAPI().variantAsPoolRealArray(self)
-
-proc asGodotPoolStringArray*(self: GodotVariant): GodotPoolStringArray
-                            {.inline.} =
-  getGDNativeAPI().variantAsPoolStringArray(self)
-
-proc asGodotPoolVector2Array*(self: GodotVariant): GodotPoolVector2Array
-                             {.inline.} =
-  getGDNativeAPI().variantAsPoolVector2Array(self)
-
-proc asGodotPoolVector3Array*(self: GodotVariant): GodotPoolVector3Array
-                             {.inline.} =
-  getGDNativeAPI().variantAsPoolVector3Array(self)
-
-proc asGodotPoolColorArray*(self: GodotVariant): GodotPoolColorArray
-                           {.inline.} =
-  getGDNativeAPI().variantAsPoolColorArray(self)
-
-proc asGodotDictionary*(self: GodotVariant): GodotDictionary {.inline.} =
-  getGDNativeAPI().variantAsDictionary(self)
-
-proc call*(self: var GodotVariant; meth: GodotString;
-           args: ptr array[256, ptr GodotVariant]; argCount: cint;
-           error: var VariantCallError): GodotVariant {.inline.} =
-  getGDNativeAPI().variantCall(self, meth, args, argCount, error)
-
-proc hasMethod*(self: GodotVariant; meth: GodotString): bool {.inline.} =
-  getGDNativeAPI().variantHasMethod(self, meth)
-
-proc `==`*(self, other: GodotVariant): bool {.inline.} =
-  getGDNativeAPI().variantOperatorEqual(self, other)
-
-proc `<`*(self, other: GodotVariant): bool {.inline.} =
-  getGDNativeAPI().variantOperatorLess(self, other)
-
-proc hashCompare*(self, other: GodotVariant): bool {.inline.} =
-  getGDNativeAPI().variantHashCompare(self, other)
-
-proc booleanize*(self: GodotVariant): bool {.inline.} =
-  getGDNativeAPI().variantBooleanize(self)
-
-import godotstrings
-proc `$`*(self: GodotVariant): string =
-  var s = self.asGodotString()
-  result = $s
-  s.deinit()

godot/internal/nim.cfg

@@ -1 +0,0 @@
---path:"$projectdir/../"

godot/nim/godotmacros.nim

@@ -1,684 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import macros, tables, typetraits, strutils, sets, sequtils, options, algorithm
-import godotinternal, internal/godotvariants
-import godotnim, core/variants
-
-type
-  VarDecl = ref object
-    name: NimNode
-    typ: NimNode
-    defaultValue: NimNode
-    isNoGodot: bool
-    hint: Option[string]
-    hintStr: Option[string]
-    usage: NimNode
-    isExported: bool
-
-  MethodDecl = ref object
-    name: string
-    args: seq[VarDecl]
-    isVirtual: bool
-    returnType: NimNode
-    nimNode: NimNode
-    isNoGodot: bool
-
-  ObjectDecl = ref object
-    name: string
-    parentName: string
-    fields: seq[VarDecl]
-    methods: seq[MethodDecl]
-    isTool: bool
-
-  ParseError = object of Exception
-
-include "internal/backwardcompat.inc.nim"
-
-proc godotToNim[T](val: Variant): (T, ConversionResult) =
-  mixin fromVariant
-  result[1] = fromVariant(result[0], val)
-
-proc nimToGodot[T](val: T): Variant =
-  mixin toVariant
-  when compiles(toVariant(val)):
-    result = toVariant(val)
-  else:
-    const err = "Cannot convert Nim value of type " & T.name &
-                " into Variant"
-    {.error: err.}
-
-template parseError(node: NimNode, msg: string) =
-  raise newException(ParseError, lineinfo(node) & ": " & msg)
-
-proc extractNames(definition: NimNode):
-    tuple[name, parentName: string] =
-  if definition.kind == nnkIdent:
-    result.name = definition.strVal
-  else:
-    if not (definition.kind == nnkInfix and
-            definition[0].strVal == "of"):
-      parseError(definition, "invalid type definition")
-    result.name = definition[1].strVal
-    case definition[2].kind:
-      of nnkIdent:
-        result.parentName = definition[2].strVal
-      else:
-        parseError(definition[2], "parent type expected")
-
-when not declared(newRStrLit):
-  proc newRStrLit(s: string): NimNode {.compileTime.} =
-    result = newNimNode(nnkRStrLit)
-    result.strVal = s
-
-proc newCStringLit(s: string): NimNode {.compileTime.} =
-  newNimNode(nnkCallStrLit).add(ident("cstring"), newRStrLit(s))
-
-iterator pragmas(node: NimNode):
-      tuple[key: string, value: NimNode, index: int] =
-  assert node.kind in {nnkPragma, nnkEmpty}
-  for index in countdown(node.len - 1, 0):
-    if node[index].kind == nnkExprColonExpr:
-      yield (node[index][0].strVal, node[index][1], index)
-    elif node[index].kind == nnkIdent:
-      yield (node[index].strVal, nil, index)
-
-proc removePragmaNode(statement: NimNode,
-                      pname: string): NimNode {.compileTime.} =
-  ## Removes the pragma from the node and returns value of the pragma
-  ## Works for routine nodes or nnkPragmaExpr
-  if not (RoutineNodes.contains(statement.kind) or
-          statement.kind == nnkPragmaExpr):
-    return nil
-
-  result = nil
-  var pragmas = if RoutineNodes.contains(statement.kind): statement.pragma()
-                else: statement[1]
-  for ident, val, i in pragmas(pragmas):
-    if ident.eqIdent(pname):
-      pragmas.del(i)
-      return val
-
-proc removePragma(statement: NimNode, pname: string): bool =
-  ## Removes the pragma from the node and returns whether pragma was removed
-  if not (RoutineNodes.contains(statement.kind) or
-          statement.kind == nnkPragmaExpr):
-    return false
-  var pragmas = if RoutineNodes.contains(statement.kind): statement.pragma()
-                else: statement[1]
-  for ident, val, i in pragmas(pragmas):
-    if ident.eqIdent(pname):
-      pragmas.del(i)
-      return true
-
-proc removeStrPragma(statement: NimNode,
-                     pname: string): Option[string] {.compileTime.} =
-  ## Removes the pragma from the node and returns value of the pragma
-  ## Works for routine nodes or nnkPragmaExpr
-  let node = removePragmaNode(statement, pname)
-  result = if node.isNil: none(string)
-           else: some($node)
-
-proc isExported(node: NimNode): bool {.compileTime.} =
-  if node.kind == nnkPragmaExpr:
-    result = isExported(node[0])
-  elif node.kind == nnkPostfix:
-    result = ($node[0] == "*")
-
-proc identDefsToVarDecls(identDefs: NimNode): seq[VarDecl] =
-  assert(identDefs.kind == nnkIdentDefs)
-  result = newSeqOfCap[VarDecl](identDefs.len - 2)
-
-  var typ = identDefs[identDefs.len - 2]
-  if typ.kind == nnkEmpty:
-    let defaultValue = identDefs[identDefs.len - 1]
-    if defaultValue.kind != nnkEmpty:
-      typ = newCall("type", defaultValue)
-
-  for i in 0..<(identDefs.len - 2):
-    let nameNode = identDefs[i].copyNimTree()
-    let hint = removeStrPragma(nameNode, "hint")
-    let hintStr = removeStrPragma(nameNode, "hintStr")
-    let usage = removePragmaNode(nameNode, "usage")
-    let isGdExport = removePragma(nameNode, "gdExport")
-
-    result.add(VarDecl(
-      name: if nameNode.kind == nnkPragmaExpr: nameNode[0].basename()
-            else: nameNode.basename(),
-      typ: typ,
-      defaultValue: identDefs[identDefs.len - 1],
-      hint: hint,
-      hintStr: hintStr,
-      isNoGodot: not isGdExport,
-      usage: usage,
-      isExported: nameNode.isExported()
-    ))
-
-proc parseMethod(meth: NimNode): MethodDecl =
-  assert(meth.kind in {nnkProcDef, nnkMethodDef})
-  let isGdExport = removePragma(meth, "gdExport")
-  let isNoGodot = (meth.kind != nnkMethodDef and not isGdExport) or
-                  removePragma(meth, "noGdExport")
-  result = MethodDecl(
-    name: $meth[0].basename,
-    args: newSeq[VarDecl](),
-    returnType: meth[3][0],
-    isVirtual: meth.kind == nnkMethodDef,
-    isNoGodot: isNoGodot,
-    nimNode: meth
-  )
-  for i in 1..<meth[3].len:
-    var identDefs = meth[3][i]
-    result.args.add(identDefsToVarDecls(identDefs))
-
-proc parseVarSection(decl: NimNode): seq[VarDecl] =
-  assert(decl.kind == nnkVarSection)
-  for i in 0..<decl.len:
-    if i == 0:
-      result = identDefsToVarDecls(decl[i])
-    else:
-      result.add(identDefsToVarDecls(decl[i]))
-
-proc parseType(ast: NimNode): ObjectDecl =
-  let definition = ast[0]
-  let body = ast[^1]
-  result = ObjectDecl(
-    fields: newSeq[VarDecl](),
-    methods: newSeq[MethodDecl]()
-  )
-  (result.name, result.parentName) = extractNames(definition)
-
-  var isTool = false
-  for i in 1..(ast.len - 2):
-    let option = ast[i]
-    if option.kind != nnkIdent:
-      parseError(option, "type specifier expected")
-    if option.strVal == "tool":
-      isTool = true
-    else:
-      parseError(option, "valid type specifier expected")
-  result.isTool = isTool
-
-  if result.parentName.len == 0: result.parentName = "Object"
-  for statement in body:
-    case statement.kind:
-      of nnkVarSection:
-        let varSection = parseVarSection(statement)
-        result.fields.add(varSection)
-      of nnkProcDef, nnkMethodDef:
-        let meth = parseMethod(statement)
-        result.methods.add(meth)
-      of nnkCommentStmt:
-        discard
-      else:
-        parseError(statement, "field or method declaration expected")
-
-macro invokeVarArgs(procIdent, objIdent;
-                    minArgs, maxArgs: static[int], numArgsIdent,
-                    argSeqIdent; argTypes: seq[NimNode],
-                    hasReturnValue, isStaticCall: static[bool]): untyped =
-  ## Produces statement in form:
-  ##
-  ## .. code-block:: nim
-  ##   case numArgs:
-  ##   of 0:
-  ##     meth(self)
-  ##   of 1:
-  ##     let (arg0, err) = godotToNim[ArgT](argSeq[0])
-  ##     if err != ConversionResult.OK:
-  ##       error(...)
-  ##       return
-  ##     meth(self, arg0)
-  ##   else:
-  ##     error(...)
-
-  template conv(procLit, argT, argSeq, idx, argIdent, errIdent) =
-    let v = newVariant(argSeq[idx][])
-    v.markNoDeinit() # args will be destroyed externally
-    let (argIdent, errIdent) = godotToNim[argT](v)
-    if errIdent != ConversionResult.OK:
-      let errorKind = if errIdent == ConversionResult.TypeError: "a type error"
-                      else: "a range error"
-      printError(
-        "Failed to invoke Nim procedure " & $procLit &
-        ": " & errorKind & " has occurred when converting argument " & $idx &
-        " of Godot type " & $argSeq[idx][].getType())
-      return
-
-  # these help to avoid exporting internal modules
-  # thanks to closed symbol binding
-  template initGodotVariantCall(result) =
-    initGodotVariant(result)
-
-  template initGodotVariantCall(result, src) =
-    initGodotVariant(result, src)
-
-  result = newNimNode(nnkCaseStmt)
-  result.add(numArgsIdent)
-  for i in minArgs..maxArgs:
-    let branch = newNimNode(nnkOfBranch).add(newIntLitNode(i))
-    let branchBody = newStmtList()
-    var invocation = newNimNode(nnkCall)
-    invocation.add(procIdent)
-    invocation.add(objIdent) # self
-    for idx in 0..<i:
-      let argIdent = genSym(nskLet, "arg")
-      let errIdent = genSym(nskLet, "err")
-      let argT = argTypes[idx]
-      branchBody.add(getAst(conv($procIdent, argT,
-                                 argSeqIdent, idx, argIdent, errIdent)))
-      invocation.add(argIdent)
-
-    if isStaticCall:
-      invocation = newNimNode(nnkCall).add(ident("procCall"), invocation)
-
-    if hasReturnValue:
-      let resultVariant = genSym(nskLet, "ret")
-      branchBody.add(
-        newNimNode(nnkLetSection).add(
-          newIdentDefs(resultVariant, ident("Variant"), newCall("toVariant", invocation))))
-      let theCall = newNimNode(nnkBracketExpr).add(newNimNode(nnkDotExpr).add(
-        resultVariant, ident("godotVariant")))
-      branchBody.add(getAst(initGodotVariantCall(ident("result"), theCall)))
-    else:
-      branchBody.add(invocation)
-      branchBody.add(getAst(initGodotVariantCall(ident("result"))))
-
-    branch.add(branchBody)
-    result.add(branch)
-  template printInvokeErr(procName, minArgs, maxArgs, numArgs) =
-    printError(
-      "Failed to invoke Nim procedure " & procName &
-      ": expected " & $minArgs & "-" & $maxArgs &
-      " arguments, but got " & $numArgs)
-
-  result.add(newNimNode(nnkElse).add(getAst(
-    printInvokeErr(procIdent.strVal, minArgs, maxArgs, numArgsIdent))))
-
-proc typeError(nimType: string, value: string, godotType: VariantType,
-               className: cstring, propertyName: cstring): string =
-  result = "Tried to assign incompatible value " & value & " (" & $godotType &
-            ") to field \"" & $propertyName & ": " & $nimType & "\" of " &
-            $className
-
-proc rangeError(nimType: string, value: string, className: cstring,
-                propertyName: cstring): string =
-  result = "Tried to assign the out-of-range value " & value &
-            " to field \"" & $propertyName & ": " & $nimType & "\" of " &
-            $className
-
-
-proc nimDestroyFunc(obj: ptr GodotObject, methData: pointer,
-                    userData: pointer) {.noconv.} =
-  let nimObj = cast[NimGodotObject](userData)
-  nimObj.removeGodotObject()
-  GC_unref(nimObj)
-
-proc nimDestroyRefFunc(obj: ptr GodotObject, methData: pointer,
-                       userData: pointer) {.noconv.} =
-  # references are destroyed by Godot when they are already destroyed by Nim,
-  # so nothing to do here.
-  discard
-
-proc refcountIncremented(obj: ptr GodotObject, methodData: pointer,
-                         userData: pointer, numArgs: cint,
-                         args: var array[MAX_ARG_COUNT, ptr GodotVariant]):
-                      GodotVariant {.noconv.} =
-  let nimObj = cast[NimGodotObject](userData)
-  if not nimObj.isFinalized:
-    GC_ref(nimObj)
-
-proc refcountDecremented(obj: ptr GodotObject, methodData: pointer,
-                         userData: pointer, numArgs: cint,
-                         args: var array[MAX_ARG_COUNT, ptr GodotVariant]):
-                      GodotVariant {.noconv.} =
-  let nimObj = cast[NimGodotObject](userData)
-  if not nimObj.isFinalized:
-    GC_unref(nimObj)
-  initGodotVariant(result, nimObj.isFinalized)
-
-template registerGodotClass(classNameIdent, classNameLit; isRefClass: bool;
-                            baseNameLit, createFuncIdent; isTool: bool) =
-  proc createFuncIdent(obj: ptr GodotObject,
-                       methData: pointer): pointer {.noconv.} =
-    var nimObj: classNameIdent
-    new(nimObj, nimGodotObjectFinalizer[classNameIdent])
-    nimObj.setGodotObject(obj)
-    nimObj.isRef = when isRefClass: true else: false
-    nimObj.setNativeObject(asNimGodotObject[NimGodotObject](
-      obj, forceNativeObject = true))
-    GC_ref(nimObj)
-    result = cast[pointer](nimObj)
-    when compiles(nimObj.init()):
-      nimObj.init()
-
-  let createFuncObj = GodotInstanceCreateFunc(
-    createFunc: createFuncIdent
-  )
-  let destroyFuncObj = GodotInstanceDestroyFunc(
-    destroyFunc: when isRefClass: nimDestroyRefFunc else: nimDestroyFunc
-  )
-  registerClass(classNameIdent, classNameLit, false)
-  when isTool:
-    nativeScriptRegisterToolClass(getNativeLibHandle(), classNameLit,
-                                  baseNameLit, createFuncObj, destroyFuncObj)
-  else:
-    nativeScriptRegisterClass(getNativeLibHandle(), classNameLit,
-                              baseNameLit, createFuncObj, destroyFuncObj)
-
-template registerGodotField(classNameLit, classNameIdent, propNameLit,
-                            propNameIdent, propTypeLit, propTypeIdent,
-                            setFuncIdent, getFuncIdent, hintStrLit,
-                            hintIdent, usageExpr, hasDefaultValue,
-                            defaultValueNode) =
-  proc setFuncIdent(obj: ptr GodotObject, methData: pointer,
-                    nimPtr: pointer, val: GodotVariant) {.noconv.} =
-    let variant = newVariant(val)
-    variant.markNoDeinit()
-    let (nimVal, err) = godotToNim[propTypeIdent](variant)
-    case err:
-    of ConversionResult.OK:
-      cast[classNameIdent](nimPtr).propNameIdent = nimVal
-    of ConversionResult.TypeError:
-      let errStr = typeError(propTypeLit, $val, val.getType(),
-                             classNameLit, astToStr(propNameIdent))
-      printError(errStr)
-    of ConversionResult.RangeError:
-      let errStr = rangeError(propTypeLit, $val,
-                              classNameLit, astToStr(propNameIdent))
-      printError(errStr)
-
-  proc getFuncIdent(obj: ptr GodotObject, methData: pointer,
-                    nimPtr: pointer): GodotVariant {.noconv.} =
-    let variant = nimToGodot(cast[classNameIdent](nimPtr).propNameIdent)
-    variant.markNoDeinit()
-    result = variant.godotVariant[]
-
-  let setFunc = GodotPropertySetFunc(
-    setFunc: setFuncIdent
-  )
-  let getFunc = GodotPropertyGetFunc(
-    getFunc: getFuncIdent
-  )
-  mixin godotTypeInfo
-  const typeInfo = when compiles(godotTypeInfo(propTypeIdent)):
-                    godotTypeInfo(propTypeIdent)
-                   else: GodotTypeInfo()
-  const hintStr = when hintStrLit != "NIM":
-                    hintStrLit
-                  else:
-                    typeInfo.hintStr
-  const hint = when astToStr(hintIdent) != "NIM":
-                 GodotPropertyHint.hintIdent
-               else:
-                 typeInfo.hint
-  const variantType = typeInfo.variantType
-
-  var hintStrGodot = hintStr.toGodotString()
-  {.push warning[ProveInit]: off.} # false warning, Nim bug
-  var attr = GodotPropertyAttributes(
-    typ: ord(variantType),
-    hint: hint,
-    hintString: hintStrGodot,
-    usage: usageExpr
-  )
-  {.push warning[ProveInit]: on.}
-  when hasDefaultValue:
-    attr.defaultValue = (defaultValueNode).toVariant().godotVariant[]
-  nativeScriptRegisterProperty(getNativeLibHandle(), classNameLit, propNameLit,
-                               unsafeAddr attr, setFunc, getFunc)
-  hintStrGodot.deinit()
-
-proc toGodotStyle(s: string): string {.compileTime.} =
-  result = newStringOfCap(s.len + 10)
-  for c in s:
-    if c.isUpperAscii():
-      result.add('_')
-      result.add(c.toLowerAscii())
-    else:
-      result.add(c)
-
-proc genType(obj: ObjectDecl): NimNode {.compileTime.} =
-  result = newNimNode(nnkStmtList)
-
-  # Nim type definition
-  let typeDef = newNimNode(nnkTypeDef)
-  result.add(newNimNode(nnkTypeSection).add(typeDef))
-  typeDef.add(postfix(ident(obj.name), "*"))
-  typeDef.add(newEmptyNode())
-  let objTy = newNimNode(nnkObjectTy)
-  typeDef.add(newNimNode(nnkRefTy).add(objTy))
-  objTy.add(newEmptyNode())
-  if obj.parentName.len == 0:
-    objTy.add(newEmptyNode())
-  else:
-    objTy.add(newNimNode(nnkOfInherit).add(ident(obj.parentName)))
-
-  let recList = newNimNode(nnkRecList)
-  objTy.add(recList)
-  let initBody = newStmtList()
-  for decl in obj.fields:
-    if not decl.defaultValue.isNil and decl.defaultValue.kind != nnkEmpty:
-      initBody.add(newNimNode(nnkAsgn).add(newDotExpr(ident("self"), decl.name),
-          decl.defaultValue))
-    let name = if not decl.isExported: decl.name
-               else: postfix(decl.name, "*")
-    recList.add(newIdentDefs(name, decl.typ))
-
-  # Add default values and/or super call to init method
-  initBody.insert(0, newNimNode(nnkCommand).add(ident("procCall"),
-    newCall("init", newCall(obj.parentName, ident("self")))))
-  var initMethod: NimNode
-  for meth in obj.methods:
-    if meth.name == "init" and meth.nimNode[3].len == 1:
-      initMethod = meth.nimNode
-      break
-  if initMethod.isNil:
-    obj.methods.add(MethodDecl(
-      name: "init",
-      args: newSeq[VarDecl](),
-      returnType: newEmptyNode(),
-      isVirtual: true,
-      isNoGodot: false,
-      nimNode: newProc(postfix(ident("init"), "*"), body = initBody,
-                       procType = nnkMethodDef)
-    ))
-  else:
-    initMethod.body.insert(0, initBody)
-
-  when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-    # {.this: self.} for convenience
-    result.add(newNimNode(nnkPragma).add(newNimNode(nnkExprColonExpr).add(
-      ident("this"), ident("self")
-    )))
-
-  # Nim proc defintions
-  var decls = newSeqOfCap[NimNode](obj.methods.len)
-  for meth in obj.methods:
-    let selfArg = newIdentDefs(ident("self"), ident(obj.name))
-    meth.nimNode.params.insert(1, selfArg)
-    let decl = meth.nimNode.copyNimTree()
-    decl.body = newEmptyNode()
-    decl.addPragma(ident("gcsafe"))
-    decl.addPragma(newNimNode(nnkExprColonExpr).add(ident("locks"),
-                                                newIntLitNode(0)))
-    decls.add(decl)
-  # add forward declarations first
-  for decl in decls:
-    result.add(decl)
-  for meth in obj.methods:
-    result.add(meth.nimNode)
-
-  # Register Godot object
-  let parentName = if obj.parentName.len == 0: newStrLitNode("Object")
-                   else: newStrLitNode(obj.parentName)
-  let classNameLit = newStrLitNode(obj.name)
-  let classNameIdent = ident(obj.name)
-  let isRef: bool = if obj.parentName.len == 0: false
-                    else: obj.parentName in refClasses
-  # Wrapping bools with a newLit is required as a temporary workaround for
-  # https://github.com/nim-lang/Nim/issues/7375
-  result.add(getAst(
-    registerGodotClass(classNameIdent, classNameLit, newLit(isRef), parentName,
-                       genSym(nskProc, "createFunc"), newLit(obj.isTool))))
-
-  # Register fields (properties)
-  for field in obj.fields:
-    if field.isNoGodot: continue
-    let hintStr = if field.hintStr.isNone: "NIM"
-                  else: field.hintStr.get
-    let hint = if field.hint.isNone: "NIM"
-               else: field.hint.get
-    let usage =
-      if field.usage.isNil:
-        newLit(ord(GodotPropertyUsage.Default) or
-               ord(GodotPropertyUsage.ScriptVariable))
-      else: field.usage
-    let hasDefaultValue = not field.defaultValue.isNil and
-                          field.defaultValue.kind != nnkEmpty
-    let hintIdent = ident(hint)
-    let nimType = repr field.typ
-    result.add(getAst(
-      registerGodotField(classNameLit, classNameIdent,
-                         newCStringLit(toGodotStyle($field.name.basename())),
-                         ident(field.name), nimType,
-                         field.typ, genSym(nskProc, "setFunc"),
-                         genSym(nskProc, "getFunc"),
-                         newStrLitNode(hintStr), hintIdent, usage,
-                         ident($hasDefaultValue), field.defaultValue)))
-
-  # Register methods
-  template registerGodotMethod(classNameLit, classNameIdent, methodNameIdent,
-                               methodNameLit, minArgs, maxArgs,
-                               argTypes, methFuncIdent, hasReturnValue) =
-    when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-      {.emit: """/*TYPESECTION*/
-N_NOINLINE(void, setStackBottom)(void* thestackbottom);
-""".}
-
-    proc methFuncIdent(obj: ptr GodotObject, methodData: pointer,
-                       userData: pointer, numArgs: cint,
-                       args: var array[MAX_ARG_COUNT, ptr GodotVariant]):
-                      GodotVariant {.noconv.} =
-      var stackBottom {.volatile.}: pointer
-      stackBottom = addr(stackBottom)
-      when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-        {.emit: """
-          setStackBottom((void*)(&`stackBottom`));
-        """.}
-      else:
-        nimGC_setStackBottom(stackBottom)
-      let self = cast[classNameIdent](userData)
-      const isStaticCall = methodNameLit == cstring"_ready" or
-                           methodNameLit == cstring"_process" or
-                           methodNameLit == cstring"_fixed_process" or
-                           methodNameLit == cstring"_enter_tree" or
-                           methodNameLit == cstring"_exit_tree" or
-                           methodNameLit == cstring"_enter_world" or
-                           methodNameLit == cstring"_exit_world" or
-                           methodNameLit == cstring"_draw"
-      when defined(release):
-        invokeVarArgs(methodNameIdent, self, minArgs, maxArgs, numArgs,
-                      args, argTypes, hasReturnValue, isStaticCall)
-      else:
-        try:
-          invokeVarArgs(methodNameIdent, self, minArgs, maxArgs, numArgs,
-                        args, argTypes, hasReturnValue, isStaticCall)
-        except:
-          let ex = getCurrentException()
-          printError("Unhandled Nim exception (" & $ex.name & "): " &
-                     ex.msg & "\n" & ex.getStackTrace())
-
-    let meth = GodotInstanceMethod(
-      meth: methFuncIdent
-    )
-    nativeScriptRegisterMethod(getNativeLibHandle(), classNameLit,
-                               methodNameLit, GodotMethodAttributes(), meth)
-
-  for meth in obj.methods:
-    if meth.isNoGodot: continue
-    let maxArgs = meth.args.len
-    var minArgs = maxArgs
-    var argTypes = newSeq[NimNode]()
-    for idx, arg in meth.args:
-      if minArgs == maxArgs and not arg.defaultValue.isNil and
-        arg.defaultValue.kind != nnkEmpty:
-        minArgs = idx
-      argTypes.add(arg.typ)
-
-    let godotMethodName = if meth.isVirtual: "_" & toGodotStyle(meth.name)
-                          else: toGodotStyle(meth.name)
-    let hasReturnValueBool = not (meth.returnType.isNil or
-                         meth.returnType.kind == nnkEmpty or
-                          (meth.returnType.kind == nnkIdent and
-                          meth.returnType.strVal == "void"))
-    let hasReturnValue = if hasReturnValueBool: ident("true")
-                         else: ident("false")
-    result.add(getAst(
-      registerGodotMethod(classNameLit, classNameIdent, ident(meth.name),
-                          newCStringLit(godotMethodName), minArgs, maxArgs,
-                          argTypes, genSym(nskProc, "methFunc"),
-                          hasReturnValue)))
-
-  if isRef:
-    # add ref/unref for types inherited from Reference
-    template registerRefIncDec(classNameLit) =
-      let refInc = GodotInstanceMethod(
-        meth: refcountIncremented
-      )
-      let refDec = GodotInstanceMethod(
-        meth: refcountDecremented
-      )
-      nativeScriptRegisterMethod(getNativeLibHandle(), classNameLit,
-                                 cstring"_refcount_incremented",
-                                 GodotMethodAttributes(), refInc)
-      nativeScriptRegisterMethod(getNativeLibHandle(), classNameLit,
-                                 cstring"_refcount_decremented",
-                                 GodotMethodAttributes(), refDec)
-    result.add(getAst(registerRefIncDec(classNameLit)))
-
-macro gdobj*(ast: varargs[untyped]): untyped =
-  ## Generates Godot type. Self-documenting example:
-  ##
-  ## .. code-block:: nim
-  ##   import godot, node
-  ##
-  ##   gdobj MyObj of Node:
-  ##     var myField: int
-  ##       ## Not exported to Godot (i.e. editor and scripts will not see this field).
-  ##
-  ##     var myString* {.gdExport, hint: Length, hintStr: "20".}: string
-  ##       ## Exported to Godot as ``my_string``.
-  ##       ## Editor will limit this string to length 20.
-  ##       ## ``hint` is a value of ``GodotPropertyHint`` enum.
-  ##       ## ``hintStr`` depends on the value of ``hint``, its format is
-  ##       ## described in ``GodotPropertyHint`` documentation.
-  ##
-  ##     method ready*() =
-  ##       ## Exported methods are exported to Godot by default,
-  ##       ## and their Godot names are prefixed with ``_``
-  ##       ## (in this case ``_ready``)
-  ##       print("I am ready! myString is: " & self.myString)
-  ##
-  ##     proc myProc*() {.gdExport.} =
-  ##       ## Exported to Godot as ``my_proc``
-  ##       print("myProc is called! Incrementing myField.")
-  ##       inc self.myField
-  ##
-  ## If parent type is omitted, the type is inherited from ``Object``.
-  ##
-  ## ``tool`` specifier can be added to mark the type as an
-  ## `editor plugin <https://godot.readthedocs.io/en/stable/development/plugins/making_plugins.html>`_:
-  ##
-  ## .. code-block:: nim
-  ##   import godot, editor_plugin
-  ##
-  ##   gdobj(MyTool of EditorPlugin, tool):
-  ##     method enterTree*() =
-  ##       print("MyTool initialized!")
-  ##
-  ## Objects can be instantiated by invoking
-  ## `gdnew <godotnim.html#gdnew>`_ or by using
-  ## `load <godotapi/resource_loader.html#load,string,string,bool>`_ or any other way
-  ## that you can find in `Godot API <index.html#modules-godot-api>`_.
-  let typeDef = parseType(ast)
-  result = genType(typeDef)

godot/nim/godotnim.nim

@@ -1,957 +0,0 @@
-# Copyright 2018 Xored Software, Inc.
-
-import tables, typetraits, macros, unicode, strutils, sets, options
-import gdnativeapi
-import core/godotcoretypes, core/godotbase
-import core/vector2, core/rect2,
-       core/vector3, core/transform2d,
-       core/planes, core/quats, core/aabb,
-       core/basis, core/transforms, core/colors,
-       core/nodepaths, core/rids, core/dictionaries,
-       core/arrays, core/poolarrays, core/variants
-import godotinternal
-
-## This module defines ``NimGodotObject`` and ``toVariant``/``fromVariant``
-## converters for Nim types. The converters are used by
-## `gdobj <godotmacros.html#gdobj.m,untyped,typed>`_ macro to import/export
-## values from/to Godot (editor, GDScript).
-##
-## You can also allow conversion of any custom type ``MyType`` by implementing:
-##
-## .. code-block:: nim
-##   proc godotTypeInfo*(T: typedesc[MyType]): GodotTypeInfo
-##   proc toVariant*(self: MyType): Variant
-##   proc fromVariant*(self: var MyType, val: Variant): ConversionResult
-##
-## Implementing ``godotTypeInfo`` is optional and is necessary only if you want
-## the type to be editable from the editor.
-
-type
-  NimGodotObject* = ref object of RootObj
-    ## The base type all Godot types inherit from.
-    ## Manages lifecycle of the wrapped ``GodotObject``.
-    godotObject: ptr GodotObject
-    linkedObjectPtr: pointer
-      ## Wrapper around native object that is the container of the Nim "script"
-      ## This is needed for `of` checks and `as` conversions to work as
-      ## expected. For example, Nim type may inherit from ``Spatial``, but the
-      ## script is attached to ``Particles``. In this case conversion to
-      ## ``Particles`` is valid, but Nim type system is not aware of that.
-      ## This works in both directions - for linked native object this
-      ## reference points to Nim object.
-      ## This is stored as a raw pointer to avoid reference cycles and therefore
-      ## improve GC performance.
-    isRef*: bool
-    isFinalized: bool
-    isNative: bool
-
-  ConversionResult* {.pure.} = enum
-    ## Conversion result to return from ``fromVariant`` procedure.
-    OK,
-    TypeError,
-      ## Type mismatch
-    RangeError
-      ## Types match, but the value is out of range.
-      ## Mainly used for numeric (ordinal) types.
-
-  SomeUnsignedInt = uint8 or uint16 or uint32 or uint64 or uint or cuint
-  SomeSignedInt = int8 or int16 or int32 or int64 or int or cint
-  SomeFloat = float32 or float64 or cfloat
-
-  SomeGodot = bool or Vector2 or Rect2 or Vector3 or
-              Transform2D or Plane or Quat or AABB or
-              Basis or Transform or Color or NodePath or
-              RID or GodotObject or Dictionary or Array or
-              PoolByteArray or PoolIntArray or PoolRealArray or
-              PoolStringArray or PoolVector2Array or PoolVector3Array or
-              PoolColorArray or GodotString
-
-  SomeGodotOrNum = SomeGodot or SomeSignedInt or SomeUnsignedInt or SomeFloat
-
-  CallError* = object of Exception
-    ## Raised by wrappers in case of an incorrect dynamic invocation.
-    ## For example, if incorrect number of arguments were passed or they had
-    ## unexpected types.
-    err*: VariantCallError
-      ## The error as returned by Godot
-
-  ObjectInfo = object
-    constructor: proc(): NimGodotObject {.gcsafe, nimcall.}
-    baseNativeClass: cstring
-    isNative: bool
-    isRef: bool
-
-  GodotTypeInfo* = object
-    ## Type information provided to Godot editor
-    variantType*: VariantType
-    hint*: GodotPropertyHint
-    hintStr*: string
-      ## Format depends on the type and the hint.
-      ## For example, for Enum ``hint`` this is a comma separated list of
-      ## values.
-      ## See documentation of ``GodotPropertyHint`` for description of formats.
-
-  FNV1Hash = uint32
-
-include "internal/backwardcompat.inc.nim"
-
-proc isFinalized*(obj: NimGodotObject): bool {.inline.} =
-  obj.isFinalized
-
-var classRegistry {.threadvar.}: TableRef[FNV1Hash, ObjectInfo]
-var classRegistryStatic* {.compileTime.}: TableRef[FNV1Hash, ObjectInfo]
-  ## Compile-time variable used for implementation of several procedures
-  ## and macros
-static:
-  classRegistryStatic = newTable[FNV1Hash, ObjectInfo]()
-
-var nativeClasses {.compileTime.} = newSeq[string]()
-var refClasses* {.compileTime.} = newSeq[string]()
-
-template initFNV1Hash(hash: var FNV1Hash) =
-  hash = 0x811c9dc5'u32
-
-template appendFNV1Hash(hash: var FNV1Hash, val: uint8) =
-  block:
-    let u64hash = hash.uint64
-    hash = ((
-      u64hash +
-      (u64hash shl 1'u64) +
-      (u64hash shl 4'u64) +
-      (u64hash shl 7'u64) +
-      (u64hash shl 8'u64) +
-      (u64hash shl 24'u64)) and 0xFFFFFFFF'u32).uint32 xor val
-
-{.push stackTrace:off.}
-proc lsb(c: ptr cwchar_t): char {.noinit, inline.} =
-  {.emit: [result, " = (char)(", c[]," & 0xFF);"]}
-{.pop.}
-
-proc fnv1Hash(godotClassName: GodotString): FNV1Hash =
-  var charsCount = godotClassName.len
-  let charsPtr = godotClassName.dataPtr
-  if charsCount > 2 and
-     charsPtr.offset(charsCount - 2).lsb == 'S' and
-     charsPtr.offset(charsCount - 1).lsb == 'W':
-    charsCount -= 2
-
-  initFNV1Hash(result)
-  for i in 0..<charsCount:
-    let c = charsPtr.offset(i).lsb
-    appendFNV1Hash(result, c.uint8)
-
-proc fnv1Hash(godotClassName: string): FNV1Hash {.compileTime.} =
-  var charsCount = godotClassName.len
-  if godotClassName.endsWith("SW"):
-    charsCount -= 2
-
-  initFNV1Hash(result)
-  var i = 0
-  for rune in runes(godotClassName):
-    if i >= charsCount:
-      break
-    let firstByte = uint8(rune.uint64 and 0xFF'u64)
-    appendFNV1Hash(result, firstByte)
-    # We don't really need to calculate hash of other bytes,
-    # since we only use hashes of ASCII strings
-    inc i
-
-proc getClassName*(o: NimGodotObject): string =
-  o.godotObject.getClassName()
-
-var unreferenceMethodBind {.threadvar.}: ptr GodotMethodBind
-proc unreference(o: ptr GodotObject): bool =
-  if isNil(unreferenceMethodBind):
-    unreferenceMethodBind = getMethod(cstring"Reference",
-        cstring"unreference")
-  unreferenceMethodBind.ptrCall(o, nil, addr(result))
-
-var referenceMethodBind {.threadvar.}: ptr GodotMethodBind
-proc reference(o: ptr GodotObject): bool {.discardable.} =
-  if isNil(referenceMethodBind):
-    referenceMethodBind = getMethod(cstring"Reference",
-        cstring"reference")
-  referenceMethodBind.ptrCall(o, nil, addr result)
-
-var initRefMethodBind {.threadvar.}: ptr GodotMethodBind
-proc initRef(o: ptr GodotObject): bool {.discardable.} =
-  if isNil(initRefMethodBind):
-    initRefMethodBind = getMethod(cstring"Reference",
-        cstring"init_ref")
-  initRefMethodBind.ptrCall(o, nil, addr result)
-
-proc deinit*(obj: NimGodotObject) =
-  ## Destroy the object. You only need to call this for objects not inherited
-  ## from Reference, where manual lifecycle control is necessary.
-  assert(not obj.godotObject.isNil)
-  obj.godotObject.deinit()
-  obj.godotObject = nil
-
-proc linkedObject(obj: NimGodotObject): NimGodotObject {.inline.} =
-  cast[NimGodotObject](obj.linkedObjectPtr)
-
-proc nimGodotObjectFinalizer*[T: NimGodotObject](obj: T) =
-  if obj.godotObject.isNil or obj.isNative: return
-  # important to set it before so that ``unreference`` is aware
-  obj.isFinalized = true
-  if (obj.isRef or not obj.linkedObject.isNil and obj.linkedObject.isRef) and
-     obj.godotObject.unreference():
-    obj.deinit()
-
-macro baseNativeType(T: typedesc): cstring =
-  var t = getType(getType(T)[1][1])
-  var baseT: string
-  while true:
-    let typeName = ($t[1][1]).split(':')[0]
-    if typeName in nativeClasses:
-      baseT = typeName
-      break
-    if typeName == "NimGodotObject":
-      break
-    t = getType(t[1][1])
-  if baseT.len == 0:
-    result = newNilLit()
-  else:
-    let rStr = newNimNode(nnkRStrLit)
-    rStr.strVal = baseT
-    result = newNimNode(nnkCallStrLit).add(ident("cstring"), rStr)
-
-proc inherits(t: NimNode, parent: string): bool {.compileTime.} =
-  var curT = t
-  while true:
-    let typeName = ($curT[1][1]).split(':')[0]
-    if typeName == parent:
-      return true
-    if typeName == "NimGodotObject":
-      break
-    curT = getType(curT[1][1])
-
-macro isReference(T: typedesc): bool =
-  result = if inherits(getType(T), "Reference"): ident("true")
-           else: ident("false")
-
-macro isResource(T: typedesc): bool =
-  result = if inherits(getType(T), "Resource"): ident("true")
-           else: ident("false")
-
-template registerClass*(T: typedesc; godotClassName: string or cstring,
-                        native: bool) =
-  ## Registers the specified Godot type.
-  ## Used by ``gdobj`` macro and `godotapigen <godotapigen.html>`_.
-  if classRegistry.isNil:
-    classRegistry = newTable[FNV1Hash, ObjectInfo]()
-  let constructor = proc(): NimGodotObject =
-    var t: T
-    new(t, nimGodotObjectFinalizer[T])
-    result = t
-
-  const base = baseNativeType(T)
-  const isRef: bool = isReference(T)
-  let objInfo = ObjectInfo(
-    constructor: constructor,
-    baseNativeClass: base,
-    isNative: native,
-    isRef: isRef
-  )
-  classRegistry[fnv1Hash($godotClassName)] = objInfo
-  static:
-    let objInfoStatic = ObjectInfo(
-      baseNativeClass: base,
-      isNative: native,
-      isRef: isRef,
-    )
-    let nameHash = fnv1Hash($godotClassName)
-    if not classRegistryStatic.contains(nameHash):
-      classRegistryStatic[nameHash] = objInfoStatic
-    elif not endsWith($godotClassName, "SW"):
-      # For simplicity we assume that all class names must have
-      # different hashes
-      # If this exception is ever raised, I guess, we should
-      # implement a proper collision resolving
-      raise newException(Exception, "Hash collision " & $godotClassName)
-  when isRef:
-    static:
-      refClasses.add(T.name)
-  when native:
-    static:
-      nativeClasses.add(T.name)
-
-proc newNimGodotObject[T: NimGodotObject](
-    godotObject: ptr GodotObject, godotClassName: GodotString, noRef: bool): T =
-  assert(not classRegistry.isNil)
-  assert(not godotObject.isNil)
-  let objInfo = classRegistry.getOrDefault(fnv1Hash(godotClassName))
-  if objInfo.constructor.isNil:
-    printError("Nim constructor not found for class " & $godotClassName)
-  else:
-    result = T(objInfo.constructor())
-    result.godotObject = godotObject
-    result.isRef = objInfo.isRef
-    if not noRef and objInfo.isRef:
-      result.godotObject.reference()
-
-proc asNimGodotObject*[T: NimGodotObject](
-    godotObject: ptr GodotObject, forceNativeObject, noRef: bool = false): T =
-  ## Wraps ``godotObject`` into Nim type ``T``.
-  ## This is used by `godotapigen <godotapigen.html>`_ and should rarely be
-  ## used by anything else.
-  if godotObject.isNil: return nil
-  let userDataPtr = godotObject.getUserData()
-  if not userDataPtr.isNil and not forceNativeObject:
-    result = cast[T](userDataPtr)
-    if result.godotObject != godotObject:
-      # Could be data from other bindings
-      result = nil
-  if result.isNil:
-    var classNameStr = godotObject.getClassNameRaw()
-    result = newNimGodotObject[T](
-      godotObject, classNameStr,
-      forceNativeObject or noRef)
-    deinit(classNameStr)
-
-proc newVariant*(obj: NimGodotObject): Variant {.inline.} =
-  newVariant(obj.godotObject)
-
-proc asObject*[T: NimGodotObject](v: Variant): T {.inline.} =
-  ## Converts ``v`` to object of type ``T``.
-  ## Returns ``nil`` if the conversion cannot be performed
-  ## (``v``'s type is not an Object or it's an object of an incompatible type)
-  asNimGodotObject[T](v.asGodotObject())
-
-proc asObject*(v: Variant, T: typedesc[NimGodotObject]): T {.inline.} =
-  ## Converts ``v`` to object of type ``T``.
-  ## Returns ``nil`` if the conversion cannot be performed
-  ## (``v``'s type is not an Object or it's an object of an incompatible type)
-  asNimGodotObject[T](v.asGodotObject())
-
-proc `as`*[T: NimGodotObject](obj: NimGodotObject, t: typedesc[T]): T =
-  ## Converts the ``obj`` into the specified type.
-  ## Returns ``nil`` if the conversion cannot be performed
-  ## (the ``obj`` is not of the type ``T``)
-  ##
-  ## This can be used either in dot notation (``node.as(Button)``) or
-  ## infix notation (``node as Button``).
-  if obj.isNil: return nil
-  if system.`of`(obj, T):
-    result = T(obj)
-  elif not obj.linkedObject.isNil and system.`of`(obj.linkedObject, T):
-    result = T(obj.linkedObject)
-  else:
-    result = nil
-
-proc `of`*[T1, T2: NimGodotObject](obj: T1, t: typedesc[T2]): bool {.inline.} =
-  ## Godot-specific inheritance check.
-  not obj.isNil and (system.`of`(obj, T2) or system.`of`(obj.linkedObject, T2))
-
-proc newRStrLit(s: string): NimNode {.compileTime.} =
-  result = newNimNode(nnkRStrLit)
-  result.strVal = s
-
-macro toGodotName(T: typedesc): untyped =
-  if T is GodotString or T is string:
-    newStrLitNode"String"
-  elif T is SomeFloat:
-    newStrLitNode"float"
-  elif T is SomeUnsignedInt or T is SomeSignedInt:
-    newStrLitNode"int"
-  else:
-    let nameStr = ((T.getType()[1][1].strVal).split(':')[0])
-    case nameStr:
-      of "File", "Directory", "Thread", "Mutex", "Semaphore":
-        newStrLitNode("_" & nameStr)
-      else:
-        newStrLitNode(nameStr)
-
-macro asCString(s: static[string]): cstring =
-  result = newNimNode(nnkCallStrLit).add(
-             ident("cstring"), newRStrLit(s))
-
-proc getSingleton*[T: NimGodotObject](): T =
-  ## Returns singleton of type ``T``. Normally, this should not be used,
-  ## because `godotapigen <godotapigen.html>`_ wraps singleton methods so that
-  ## singleton objects don't have to be provided as parameters.
-  const godotName = asCString(toGodotName(T))
-  let singleton = getGodotSingleton(godotName)
-  if singleton.isNil:
-    printError("Tried to get non-existing singleton of type " & $godotName)
-  else:
-    result = asNimGodotObject[T](singleton)
-
-var gdNativeLibraryObj: ptr GodotObject
-
-var setClassNameMethod: ptr GodotMethodBind
-var setLibraryMethod: ptr GodotMethodBind
-var newMethod: ptr GodotMethodBind
-type
-  PtrCallArgType = ptr array[MAX_ARG_COUNT, pointer]
-proc newOwnObj[T: NimGodotObject](name: cstring): T =
-  let newNativeScript = getClassConstructor(cstring"NativeScript")()
-  if setClassNameMethod.isNil:
-    setClassNameMethod =
-      getMethod(cstring"NativeScript", cstring"set_class_name")
-  if setLibraryMethod.isNil:
-    setLibraryMethod =
-      getMethod(cstring"NativeScript", cstring"set_library")
-  if newMethod.isNil:
-    newMethod = getMethod(cstring"NativeScript", cstring"new")
-  var godotStrName = name.toGodotString()
-  var argPtr: pointer = addr godotStrName
-  setClassNameMethod.ptrCall(
-    newNativeScript, cast[PtrCallArgType](addr argPtr), nil)
-  deinit(godotStrName)
-  setLibraryMethod.ptrCall(
-    newNativeScript, cast[PtrCallArgType](addr gdNativeLibraryObj), nil)
-
-  var err: VariantCallError
-  var ret = newMethod.call(newNativeScript, nil, 0, err)
-  if err.error != VariantCallErrorType.OK:
-    printError("Failed to invoke 'new' on NativeScript for " & $name)
-  elif ret.getType() != VariantType.Object:
-    printError("Expected that NativeScript::new returns Object, " &
-               "but it returned: " & $ret.getType())
-  else:
-    result = asNimGodotObject[T](ret.asGodotObject())
-    if result.isRef:
-      result.isFinalized = true
-      result.godotObject.reference()
-      result.isFinalized = false
-  ret.deinit()
-
-proc gdnew*[T: NimGodotObject](): T =
-  ## Instantiates new object of type ``T``.
-  const godotName = toGodotName(T)
-  const cGodotName = asCString(godotName)
-  const objInfo = classRegistryStatic[fnv1Hash(godotName)]
-  when objInfo.isNative:
-    let godotObject = getClassConstructor(cGodotName)()
-    new(result, nimGodotObjectFinalizer[T])
-    result.godotObject = godotObject
-    when objInfo.isRef:
-      godotObject.initRef()
-      result.isRef = true
-  else:
-    result = newOwnObj[T](cGodotName)
-
-proc newCallError*(err: VariantCallError): ref CallError =
-  ## Instantiates ``CallError`` from Godot ``err``.
-  let msg = case err.error:
-  of VariantCallErrorType.OK,
-     VariantCallErrorType.InvalidMethod,
-     VariantCallErrorType.TooManyArguments,
-     VariantCallErrorType.TooFewArguments,
-     VariantCallErrorType.InstanceIsNull:
-    $err.error
-  of VariantCallErrorType.InvalidArgument:
-    "invalid argument at position " & $err.argument & ": expected " &
-      $err.expected
-
-  result = newException(CallError, msg)
-  result.err = err
-
-proc newConversionError*(err: ConversionResult): ref ValueError =
-  ## Instantiates error raised by `godotapigen <godotapigen.html>`_
-  ## generated code in case of a conversion error.
-  let msg = case err:
-    of ConversionResult.TypeError:
-      "Failed to convert the return value into Nim type"
-    of ConversionResult.RangeError:
-      "The returned value was out of bounds"
-    of ConversionResult.OK:
-      "OK"
-
-  result = newException(ValueError, msg)
-
-proc setGodotObject*(nimObj: NimGodotObject, obj: ptr GodotObject) {.inline.} =
-  ## Used from Godot constructor produced by ``gdobj`` macro. Do not call.
-  assert(not obj.isNil)
-  assert(nimObj.godotObject.isNil) # reassignment is not allowed
-  nimObj.godotObject = obj
-
-proc setNativeObject*(nimObj: NimGodotObject,
-                      nativeObj: NimGodotObject) {.inline.} =
-  ## Used from Godot constructor produced by ``gdobj`` macro. Do not call.
-  GC_ref(nativeObj)
-  nimObj.linkedObjectPtr = cast[pointer](nativeObj)
-  nativeObj.linkedObjectPtr = cast[pointer](nimObj)
-  nativeObj.isNative = true
-
-proc removeGodotObject*(nimObj: NimGodotObject) {.inline.} =
-  ## Used from Godot destructor produced by ``gdobj`` macro. Do not call.
-  GC_unref(nimObj.linkedObject)
-  nimObj.godotObject = nil
-  nimObj.linkedObject.godotObject = nil
-  nimObj.linkedObjectPtr = nil
-
-proc `==`*(self, other: NimGodotObject): bool {.inline.} =
-  ## Compares objects by referential equality.
-  if self.isNil and other.isNil: return true
-  if self.isNil != other.isNil: return false
-  result = (self.godotObject == other.godotObject)
-
-proc godotObject*(nimObj: NimGodotObject): ptr GodotObject {.inline.} =
-  ## Returns raw poitner to ``GodotObject``. Use only if you know what
-  ## you are doing.
-  nimObj.godotObject
-
-proc godotTypeInfo*(T: typedesc[NimGodotObject]): GodotTypeInfo {.inline.} =
-  GodotTypeInfo(
-    variantType: VariantType.Object,
-    hint: when isResource(T): GodotPropertyHint.ResourceType
-          else: GodotPropertyHint.None,
-    hintStr: toGodotName(T)
-  )
-
-proc toVariant*(self: NimGodotObject): Variant {.inline.} =
-  if self.isNil:
-    newVariant()
-  else:
-    newVariant(self.godotObject)
-
-proc fromVariant*[T: NimGodotObject](self: var T,
-                                     val: Variant): ConversionResult =
-  if val.getType() == VariantType.Object:
-    let objPtr = val.asGodotObject()
-    self = asNimGodotObject[T](objPtr)
-    if self.isNil:
-      result = ConversionResult.TypeError
-  elif val.getType() == VariantType.Nil:
-    self = nil
-  else:
-    result = ConversionResult.TypeError
-
-proc toVariant*(self: Variant): Variant {.inline.} =
-  if self.isNil:
-    newVariant()
-  else:
-    newVariant(self)
-
-proc fromVariant*(self: var Variant,
-                  val: Variant): ConversionResult {.inline.} =
-  self = newVariant(val)
-
-proc godotTypeInfo*(T: typedesc[SomeGodotOrNum]): GodotTypeInfo {.inline.} =
-  result.variantType =
-    when T is SomeSignedInt or T is SomeUnsignedInt:
-      VariantType.Int
-    elif T is bool:
-      VariantType.Bool
-    elif T is SomeFloat:
-      VariantType.Real
-    elif T is string or T is GodotString:
-      VariantType.String
-    elif T is Vector2:
-      VariantType.Vector2
-    elif T is Rect2:
-      VariantType.Rect2
-    elif T is Vector3:
-      VariantType.Vector3
-    elif T is Transform2D:
-      VariantType.Transform2D
-    elif T is Plane:
-      VariantType.Plane
-    elif T is Quat:
-      VariantType.Quat
-    elif T is AABB:
-      VariantType.AABB
-    elif T is Basis:
-      VariantType.Basis
-    elif T is Transform:
-      VariantType.Transform
-    elif T is Color:
-      VariantType.Color
-    elif T is RID:
-      VariantType.RID
-    elif T is ptr GodotObject:
-      VariantType.Object
-    elif T is NodePath:
-      VariantType.NodePath
-    elif T is Dictionary:
-      VariantType.Dictionary
-    elif T is Array:
-      VariantType.Array
-    elif T is PoolByteArray:
-      VariantType.PoolByteArray
-    elif T is PoolIntArray:
-      VariantType.PoolIntArray
-    elif T is PoolRealArray:
-      VariantType.PoolRealArray
-    elif T is PoolStringArray:
-      VariantType.PoolStringArray
-    elif T is PoolVector2Array:
-      VariantType.PoolVector2Array
-    elif T is PoolVector3Array:
-      VariantType.PoolVector3Array
-    elif T is PoolColorArray:
-      VariantType.PoolColorArray
-    else:
-      VariantType.Nil
-
-proc godotTypeInfo*(T: typedesc[range]): VariantType {.inline.} =
-  GodotTypeInfo(
-    variantType: VariantType.Int,
-    hint: GodotPropertyHint.Range,
-    hintStr: $low(T) & "," & $high(T) & ",1"
-  )
-
-proc toVariant*[T: SomeGodotOrNum](val: T): Variant {.inline.} =
-  when val is ref:
-    if val.isNil:
-      newVariant()
-    else:
-      newVariant(val)
-  else:
-    newVariant(val)
-
-proc fromVariant*[T: SomeSignedInt or SomeUnsignedInt](
-    self: var T, val: Variant): ConversionResult =
-  if val.getType() == VariantType.Nil:
-    self = 0
-  elif val.getType() == VariantType.Int or val.getType() == VariantType.Real:
-    # Real is allowed, because that's what the editor sets for Int values
-    var intVal: (when T is SomeSignedInt: int64
-                 else: uint64)
-    intVal = when T is SomeSignedInt: val.asInt()
-             else: val.asUint()
-    const highT = when T is SomeSignedInt: high(T).int64
-                  else: high(T).uint64
-    const lowT = when T is SomeSignedInt: low(T).int64
-                 else: low(T).uint64
-    if intVal > highT or intVal < lowT:
-      result = ConversionResult.RangeError
-    else:
-      self = T(intVal)
-  else:
-    result = ConversionResult.TypeError
-
-proc godotTypeInfo*(T: typedesc[enum]): GodotTypeInfo =
-  result = GodotTypeInfo(
-    variantType: VariantType.Int,
-    hint: GodotPropertyHint.Enum,
-    hintStr: ""
-  )
-  for val in T:
-    if result.hintStr.len > 0:
-      result.hintStr.add(',')
-    result.hintStr.add($val)
-
-proc toVariant*[T: enum](self: T): Variant {.inline.} =
-  newVariant(int64(ord(self)))
-
-proc fromVariant*[T: enum](self: var T,
-                           val: Variant): ConversionResult {.inline.} =
-  var intConv: int64
-  result = fromVariant(intConv, val)
-  if result == ConversionResult.OK:
-    self = T(intConv)
-
-proc fromVariant*[T: SomeFloat](self: var T, val: Variant): ConversionResult =
-  if val.getType() == VariantType.Nil:
-    self = 0
-  elif val.getType() == VariantType.Real or val.getType() == VariantType.Int:
-    self = T(val.asReal())
-  else:
-    result = ConversionResult.TypeError
-
-proc fromVariant*[T: SomeGodot](self: var T, val: Variant): ConversionResult =
-  if val.getType() == VariantType.Nil:
-    return
-  const typeInfo = godotTypeInfo(T)
-  if typeInfo.variantType != val.getType():
-    return ConversionResult.TypeError
-  when self is bool:
-    self = val.asBool()
-  elif self is Vector2:
-    self = val.asVector2()
-  elif self is Rect2:
-    self = val.asRect2()
-  elif self is Vector3:
-    self = val.asVector3()
-  elif self is Transform2D:
-    self = val.asTransform2D()
-  elif self is Plane:
-    self = val.asPlane()
-  elif self is Quat:
-    self = val.asQuat()
-  elif self is AABB:
-    self = val.asAABB()
-  elif self is Basis:
-    self = val.asBasis()
-  elif self is Transform:
-    self = val.asTransform()
-  elif self is Color:
-    self = val.asColor()
-  elif self is NodePath:
-    self = val.asNodePath()
-  elif self is RID:
-    self = val.asRID()
-  elif self is ptr GodotObject:
-    self = val.asObject()
-  elif self is Dictionary:
-    self = val.asDictionary()
-  elif self is Array:
-    self = val.asArray()
-  elif self is PoolByteArray:
-    self = val.asPoolByteArray()
-  elif self is PoolIntArray:
-    self = val.asPoolIntArray()
-  elif self is PoolRealArray:
-    self = val.asPoolRealArray()
-  elif self is PoolStringArray:
-    self = val.asPoolStringArray()
-  elif self is PoolVector2Array:
-    self = val.asPoolVector2Array()
-  elif self is PoolVector3Array:
-    self = val.asPoolVector3Array()
-  elif self is PoolColorArray:
-    self = val.asPoolColorArray()
-  elif self is GodotString:
-    self = val.asGodotString()
-  else:
-    # mustn't reach this
-    result = ConversionError.TypeError
-
-proc godotTypeInfo*(T: typedesc[string]): GodotTypeInfo  {.inline.} =
-  result.variantType = VariantType.String
-
-proc toVariant*(s: string): Variant {.inline.} =
-  newVariant(s)
-
-proc fromVariant*(s: var string, val: Variant): ConversionResult =
-  if val.getType() == VariantType.String:
-    s = val.asString()
-  elif val.getType() == VariantType.Nil:
-    when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-      s = nil
-    else:
-      s = ""
-  else:
-    result = ConversionResult.TypeError
-
-template arrTypeInfo(T) =
-  result.variantType = VariantType.Array
-  mixin godotTypeInfo
-  type ItemT = type((
-    block:
-      var s: T;
-      when T is seq: s[0] else: s[low(s)]))
-  when compiles(godotTypeInfo(ItemT)):
-    let itemTypeInfo = godotTypeInfo(ItemT)
-    result.hintStr = $ord(itemTypeInfo.variantType)
-    result.hintStr.add('/')
-    result.hintStr.add($ord(itemTypeInfo.hint))
-    result.hintStr.add(':')
-    if not itemTypeInfo.hintStr.isNil:
-      result.hintStr.add(itemTypeInfo.hintStr)
-
-proc godotTypeInfo*(T: typedesc[seq]): GodotTypeInfo =
-  arrTypeInfo(T)
-
-proc godotTypeInfo*(T: typedesc[array]): GodotTypeInfo =
-  arrTypeInfo(T)
-
-template arrayToVariant(s: untyped): Variant =
-  var arr = newArray()
-  mixin toVariant
-  for item in s:
-    arr.add(toVariant(item))
-  newVariant(arr)
-
-proc toVariant*[T](s: seq[T]): Variant =
-  if s.isNil:
-    return newVariant()
-  result = arrayToVariant(s)
-
-proc toVariant*[I, T](s: array[I, T]): Variant =
-  result = arrayToVariant(s)
-
-proc fromVariant*[T](s: var seq[T], val: Variant): ConversionResult =
-  if val.getType() == VariantType.Nil:
-    s = nil
-  elif val.getType() == VariantType.Array:
-    let arr = val.asArray()
-    var newS = newSeq[T](arr.len)
-    for idx, item in arr:
-      mixin fromVariant
-      let convResult = fromVariant(newS[idx], item)
-      if convResult != ConversionResult.OK:
-        return convResult
-    shallowCopy(s, newS)
-  else:
-    result = ConversionResult.TypeError
-
-proc fromVariant*[T: array](s: var T, val: Variant): ConversionResult =
-  if val.getType() == VariantType.Nil:
-    discard
-  elif val.getType() == VariantType.Array:
-    let arr = val.asArray()
-    if s.len != arr.len:
-      return ConversionResult.TypeError
-    var nimIdx = low(s) # may not start from 0 and may even be an enum
-    for item in arr:
-      mixin fromVariant
-      let convResult = fromVariant(s[nimIdx], item)
-      if convResult != ConversionResult.OK:
-        return convResult
-      if nimIdx != high(s):
-        inc nimIdx
-  else:
-    result = ConversionResult.TypeError
-
-proc godotTypeInfo*[T](OptT: typedesc[Option[T]]): GodotTypeInfo =
-  when compiles(godotTypeInfo(T)):
-    result.variantType = godotTypeInfo(T)
-  else:
-    result.variantType = VariantType.Nil
-
-proc toVariant*[T](option: Option[T]): Variant =
-  if option.isSome():
-    result = toVariant(option.unsafeGet())
-  else:
-    result = newVariant()
-
-proc fromVariant*[T](option: var Option[T], val: Variant): ConversionResult =
-  if val.getType() == VariantType.Nil:
-    option = none(T)
-  else:
-    var v: T
-    result = fromVariant(v, val)
-    if result == ConversionResult.OK:
-      option = some(result)
-
-proc godotTypeInfo*(T: typedesc[Table|TableRef|OrderedTable|OrderedTableRef]): GodotTypeInfo {.inline.} =
-  result.variantType = VariantType.Dictionary
-
-proc toVariant*[T: Table or TableRef or OrderedTable or OrderedTableRef](t: T): Variant =
-  when t is ref:
-    if t.isNil:
-      return newVariant()
-  var dict = newDictionary()
-  mixin toVariant
-  for k, v in t.pairs():
-    dict[toVariant(k)] = toVariant(v)
-  result = newVariant(dict)
-
-proc fromVariant*[T: Table or TableRef or OrderedTable or OrderedTableRef](t: var T,
-                                        val: Variant): ConversionResult =
-  if val.getType() == VariantType.Nil:
-    when t is ref:
-      t = nil
-  elif val.getType() == VariantType.Dictionary:
-    let dict = val.asDictionary()
-    mixin fromVariant
-    when t is Table:
-      t = initTable[type(t.keys()), type(t.values())]()
-    elif t is TableRef:
-      t = newTable[type(t.keys()), type(t.values())]()
-    elif t is OrderedTable:
-      t = initOrderedTable[type(t.keys()), type(t.values())]()
-    else:
-      t = newOrderedTable[type(t.keys()), type(t.values())]()
-    for k, v in dict:
-      var nimKey: type(t.keys())
-      var nimVal: type(t.values())
-      let keyResult = fromVariant(nimKey, k)
-      if keyResult != ConversionResult.OK:
-        when t is ref:
-          t = nil
-        return keyResult
-      let valResult = fromVariant(nimVal, v)
-      if valResult != ConversionResult.OK:
-        when t is ref:
-          t = nil
-        return valResult
-      t[nimKey] = nimVal
-  else:
-    result = ConversionResult.TypeError
-
-when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-  {.emit: """/*TYPESECTION*/
-  N_LIB_EXPORT N_CDECL(void, NimMain)(void);
-  N_NOINLINE(void, setStackBottom)(void* thestackbottom);
-  """.}
-
-var nativeLibHandle: pointer
-proc getNativeLibHandle*(): pointer =
-  ## Returns NativeScript library handle used to register type information
-  ## in Godot.
-  return nativeLibHandle
-
-proc godot_nativescript_init(handle: pointer) {.
-    cdecl, exportc, dynlib.} =
-  nativeLibHandle = handle
-
-  var stackBottom {.volatile.}: pointer
-  stackBottom = addr(stackBottom)
-  {.emit: """
-    NimMain();
-  """.}
-  when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-    {.emit: """
-      setStackBottom((void*)(&`stackBottom`));
-    """.}
-  else:
-    nimGC_setStackBottom(stackBottom)
-  GC_fullCollect()
-  GC_disable()
-
-proc godot_gdnative_init(options: ptr GDNativeInitOptions) {.
-    cdecl, exportc, dynlib.} =
-  gdNativeLibraryObj = options.gdNativeLibrary
-  setGDNativeAPI(options.gdNativeAPIStruct, options)
-
-proc godot_gdnative_terminate(options: ptr GDNativeTerminateOptions) {.
-    cdecl, exportc, dynlib.} =
-  if not options[].inEditor or not compileOption("threads"):
-    deallocHeap(runFinalizers = not options[].inEditor, allowGcAfterwards = false)
-
-const nimGcStepLengthUs {.intdefine.} = 2000
-
-var idleCallbacks {.threadvar.}: seq[proc () {.closure.}]
-idleCallbacks = newSeq[proc () {.closure.}]()
-
-var isMainThread {.threadvar.}: bool
-isMainThread = true
-
-proc registerFrameCallback*(cb: proc () {.closure.}) =
-  # Registers a callback to be called on the main thread at the end
-  # of each frame.
-  if not isMainThread:
-    const err = cstring"registerFrameIdleCallback is called from non-main thread. Ignoring."
-    godotPrintError(err, cstring"registerFrameCallback",
-                    cstring"godotnim.nim", 0)
-  else:
-    idleCallbacks.add(cb)
-
-{.push stackTrace: off.}
-
-proc godot_nativescript_frame() {.cdecl, exportc, dynlib.} =
-  var stackBottom {.volatile.}: pointer
-  stackBottom = addr(stackBottom)
-  when (NimMajor, NimMinor, NimPatch) < (0, 19, 0):
-    {.emit: """
-      setStackBottom((void*)(&`stackBottom`));
-    """.}
-  else:
-    nimGC_setStackBottom(stackBottom)
-  for cb in idleCallbacks:
-    cb()
-  GC_step(nimGcStepLengthUs, true, 0)
-
-when not defined(release):
-  onUnhandledException = proc(errorMsg: string) =
-    printError("Unhandled Nim exception: " & errorMsg)
-
-proc godot_nativescript_thread_enter() {.cdecl, exportc, dynlib.} =
-  when compileOption("threads"):
-    setupForeignThreadGc()
-  else:
-    const err = cstring"A foreign thread is created, but app is compiled without --threads:on. Bad things will happen if Nim code is invoked from this thread. If you see this warning when running the editor and you don't actually use threads, ignore it."
-    var s = err.toGodotString()
-    godotPrint(s)
-    s.deinit()
-
-proc godot_nativescript_thread_exit() {.cdecl, exportc, dynlib.} =
-  when compileOption("threads"):
-    teardownForeignThreadGc()
-
-{.pop.} # stackTrace: off

godot/nim/nim.cfg

@@ -1,2 +0,0 @@
---path:"$projectdir/../"
--d:useRealtimeGc

godot/nimdoc.cfg

@@ -1,5 +0,0 @@
-doc.item.seesrc = """&nbsp;&nbsp;<a
-href="${url}/tree/${commit}/${path}#L${line}"
-class="link-seesrc" target="_blank">Source</a>
-<a href="${url}/edit/master/${path}#L${line}" class="link-seesrc" target="_blank" >Edit</a>
-"""

index.html

@@ -0,0 +1,7 @@
+<html>
+<head><title>godot-nim docs index</title></head>
+<body>
+<h1>Documentation of Nim bindings for Godot Engine (<a href="https://github.com/pragmagic/godot-nim">GitHub</a>)</h1><br/>
+<a href='master/index.html'>master</a><br/><a href='v0.5.0/index.html'>v0.5.0</a><br/><a href='v0.5.1/index.html'>v0.5.1</a><br/><a href='v0.5.2/index.html'>v0.5.2</a><br/><a href='v0.5.3/index.html'>v0.5.3</a><br/><a href='v0.5.4/index.html'>v0.5.4</a><br/><a href='v0.5.5/index.html'>v0.5.5</a><br/><a href='v0.7.2/index.html'>v0.7.2</a><br/><a href='v0.7.4/index.html'>v0.7.4</a><br/><a href='v0.7.5/index.html'>v0.7.5</a><br/><a href='v0.7.6/index.html'>v0.7.6</a><br/><a href='v0.7.8/index.html'>v0.7.8</a><br/>
+</body>
+</html>