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godot/editor/editor_vcs_interface.cpp

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Add copyright headers to vcs integration
2019-09-04 19:17:26 +08:00
/**************************************************************************/
/* editor_vcs_interface.cpp */
/**************************************************************************/
/* This file is part of: */
/* GODOT ENGINE */
/* https://godotengine.org */
/**************************************************************************/
/* Copyright (c) 2014-present Godot Engine contributors (see AUTHORS.md). */
/* Copyright (c) 2007-2014 Juan Linietsky, Ariel Manzur. */
/* */
/* 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. */
/**************************************************************************/
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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#include "editor_vcs_interface.h"
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#include "editor_node.h"
Replace NULL with nullptr
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EditorVCSInterface *EditorVCSInterface::singleton = nullptr;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::popup_error(const String &p_msg) {
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// TRANSLATORS: %s refers to the name of a version control system (e.g. "Git").
EditorNode::get_singleton()->show_warning(p_msg.strip_edges(), vformat(TTR("%s Error"), get_vcs_name()));
}
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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Add const lvalue ref to editor/* container parameters
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bool EditorVCSInterface::initialize(const String &p_project_path) {
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bool result = false;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_initialize, p_project_path, result);
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return result;
}
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::set_credentials(const String &p_username, const String &p_password, const String &p_ssh_public_key, const String &p_ssh_private_key, const String &p_ssh_passphrase) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_set_credentials, p_username, p_password, p_ssh_public_key, p_ssh_private_key, p_ssh_passphrase);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
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List<String> EditorVCSInterface::get_remotes() {
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TypedArray<String> result;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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if (!GDVIRTUAL_REQUIRED_CALL(_get_remotes, result)) {
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return {};
}
List<String> remotes;
for (int i = 0; i < result.size(); i++) {
remotes.push_back(result[i]);
}
return remotes;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
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List<EditorVCSInterface::StatusFile> EditorVCSInterface::get_modified_files_data() {
Change Array arguments to TypedArray
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TypedArray<Dictionary> result;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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if (!GDVIRTUAL_REQUIRED_CALL(_get_modified_files_data, result)) {
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return {};
}
List<EditorVCSInterface::StatusFile> status_files;
for (int i = 0; i < result.size(); i++) {
status_files.push_back(_convert_status_file(result[i]));
}
return status_files;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::stage_file(const String &p_file_path) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_stage_file, p_file_path);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::unstage_file(const String &p_file_path) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_unstage_file, p_file_path);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::discard_file(const String &p_file_path) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_discard_file, p_file_path);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::commit(const String &p_msg) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_commit, p_msg);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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List<EditorVCSInterface::DiffFile> EditorVCSInterface::get_diff(const String &p_identifier, TreeArea p_area) {
VCS: Port Godot 3.5's VCS features to GDExtension
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TypedArray<Dictionary> result;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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if (!GDVIRTUAL_REQUIRED_CALL(_get_diff, p_identifier, int(p_area), result)) {
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return {};
}
List<DiffFile> diff_files;
for (int i = 0; i < result.size(); i++) {
diff_files.push_back(_convert_diff_file(result[i]));
}
return diff_files;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
VCS: Port Godot 3.5's VCS features to GDExtension
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List<EditorVCSInterface::Commit> EditorVCSInterface::get_previous_commits(int p_max_commits) {
Change Array arguments to TypedArray
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TypedArray<Dictionary> result;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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if (!GDVIRTUAL_REQUIRED_CALL(_get_previous_commits, p_max_commits, result)) {
VCS: Port Godot 3.5's VCS features to GDExtension
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return {};
}
List<EditorVCSInterface::Commit> commits;
for (int i = 0; i < result.size(); i++) {
commits.push_back(_convert_commit(result[i]));
}
return commits;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
VCS: Port Godot 3.5's VCS features to GDExtension
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List<String> EditorVCSInterface::get_branch_list() {
VCS: Fix GDExtension return types for VCS after Array type hardening
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TypedArray<String> result;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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if (!GDVIRTUAL_REQUIRED_CALL(_get_branch_list, result)) {
VCS: Port Godot 3.5's VCS features to GDExtension
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return {};
}
List<String> branch_list;
for (int i = 0; i < result.size(); i++) {
branch_list.push_back(result[i]);
}
return branch_list;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::create_branch(const String &p_branch_name) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_create_branch, p_branch_name);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::create_remote(const String &p_remote_name, const String &p_remote_url) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_create_remote, p_remote_name, p_remote_url);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::remove_branch(const String &p_branch_name) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_remove_branch, p_branch_name);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::remove_remote(const String &p_remote_name) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_remove_remote, p_remote_name);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
VCS: Port Godot 3.5's VCS features to GDExtension
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String EditorVCSInterface::get_current_branch_name() {
String result;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_get_current_branch_name, result);
VCS: Port Godot 3.5's VCS features to GDExtension
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return result;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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bool EditorVCSInterface::checkout_branch(const String &p_branch_name) {
VCS: Port Godot 3.5's VCS features to GDExtension
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bool result = false;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_checkout_branch, p_branch_name, result);
VCS: Port Godot 3.5's VCS features to GDExtension
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return result;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::pull(const String &p_remote) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_pull, p_remote);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
2019-09-03 22:31:14 +08:00
}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::push(const String &p_remote, bool p_force) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_push, p_remote, p_force);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
2019-09-03 22:31:14 +08:00
}
Add const lvalue ref to editor/* container parameters
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void EditorVCSInterface::fetch(const String &p_remote) {
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_fetch, p_remote);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
2019-09-03 22:31:14 +08:00
}
Add const lvalue ref to editor/* container parameters
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List<EditorVCSInterface::DiffHunk> EditorVCSInterface::get_line_diff(const String &p_file_path, const String &p_text) {
Change Array arguments to TypedArray
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TypedArray<Dictionary> result;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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if (!GDVIRTUAL_REQUIRED_CALL(_get_line_diff, p_file_path, p_text, result)) {
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return {};
}
List<DiffHunk> diff_hunks;
for (int i = 0; i < result.size(); i++) {
diff_hunks.push_back(_convert_diff_hunk(result[i]));
}
return diff_hunks;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
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bool EditorVCSInterface::shut_down() {
bool result = false;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_shut_down, result);
VCS: Port Godot 3.5's VCS features to GDExtension
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return result;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
String EditorVCSInterface::get_vcs_name() {
VCS: Port Godot 3.5's VCS features to GDExtension
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String result;
Replace `GDVIRTUAL_CALL` with `GDVIRTUAL_REQUIRED_CALL` where applicable
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GDVIRTUAL_REQUIRED_CALL(_get_vcs_name, result);
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return result;
}
Add const lvalue ref to editor/* container parameters
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Dictionary EditorVCSInterface::create_diff_line(int p_new_line_no, int p_old_line_no, const String &p_content, const String &p_status) {
VCS: Port Godot 3.5's VCS features to GDExtension
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Dictionary diff_line;
diff_line["new_line_no"] = p_new_line_no;
diff_line["old_line_no"] = p_old_line_no;
diff_line["content"] = p_content;
diff_line["status"] = p_status;
return diff_line;
}
Dictionary EditorVCSInterface::create_diff_hunk(int p_old_start, int p_new_start, int p_old_lines, int p_new_lines) {
Dictionary diff_hunk;
diff_hunk["new_lines"] = p_new_lines;
diff_hunk["old_lines"] = p_old_lines;
diff_hunk["new_start"] = p_new_start;
diff_hunk["old_start"] = p_old_start;
Change Array arguments to TypedArray
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diff_hunk["diff_lines"] = TypedArray<Dictionary>();
VCS: Port Godot 3.5's VCS features to GDExtension
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return diff_hunk;
}
Change Array arguments to TypedArray
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Dictionary EditorVCSInterface::add_line_diffs_into_diff_hunk(Dictionary p_diff_hunk, TypedArray<Dictionary> p_line_diffs) {
VCS: Port Godot 3.5's VCS features to GDExtension
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p_diff_hunk["diff_lines"] = p_line_diffs;
return p_diff_hunk;
}
Add const lvalue ref to editor/* container parameters
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Dictionary EditorVCSInterface::create_diff_file(const String &p_new_file, const String &p_old_file) {
VCS: Port Godot 3.5's VCS features to GDExtension
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Dictionary file_diff;
file_diff["new_file"] = p_new_file;
file_diff["old_file"] = p_old_file;
Change Array arguments to TypedArray
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file_diff["diff_hunks"] = TypedArray<Dictionary>();
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return file_diff;
}
Add const lvalue ref to editor/* container parameters
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Dictionary EditorVCSInterface::create_commit(const String &p_msg, const String &p_author, const String &p_id, int64_t p_unix_timestamp, int64_t p_offset_minutes) {
VCS: Port Godot 3.5's VCS features to GDExtension
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Dictionary commit_info;
commit_info["message"] = p_msg;
commit_info["author"] = p_author;
commit_info["unix_timestamp"] = p_unix_timestamp;
commit_info["offset_minutes"] = p_offset_minutes;
commit_info["id"] = p_id;
return commit_info;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
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}
Change Array arguments to TypedArray
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Dictionary EditorVCSInterface::add_diff_hunks_into_diff_file(Dictionary p_diff_file, TypedArray<Dictionary> p_diff_hunks) {
VCS: Port Godot 3.5's VCS features to GDExtension
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p_diff_file["diff_hunks"] = p_diff_hunks;
return p_diff_file;
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
2019-09-03 22:31:14 +08:00
}
Add const lvalue ref to editor/* container parameters
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Dictionary EditorVCSInterface::create_status_file(const String &p_file_path, ChangeType p_change, TreeArea p_area) {
VCS: Port Godot 3.5's VCS features to GDExtension
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Dictionary sf;
sf["file_path"] = p_file_path;
sf["change_type"] = p_change;
sf["area"] = p_area;
return sf;
}
Add const lvalue ref to editor/* container parameters
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EditorVCSInterface::DiffLine EditorVCSInterface::_convert_diff_line(const Dictionary &p_diff_line) {
VCS: Port Godot 3.5's VCS features to GDExtension
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DiffLine d;
d.new_line_no = p_diff_line["new_line_no"];
d.old_line_no = p_diff_line["old_line_no"];
d.content = p_diff_line["content"];
d.status = p_diff_line["status"];
return d;
}
Add const lvalue ref to editor/* container parameters
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EditorVCSInterface::DiffHunk EditorVCSInterface::_convert_diff_hunk(const Dictionary &p_diff_hunk) {
VCS: Port Godot 3.5's VCS features to GDExtension
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DiffHunk dh;
dh.new_lines = p_diff_hunk["new_lines"];
dh.old_lines = p_diff_hunk["old_lines"];
dh.new_start = p_diff_hunk["new_start"];
dh.old_start = p_diff_hunk["old_start"];
Change Array arguments to TypedArray
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TypedArray<Dictionary> diff_lines = p_diff_hunk["diff_lines"];
VCS: Port Godot 3.5's VCS features to GDExtension
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for (int i = 0; i < diff_lines.size(); i++) {
DiffLine dl = _convert_diff_line(diff_lines[i]);
dh.diff_lines.push_back(dl);
}
return dh;
}
Add const lvalue ref to editor/* container parameters
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EditorVCSInterface::DiffFile EditorVCSInterface::_convert_diff_file(const Dictionary &p_diff_file) {
VCS: Port Godot 3.5's VCS features to GDExtension
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DiffFile df;
df.new_file = p_diff_file["new_file"];
df.old_file = p_diff_file["old_file"];
Change Array arguments to TypedArray
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TypedArray<Dictionary> diff_hunks = p_diff_file["diff_hunks"];
VCS: Port Godot 3.5's VCS features to GDExtension
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for (int i = 0; i < diff_hunks.size(); i++) {
DiffHunk dh = _convert_diff_hunk(diff_hunks[i]);
df.diff_hunks.push_back(dh);
}
return df;
}
Add const lvalue ref to editor/* container parameters
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EditorVCSInterface::Commit EditorVCSInterface::_convert_commit(const Dictionary &p_commit) {
VCS: Port Godot 3.5's VCS features to GDExtension
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EditorVCSInterface::Commit c;
c.msg = p_commit["message"];
c.author = p_commit["author"];
c.unix_timestamp = p_commit["unix_timestamp"];
c.offset_minutes = p_commit["offset_minutes"];
c.id = p_commit["id"];
return c;
}
Add const lvalue ref to editor/* container parameters
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EditorVCSInterface::StatusFile EditorVCSInterface::_convert_status_file(const Dictionary &p_status_file) {
VCS: Port Godot 3.5's VCS features to GDExtension
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StatusFile sf;
sf.file_path = p_status_file["file_path"];
sf.change_type = (ChangeType)(int)p_status_file["change_type"];
sf.area = (TreeArea)(int)p_status_file["area"];
return sf;
}
void EditorVCSInterface::_bind_methods() {
// Proxy end points that implement the VCS specific operations that the editor demands.
GDVIRTUAL_BIND(_initialize, "project_path");
GDVIRTUAL_BIND(_set_credentials, "username", "password", "ssh_public_key_path", "ssh_private_key_path", "ssh_passphrase");
GDVIRTUAL_BIND(_get_modified_files_data);
GDVIRTUAL_BIND(_stage_file, "file_path");
GDVIRTUAL_BIND(_unstage_file, "file_path");
GDVIRTUAL_BIND(_discard_file, "file_path");
GDVIRTUAL_BIND(_commit, "msg");
GDVIRTUAL_BIND(_get_diff, "identifier", "area");
GDVIRTUAL_BIND(_shut_down);
GDVIRTUAL_BIND(_get_vcs_name);
GDVIRTUAL_BIND(_get_previous_commits, "max_commits");
GDVIRTUAL_BIND(_get_branch_list);
GDVIRTUAL_BIND(_get_remotes);
GDVIRTUAL_BIND(_create_branch, "branch_name");
GDVIRTUAL_BIND(_remove_branch, "branch_name");
GDVIRTUAL_BIND(_create_remote, "remote_name", "remote_url");
GDVIRTUAL_BIND(_remove_remote, "remote_name");
GDVIRTUAL_BIND(_get_current_branch_name);
GDVIRTUAL_BIND(_checkout_branch, "branch_name");
GDVIRTUAL_BIND(_pull, "remote");
GDVIRTUAL_BIND(_push, "remote", "force");
GDVIRTUAL_BIND(_fetch, "remote");
GDVIRTUAL_BIND(_get_line_diff, "file_path", "text");
ClassDB::bind_method(D_METHOD("create_diff_line", "new_line_no", "old_line_no", "content", "status"), &EditorVCSInterface::create_diff_line);
ClassDB::bind_method(D_METHOD("create_diff_hunk", "old_start", "new_start", "old_lines", "new_lines"), &EditorVCSInterface::create_diff_hunk);
ClassDB::bind_method(D_METHOD("create_diff_file", "new_file", "old_file"), &EditorVCSInterface::create_diff_file);
ClassDB::bind_method(D_METHOD("create_commit", "msg", "author", "id", "unix_timestamp", "offset_minutes"), &EditorVCSInterface::create_commit);
ClassDB::bind_method(D_METHOD("create_status_file", "file_path", "change_type", "area"), &EditorVCSInterface::create_status_file);
ClassDB::bind_method(D_METHOD("add_diff_hunks_into_diff_file", "diff_file", "diff_hunks"), &EditorVCSInterface::add_diff_hunks_into_diff_file);
ClassDB::bind_method(D_METHOD("add_line_diffs_into_diff_hunk", "diff_hunk", "line_diffs"), &EditorVCSInterface::add_line_diffs_into_diff_hunk);
ClassDB::bind_method(D_METHOD("popup_error", "msg"), &EditorVCSInterface::popup_error);
BIND_ENUM_CONSTANT(CHANGE_TYPE_NEW);
BIND_ENUM_CONSTANT(CHANGE_TYPE_MODIFIED);
BIND_ENUM_CONSTANT(CHANGE_TYPE_RENAMED);
BIND_ENUM_CONSTANT(CHANGE_TYPE_DELETED);
BIND_ENUM_CONSTANT(CHANGE_TYPE_TYPECHANGE);
BIND_ENUM_CONSTANT(CHANGE_TYPE_UNMERGED);
BIND_ENUM_CONSTANT(TREE_AREA_COMMIT);
BIND_ENUM_CONSTANT(TREE_AREA_STAGED);
BIND_ENUM_CONSTANT(TREE_AREA_UNSTAGED);
Add an overridable VCS Interface for the editor The VCS interface can be thought of like a proxy system, where any call to the API is redirected to the actual implementation of the VCS API which may be existing in the form of a GDNative plugin which is marked as a singleton and is not marked reloadable. If the implementation doesn't exist in the file system, it only returns the default responses which contain mostly empty containers of the data type that every API call returns. EditorVCSInterface is used like a Godot object with a script attached to it. The script is the implementation of the API and the object is the interface to the script, which returns default responses if the script doesn't exist or if the script doesn't define a function that handles that particular API call. The entire system has been implemented using Object::call() and its ability to switch to the script instance to handle the API call if the script exists. Look for VersionControlEditorPlugin::_initialize() for the essential API setup.
2019-09-03 22:31:14 +08:00
}
EditorVCSInterface *EditorVCSInterface::get_singleton() {
return singleton;
}
void EditorVCSInterface::set_singleton(EditorVCSInterface *p_singleton) {
singleton = p_singleton;
}
Allow creating .gitignore and .gitattributes when creating a new project Also allow creating these files later, and also allow disabling creating the default environment in editor settings.
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void EditorVCSInterface::create_vcs_metadata_files(VCSMetadata p_vcs_metadata_type, String &p_dir) {
if (p_vcs_metadata_type == VCSMetadata::GIT) {
Rename String `plus_file` to `path_join`
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Ref<FileAccess> f = FileAccess::open(p_dir.path_join(".gitignore"), FileAccess::WRITE);
Make FileAccess and DirAccess classes reference counted.
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if (f.is_null()) {
VCS: Improve VCS UI/UX by QoL changes The editor will now use the project path i.e. the place where the root of the repo is supposed to be according to the user. This project path is also sent into the plugin and so out-of-directory asset folders can also be maintained this way.
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ERR_FAIL_MSG("Couldn't create .gitignore in project path.");
Allow creating .gitignore and .gitattributes when creating a new project Also allow creating these files later, and also allow disabling creating the default environment in editor settings.
2020-09-30 03:01:26 +08:00
} else {
f->store_line("# Godot 4+ specific ignores");
f->store_line(".godot/");
Change generated .gitignore to only exclude root android template folder.
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f->store_line("/android/");
Allow creating .gitignore and .gitattributes when creating a new project Also allow creating these files later, and also allow disabling creating the default environment in editor settings.
2020-09-30 03:01:26 +08:00
}
Rename String `plus_file` to `path_join`
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f = FileAccess::open(p_dir.path_join(".gitattributes"), FileAccess::WRITE);
Make FileAccess and DirAccess classes reference counted.
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if (f.is_null()) {
VCS: Improve VCS UI/UX by QoL changes The editor will now use the project path i.e. the place where the root of the repo is supposed to be according to the user. This project path is also sent into the plugin and so out-of-directory asset folders can also be maintained this way.
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ERR_FAIL_MSG("Couldn't create .gitattributes in project path.");
Allow creating .gitignore and .gitattributes when creating a new project Also allow creating these files later, and also allow disabling creating the default environment in editor settings.
2020-09-30 03:01:26 +08:00
} else {
f->store_line("# Normalize EOL for all files that Git considers text files.");
f->store_line("* text=auto eol=lf");
}
}
}
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