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EIDEProjectModules.ts
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3064 lines (2702 loc) · 90.4 KB
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import * as events from 'events';
import * as os from 'os';
import * as fs from 'fs';
import * as vscode from 'vscode';
import * as NodePath from 'path';
import { jsonc } from 'jsonc';
import { isNullOrUndefined } from "util";
import * as child_process from 'child_process';
import { File } from "../lib/node-utility/File";
import {
view_str$compile$storageLayout,
view_str$compile$useCustomScatterFile, view_str$compile$scatterFilePath, view_str$compile$scatterFilePath_mdk,
view_str$compile$floatingPointHardware, view_str$compile$cpuType, view_str$compile$deprecated,
view_str$compile$options,
view_str$flasher$binPath,
view_str$flasher$eepromPath,
view_str$flasher$options,
view_str$flasher$interfaceType,
view_str$flasher$cpuName,
view_str$flasher$downloadSpeed,
view_str$flasher$baseAddr,
view_str$flasher$optionBytesPath,
view_str$flasher$launchApp,
view_str$flasher$targetName,
view_str$flasher$flashCommandLine,
view_str$flasher$eraseChipCommandLine,
view_str$flasher$openocd_target_cfg,
view_str$flasher$openocd_interface_cfg,
view_str$flasher$optionBytesConfig,
view_str$flasher$external_loader,
view_str$flasher$resetMode,
view_str$flasher$other_cmds,
view_str$flasher$stcgalOptions,
view_str$compile$archExtensions,
view_str$flasher$eraseAll
} from "./StringTable";
import { ResManager } from "./ResManager";
import { ArrayDelRepetition } from "../lib/node-utility/Utility";
import { GlobalEvent } from "./GlobalEvents";
import { ExceptionToMessage, newMessage } from "./Message";
import { ToolchainName, IToolchian, ToolchainManager } from './ToolchainManager';
import {
HexUploaderType, STLinkOptions, STVPFlasherOptions,
StcgalFlashOption, JLinkOptions, JLinkProtocolType,
PyOCDFlashOptions, OpenOCDFlashOptions, STLinkProtocolType,
ProbeRSFlashOptions,
CustomFlashOptions
} from "./HexUploader";
import { AbstractProject } from "./EIDEProject";
import { SettingManager } from "./SettingManager";
import { WorkspaceManager } from "./WorkspaceManager";
import * as utility from './utility';
import * as ArmCpuUtils from './ArmCpuUtils';
import {
BuilderOptions,
ProjectConfiguration,
ProjectConfigData, BuilderConfigData, ProjectBaseApi
} from './EIDETypeDefine';
export interface Memory {
startAddr: string;
size: string;
}
export interface ComponentFileItem {
attr?: string;
condition?: string;
path: string;
}
// XML define example:
// ---
// <component Cgroup="Drivers" Csub="Touch Screen" condition="STM32F746G-Discovery BSP TS">
// <description>Touch Screen for STMicroelectronics STM32F746G-Discovery Kit</description>
// <files>
// <file category="header" name="Drivers/BSP/STM32746G-Discovery/stm32746g_discovery_ts.h"/>
// <file category="source" name="Drivers/BSP/STM32746G-Discovery/stm32746g_discovery_ts.c"/>
// <file category="source" name="Drivers/BSP/Components/ft5336/ft5336.c"/>
// </files>
// </component>
export interface Component {
groupName: string; // value is: ${Cgroup} + '.' + ${Csub}, and remove whitespace
description?: string;
enable: boolean;
RTE_define?: string;
incDirList: ComponentFileItem[];
headerList: ComponentFileItem[];
cFileList: ComponentFileItem[];
asmList: ComponentFileItem[];
libList?: ComponentFileItem[];
linkerList?: ComponentFileItem[];
defineList?: string[];
condition?: string;
}
export function getComponentKeyDescription(key: string): string {
switch (key) {
case 'incDirList':
return 'Include Path List';
case 'headerList':
return 'Header File List';
case 'cFileList':
return 'Source File List';
case 'asmList':
return 'Assembly File List';
case 'libList':
return 'Library Path List';
case 'linkerList':
return 'Linker File List';
default:
return 'Other List';
}
}
export interface Condition {
condition?: string;
Dvendor?: string;
Dname?: RegExp;
compiler?: string;
compilerOption?: string;
component?: string;
}
export interface ConditionGroup {
acceptList: Condition[];
requireList: Condition[];
}
export type ConditionMap = Map<string, ConditionGroup>;
export interface PackInfo {
vendor: string;
name: string;
familyList: DeviceFamily[];
components: Component[];
conditionMap: ConditionMap;
}
export interface CurrentDevice {
packInfo: PackInfo;
familyIndex: number;
subFamilyIndex: number;
deviceIndex: number;
}
export interface DeviceInfo {
name: string;
devClassName: string;
core?: string;
define?: string;
endian?: string;
svdPath?: string;
storageLayout: ARMStorageLayout;
}
export interface SubFamily {
name: string;
core?: string;
description?: string;
deviceList: DeviceInfo[];
}
export interface DeviceFamily {
name: string;
vendor: string;
core?: string;
series: string;
description?: string;
deviceList: DeviceInfo[];
subFamilyList: SubFamily[];
}
// ======================== config base =============================
type FieldType = 'INPUT' | 'INPUT_INTEGER' | 'SELECTION' | 'OPEN_FILE' | 'EVENT' | 'Disable';
/*
'hex file': ['hex'],
'bin file': ['bin'],
*/
type OpenFileFilter = { [name: string]: string[] };
interface CompileConfigPickItem extends vscode.QuickPickItem {
/**
* 如果 label 和 最终值 不同，则 val 用于存放最终的赋值。否则 val 应为 undefined 或者 null
*/
val?: any;
}
export interface EventData {
event: 'openCompileOptions' | 'openMemLayout' | 'openUploadOptions';
data?: any;
}
export type KeyIcon =
'ConnectUnplugged_16x.svg' |
'BinaryFile_16x.svg' |
'Property_16x.svg' |
'Memory_16x.svg' |
'ConfigurationEditor_16x.svg' |
'CPU_16x.svg' |
'ImmediateWindow_16x.svg';
export abstract class ConfigModel<DataType> {
data: DataType;
readonly boolList = [
false,
true
];
protected _event: events.EventEmitter;
constructor() {
this._event = new events.EventEmitter();
this.data = this.GetDefault();
}
on(event: 'dataChanged', listener: () => void): void; // 当对象本身的属性发生改变后，会产生该事件
on(event: 'event', listener: (event: EventData) => void): void; // 需要打开自定义的GUI界面给用户进行操作时，会产生该事件
on(event: 'NotifyUpdate', listener: (prjConfig: ProjectConfiguration<any>) => void): void;
on(event: any, listener: (arg?: any) => void): void {
this._event.on(event, listener);
}
// 当其他对象更新时，发送该事件通知该对象需要更新自身的相关属性
emit(event: 'NotifyUpdate', prjConfig: ProjectConfiguration<any>): void;
emit(event: any, arg?: any): void {
this._event.emit(event, arg);
}
copyListenerFrom(model: ConfigModel<any>) {
// delete some current listeners
this._event.eventNames().forEach((event) => {
if (event == 'NotifyUpdate') return; // skip 'NotifyUpdate' event
this._event.rawListeners(event).forEach((func) => {
this._event.removeListener(event, <any>func);
});
});
// copy some listeners from old
model._event.eventNames().forEach((event) => {
if (event == 'NotifyUpdate') return; // skip 'NotifyUpdate' event
model._event.rawListeners(event).forEach((func) => {
this._event.addListener(event, <any>func);
});
});
}
async ShowModifyWindow(key: string, prjRootDir: File) {
let keyType = this.GetKeyType(key);
// redirect empty quick pick
let selections: CompileConfigPickItem[] | undefined;
if (this.redirectEmptyQuickPick) {
const nType = this.redirectEmptyQuickPick(key);
if (keyType == 'SELECTION' && nType) {
selections = this.GetSelectionList(key);
if (selections == undefined ||
selections.length == 0) {
keyType = nType;
}
}
}
switch (keyType) {
case 'INPUT':
case 'INPUT_INTEGER':
{
const val = await vscode.window.showInputBox({
value: (<any>this.data)[key],
ignoreFocusOut: true,
validateInput: (input: string): string | undefined => {
return this.VerifyString(key, input);
}
});
switch (keyType) {
case 'INPUT':
this.SetKeyValue(key, val?.trim());
break;
case 'INPUT_INTEGER':
if (val) {
const num = parseInt(val.trim());
if (num !== NaN) {
this.SetKeyValue(key, num);
}
}
break;
default:
break;
}
}
break;
case 'SELECTION':
{
const itemList = selections || this.GetSelectionList(key) || [];
const pickItems = await vscode.window.showQuickPick(itemList, {
canPickMany: this.canSelectMany(key),
matchOnDescription: true,
placeHolder: `found ${itemList.length} results`
});
if (Array.isArray(pickItems)) {
const val = pickItems.map(item => item.val !== undefined ? item.val : item.label).join(',');
this.SetKeyValue(key, val);
} else if (pickItems) {
const val = pickItems.val !== undefined ? pickItems.val : pickItems.label;
this.SetKeyValue(key, val);
}
}
break;
case 'OPEN_FILE':
{
const uri = await vscode.window.showOpenDialog({
defaultUri: vscode.Uri.file(prjRootDir.path),
filters: this.GetOpenFileFilters(key) || { '*.*': ['*'] },
canSelectFiles: true,
canSelectMany: this.canSelectMany(key)
});
if (uri && uri.length > 0) {
const path = uri
.map((uri_item) => { return prjRootDir.ToRelativePath(uri_item.fsPath) || uri_item.fsPath; })
.join(',');
this.SetKeyValue(key, path);
}
}
break;
case 'EVENT':
const eData = this.getEventData(key);
if (eData) {
this._event.emit('event', eData);
}
break;
default:
break;
}
}
SetKeyValue(key: string, value: any) {
if (value !== undefined) {
(<any>this.data)[key] = value;
this.onPropertyChanged(key);
this._event.emit('dataChanged');
}
}
Update(newConfig?: DataType): void {
this.data = this.UpdateConfigData(newConfig);
this._event.emit('dataChanged');
}
isKeyEnable(key: string): boolean {
return true;
}
getKeyIcon(key: string): KeyIcon | undefined {
return 'Property_16x.svg';
}
protected UpdateConfigData(newConfig?: DataType): DataType {
const _default: any = this.GetDefault();
if (newConfig) {
// clear invalid property
for (const key in (<any>newConfig)) {
if (_default[key] === undefined) {
(<any>newConfig)[key] = undefined;
}
}
// set default value
for (const key in _default) {
if (!isNullOrUndefined(_default[key])) {
if (typeof (<any>newConfig)[key] !== typeof _default[key]) {
(<any>newConfig)[key] = _default[key];
}
}
}
return newConfig;
}
return _default;
}
protected onPropertyChanged(key: string) {
// TODO
}
protected canSelectMany(key: string): boolean {
return false;
}
abstract GetKeyDescription(key: string): string;
/**
* @note 注意这个方法当前的含义是获取 display value，用于在UI中显示
* 因此得到的可能不是实际的值（由于历史原因暂时不做修改）
*/
abstract getKeyValue(key: string): string;
protected abstract GetKeyType(key: string): FieldType;
protected abstract GetOpenFileFilters(key: string): OpenFileFilter | undefined;
protected abstract VerifyString(key: string, input: string): string | undefined;
protected abstract GetSelectionList(key: string): CompileConfigPickItem[] | undefined;
protected redirectEmptyQuickPick?: (key: string) => FieldType | undefined;
protected abstract getEventData(key: string): EventData | undefined;
/**
* 获取配置的初始值
* @note 这个方法返回的 object 必须是一个完整的配置对象，
* 包含所有的字段和默认值。其中 key 的顺序决定了 UI 中的显示顺序
*/
abstract GetDefault(): DataType;
}
//////////////////////////////////////////////////////////////////////////////////
// Compiler Models
//////////////////////////////////////////////////////////////////////////////////
export abstract class CompileConfigModel<T> extends ConfigModel<T> {
protected prjConfigData: ProjectConfigData<any>;
constructor(config: ProjectConfigData<any>) {
super();
this.prjConfigData = config;
}
static getInstance<T extends BuilderConfigData>(prjConfigData: ProjectConfigData<any>): CompileConfigModel<T> {
switch (prjConfigData.toolchain) {
case 'SDCC':
return <any>new SdccCompileConfigModel(prjConfigData);
case 'Keil_C51':
return <any>new Keil51CompileConfigModel(prjConfigData);
case 'IAR_STM8':
return <any>new Iarstm8CompileConfigModel(prjConfigData);
case 'COSMIC_STM8':
return <any>new CosmicStm8CompileConfigModel(prjConfigData);
case 'IAR_ARM':
return <any>new IarArmCompileConfigModel(prjConfigData);
case 'AC5':
return <any>new Armcc5CompileConfigModel(prjConfigData);
case 'AC6':
return <any>new Armcc6CompileConfigModel(prjConfigData);
case 'GCC':
return <any>new GccCompileConfigModel(prjConfigData);
case 'RISCV_GCC':
return <any>new RiscvCompileConfigModel(prjConfigData);
case 'ANY_GCC':
return <any>new AnyGccCompileConfigModel(prjConfigData);
case 'GNU_SDCC_STM8':
return <any>new SdccGnuStm8CompileConfigModel(prjConfigData);
case 'GNU_SDCC_MCS51':
return <any>new SdccGnuMcs51CompileConfigModel(prjConfigData);
case 'MTI_GCC':
return <any>new MipsCompileConfigModel(prjConfigData);
case 'LLVM_ARM':
return <any>new LLVMArmCompileConfigModel(prjConfigData);
default:
throw new Error('Unsupported toolchain: ' + prjConfigData.toolchain);
}
}
getOptions(targetName?: string, toolchainName?: ToolchainName): BuilderOptions {
const _targetName = targetName || this.prjConfigData.mode;
const _toolchain = toolchainName || this.prjConfigData.toolchain;
if (this.prjConfigData.targets[_targetName] == undefined) {
return ToolchainManager.getInstance()
.getToolchain(this.prjConfigData.type, _toolchain)
.getDefaultConfig();
}
const allOptions = this.prjConfigData.targets[_targetName].builderOptions;
if (allOptions[_toolchain] == undefined) {
const toolchain = ToolchainManager.getInstance().getToolchain(this.prjConfigData.type, _toolchain);
allOptions[_toolchain] = toolchain.getDefaultConfig();
this._event.emit('dataChanged');
}
return utility.deepCloneObject(allOptions[_toolchain]);
}
setOptions(newBuilderOptions: BuilderOptions, targetName?: string, toolchainName?: ToolchainName) {
const _targetName = targetName || this.prjConfigData.mode;
const _toolchain = toolchainName || this.prjConfigData.toolchain;
if (this.prjConfigData.targets[_targetName] == undefined) {
GlobalEvent.log_warn(`target '${_targetName}' not exist !`);
GlobalEvent.emit('globalLog.show');
return;
}
const allOptions = this.prjConfigData.targets[_targetName].builderOptions;
allOptions[_toolchain] = newBuilderOptions;
this._event.emit('dataChanged');
}
copyCommonCompileConfigFrom(from_toolchain: ToolchainName, from_model: CompileConfigModel<T>) {
// do nothing
}
}
// ------ ARM -------
export type RAMTag = 'IRAM' | 'RAM';
export type ROMTag = 'IROM' | 'ROM';
export interface ARMRamItem {
tag: RAMTag;
id: number;
mem: Memory;
isChecked: boolean;
noInit: boolean;
}
export interface ARMRomItem {
tag: ROMTag;
id: number;
mem: Memory;
isChecked: boolean;
isStartup: boolean;
}
export function getRamRomName(item: ARMRamItem | ARMRomItem): string {
return `${item.tag}${item.id}`;
}
export function getRamRomRange(item: ARMRamItem | ARMRomItem): string {
return `0x${Number(item.mem.startAddr).toString(16).toUpperCase()} - 0x${(Number(item.mem.startAddr) + Number(item.mem.size)).toString(16).toUpperCase()}`
}
export interface ARMStorageLayout {
RAM: ARMRamItem[];
ROM: ARMRomItem[];
}
export type FloatingHardwareOption = 'none' | 'single' | 'double';
/**
* @note 注意，如果后续需要新增字段，则字段必须带有 '| undefined' 的类型，表示可能是未定义的，
* 因为旧的工程可能没有这些字段，会导致报错
*/
export interface ArmBaseCompileData extends BuilderConfigData {
/**
* ARM CPU 类型，可选值包括：
* 'Cortex-M0', 'Cortex-M0+', 'Cortex-M3', 'Cortex-M4', 'Cortex-M7' 等
*/
cpuType: string;
/**
* 是否使用浮点硬件，可选值包括：'single', 'double', 'none'
* 默认为 'none'，表示不使用浮点硬件
* @note 这个选项会根据你选择的 cpuType 自动调整，
* 如果你选择的 cpuType 不支持浮点硬件，则会自动设置为 'none'。
*/
floatingPointHardware: FloatingHardwareOption;
/**
* 当 cpuType 是一个 arch 名称时，
* 可以使用这个选项指定该 arch 的扩展功能，
* 例如 'armv8-m.main' 可以使用 '+dsp' 来启用 DSP 指令集。
* 当 cpuType 是一个确切的 cpu 名称时，比如 'Cortex-M4',
* 则这个选项会被忽略。
* @note 如果有多个选项，则选项之间以 ‘,’ 进行分隔
*/
archExtensions?: string;
/**
* 是否使用自定义的链接脚本文件
* @note 这个选项是为 armcc 准备的，
* 如果为 false，则提供一个类似于keil风格的GUI界面来设置存储器布局信息，
* 这个界面会自动生成一个链接脚本文件，并在编译时使用。
* 如果为 true，则需要在 `scatterFilePath` 中指定链接脚本文件的路径
*/
useCustomScatterFile: boolean;
/**
* 这个配置文件用来描述地址重定位信息，编译时作为链接器的参数
* @note 这个参数可能包含多个文件，当包含多个文件时，以逗号 `,` 作为分隔
*/
scatterFilePath: string;
/**
* 这个选项是为 armcc 准备的，
* 如果 useCustomScatterFile 为 false，则提供一个类似于keil风格的GUI界面来设置存储器布局信息，
* 这个界面会自动生成一个链接脚本文件，并在编译时使用。
*/
storageLayout: ARMStorageLayout;
/**
* 由此打开一个更详细的配置，用于设置更多的编译期配置。
* 这个选项的值根据实现而定，多数情况下是空的。
*/
options: string;
}
export type ArmBaseBuilderConfigData = ArmBaseCompileData;
/**
* @note We need export this class, becasue we need export internal functions
* */
export abstract class ArmBaseCompileConfigModel
extends CompileConfigModel<ArmBaseCompileData> {
protected readonly DIV_TAG: string = '<div>:';
protected cpuTypeList = [
'Cortex-M0',
'Cortex-M0+',
'Cortex-M3',
'Cortex-M4',
'Cortex-M7'
];
protected hardwareOptionList: { name: FloatingHardwareOption, desc: string }[] = [
{ name: 'none', desc: 'not use' },
{ name: 'single', desc: 'single precision' },
{ name: 'double', desc: 'double precision' }
];
getValidCpus(): string[] {
return this.cpuTypeList.filter(n => !n.startsWith(this.DIV_TAG));
}
onPropertyChanged(key: string) {
switch (key) {
case 'cpuType':
if (!this.verifyHardwareOption(this.data.floatingPointHardware)) {
this.data.floatingPointHardware = 'none';
}
break;
default:
break;
}
}
copyCommonCompileConfigFrom(from_toolchain: ToolchainName, from_model: ArmBaseCompileConfigModel) {
this.data.floatingPointHardware = from_model.data.floatingPointHardware;
if (this.cpuTypeList.includes(from_model.data.cpuType)) { // found target cpu, update it
this.data.cpuType = from_model.data.cpuType;
} else { // not found, set default
this.data.cpuType = 'Cortex-M3';
GlobalEvent.emit('msg', newMessage('Warning',
`This toolchain not support "${from_model.data.cpuType}". Use default value.`));
}
const cur_toolchain = this.prjConfigData.toolchain;
if (utility.isGccOptionsCompatibleToolchain(from_toolchain) &&
utility.isGccOptionsCompatibleToolchain(cur_toolchain)) {
this.data.scatterFilePath = from_model.data.scatterFilePath;
}
this.onPropertyChanged('cpuType');
}
GetKeyDescription(key: string): string {
const toolchain = this.prjConfigData.toolchain;
switch (key) {
case 'cpuType':
return view_str$compile$cpuType;
case 'archExtensions':
return view_str$compile$archExtensions;
case 'storageLayout':
return view_str$compile$storageLayout;
case 'useCustomScatterFile':
return view_str$compile$useCustomScatterFile;
case 'scatterFilePath':
return (toolchain == 'AC5' || toolchain == 'AC6')
? view_str$compile$scatterFilePath_mdk
: view_str$compile$scatterFilePath;
case 'floatingPointHardware':
return view_str$compile$floatingPointHardware;
case 'options':
return view_str$compile$options;
default:
return view_str$compile$deprecated;
}
}
getKeyIcon(key: string): KeyIcon | undefined {
switch (key) {
case 'cpuType':
return 'CPU_16x.svg';
case 'storageLayout':
return 'Memory_16x.svg';
case 'options':
return 'ConfigurationEditor_16x.svg';
default:
return 'Property_16x.svg';
}
}
getKeyValue(key: string): string {
switch (key) {
case 'storageLayout':
return 'View {...}';
case 'useCustomScatterFile':
return this.data.useCustomScatterFile ? 'true' : 'false';
case 'options':
return 'Object {...}';
default:
return (<any>this.data)[key] || 'null';
}
}
isKeyEnable(key: string): boolean {
const toolchain = this.prjConfigData.toolchain;
if (toolchain === 'AC5' || toolchain === 'AC6') {
// AC6 中的 armv8.1-m 已经含有 arch 扩展，无需额外指定 floatingPointHardware
const is_arm_v8_1_m = this.data.cpuType.toLowerCase().startsWith('armv8.1-m.');
switch (key) {
case 'cpuType':
case 'useCustomScatterFile':
case 'options':
return true;
case 'archExtensions':
return ArmCpuUtils.getArchExtensions(this.data.cpuType, toolchain).length > 0;
case 'floatingPointHardware':
return !is_arm_v8_1_m && ArmCpuUtils.hasFpu(this.data.cpuType);
case 'storageLayout':
return !this.data.useCustomScatterFile;
case 'scatterFilePath':
return this.data.useCustomScatterFile;
default:
return false;
}
} else {
switch (key) {
case 'cpuType':
case 'scatterFilePath':
case 'options':
return true;
case 'archExtensions':
return ArmCpuUtils.getArchExtensions(this.data.cpuType, toolchain).length > 0;
case 'floatingPointHardware':
return ArmCpuUtils.hasFpu(this.data.cpuType) && !ArmCpuUtils.isArmArchName(this.data.cpuType);
default:
return false;
}
}
}
Update(newConfig?: ArmBaseCompileData) {
this.data = this.UpdateConfigData(newConfig);
this.sortStorage(this.data.storageLayout);
this._event.emit('dataChanged');
}
getIRAMx(id: number): Memory | undefined {
for (const ram of this.data.storageLayout.RAM) {
if (ram.tag === 'IRAM' && ram.id === id) {
return ram.mem;
}
}
return undefined;
}
getIROMx(id: number): Memory | undefined {
for (const rom of this.data.storageLayout.ROM) {
if (rom.tag === 'IROM' && id === rom.id) {
return rom.mem;
}
}
return undefined;
}
updateStorageLayout(newLayout: ARMStorageLayout) {
this.data.storageLayout = this.sortStorage(newLayout);
this._event.emit('dataChanged');
}
private parseIntNumber(str: string): number {
if (/^\s*0x/i.test(str) || /[a-f]/i.test(str)) {
return parseInt(str.replace('0X', ''), 16);
} else {
return parseInt(str);
}
}
private sortStorage(storageLayout: ARMStorageLayout): ARMStorageLayout {
storageLayout.RAM = storageLayout.RAM.sort((a, b): number => {
if (a.tag === 'IRAM' && b.tag === 'IRAM') {
return a.id - b.id;
}
if (a.tag === 'IRAM' || b.tag === 'IRAM') {
return a.tag === 'IRAM' ? 1 : -1;
}
if (a.id !== -1 && b.id !== -1) {
return a.id - b.id;
}
return this.parseIntNumber(a.mem.startAddr) < this.parseIntNumber(b.mem.startAddr) ? -1 : 1;
});
let id = 1;
storageLayout.RAM.forEach((ram) => {
if (ram.tag === 'RAM') {
ram.id = id++;
}
});
storageLayout.ROM = storageLayout.ROM.sort((a, b): number => {
if (a.tag === 'IROM' && b.tag === 'IROM') {
return a.id - b.id;
}
if (a.tag === 'IROM' || b.tag === 'IROM') {
return a.tag === 'IROM' ? 1 : -1;
}
if (a.id !== -1 && b.id !== -1) {
return a.id - b.id;
}
return this.parseIntNumber(a.mem.startAddr) < this.parseIntNumber(b.mem.startAddr) ? -1 : 1;
});
id = 1;
storageLayout.ROM.forEach((rom) => {
if (rom.tag === 'ROM') {
rom.id = id++;
}
});
return storageLayout;
}
protected VerifyString(key: string, input: string): string | undefined {
return undefined;
}
protected verifyHardwareOption(optionName: string): boolean {
switch (optionName) {
case 'single':
case 'none': // if mcu have fpu, we need a 'none' option
return ArmCpuUtils.hasFpu(this.data.cpuType);
case 'double':
return ArmCpuUtils.hasFpu(this.data.cpuType, true);
default:
return false;
}
}
protected GetSelectionList(key: string): CompileConfigPickItem[] {
const res: CompileConfigPickItem[] = [];
switch (key) {
case 'cpuType':
this.cpuTypeList.forEach((name) => {
if (name.startsWith(this.DIV_TAG)) {
res.push({
label: name.replace(this.DIV_TAG, ''),
kind: vscode.QuickPickItemKind.Separator
});
} else {
if (ArmCpuUtils.isArmArchName(name)) { // for arch
let descp = '';
let family = ArmCpuUtils.getArchFamily(name);
if (family) descp += family + ', ';
let cpus = ArmCpuUtils.getArchExampleCpus(name);
if (cpus) descp += 'like: ' + cpus.join(',') + '...';
res.push({
label: name,
description: descp
});
} else { // for cpu
res.push({
label: name,
description: `${ArmCpuUtils.getArmCpuArch(name) || ''}`
});
}
}
});
break;
case 'archExtensions':
ArmCpuUtils.getArchExtensions(this.data.cpuType, this.prjConfigData.toolchain).forEach((ext) => {
res.push({
label: ext.name,
detail: ext.description
});
});
break;
case 'floatingPointHardware':
this.hardwareOptionList.filter((option) => {
return this.verifyHardwareOption(option.name);
}).forEach((option) => {
res.push({
label: option.name,
description: option.desc
});
});
break;
default:
this.boolList.forEach((val) => {
res.push({
label: JSON.stringify(val),
val: val
});
});
break;
}
return res;
}
protected GetKeyType(key: string): FieldType {
switch (key) {
case 'scatterFilePath':
return 'INPUT';
case 'cpuType':
case 'floatingPointHardware':
case 'useCustomScatterFile':
case 'archExtensions':
return 'SELECTION';
case 'storageLayout':
case 'options':
return 'EVENT';
default:
return 'Disable';
}
}
protected getEventData(key: string): EventData | undefined {
switch (key) {
case 'storageLayout':
return {
event: 'openMemLayout'
};
case 'options':
return {
event: 'openCompileOptions'
};
default:
return undefined;
}
}
protected canSelectMany(key: string): boolean {
switch (key) {
case 'scatterFilePath':
return true;
case 'archExtensions':
return true;
default:
return super.canSelectMany(key);
}
}
protected GetOpenFileFilters(key: string): OpenFileFilter | undefined {
switch (key) {
case 'scatterFilePath':
return {
'gcc': ['ld', 'lds'],
'armcc': ['sct'],
'all': ['*']
};
default:
return undefined;
}
}
static getDefaultConfig(): ArmBaseCompileData {
return {
cpuType: 'Cortex-M3',
archExtensions: '',
floatingPointHardware: 'none',
useCustomScatterFile: false,
scatterFilePath: '<YOUR_SCATTER_FILE>.sct',
storageLayout: {
RAM: [
{
tag: 'IRAM',
id: 1,
mem: {
startAddr: '0x20000000',
size: '0x5000'
},
isChecked: true,
noInit: false