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CodeBuilder.ts
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/*
MIT License
Copyright (c) 2019 github0null
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.
*/
import * as fs from 'fs';
import * as vscode from 'vscode';
import * as NodePath from 'path';
import * as events from 'events';
import * as globmatch from 'micromatch'
import * as os from 'os';
import * as child_process from 'child_process';
import * as mathjs from 'mathjs';
import { AbstractProject, VirtualSource } from "./EIDEProject";
import { ResManager } from "./ResManager";
import { File } from "../lib/node-utility/File";
import { BuilderOptions, ProjectConfigData, ProjectConfiguration } from "./EIDETypeDefine";
import {
ArmBaseCompileData,
Memory, ARMStorageLayout,
FloatingHardwareOption, C51BaseCompileData, RiscvCompileData, AnyGccCompileData, MipsCompileData
} from './EIDEProjectModules';
import { SettingManager } from "./SettingManager";
import { GlobalEvent } from "./GlobalEvents";
import { ExceptionToMessage, newMessage } from "./Message";
import { CmdLineHandler } from "./CmdLineHandler";
import { ArrayDelRepetition } from "../lib/node-utility/Utility";
import { DependenceManager } from "./DependenceManager";
import { WorkspaceManager } from "./WorkspaceManager";
import { ToolchainName } from "./ToolchainManager";
import { md5, sha256, copyObject, generateDotnetProgramCmd } from "./utility";
import { exeSuffix, osType } from "./Platform";
import { FileWatcher } from "../lib/node-utility/FileWatcher";
import { STVPFlasherOptions } from './HexUploader';
import * as ArmCpuUtils from './ArmCpuUtils';
export interface BuildOptions {
not_rebuild?: boolean; // true: 增量编译，false: 重新编译所有
flashAfterBuild?: boolean;
onlyDumpCompilerInfo?: boolean; // true: 仅输出编译命令及版本信息
onlyDumpBuilderParams?: boolean;
otherArgs?: string[];
}
export interface BuilderParams {
name: string;
target: string;
toolchain: ToolchainName;
toolchainCfgFile: string;
toolchainLocation: string;
buildMode: string;
showRepathOnLog?: boolean,
threadNum?: number;
dumpPath: string;
outDir: string;
builderDir?: string;
rootDir: string;
ram?: number;
rom?: number;
sourceList: string[];
sourceParams?: { [name: string]: string; };
incDirs: string[];
libDirs: string[];
defines: string[];
options: BuilderOptions;
sha?: { [options_name: string]: string };
env?: { [name: string]: any };
sysPaths?: string[];
}
export interface CompilerCommandsDatabaseItem {
directory: string;
file: string;
command: string;
}
export abstract class CodeBuilder {
protected readonly paramsFileName = 'builder.params';
protected project: AbstractProject;
protected useFastCompile?: boolean;
protected onlyDumpCompilerInfo?: boolean;
protected otherArgs?: string[];
protected _event: events.EventEmitter;
protected logWatcher: FileWatcher | undefined;
constructor(_project: AbstractProject) {
this.project = _project;
this._event = new events.EventEmitter();
}
on(event: 'launched', listener: () => void): void;
on(event: 'finished', listener: (done?: boolean) => void): void;
on(event: any, listener: (arg: any) => void): void {
this._event.on(event, listener);
}
private emit(event: 'launched'): void;
private emit(event: 'finished', done?: boolean): void;
private emit(event: any, arg?: any): void {
this._event.emit(event, arg);
}
protected genSourceInfo(): {
sources: string[],
params?: { [name: string]: string; }
} {
const srcParams: { [name: string]: string; } = {};
const srcList: { path: string, virtualPath?: string; }[] = this.project.getAllSources();
// append user options for files
try {
const options = this.project.getSourceExtraArgsCfg();
// parser
const matcher = (parttenInfo: any, fieldName: string) => {
srcList.forEach((srcInf: any) => {
if (!srcInf[fieldName]) return; // skip if not exist
for (const expr in parttenInfo) {
const searchPath = File.ToUnixPath(<string>srcInf[fieldName])
.replace(/\.\.\//g, '')
.replace(/\.\//g, ''); // globmatch bug ? it can't parse path which have '.' or '..'
if (globmatch.isMatch(searchPath, expr)) {
const val = parttenInfo[expr]?.replace(/\r\n|\n/g, ' ').replace(/\\r|\\n|\\t/g, ' ').trim();
if (val) {
if (srcParams[srcInf.path]) {
srcParams[srcInf.path] += ` ${val}`
} else {
srcParams[srcInf.path] = val;
}
}
}
}
});
};
if (options) {
// virtual folder files
if (typeof options?.virtualPathFiles == 'object') {
const parttenInfo = options?.virtualPathFiles;
matcher(parttenInfo, 'virtualPath');
}
// filesystem files
if (typeof options?.files == 'object') {
const parttenInfo = options?.files;
matcher(parttenInfo, 'path');
}
}
} catch (err) {
GlobalEvent.emit('msg', ExceptionToMessage(err, 'Hidden'));
GlobalEvent.emit('msg', newMessage('Warning', `Append files options failed !, msg: ${err.message || ''}`));
}
return {
sources: srcList.map((inf) => inf.path),
params: srcParams
}
}
getIncludeDirs(): string[] {
const incList = this.project.GetConfiguration()
.GetAllMergeDep([`${ProjectConfiguration.BUILD_IN_GROUP_NAME}.${DependenceManager.toolchainDepName}`])
.incList;
return ArrayDelRepetition(incList.concat(
this.project.getToolchain().getDefaultIncludeList(),
this.project.getSourceIncludeList()
)).map(p => this.project.ToAbsolutePath(p));
}
getProjectCMacroList(): string[] {
return this.project.GetConfiguration().GetAllMergeDep().defineList.map(s => this.project.resolveEnvVar(s));
}
getLibDirs(): string[] {
return this.project.GetConfiguration()
.GetAllMergeDep([`${ProjectConfiguration.BUILD_IN_GROUP_NAME}.${DependenceManager.toolchainDepName}`])
.libList.map(p => this.project.ToAbsolutePath(p));
}
protected enableRebuild(_enable: boolean = true) {
this.useFastCompile = !_enable;
}
protected isRebuild(): boolean {
return !this.useFastCompile;
}
build(options?: BuildOptions): void {
let commandLine = this.genBuildCommand(options);
// do some check
if (!this.project.checkAndNotifyInstallToolchain()) return;
if (options?.onlyDumpBuilderParams) return; // if only generate params, exit
if (!commandLine) return;
const title = (options?.onlyDumpCompilerInfo ? 'compiler params' : 'build') + `:${this.project.getCurrentTarget()}`;
// watch log, to emit done event
try {
const checkBuildDone = (logFile: File): boolean => {
try {
// [2022-xx-xx 15:07:53] [done]
const revLines = logFile.Read().split(/\r\n|\n/).reverse();
const idx = revLines.findIndex(line => /^\[\d+\-\d+\-\d+ [^\]]+\]/.test(line));
if (idx == -1) { return false; }
return /\[done\]\s*$/i.test(revLines[idx]);
} catch (error) {
return false;
}
};
const outDir = this.project.ToAbsolutePath(this.project.getOutputDir());
const builderLog = File.fromArray([outDir, 'unify_builder.log']);
if (!builderLog.IsFile()) builderLog.Write('');
if (this.logWatcher) { this.logWatcher.Close(); delete this.logWatcher; };
this.logWatcher = new FileWatcher(builderLog, false);
this.logWatcher.OnChanged = () => {
this.logWatcher?.Close();
setTimeout(() => this.emit('finished', checkBuildDone(builderLog)), 500);
};
// start watch
this.logWatcher.Watch();
} catch (error) {
GlobalEvent.emit('msg', ExceptionToMessage(error, 'Hidden'));
}
// run build
if (SettingManager.GetInstance().isUseTaskToBuild() &&
WorkspaceManager.getInstance().hasWorkspaces()) { // use vscode task
// setup shell
const shellOption: vscode.ShellExecutionOptions = {};
if (os.platform() == 'win32') { shellOption.executable = 'cmd.exe'; shellOption.shellArgs = ['/C']; }
else { shellOption.executable = '/bin/bash'; shellOption.shellArgs = ['-c']; }
shellOption.env = <any>process.env;
// setup task
if (os.platform() == 'win32') commandLine = `"${commandLine}"`;
const task = new vscode.Task({ type: 'shell', command: commandLine }, vscode.TaskScope.Workspace,
title, 'eide.builder', new vscode.ShellExecution(commandLine, shellOption), []);
task.group = vscode.TaskGroup.Build;
task.isBackground = false;
task.presentationOptions = { echo: true, focus: false, clear: true };
if (SettingManager.GetInstance().isSilentBuildOrFlash()) {
task.presentationOptions.reveal = vscode.TaskRevealKind.Silent;
task.presentationOptions.showReuseMessage = false;
}
vscode.tasks.executeTask(task);
} else { // use terminal
const index = vscode.window.terminals.findIndex((t) => { return t.name === title; });
if (index !== -1) { vscode.window.terminals[index].dispose(); }
const opts: vscode.TerminalOptions = { name: title, iconPath: new vscode.ThemeIcon('target') };
if (os.platform() == 'win32') { opts.shellPath = 'cmd.exe'; };
opts.env = <any>process.env;
const terminal = vscode.window.createTerminal(opts);
if (!SettingManager.GetInstance().isSilentBuildOrFlash())
terminal.show(true);
terminal.sendText(commandLine);
}
// post event
this.emit('launched');
}
genBuildCommand(options?: BuildOptions, disPowershell?: boolean): string | undefined {
// setup build mode
this.useFastCompile = options?.not_rebuild;
this.onlyDumpCompilerInfo = options?.onlyDumpCompilerInfo;
this.otherArgs = options?.otherArgs;
const prjConfig = this.project.GetConfiguration();
const outDir = new File(this.project.ToAbsolutePath(prjConfig.getOutDir()));
outDir.CreateDir(true);
// generate command line
const commandLine = generateDotnetProgramCmd(
ResManager.instance().getUnifyBuilderExe(), this.getCommands());
return commandLine;
}
private genHashFromCompilerOptions(builderOptions: BuilderParams): any {
const res: any = {};
if (typeof builderOptions['defines'] == 'object') {
res['c/cpp-defines'] = md5(JSON.stringify(builderOptions['defines']));
}
const options: any = builderOptions.options;
for (const key in options) {
if (typeof options[key] == 'object') {
res[key] = md5(JSON.stringify(options[key]));
}
}
return res;
}
private compareHashObj(key: string, hashObj_1?: { [key: string]: string }, hashObj_2?: { [key: string]: string }): boolean {
if (hashObj_1 == hashObj_2 == undefined) {
return true;
}
if (hashObj_1 && hashObj_2) {
if (hashObj_1[key] == hashObj_2[key] == undefined) {
return true;
}
return hashObj_1[key] == hashObj_2[key];
}
return false;
}
private getCommands(): string[] {
const config = this.project.GetConfiguration().config;
const settingManager = SettingManager.GetInstance();
const toolchain = this.project.getToolchain();
const outDir = File.ToUnixPath(this.project.getOutputDir());
const paramsPath = this.project.ToAbsolutePath(outDir + File.sep + this.paramsFileName);
const compileOptions: BuilderOptions = this.project.GetConfiguration().compileConfigModel.getOptions();
const memMaxSize = this.getMcuMemorySize();
const sourceInfo = this.genSourceInfo();
const builderModeList: string[] = []; // build mode
const builderOptions: BuilderParams = {
name: config.name,
target: this.project.getCurrentTarget(),
toolchain: toolchain.name,
toolchainLocation: this.project.getToolchainLocation().path,
toolchainCfgFile: `${ResManager.GetInstance().getBuilderModelsDir().path}/${toolchain.modelName}`,
buildMode: 'fast|multhread',
showRepathOnLog: settingManager.isPrintRelativePathWhenBuild(),
threadNum: settingManager.getThreadNumber(),
rootDir: this.project.GetRootDir().path,
dumpPath: File.ToLocalPath(outDir),
outDir: File.ToLocalPath(outDir),
ram: memMaxSize?.ram,
rom: memMaxSize?.rom,
incDirs: this.getIncludeDirs().map(p => this.project.toRelativePath(p)),
libDirs: this.getLibDirs().map(p => this.project.toRelativePath(p)),
defines: this.getProjectCMacroList(),
sourceList: sourceInfo.sources.sort(),
sourceParams: sourceInfo.params,
options: JSON.parse(JSON.stringify(compileOptions)),
env: this.project.getProjectVariables(),
sysPaths: []
};
// set ram size from env
if (builderOptions.ram == undefined &&
builderOptions.env &&
builderOptions.env['MCU_RAM_SIZE']) {
const expr = (<string>builderOptions.env['MCU_RAM_SIZE']);
const expr_args = {
B: 1,
K: 1024,
M: 1024 * 1024,
G: 1024 * 1024 * 1024
};
try {
builderOptions.ram = mathjs.evaluate(expr, expr_args) as number || undefined;
} catch (error) {
// nothing todo
}
if (builderOptions.ram && builderOptions.ram <= 0)
builderOptions.ram = undefined;
}
// set rom size from env
if (builderOptions.rom == undefined &&
builderOptions.env &&
builderOptions.env['MCU_ROM_SIZE']) {
const expr = (<string>builderOptions.env['MCU_ROM_SIZE']);
const expr_args = {
B: 1,
K: 1024,
M: 1024 * 1024,
G: 1024 * 1024 * 1024
};
try {
builderOptions.rom = mathjs.evaluate(expr, expr_args) as number || undefined;
} catch (error) {
// nothing todo
}
if (builderOptions.rom && builderOptions.rom <= 0)
builderOptions.rom = undefined;
}
// select linker driver for gcc family toolchain
if (toolchain.categoryName.toLowerCase() == 'gcc' &&
toolchain.name != 'ANY_GCC') {
let tool = builderOptions.options?.linker['$toolName'];
// we need to detect source files type ?
if (tool == 'auto' || tool == undefined || tool == null) {
let hascpp = builderOptions.sourceList
.some((path) => /\.(?:cpp|c\+\+|cc|cxx)$/i.test(path));
tool = hascpp ? 'g++' : 'gcc';
}
// setup tool name
builderOptions.options.linker['$toolName'] = tool;
}
// handle options by toolchain
toolchain.preHandleOptions({
targetName: config.name,
toAbsolutePath: (path) => this.project.ToAbsolutePath(path),
getOutDir: () => { return this.project.ToAbsolutePath(outDir); }
}, builderOptions.options);
// handle options
this.preHandleOptions(builderOptions.options);
// gen libs.makefile
const mkfile_dir = new File(this.project.ToAbsolutePath(outDir + '/.lib'));
const mkfile_path = `${mkfile_dir.name}/Makefile`;
const mkfile_cont = this.project.genLibsMakefileContent(mkfile_path);
if (mkfile_cont) {
try {
if (!mkfile_dir.IsDir()) mkfile_dir.CreateDir(true);
fs.writeFileSync(`${this.project.ToAbsolutePath(outDir)}/${mkfile_path}`, mkfile_cont);
let command: any = {
name: 'make libraries',
command: `make --directory=./${outDir} --makefile=./${mkfile_path} all`
};
if (builderOptions.options.afterBuildTasks == undefined)
builderOptions.options.afterBuildTasks = [];
builderOptions.options.afterBuildTasks = [command].concat(builderOptions.options.afterBuildTasks);
} catch (error) {
GlobalEvent.emit('msg', newMessage('Warning', `Generating '${mkfile_path}' failed !`));
GlobalEvent.log_error(error);
}
}
// set build mode
{
if (config.toolchain === 'Keil_C51') {
builderModeList.push('normal'); // disable increment build for Keil C51
} else {
builderModeList.push('fast');
}
if (settingManager.isUseMultithreadMode()) {
builderModeList.push('multhread');
}
// set build mode
builderOptions.buildMode = builderModeList.map(str => str.toLowerCase()).join('|');
}
let cmds = ['-p', paramsPath];
if (this.isRebuild()) {
cmds.push('--rebuild');
} else {
if (settingManager.isEnableCcache(builderOptions.sourceList.length)) {
cmds.push('--use-ccache');
const dir = File.from(ResManager.instance().getBuiltInToolsDir().path, 'ccache');
if (dir.IsDir()) {
builderOptions.sysPaths?.push(dir.path);
}
}
}
if (this.onlyDumpCompilerInfo) {
cmds.push('--only-dump-args');
}
if (this.otherArgs && this.otherArgs.length > 0) {
this.otherArgs.forEach(arg => cmds.push(arg));
}
const extraCmd = settingManager.getBuilderAdditionalCommandLine()?.trim();
if (extraCmd) {
cmds = cmds.concat(extraCmd.split(/\s+/));
}
// write project build params
fs.writeFileSync(paramsPath, JSON.stringify(builderOptions, undefined, 4));
return cmds;
}
protected abstract getMcuMemorySize(): MemorySize | undefined;
protected abstract preHandleOptions(options: BuilderOptions): void;
static NewBuilder(_project: AbstractProject): CodeBuilder {
switch (_project.GetConfiguration().config.type) {
case 'ARM':
return new ARMCodeBuilder(_project);
case 'RISC-V':
return new RiscvCodeBuilder(_project);
case 'ANY-GCC':
return new AnyGccCodeBuilder(_project);
case 'C51':
return new C51CodeBuilder(_project);
case 'MIPS':
return new MipsCodeBuilder(_project);
default:
throw new Error(`not support this project type: '${_project.GetConfiguration().config.type}'`);
}
}
}
interface MemorySize {
ram?: number;
rom?: number;
}
interface RomItem {
memInfo: Memory;
selected: boolean;
}
interface RamItem {
memInfo: Memory;
selected: boolean;
noInit: boolean;
}
interface MemoryScatter {
startUpIndex: number;
romList: RomItem[];
ramList: RamItem[];
}
interface MemoryText {
name: string;
addr: string;
content: string;
child: MemoryText[];
}
export class ARMCodeBuilder extends CodeBuilder {
constructor(_project: AbstractProject) {
super(_project);
}
private EmptyMemoryScatter(): MemoryScatter {
let memScatter: MemoryScatter = {
startUpIndex: -1,
romList: [],
ramList: []
};
for (let i = 0; i < 5; i++) {
memScatter.romList.push({
memInfo: {
startAddr: '0x00000000',
size: '0x00000000'
},
selected: false
});
memScatter.ramList.push({
memInfo: {
startAddr: '0x00000000',
size: '0x00000000'
},
selected: false,
noInit: false
});
}
return memScatter;
}
private FillHexNumber(num: string): string {
if (num.length >= 10) {
return num;
}
let str = '0x';
for (let i = 0; i < (10 - num.length); i++) {
str += '0';
}
return str + num.substring(2);
}
private GetMemoryScatter(_storageLayout: ARMStorageLayout): MemoryScatter {
let memScatter = this.EmptyMemoryScatter();
memScatter.startUpIndex = -1;
const storageLayout: ARMStorageLayout = JSON.parse(JSON.stringify(_storageLayout));
let index = 0;
for (let i = 0; i < storageLayout.RAM.length; i++) {
switch (storageLayout.RAM[i].tag) {
case 'IRAM':
index = storageLayout.RAM[i].id + 2;
break;
case 'RAM':
index = storageLayout.RAM[i].id - 1;
break;
default:
throw Error('Unknown RAM Tag !');
}
memScatter.ramList[index].memInfo = storageLayout.RAM[i].mem;
memScatter.ramList[index].memInfo.startAddr = this.FillHexNumber(storageLayout.RAM[i].mem.startAddr);
memScatter.ramList[index].memInfo.size = this.FillHexNumber(storageLayout.RAM[i].mem.size);
memScatter.ramList[index].selected = storageLayout.RAM[i].isChecked;
memScatter.ramList[index].noInit = storageLayout.RAM[i].noInit;
}
for (let i = 0; i < storageLayout.ROM.length; i++) {
switch (storageLayout.ROM[i].tag) {
case 'IROM':
index = storageLayout.ROM[i].id + 2;
break;
case 'ROM':
index = storageLayout.ROM[i].id - 1;
break;
default:
throw Error('Unknown ROM Tag !');
}
memScatter.romList[index].memInfo = storageLayout.ROM[i].mem;
memScatter.romList[index].memInfo.startAddr = this.FillHexNumber(storageLayout.ROM[i].mem.startAddr);
memScatter.romList[index].memInfo.size = this.FillHexNumber(storageLayout.ROM[i].mem.size);
memScatter.romList[index].selected = storageLayout.ROM[i].isChecked;
memScatter.startUpIndex = storageLayout.ROM[i].isStartup ? index : memScatter.startUpIndex;
}
if (memScatter.startUpIndex === -1) {
throw Error('MemScatter.startupIndex can\'t be -1');
}
else if (!memScatter.romList[memScatter.startUpIndex].selected) {
throw Error('the IROM' + (memScatter.startUpIndex - 2).toString() + ' is a startup ROM but it is not selected !');
}
return memScatter;
}
private GenMemTxtBySct(memScatter: MemoryScatter): MemoryText[] {
const getRomName = (index: number, isChild: boolean): string => {
let name = isChild ? 'ER_' : 'LR_';
let num = index + 1;
if (num > 3) {
name += 'I';
num = num - 3;
}
return name + 'ROM' + num.toString();
};
const getRamName = (index: number) => {
let name = 'RW_';
let num = index + 1;
if (num > 3) {
name += 'I';
num = num - 3;
}
return name + 'RAM' + num.toString();
};
const memTxt: MemoryText[] = [];
const staUpInfo = memScatter.romList[memScatter.startUpIndex].memInfo;
const staUpTxt: MemoryText = {
name: getRomName(memScatter.startUpIndex, false),
addr: ' ' + staUpInfo.startAddr + ' ' + staUpInfo.size + ' ',
content: '',
child: []
};
staUpTxt.child.push({
name: getRomName(memScatter.startUpIndex, true),
addr: ' ' + staUpInfo.startAddr + ' ' + staUpInfo.size + ' ',
content: '*.o (RESET, +First) \r\n*(InRoot$$Sections) \r\n.ANY (+RO) \r\n.ANY (+XO) \r\n',
child: []
});
//RAM
memScatter.ramList.forEach((item, index) => {
if (item.selected) {
staUpTxt.child.push({
name: getRamName(index),
addr: ' ' + item.memInfo.startAddr + (item.noInit ? ' UNINIT ' : ' ') + item.memInfo.size + ' ',
content: '.ANY (+RW +ZI) \r\n',
child: []
});
}
});
memTxt.push(staUpTxt);
memScatter.romList.forEach((item, index) => {
if (item.selected && index !== memScatter.startUpIndex) {
memTxt.push({
name: getRomName(index, false),
addr: ' ' + item.memInfo.startAddr + ' ' + item.memInfo.size + ' ',
content: '',
child: [{
name: getRomName(index, true),
addr: ' ' + item.memInfo.startAddr + ' ' + item.memInfo.size + ' ',
content: '.ANY (+RO) \r\n',
child: []
}]
});
}
});
return memTxt;
}
private GenMemScatterFile(config: ProjectConfigData<ArmBaseCompileData>): File {
const sctFile = new File(this.project.ToAbsolutePath(this.project.getOutputDir()
+ File.sep + config.name + '.sct'));
let data = '';
const memTxt = this.GenMemTxtBySct(this.GetMemoryScatter(config.compileConfig.storageLayout));
memTxt.forEach(tItem => {
let str = tItem.name + tItem.addr + '{\r\n';
if (tItem.child.length > 0) {
tItem.child.forEach(v => {
str += v.name + v.addr + '{\r\n';
str += v.content;
str += '}\r\n';
});
} else {
str += tItem.content;
}
str += '}\r\n\r\n';
data += str;
});
// indent sct text
const lines = data.split(/\r\n|\n/);
let braceCount = 0;
for (let index = 0; index < lines.length; index++) {
const line = lines[index];
if (line.endsWith('}')) {
braceCount--;
}
if (braceCount > 0 && line.trim() !== '') {
lines[index] = '\t'.repeat(braceCount) + line;
}
if (line.endsWith('{')) {
braceCount++;
}
}
const title =
'; ******************************************************************' + '\r\n' +
'; *** Scatter-Loading Description File generated by Embedded IDE ***' + '\r\n' +
'; ******************************************************************' + '\r\n\r\n';
data = lines.join('\r\n');
sctFile.Write(title + data);
return sctFile;
}
// 用于生成带有浮点类型后缀的 cpu 系列名，用作代号
static genCpuId(cpu: string, hardOption: FloatingHardwareOption): string {
let suffix: string = '';
cpu = cpu.toLowerCase();
switch (hardOption) {
case 'single':
if (ArmCpuUtils.hasFpu(cpu)) {
suffix = '-sp';
}
break;
case 'double':
if (ArmCpuUtils.hasFpu(cpu, true)) {
suffix = '-dp';
}
break;
default: // none
break;
}
return cpu + suffix;
}
protected getMcuMemorySize(): MemorySize | undefined {
const prjConfig = this.project.GetConfiguration<ArmBaseCompileData>();
if (!prjConfig.config.compileConfig.useCustomScatterFile) {
const memLayout: ARMStorageLayout = JSON.parse(JSON.stringify(prjConfig.config.compileConfig.storageLayout));
const res: MemorySize = {};
try {
let romSize = 0;
for (const rom of memLayout.ROM) {
if (rom.isChecked) {
romSize += parseInt(rom.mem.size);
}
}
res.rom = !isNaN(romSize) ? romSize : undefined;
} catch (error) {
GlobalEvent.emit('msg', ExceptionToMessage(error, 'Hidden'));
}
try {
let ramSize = 0;
for (const ram of memLayout.RAM) {
if (ram.isChecked) {
ramSize += parseInt(ram.mem.size);
}
}
res.ram = !isNaN(ramSize) ? ramSize : undefined;
} catch (error) {
GlobalEvent.emit('msg', ExceptionToMessage(error, 'Hidden'));
}
return res;
}
return undefined;
}
protected preHandleOptions(options: BuilderOptions) {
const config = this.project.GetConfiguration<ArmBaseCompileData>().config;
const toolchain = this.project.getToolchain();
const settingManager = SettingManager.GetInstance();
const cpuString = ARMCodeBuilder.genCpuId(
config.compileConfig.cpuType.toLowerCase(), config.compileConfig.floatingPointHardware
);
if (!options.global) {
options.global = Object.create(null);
}
options.global['microcontroller-cpu'] = cpuString;
options.global['microcontroller-fpu'] = cpuString;
options.global['microcontroller-float'] = cpuString;
options.global['target'] = cpuString; // params for 'armclang-asm'
if (!options['linker']) {
options.linker = Object.create(null);
}
const ldFileList: string[] = [];
let scatterFilePath: string = config.compileConfig.scatterFilePath;
switch (toolchain.name) {
// 'armcc' can select whether use custom linker file
case 'AC5':
case 'AC6':
{
if (config.compileConfig.useCustomScatterFile) { // use custom linker script files
scatterFilePath.split(',')
.filter(s => s.trim() != '')
.forEach((sctPath) => {
ldFileList.push(`"${File.ToUnixPath(this.project.ToAbsolutePath(sctPath))}"`);
});
} else { // auto generate scatter file
ldFileList.push(`"${File.ToUnixPath(this.GenMemScatterFile(config).path)}"`);
}
}
break;
// arm gcc
case 'GCC':
{
scatterFilePath.split(',')
.filter(s => s.trim() != '')
.forEach((sctPath) => {
ldFileList.push(`"${File.ToUnixPath(this.project.ToAbsolutePath(sctPath))}"`);
});
}
break;
// iar
case 'IAR_ARM':
{
scatterFilePath.split(',')
.filter(s => s.trim() != '')
.forEach((sctPath) => {
ldFileList.push(`"${File.ToUnixPath(this.project.ToAbsolutePath(sctPath))}"`);
});
}
break;
default:
break;
}
// set linker script
options.linker['link-scatter'] = ldFileList;
// for armcc
if (['AC5', 'AC6'].includes(toolchain.name)) {
// if no scatter, will use X/O Base, R/O Base options
if (ldFileList.length == 0) {
let xo_base = options.linker['xo-base']?.trim();
let ro_base = options.linker['ro-base']?.trim();
let rw_base = options.linker['rw-base']?.trim();
let ld_flag: string[] = [];
if (xo_base) ld_flag.push(`--xo-base ${xo_base}`);
if (ro_base) ld_flag.push(`--ro-base ${ro_base} --entry ${ro_base}`);
if (rw_base) ld_flag.push(`--rw-base ${rw_base}`);
ld_flag.push('--entry Reset_Handler', '--first __Vectors');
options.linker['misc-controls'] = ld_flag.join(' ') + ' ' + (options.linker['misc-controls'] || '');
}
}
if (options.afterBuildTasks === undefined) {
options.afterBuildTasks = [];
}
if (options['linker']['output-format'] !== 'lib') {
const extraCommands: any[] = [];
// convert axf to elf
// why we need this ? see: https://stackoverflow.com/questions/49508277/warning-loadable-section-my-section-outside-of-elf-segments
if (['AC5', 'AC6'].includes(config.toolchain) &&
settingManager.IsConvertAxf2Elf() &&
options['linker']['$disableOutputTask'] != true) {
const tool_root_folder = this.project.getToolchainLocation().path;
const ouput_path = `\${outDir}${File.sep}${config.name}`;
const axf2elf_log = `\${outDir}${File.sep}axf2elf.log`;
extraCommands.push({
name: 'axf to elf',
command: `axf2elf -d "${tool_root_folder}" -i "${ouput_path}.axf" -o "${ouput_path}.elf" > "${axf2elf_log}"`
});
}
// insert command lines
if (settingManager.isInsertCommandsAtBegin()) {
options.afterBuildTasks = extraCommands.concat(options.afterBuildTasks);
} else {
options.afterBuildTasks = options.afterBuildTasks.concat(extraCommands);