本文整理汇总了TypeScript中@cmt/cache.CMakeCache.get方法的典型用法代码示例。如果您正苦于以下问题：TypeScript CMakeCache.get方法的具体用法？TypeScript CMakeCache.get怎么用？TypeScript CMakeCache.get使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类@cmt/cache.CMakeCache的用法示例。
在下文中一共展示了CMakeCache.get方法的3个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的TypeScript代码示例。
示例1: searchForCompilerPathInCache
function searchForCompilerPathInCache(cache: CMakeCache): string|null {
const languages = ['CXX', 'C', 'CUDA'];
for (const lang of languages) {
const entry = cache.get(`CMAKE_${lang}_COMPILER`);
if (!entry) {
continue;
}
return entry.value as string;
}
return null;
}示例2: async
const checkTestKey = async (testKey: [string, string], testCache: CMakeCache) => {
const [key, expected] = testKey;
// Get cache entry for given test key
const cacheEntry = testCache.get(key) as api.CacheEntry;
// Check type and value of the retrieved cache entry
expect(cacheEntry.type).to.eq(api.CacheEntryType.String, `[variant:${key}] unexpected cache entry type`);
expect(cacheEntry.key).to.eql(key, `[variant:${key}] unexpected cache entry key name`);
expect(cacheEntry.as<string>()).to.eql(expected, `[variant:${key}] incorrect substitution`);
expect(typeof cacheEntry.value).to.eq('string', `[variant:${key}] unexpected cache entry value type`);
};示例3: getDebugConfigurationFromCache
export async function getDebugConfigurationFromCache(cache: CMakeCache, target: ExecutableTarget, platform: string):
Promise<Configuration|null> {
const entry = cache.get('CMAKE_LINKER');
if (entry !== null) {
const linker = entry.value as string;
const is_msvc_linker = linker.endsWith('link.exe');
if (is_msvc_linker) {
return createMSVCDebugConfiguration(target);
}
}
const compiler_path = searchForCompilerPathInCache(cache);
if (compiler_path === null) {
throw Error('No compiler found in cache file.'); // MSVC should be already found by CMAKE_LINKER
}
const clang_compiler_regex = /(clang[\+]{0,2})+(?!-cl)/gi;
// Look for lldb-mi
let clang_debugger_path = compiler_path.replace(clang_compiler_regex, 'lldb-mi');
if ((clang_debugger_path.search(new RegExp('lldb-mi')) != -1) && await checkDebugger(clang_debugger_path)) {
return createLLDBDebugConfiguration(clang_debugger_path, target);
} else {
// Look for gdb
clang_debugger_path = compiler_path.replace(clang_compiler_regex, 'gdb');
if ((clang_debugger_path.search(new RegExp('gdb')) != -1) && await checkDebugger(clang_debugger_path)) {
return createGDBDebugConfiguration(clang_debugger_path, target);
} else {
// Look for lldb
clang_debugger_path = compiler_path.replace(clang_compiler_regex, 'lldb');
if ((clang_debugger_path.search(new RegExp('lldb')) != -1) && await checkDebugger(clang_debugger_path)) {
return createLLDBDebugConfiguration(clang_debugger_path, target);
}
}
}
const debugger_name = platform == 'darwin' ? 'lldb' : 'gdb';
const description = DEBUG_GEN[debugger_name];
const gcc_compiler_regex = /([cg]\+\+|g?cc)+/gi;
const gdb_debugger_path = compiler_path.replace(gcc_compiler_regex, description.miMode);
if (gdb_debugger_path.search(new RegExp(description.miMode)) != -1) {
return description.createConfig(gdb_debugger_path, target);
}
const is_msvc_compiler = compiler_path.endsWith('cl.exe');
if (is_msvc_compiler) {
return createMSVCDebugConfiguration(target);
}
log.warning(`Unable to automatically determine debugger corresponding to compiler: ${compiler_path}`);
return null;
}