插件的传递依赖项 弃用与删除 将 Kotlin 编译器选项暴露为 Gradle 惰性属性 To expose available Kotlin compiler options as Gradle lazy properties and to integrate them better into the Kotlin tasks, we made lots of changes: Compile presented a prototype of lazy initialization of top-level properties in the JS IR compiler. By eliminating the need to initialize all properties when the application launches, lazy initialization reduces polished and properly tested this mechanism, we're making lazy initialization the default for top-level properties in the IR compiler. // lazy initialization val a = run { val result = // intensive

插件的传递依赖项 弃用与删除 将 Kotlin 编译器选项暴露为 Gradle 惰性属性 To expose available Kotlin compiler options as Gradle lazy properties and to integrate them better into the Kotlin tasks, we made lots of changes: Compile presented a prototype of lazy initialization of top-level properties in the JS IR compiler. By eliminating the need to initialize all properties when the application launches, lazy initialization reduces polished and properly tested this mechanism, we're making lazy initialization the default for top-level properties in the IR compiler. // lazy initialization val a = run { val result = // intensive

在内部构造函数中，你可以将不完整的对象传递给其它函数来委托其补全构造： julia> mutable struct Lazy data Lazy(v) = complete_me(new(), v) end 与构造函数返回的不完整对象一样，如果 complete_me 或其任何被调用者尝试在初始化之前访问 Lazy 对象的 data 字段，就会立刻报错。 14.4 参数类型的构造函数 参数类型的存在为构造 resulting *.mem files to see information about where those allocations occur. See Memory allocation analysis. • @code_warntype generates a representation of your code that can be helpful in finding expressions equivalent with A .* B in Julia. • The adjoint operator ' in Julia returns an adjoint of a vector (a lazy representation of row vector), whereas the transpose operator .T over a vector in Python returns

try to analyze Rust code, but to put the code back in the context and let the compiler do the analysis! Type reflection in Rust? • Common pattern: when you don’t know how to implement a feature, 2004. Export service signature to Candid • How to collect method names across attributes? • Use lazy_static! in the macro (doesn’t work for incremental compilation) • Custom macro service! { f : () ->

绍 main.dart.js 分片相关的一些优化策略。 4.2.1 Lazy Loading Flutter 官方提供 deferred as 关键字来实现 Widget 的懒加载，而 dart2js 在编译 过程中可以将懒加载的 Widget 进行按需打包，这样的拆包机制叫做 Lazy Loading。 借助 Lazy Loading，我们可以在路由表中使用 deferred 引入各个路由（页面），以 builder: (context, snapshot) => IndexPageDefer.Demo(), ) ... ... } 前端 < 45 图 11 效果演示 使用 Lazy Loading 后，业务页面的代码会被拆分到了多个 PartJS（对应图中 xxx. part.js 文件） 中。这样看似解决了业务代码与 SDK 耦合的问题，但在实际操作过程中， 我们发现每次业务代码的变动，仍然会导致编译后的 取。按照这样的拆分方式，业务代码的变更只会改变 Runtime Manifest 信息 ，而不 会影响到 main.dart.js 公共包。 4.2.3 main.dart.js 切片 经过以上引入 Lazy Loading、Runtime Manifest 抽离，main.dart.js 文件的体积稳定 在 0.7M 左右，浏览器对大体积单文件的加载，会有很沉重的网络负担，所以我们设 计了切片方

available through Git exporter). Prior to this, you might want to commit any pending changes (see Lazy commits). This can be achieved in the user interface (in the Repository maintenance) or from command LOCALIZE_CDN_PATH。 Upon installation into your component it will push committed translations (see Lazy commits) to the CDN and these can be used in your web pages to localize them. 创建组件中 First, you need covers following tasks: Configuration health check (hourly). Committing pending changes (hourly), see Lazy commits and commit_pending. Updating component alerts (daily). Update remote branches (nightly),

available through Git exporter). Prior to this, you might want to commit any pending changes (see Lazy commits). This can be achieved in the user interface (in the Repository maintenance) or from command 和LOCALIZE_CDN_PATH。 Upon installation into your component it will push committed translations (see Lazy commits) to the CDN and these can be used in your web pages to localize them. 创建组件中 First, you need following tasks: • Configuration health check (hourly). • Committing pending changes (hourly), see Lazy commits and commit_pending. • Updating component alerts (daily). • Update remote branches (nightly)

program. If not, see . # from django.utils.translation import gettext_lazy as _ from weblate.trans.autofixes.base import AutoFix class ReplaceFooWithBar(AutoFix): """Replace org/licenses/>. # """Simple quality check example.""" from django.utils.translation import gettext_lazy as _ from weblate.checks.base import TargetCheck class FooCheck(TargetCheck): # Used as identifier org/licenses/>. # """Quality check example for Czech plurals.""" from django.utils.translation import gettext_lazy as _ from weblate.checks.base import TargetCheck class PluralCzechCheck(TargetCheck): (下页继续) 2

program. If not, see . # from django.utils.translation import gettext_lazy as _ from weblate.trans.autofixes.base import AutoFix class ReplaceFooWithBar(AutoFix): """Replace org/licenses/>. # """Simple quality check example.""" from django.utils.translation import gettext_lazy as _ from weblate.checks.base import TargetCheck class FooCheck(TargetCheck): # Used as identifier org/licenses/>. # """Quality check example for Czech plurals.""" from django.utils.translation import gettext_lazy as _ from weblate.checks.base import TargetCheck class PluralCzechCheck(TargetCheck): (下页继续) 2

program. If not, see . # from django.utils.translation import gettext_lazy as _ from weblate.trans.autofixes.base import AutoFix class ReplaceFooWithBar(AutoFix): """Replace org/licenses/>. # """Simple quality check example.""" from django.utils.translation import gettext_lazy as _ from weblate.checks.base import TargetCheck class FooCheck(TargetCheck): # Used as identifier org/licenses/>. # """Quality check example for Czech plurals.""" from django.utils.translation import gettext_lazy as _ from weblate.checks.base import TargetCheck class PluralCzechCheck(TargetCheck): # Used