100 Commits

Author SHA1 Message Date
c7fedf3882 release: 发布 0.5.0 版本. 2022-07-19 01:51:00 +08:00
a7de85eacb test(extension): 修正更新 TelegramBots 依赖项所导致的测试错误.
忘记执行测试了, 我的锅)
2022-07-16 21:03:12 +08:00
b6013e2fbe refactor(extension): 将构件下载请求跟构件解析请求对齐.
防止在构件处理过程中因仓库原因出现问题, 因此统一两个请求所使用的仓库列表.
2022-07-16 20:55:24 +08:00
f79a4e4ff3 refactor(extension): 在 MavenRepositoryExtensionFinder 增加一个扩展包信息日志.
当初写的时候没留意这个问题, 结果最近给坑了, 所以补个日志, 打印出 Maven 搜索器所解析出来的构件信息.
2022-07-16 20:51:06 +08:00
93b9c6b727 refactor(launch): 统一代理的使用.
之前的版本中, 如果未指定 Maven 仓库的独立代理配置, 同时 Bot 拥有独立代理配置的情况下, Aether 将不会使用 Bot
的独立代理配置, 这样弄比较乱, 因此统一代理配置的使用顺序:
- 如果配置中包括了代理配置, 则优先使用独立代理配置;
- 如果不包括独立代理配置, 则使用关联 Bot 的独立代理配置;
- 如果关联 Bot 没有独立代理配置, 则使用 AppConfig 中的全局配置(如无配置则直连访问).
2022-07-16 20:46:15 +08:00
a8a0a9576f build(dependencies): 更新 TelegramBots 依赖项的版本 (6.0.1 -> 6.1.0)
更新版本将有利于开发者和用户使用新的功能.
2022-07-16 20:30:22 +08:00
e8711e9974 refactor(meta): 为 ProxyConfig 覆盖 toString 方法.
覆盖 toString 方法后, 可以输出易懂的代理信息(我担心按照 data class 的格式输出, 用户可能看不懂).
2022-07-16 20:26:45 +08:00
93685e9440 test(config): 优化单元测试.
将 AppPaths 的单元测试也覆盖了, 直接方便了.
2022-07-12 01:29:19 +08:00
92b7e84b3a test(config): 补充相关的单元测试.
经检查, 已确定完全覆盖代码, 为完成单元测试的编写, 稍微改了一下 AppPaths 的代码, 不会有影响的 :P
2022-07-12 01:20:53 +08:00
8c4e48e3eb refactor(launch): 更改初始化配置中, 退出进程的时机.
为了能在单元测试中检查 initialFiles 是否正常, 故将 exitProcess 移到 main 方法中, 方便进行测试.
2022-07-12 00:27:18 +08:00
7f7b2b8895 build(meta): 调整部分依赖的引入范围.
将 Aether-api 和 telegrambots-meta 的引入范围由 implementation 改为 api,
方便依赖的其他项目使用.
2022-07-11 23:58:22 +08:00
441991b705 docs(extension): 补充部分扩展组件的 KDoc.
补充部分方法的文档, 不过文档内容嘛...有待加强.
2022-07-09 01:20:57 +08:00
51d036c4c6 feat(launch): 延后 BotConfig 的反序列化时机.
通过将 BotConfig 的反序列化时机延后到启动机器人的时候, 可以避免因某个机器人配置错误导致所有机器人都无法启动的问题.
注意, 语法错误还是会在启动时报错, 只是说部分序列化器会检查字段值是否有误, 通过延后反序列化来防止全反序列化的时候一个配置炸了影响全部而已.
2022-07-04 16:40:17 +08:00
3c54c33364 fix(config): 修复因正则表达式错误导致的 Token 检查失败.
由于表达式中限定的 BotId 为 Int 范围, 而目前的 TelegramUserId 已经扩展到 Long 了, 所以新的 Bot 是无法通过检查的, 已修正表达式问题.
2022-07-04 16:26:01 +08:00
43dd0e7bea docs(meta): 加一个 Readme.
加一个文档来稍微说明一下这个模块的用途.
2022-07-03 02:50:32 +08:00
c144755913 feat(config): 增加 BotAccountSerializer, 主要用于检查字段值.
增加 BotAccount 的序列化器, 便于检查有关字段的值是否有效.
2022-07-03 02:32:37 +08:00
9ed55204c0 refactor(config): 调整序列化工具类, 便于进行测试.
修正序列化工具类的类名, 并调整访问权为 internal.
同时将 `checkJsonKey` 改成更方便的 `JsonObject.getPrimitiveValueOrThrow`.
2022-07-03 01:35:23 +08:00
9b7fc30512 fix(config): 修复因使用了错误的 Gson 对象而导致的配置初始化警告.
导致的原因是在初始化 app.json 时错误的使用了 botConfigGson, 而 botConfigGson 未配置用于 MetricsServer 的 UsernameAuthenticator 序列化器, 导致在初始化配置文件中序列化 AppConfig 时, Gson 会反射调用 BasicAuthenticator, 导致被 Java 模块系统拦截并报错, 现已修复该问题.
2022-07-02 22:01:05 +08:00
27dc26160d refactor(config): 对配置文件的 AppPath 对象更名.
先前为确保后续可以增加指定配置文件路径的功能, 在命名上标记的 DEFAULT 在现在已经不符合实际意义了, 故将 DEFAULT 前缀移除.
2022-06-30 00:15:07 +08:00
ae411ce829 refactor(metrics): 调整 MetricsHttpServer 注册关闭钩子的时机.
将关闭钩子的时机调整到 main 方法中, 可以减少多余的钩子注册(比如测试时无需注册钩子, 却还是注册了).
2022-06-29 03:06:15 +08:00
1afe0f07a8 perf(extension): 优化 printExtensionFileConflictError 日志输出.
Kotlin-logging 在日志输出方法中做了检查, 如果级别未开启则不会调用方法获取日志内容,
故将内容构造部分移入 error 代码块以避免无意义的生成日志内容.
2022-06-29 03:03:16 +08:00
cf8e746bd4 release: 发布 0.4.0 版本. 2022-06-28 01:40:23 +08:00
fc66cd16f4 build: 优化构建配置脚本.
由于 rootProject 已经为子模块定义 repositories, 且子模块没有定义仓库的需要, 故移除子模块中的 repositories.
2022-06-28 01:37:38 +08:00
1340f0aa32 build(meta): 优化构建插件的版本管理.
根据 Gradle 官方指南[1], 将 meta 模块的插件版本号移除, 以便于用 rootProject 集中管理插件版本.
---------------------------------
[1]: https://docs.gradle.org/current/userguide/plugins.html#sec:subprojects_plugins_dsl
2022-06-28 01:13:26 +08:00
099c452fe7 feat(meta): 新增 meta 模块.
将与配置相关的内容迁移到 scalabot-meta 模块.
其他项目可以使用 meta 模块来生成 ScalaBot 的配置文件, 通过配置文件管理 ScalaBot 的运行.

BREAKING CHANGE: 与配置有关的类迁移到了 scalabot-meta 模块.

目前仅所有配置类 (以 `Config` 结尾的 Class) 和相应的序列化类 (以 `Serializer` 结尾的) 都迁移到了 meta 模块, 但其工具方法则作为扩展函数保留在 app 模块中.
这么做的好处是为了方便其他应用 (例如 ScalaBot 外部管理程序) 根据需要生成配置文件.
scalabot-meta 将会作为依赖项发布, 可根据需要获取 ScalaBot-meta 生成 ScalaBot 的配置.
 + 此次改动普通用户无需迁移。
2022-06-27 19:24:52 +08:00
aa31bcd3a8 build(meta): 增加发布配置.
为 meta 模块增加 Maven 构件发布配置, 但仍需本地发布(因为要 GPG 签名).
2022-06-27 18:49:40 +08:00
5843e37196 docs(config): 补充配置类的文档.
由于先前的更新忘记补充文档了, 所以补充一下.
2022-06-26 13:25:44 +08:00
06acc78180 test(config): 补全单元测试用例.
由于 `MavenRepositoryConfig.authentication` 有关联的序列化器, 因此不可忽略对该属性进行检查;
现已补充单元测试用例以确保反序列化结果正确.
2022-06-26 03:06:14 +08:00
db010d6c86 test(config): 为测试补充一个新的断言.
补充新的断言状况, 以保证功能正常使用.
2022-06-26 02:52:11 +08:00
61b611b22e test(config): 为 BotConfig 补充最少参数的反序列化测试项.
补充最少参数的反序列化测试项, 以确保在 Json 属性缺失的情况下依然能正确反序列化出正确的对象.
2022-06-26 02:51:33 +08:00
c7c24fa454 fix(config): 修复潜在的无状况错误问题.
由于在 MavenRepositoryConfigSerializer 反序列化中过滤了 Json 的类型, 导致用户在配置中使用了错误的 Json 数据类型将不会有任何错误信息.
该改动已解决该问题.
2022-06-26 02:42:35 +08:00
045b3e5d54 test(config): 统一 Test 注解的使用, 修改测试代码的顺序.
Test 注解将统一使用 kotlin.test.Test, 这么做可以保持兼容性;
将 MavenRepositoryConfigSerializerTest.`json primitive deserialize test` 中的两段代码顺序调整一下, 以避免出现歧义.
2022-06-26 02:32:53 +08:00
d6b25c4560 test(config): 将 UsernameAuthenticatorSerializerTest 迁移到 SerializersKtTest.
将测试类移动到对应的文件中.
2022-06-25 23:02:11 +08:00
581eeba20b feat(config): 新增 HTTPS 代理类型, 增加 Maven 对 HTTPS 代理的支持.
为 ProxyType 增加 HTTPS 类型, 同时为 Aether 增加 Https 代理支持, 方便用户使用现有的公开代理下载依赖包.
2022-06-25 23:00:51 +08:00
896305f4a3 style: 改一下代码格式.
把“宝塔”改掉, 看起来太难受了.
2022-06-25 21:17:27 +08:00
df484d6bd7 test(config): 调整测试数据, 以符合该测试用例的情况.
为 BotConfig 的完整序列化测试添加 Artifact 值, 覆盖解析 BotConfig 所涉及的 Artifact 序列化.
2022-06-25 19:19:55 +08:00
b8a99a4491 fix(config): 修正 BotConfigSerializer 中使用的错误默认值.
由于默认值未及时变更, 导致出现默认值与预期不符的情况;
目前已调整了新的默认值获取方式, 以便于后续调整默认值.
2022-06-24 19:51:27 +08:00
128e33e545 test(config): 移动 UsernameAuthenticatorTest 到新的包路径.
UsernameAuthenticatorTest 所测试的 UsernameAuthenticator 是属于 config 包的, 所以修正了一下这个问题.
2022-06-24 19:44:31 +08:00
85e59f4a64 test(config): 将 ArtifactSerializerTest 合并到 SerializersKtTest, 并添加新的单元测试.
为了归类单元测试, 所以将 ArtifactSerializerTest 合并到 SerializersKtTest;
添加 ProxyConfig 和 BotConfig 的单元测试类.
2022-06-24 19:43:06 +08:00
8f8d763566 test(config): 合并 BotAccountTest 并补充其他配置类的解析测试.
将 BotAccountTest 合并入 ConfigsTest, 方便归类测试, 并补充其他配置类的 JSON 解析;
此部分独立于 Serializer 以防止后续更改出现潜在的解析错误.
2022-06-24 19:38:47 +08:00
084280564a fix(config): 添加两个序列化器来修复因 Gson 导致的解析错误.
由于 Gson 的解析方式不能正确处理 Kotlin 的 null-safety 属性, 因此添加两个 Serializer, 手动解析 Json 以避开这个问题.

Close #9
2022-06-24 19:36:39 +08:00
4a160ad42b refactor(config): 更改 BotConfig.enabled 的默认值为 false.
更改 enabled 的默认值, 以防止意外启动 Bot.
同时让 bot.json 在初始化时设为 true, 方便用户改完就能启动.
2022-06-24 19:10:39 +08:00
a1790a0716 perf(config): 优化配置使用过程中的判断.
通过调整部分属性的 null-safety 特性, 移除了部分 non-null 判断, 略微(真的很略微)提高了性能(虽然仅限于启动).
2022-06-24 19:08:41 +08:00
b12758bd18 refactor(config): 更改部分配置类的属性默认值.
为了保证扩展中命令的权限判断有效性, 故移除 BotAccount 中 creatorId 字段的默认值, 此改动将要求用户提供准确的 Bot 创建者 Id.
这个改动拖得越久, 影响的范围就越大.
另外, 为 BotConfig 中的 extensions 属性和 proxy 属性增加默认值, 以减少意义重复的情况(例如当用户没设置 proxy 属性时提供一个 type 为 NO_PROXY 的 ProxyConfig, 无需判断是否为 null).
2022-06-24 02:00:11 +08:00
a2667438f2 refactor(config): 包装 Serializer 可能抛出的异常.
增加对 Serializer 中可能抛出的异常(例如 MalformedURLException, IllegalArgumentException)包装成 JsonParseException, 以避免异常类型混乱的问题.
2022-06-23 12:25:14 +08:00
d5e66156b9 perf(config): 优化 Artifact 的序列化过程.
AbstractArtifact 已经有官方的 toString 实现了, 故不再多此一举.
同时, 如果有不基于 AbstractArtifact 的 Artifact 实现, 将会转换成 DefaultArtifact 并直接使用 toString.
2022-06-23 11:37:37 +08:00
8a33448b19 refactor(config): 调整方法访问权.
迁移前, createDefaultRepositoryId 方法和 checkRepositoryLayout 方法已经是 Private 了,
迁移中出现差错导致变更为 internal, 现已修复.

Pull Request #8
2022-06-23 03:52:04 +08:00
48a5c27cf7 docs: 调整标题段样式.
试一下把标题段落设为居中, 好看点. :P
2022-06-22 21:32:14 +08:00
0c252f69fb build(action): 设置 Gradle Build Action 为准确的发布版本号.
设置准确的发布版本号, 有利于保证 Action 运行过程的稳定性.
2022-06-22 17:47:18 +08:00
a55f00edf0 build: 指定 Javadoc 的编码为 UTF-8.
指定编码以防止在不同环境下因编码不同而导致项目构建失败.
2022-06-22 15:03:40 +08:00
45244c1fb1 build: 将子项目间共用的 Plugin 声明在根项目.
根据 Gradle 建议[1], 可以将子项目中都有使用的插件, 更改到根项目中, 这么做可以让我们仅更新根项目的插件版本, 让 Gradle 自动同步子项目的插件版本.
---------------------------------
[1]: https://docs.gradle.org/current/userguide/plugins.html#sec:subprojects_plugins_dsl
2022-06-22 15:02:30 +08:00
cfdfa21619 build: 更新 Gradle Wrapper 脚本属性.
为两个 Gradle Wrapper 脚本添加执行权限, 以便于其他开发者使用 Gradle 编译项目.
2022-06-22 12:33:24 +08:00
8e0bf3c22b build(action): 添加 Action 配置, 用于检查 Commit 状况.
添加了用于检查 Gradle Wrapper 合法性和用于执行测试的 Action,,这两个 Action 将会在 Push 和 Pull Request 中检查代码状况,以便于及时发现问题。
2022-06-22 02:04:40 +08:00
c64f5e739b refactor(database): 为旧版数据库适配器添加 @Deprecated 注解.
添加注解以表明该适配器已弃用, 但仍然保留适配器以保证旧版数据库正常使用(并迁移到新版数据库).
2022-06-21 01:43:54 +08:00
289b9678f2 refactor(config): 将与配置相关的内容迁移到 scalabot-meta 模块.
通过将配置迁移到单独的模块, 可以方便使用其他程序扩展 ScaleBot, 而不仅仅是让 ScaleBot 成为扩展的平台.

BREAKING CHANGE: 与配置有关的 Class 移动到了 scalabot-meta 模块.

目前仅所有配置类(以 `Config` 结尾的 Class)和相应的序列化类(以 `Serializer` 结尾的)都迁移到了 meta 模块, 但其工具方法则作为扩展函数保留在 app 模块中.
这么做的好处是为了方便其他应用(例如 ScalaBot 外部管理程序)根据需要生成配置文件.
scalabot-meta 将会作为依赖项发布, 可根据需要获取 ScalaBot-meta 生成 ScalaBot 的配置.
此次改动普通用户无需迁移.
2022-06-20 20:55:04 +08:00
dbc4232dd6 test(config): 调整 BotAccount 的单元测试代码.
调整代码有利于后续更新测试用例时减少出错的可能性(虽然基本不换), 修复一个词汇错误.
2022-06-20 16:01:35 +08:00
c662b970f0 test(utils): 补充 deepListFiles 的单元测试.
补充单元测试项, 目前已实现 Utils 单元测试全覆盖(Logger Class 不算).
2022-06-19 02:47:26 +08:00
f148c21390 fix(utils): 修复 deepListFiles 错误地返回了 null 的情况.
预期中, deepListFiles 返回 null 与否是与 listFiles 相同的, 当 File 无法访问, 或者不是一个目录的情况下才会返回 null,
但由于语法疏漏, 导致可能出现即使 listFiles 返回 null 时 deepListFiles 也不返回 null 的情况.
现已修复该问题.
2022-06-19 02:07:24 +08:00
c41aac735c build: 更新依赖项版本.
已确定无兼容性问题.
2022-06-18 09:57:03 +08:00
ae64de00e7 test(config): 完善 AppPaths 类的单元测试.
补充分支测试内容.
2022-06-18 09:53:45 +08:00
215a4670db feat(metrics): 运行指标服务端支持设置 HTTP 认证.
支持对运行指标服务端设置 HTTP 认证, 以防止运行指标被非法获取.
2022-06-18 09:20:46 +08:00
c5fe96c02d test: 新增对 BotAccount.id 字段的单元测试.
该测试有助于确保 id 能正常地从 Token 中获取.
2022-06-15 02:22:58 +08:00
508f14f271 test: 新增对 Artifact.equalsArtifact 的完整单元测试.
该测试已确保完全覆盖(100%).
2022-06-15 02:19:14 +08:00
35c77f6093 perf: 优化 Artifact 的判断条件.
根据相关文档[1], baseVersion 和 Version 不需要同时判断, 只需要单独判断 Version 即可确认版本是否符合.
另外, 如果 Version 不符, 那么 isSnapshot 就没有必要判断(不可能出现 Version 相同的情况下, 一个是快照版, 一个是发布版的情况), 故移除对 baseVersion 和 isSnapshot 的检查.
另外, Properties 属于 Aether 内部的非持久化信息交换方式, 不是必须纳入检查的项目, 故新增参数用于选择是否检查 Properties 是否相同.
------------------------------------
[1]: https://community.sonatype.com/t/what-is-the-differences-between-maven-baseversion-and-maven-version/2937
2022-06-15 02:18:01 +08:00
7e48f4bf0b build(test): 增加 Kover 测试覆盖率插件, 升级 Mockk 依赖项版本(1.12.3 -> 1.12.4).
Kover 是 Kotlin 官方为弥补 Kotlin 不能使用 Jacoco 所推出的替代品, 目前使用上没有问题.
顺便更新一下 Mockk 版本.
2022-06-15 01:20:35 +08:00
9c05726849 refactor(config): 改进配置读取错误时输出的错误信息.
改进后的信息有助于让用户了解到底发生了什么, 可帮助用户找到出错的配置文件并修复错误的配置格式.
2022-06-11 16:19:08 +08:00
ac0a398afc release: 发布 0.3.1 版本. 2022-06-07 00:27:20 +08:00
145e5a2141 build: 暂时将发布仓库迁移到 Kuku 的仓库.
由于私有仓库所在的服务器出现问题, 所以暂时将仓库改到 Kuku 的那边.
在此感谢 Kuku 提供仓库!
2022-06-07 00:25:50 +08:00
b5c85e213b test: 完善序列化器的单元测试.
目前经测试, 已完善到 100% 覆盖率.
2022-05-19 23:54:27 +08:00
746221a085 feat(config): 简化凭证配置过程.
由于先前的配置过程较为麻烦, 故将凭证配置简化为只有用户名和密码.
2022-05-19 23:53:25 +08:00
24f34aa27f refactor: 调整 checkJsonKey 的所在类, 以便于编写测试用例.
通过调整所在类, 可更好的在单元测试中获取方法对象, 进行测试调用.
2022-05-19 18:20:46 +08:00
31366575a9 test: 补充部分序列化单元测试.
补充一部分测试内容.
2022-05-19 17:55:36 +08:00
37c3275bb6 fix(config): 修复因 Maven 仓库配置中未包括 layout 属性导致解析错误的问题.
当 Maven 仓库采用 JsonObject 形式配置, 且未配置 "layout" 属性时, 将会引发 NPE,
该改动已修复该问题.
2022-05-19 16:54:47 +08:00
72e26bd677 fix(config): 更改 MavenRepositoryConfig.proxy 的默认值.
防止因默认值导致出现错误的代理配置, 故将默认值更改为无代理(null).
2022-05-19 16:43:25 +08:00
9aab3c2a24 feat(config): 将代理类型为 null 的情况视为不使用代理.
为简化用户配置难度, 关闭代理可选择将 type 设为 null, 来表示不需要使用代理.
2022-05-19 15:46:18 +08:00
cac055bb08 test: 完善 AppPaths 中对 BOT_DATA_PATH 环境变量的测试流程.
通过使用 System-Lambda 库, 补充 AppPaths 中对环境变量使用的测试.
2022-05-19 15:01:16 +08:00
efbb57f1f7 release: 发布 0.3.0 版本. 2022-05-18 15:58:22 +08:00
5e18149640 feat(config): 支持限定 Maven 仓库构件类型.
增加 Maven 仓库配置, 支持限定仓库可获取的构件发布类型(发布或快照).
此改动有利于用户增加仓库约束, 防止意外使用错误的扩展包版本.
2022-05-18 15:57:49 +08:00
0a5313e94a fix(extension): 修复 Maven 仓库扩展搜索器无法从第三方仓库获取扩展的问题.
由于在加载仓库配置时, 未设置仓库 Id, 导致 Aether 将仓库排除, 进而导致无法通过第三方仓库获取插件.
改动后, 将在未配置仓库 Id 的情况下, 为其生成一个 Id 名称.
2022-05-18 15:40:33 +08:00
a0afde52ac fix(launch): 修复 Maven 本地仓库文件夹未初始化的问题.
由于 Maven 本地仓库文件夹未初始化, 将导致启动时发生错误, 现已修复该问题.
2022-05-17 19:59:04 +08:00
ef37f3b2d7 fix(bot): 修复因机器人命令列表为空而导致命令列表自动更新报错的问题.
当机器人因扩展加载失败时, 将无法正常执行命令更新操作, 故添加空命令检查以避免该问题.
2022-05-17 19:56:42 +08:00
6e59a9a5ac build(publish): 增加构件签名过程.
增加构件 GPG 签名, 可保证构件未被修改, 增加构件可信度.
2022-05-17 19:26:26 +08:00
a44732a7f6 build: 将 Maven 发布仓库从 Github Repo 改为自建 Nexus 仓库.
由于 Github 自建仓库在 SNAPSHOT 版本上存在问题, 故修改发布配置以转移到自建的 Nexus 仓库.
2022-05-17 19:03:58 +08:00
95ad251826 refactor(utils): 移除不再使用的方法.
当初开发 Maven 仓库搜索器时意外提交的, 已经可以移除了.
2022-05-07 01:43:15 +08:00
8174f2a3a2 refactor(bot): 修正提示信息错误, 移除空父类方法调用.
修正了运行指标信息中的拼写错误, 移除对无操作父类方法的调用, 这么做可以明确表明只有子类实现了操作.
2022-05-07 01:37:21 +08:00
478480014a perf(utils): 优化自动释放钩子的资源引用.
原本自动释放钩子对资源的引用, 可能会出现资源已经被关闭, 但仍然无法被 GC 回收的问题.
此次改动, 将会让钩子在关闭资源后, 将资源从列表中移除.
虽然, 自动释放钩子设计上仅会被 System.exit 动作触发, 但保险起见还是加上这个改动.
2022-05-05 16:52:29 +08:00
830f05c90a refactor(utils): 加强 getPriority 方法的优先值判断.
加强优先级判断, 有利于后续使用时防止出现意外情况的问题.
顺便补充一手单元测试.
2022-05-05 16:13:48 +08:00
8be0978783 refactor: 更改 AppConfig 的获取方式, 以便于编写测试用例.
通过 Const 单例对象获取配置信息不利于编写测试用例, 所以改为利用参数的默认值来获取 Const 的 config 对象.

Issue #5
2022-05-04 23:55:21 +08:00
ce613787f6 fix: 修正方法参数使用错误的问题.
MavenRepositoryConfig 的 toRemoteRepository 方法使用了参数默认值, 可能会导致意外使用常量的情况,
故移除 MavenRepositoryConfig.toRemoteRepository 的参数默认值.

Pull Request #6
2022-05-04 23:07:45 +08:00
2389d082f4 test(config): 优化对 defaultInitializer 方法的单元测试.
将 defaultInitializer 方法的反射获取次数减少为一次, 并在测试结束后恢复访问权设置.
2022-05-04 22:36:35 +08:00
27f54c3c36 test(config): 补充一部分 AppPaths 的单元测试项目.
补充了针对 AppPaths.defaultInitializer() 和 AppPaths.DATA_ROOT 的单元测试项.
其他的有待补充.
2022-05-04 02:00:01 +08:00
7b985ce325 refactor: 将十六进制转换代码迁移到 Kotlin.
将 ByteUtils 的实现改用 Kotlin 代码做, 移除 ByteUtils.
另外, 本次修改同时修正了方法名错误的问题(hax 改成 hex), 并补充了单元测试.
2022-05-04 00:38:30 +08:00
77b7a7cd08 feat(launch): 对配置中没有启用任何机器人的情况输出警告.
增加对没有启用任何机器人时候的一个警告信息, 以防止被误认为无响应退出.
2022-05-02 02:20:19 +08:00
e8b746b3f8 feat(config): 第一次运行将提醒用户更改配置文件.
之前忘记添加这个提醒了, 首次运行的时候, `config.json` 和 `bot.json` 是不存在的, 所以根据这两个文件的存在与否, 来判定并提醒用户更改配置文件.
2022-05-02 02:18:23 +08:00
d24572a4f3 refactor(config): 修改 AppConfig 的获取方式, 便于编写测试用例.
通过 Const 单例对象获取配置信息不利于编写测试用例, 所以改为利用参数的默认值来获取 Const 的 config 对象.

Issue #5
2022-05-01 23:54:22 +08:00
f11290c73d feat: 可以覆盖 Maven 中央仓库配置.
原本设计是无论配置文件中是否带有 Maven 中央仓库, 都会添加 Maven 中央仓库进去, 这样可能会覆盖用户的仓库配置.
新改动将检查配置中是否添加了 Maven 中央仓库配置来决定是否补充 Maven 中央仓库.
2022-05-01 23:09:44 +08:00
1f2ab0f9b1 fix(extension): 修复搜索器错误日志不包括异常信息.
意外漏掉了这个错误信息, 目前已补充, 以方便寻找问题.
2022-05-01 00:09:28 +08:00
d14ef9de36 fix: 修复Maven 本地仓库文件夹未初始化的问题.
当本地仓库文件夹未初始化时, 将导致文件写入失败, 已修复该问题.
2022-04-30 21:12:36 +08:00
3e51327ed7 release: 紧急更新 0.2.1 版本. 2022-04-22 18:16:33 +08:00
93cf5c4e2f fix: 修复因文件访问比初始化早而导致的启动错误问题.
由于 Launcher 比 initialFiles 更早的执行, 调用 Const 导致更早的访问了未初始化的文件, 导致第一次启动会出现错误.
改动中将 Launcher 移入 main 方法不会有影响, 相比于在 AppPaths.<init> 中初始化会更安全.
2022-04-22 18:15:30 +08:00
32 changed files with 3222 additions and 519 deletions

34
.github/workflows/build-and-test.yml vendored Normal file
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@ -0,0 +1,34 @@
# This workflow uses actions that are not certified by GitHub.
# They are provided by a third-party and are governed by
# separate terms of service, privacy policy, and support
# documentation.
# This workflow will build a Java project with Gradle and cache/restore any dependencies to improve the workflow execution time
# For more information see: https://help.github.com/actions/language-and-framework-guides/building-and-testing-java-with-gradle
name: Build and test project
on: [push, pull_request]
permissions:
contents: read
jobs:
build:
timeout-minutes: 8
runs-on: ubuntu-latest
steps:
- uses: actions/checkout@v3
- name: Set up JDK 11
uses: actions/setup-java@v3
with:
java-version: '11'
distribution: 'adopt-hotspot'
cache: 'gradle'
- name: Grant execute permission for gradlew
run: chmod +x gradlew
- name: Build and test
uses: gradle/gradle-build-action@v2.2.1
with:
gradle-version: 'wrapper'
arguments: test

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@ -0,0 +1,10 @@
name: "Validate Gradle Wrapper"
on: [push, pull_request]
jobs:
validation:
name: "Validation"
runs-on: ubuntu-latest
steps:
- uses: actions/checkout@v2
- uses: gradle/wrapper-validation-action@v1

View File

@ -1,7 +1,11 @@
<div style="text-align: center;">
# ScalaBot
基于 [rubenlagus/TelegramBots](https://github.com/rubenlagus/TelegramBots) 的可扩展机器人服务器。 Extensible robot server based
on [rubenlagus/TelegramBots](https://github.com/rubenlagus/TelegramBots).
基于 [rubenlagus/TelegramBots](https://github.com/rubenlagus/TelegramBots) 的可扩展机器人服务器。
Extensible robot server based on [rubenlagus/TelegramBots](https://github.com/rubenlagus/TelegramBots).
</div>
## 背景

View File

@ -1,3 +1,8 @@
plugins {
kotlin("jvm") version "1.6.10" apply false
id("org.jetbrains.kotlinx.kover") version "0.5.1" apply false
}
allprojects {
repositories {
mavenCentral()
@ -7,5 +12,5 @@ allprojects {
}
group = "net.lamgc"
version = "0.2.0"
version = "0.5.0"
}

0
gradlew vendored Normal file → Executable file
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0
gradlew.bat vendored Normal file → Executable file
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@ -1,16 +1,17 @@
import org.jetbrains.kotlin.gradle.tasks.KotlinCompile
plugins {
kotlin("jvm") version "1.6.10"
kotlin("jvm")
application
// id("org.jetbrains.kotlin") version "1.6.10"
id("org.jetbrains.kotlinx.kover")
}
dependencies {
implementation(project(":scalabot-meta"))
implementation(project(":scalabot-extension"))
implementation("org.slf4j:slf4j-api:1.7.36")
implementation("io.github.microutils:kotlin-logging:2.1.21")
implementation("io.github.microutils:kotlin-logging:2.1.23")
implementation("ch.qos.logback:logback-classic:1.2.11")
val aetherVersion = "1.1.0"
@ -22,19 +23,21 @@ dependencies {
implementation("org.eclipse.aether:aether-connector-basic:$aetherVersion")
implementation("org.apache.maven:maven-aether-provider:3.3.9")
implementation("org.jetbrains.kotlinx:kotlinx-coroutines-core:1.6.1")
implementation("org.jetbrains.kotlinx:kotlinx-coroutines-core:1.6.2")
implementation("org.jetbrains.kotlin:kotlin-reflect:1.6.20")
implementation("com.google.code.gson:gson:2.9.0")
implementation("org.jdom:jdom2:2.0.6.1")
implementation("org.telegram:telegrambots-abilities:6.0.1")
implementation("org.telegram:telegrambots:6.0.1")
implementation("org.telegram:telegrambots-abilities:6.1.0")
implementation("org.telegram:telegrambots:6.1.0")
implementation("io.prometheus:simpleclient:0.15.0")
implementation("io.prometheus:simpleclient_httpserver:0.15.0")
testImplementation(kotlin("test"))
testImplementation("io.mockk:mockk:1.12.4")
testImplementation("com.github.stefanbirkner:system-lambda:1.2.1")
}
tasks.test {

View File

@ -1,17 +0,0 @@
package net.lamgc.scalabot.util;
final class ByteUtils {
private ByteUtils() {
}
public static String bytesToHexString(byte[] bytes) {
StringBuilder builder = new StringBuilder();
for (byte aByte : bytes) {
String hexBit = Integer.toHexString(aByte & 0xFF);
builder.append(hexBit.length() == 1 ? "0" + hexBit : hexBit);
}
return builder.toString();
}
}

View File

@ -3,145 +3,98 @@ package net.lamgc.scalabot
import ch.qos.logback.core.PropertyDefinerBase
import com.google.gson.Gson
import com.google.gson.GsonBuilder
import com.google.gson.reflect.TypeToken
import com.google.gson.JsonArray
import mu.KotlinLogging
import net.lamgc.scalabot.util.ArtifactSerializer
import net.lamgc.scalabot.util.AuthenticationSerializer
import net.lamgc.scalabot.util.MavenRepositoryConfigSerializer
import net.lamgc.scalabot.util.ProxyTypeSerializer
import net.lamgc.scalabot.config.*
import net.lamgc.scalabot.config.serializer.*
import org.eclipse.aether.artifact.Artifact
import org.eclipse.aether.repository.Authentication
import org.eclipse.aether.repository.Proxy
import org.eclipse.aether.repository.RemoteRepository
import org.eclipse.aether.repository.RepositoryPolicy
import org.telegram.telegrambots.bots.DefaultBotOptions
import org.telegram.telegrambots.meta.ApiConstants
import java.io.File
import java.net.URL
import java.nio.charset.StandardCharsets
import java.util.concurrent.atomic.AtomicBoolean
import java.util.concurrent.atomic.AtomicInteger
private val log = KotlinLogging.logger { }
/**
* 机器人帐号信息.
* @property name 机器人名称, 建议与实际设定的名称相同.
* @property token 机器人 API Token.
* @property creatorId 机器人创建者, 管理机器人需要使用该信息.
*/
internal data class BotAccount(
val name: String,
val token: String,
val creatorId: Long = -1
) {
val id
// 不要想着每次获取都要从 token 里取出有性能损耗.
// 由于 Gson 解析方式, 如果不这么做, 会出现 token 设置前 id 初始化完成, 就只有"0"了,
// 虽然能过单元测试, 但实际使用过程是不能正常用的.
get() = token.substringBefore(":").toLong()
internal fun ProxyType.toTelegramBotsType(): DefaultBotOptions.ProxyType {
return when (this) {
ProxyType.NO_PROXY -> DefaultBotOptions.ProxyType.NO_PROXY
ProxyType.HTTP -> DefaultBotOptions.ProxyType.HTTP
ProxyType.HTTPS -> DefaultBotOptions.ProxyType.HTTP
ProxyType.SOCKS4 -> DefaultBotOptions.ProxyType.SOCKS4
ProxyType.SOCKS5 -> DefaultBotOptions.ProxyType.SOCKS5
}
}
/**
* 机器人配置.
* @property account 机器人帐号信息, 用于访问 API.
* @property disableBuiltInAbility 是否禁用 AbilityBot 自带命令.
* @property extensions 该机器人启用的扩展.
* @property proxy 为该机器人单独设置的代理配置, 如无设置, 则使用 AppConfig 中的代理配置.
*/
internal data class BotConfig(
val enabled: Boolean = true,
val account: BotAccount,
val disableBuiltInAbility: Boolean = false,
val autoUpdateCommandList: Boolean = false,
/*
* 使用构件坐标来选择机器人所使用的扩展包.
* 这么做的原因是我暂时没找到一个合适的方法来让开发者方便地设定自己的扩展 Id,
* 而构件坐标(POM Reference 或者叫 GAV 坐标)是开发者创建 Maven/Gradle 项目时一定会设置的,
* 所以就直接用了. :P
*/
val extensions: Set<Artifact>,
val proxy: ProxyConfig? = ProxyConfig(),
val baseApiUrl: String? = ApiConstants.BASE_URL
)
internal fun ProxyConfig.toAetherProxy(): Proxy? {
val typeStr = when (type) {
ProxyType.HTTP -> Proxy.TYPE_HTTP
ProxyType.HTTPS -> Proxy.TYPE_HTTPS
else -> return null
}
return Proxy(typeStr, host, port)
}
/**
* 代理配置.
* @property type 代理类型.
* @property host 代理服务端地址.
* @property port 代理服务端端口.
*/
internal data class ProxyConfig(
val type: DefaultBotOptions.ProxyType = DefaultBotOptions.ProxyType.NO_PROXY,
val host: String = "127.0.0.1",
val port: Int = 1080
) {
fun toAetherProxy(): Proxy? {
return if (type == DefaultBotOptions.ProxyType.HTTP) {
Proxy(Proxy.TYPE_HTTP, host, port)
internal fun MavenRepositoryConfig.toRemoteRepository(proxyConfig: ProxyConfig? = null): RemoteRepository {
val repositoryId = if (id == null) {
val generatedRepoId = createDefaultRepositoryId()
log.debug { "仓库 Url `$url` 未设置仓库 Id, 已分配缺省 Id: $generatedRepoId" }
generatedRepoId
} else {
null
id
}
val builder = RemoteRepository.Builder(repositoryId, checkRepositoryLayout(layout), url.toString())
if (proxy != null) {
val selfProxy = proxy!!
builder.setProxy(selfProxy)
log.debug { "仓库 $repositoryId 已使用独立的代理配置: ${selfProxy.type}://${selfProxy.host}:${selfProxy.port}" }
} else if (proxyConfig != null) {
if (proxyConfig.type in (ProxyType.HTTP..ProxyType.HTTPS)) {
builder.setProxy(proxyConfig.toAetherProxy())
log.debug { "仓库 $repositoryId 已使用 全局/Bot 代理配置: $proxyConfig" }
} else {
log.debug { "仓库 $repositoryId 不支持 全局/Bot 的代理配置: `$proxyConfig` (仅支持 HTTP 和 HTTPS)" }
}
} else {
log.debug { "仓库 $repositoryId 不使用代理." }
}
builder.setReleasePolicy(
RepositoryPolicy(
enableReleases,
RepositoryPolicy.UPDATE_POLICY_NEVER,
RepositoryPolicy.CHECKSUM_POLICY_FAIL
)
)
builder.setSnapshotPolicy(
RepositoryPolicy(
enableSnapshots,
RepositoryPolicy.UPDATE_POLICY_ALWAYS,
RepositoryPolicy.CHECKSUM_POLICY_WARN
)
)
return builder.build()
}
internal data class MetricsConfig(
val enable: Boolean = false,
val port: Int = 9386,
val bindAddress: String? = "0.0.0.0"
)
/**
* Maven 远端仓库配置.
* @property url 仓库地址.
* @property proxy 访问仓库所使用的代理, 仅支持 http/https 代理.
* @property layout 仓库布局版本, Maven 2 及以上使用 `default`, Maven 1 使用 `legacy`.
*/
internal data class MavenRepositoryConfig(
val url: URL,
val proxy: Proxy? = Proxy("http", "127.0.0.1", 1080),
val layout: String = "default",
// 可能要设计个 type 来判断解析成什么类型的 Authentication.
val authentication: Authentication? = null
) {
fun toRemoteRepository(): RemoteRepository {
val builder = RemoteRepository.Builder(null, checkRepositoryLayout(layout), url.toString())
if (proxy != null) {
builder.setProxy(proxy)
} else if (Const.config.proxy.type == DefaultBotOptions.ProxyType.HTTP) {
builder.setProxy(Const.config.proxy.toAetherProxy())
}
return builder.build()
}
private companion object {
fun checkRepositoryLayout(layoutType: String): String {
private fun checkRepositoryLayout(layoutType: String): String {
val type = layoutType.trim().lowercase()
if (type != "default" && type != "legacy") {
throw IllegalArgumentException("Invalid layout type (expecting 'default' or 'legacy')")
}
return type
}
}
}
/**
* ScalaBot App 配置.
*
* App 配置信息与 BotConfig 分开, 分别存储在各自单独的文件中.
* @property proxy Telegram API 代理配置.
* @property metrics 运行指标数据配置. 可通过时序数据库记录运行数据.
* @property mavenRepositories Maven 远端仓库配置.
* @property mavenLocalRepository Maven 本地仓库路径. 相对于运行目录 (而不是 DATA_ROOT 目录)
*/
internal data class AppConfig(
val proxy: ProxyConfig = ProxyConfig(),
val metrics: MetricsConfig = MetricsConfig(),
val mavenRepositories: List<MavenRepositoryConfig> = emptyList(),
val mavenLocalRepository: String? = null
)
private val repoNumberGenerator = AtomicInteger(1)
private fun createDefaultRepositoryId(): String {
return "Repository-${repoNumberGenerator.getAndIncrement()}"
}
/**
* 需要用到的路径.
@ -172,14 +125,15 @@ internal enum class AppPaths(
}
}),
DEFAULT_CONFIG_APPLICATION({ "$DATA_ROOT/config.json" }, {
CONFIG_APPLICATION({ "$DATA_ROOT/config.json" }, {
if (!file.exists()) {
file.bufferedWriter(StandardCharsets.UTF_8).use {
GsonConst.botConfigGson.toJson(
GsonConst.appConfigGson.toJson(
AppConfig(
mavenRepositories = listOf(
MavenRepositoryConfig(
URL(MavenRepositoryExtensionFinder.MAVEN_CENTRAL_URL)
id = "central",
url = URL(MavenRepositoryExtensionFinder.MAVEN_CENTRAL_URL)
)
)
), it
@ -187,13 +141,13 @@ internal enum class AppPaths(
}
}
}),
DEFAULT_CONFIG_BOT({ "$DATA_ROOT/bot.json" }, {
CONFIG_BOT({ "$DATA_ROOT/bot.json" }, {
if (!file.exists()) {
file.bufferedWriter(StandardCharsets.UTF_8).use {
GsonConst.botConfigGson.toJson(
setOf(
BotConfig(
enabled = false,
enabled = true,
proxy = ProxyConfig(),
account = BotAccount(
"Bot Username",
@ -228,11 +182,26 @@ internal enum class AppPaths(
}
}
/**
* 一个内部方法, 用于将 [initialized] 状态重置.
*
* 如果不重置该状态, 将使得单元测试无法让 AppPath 重新初始化文件.
*
* 警告: 该方法不应该被非测试代码调用.
*/
@Suppress("unused")
private fun reset() {
log.warn {
"初始化状态已重置: `${this.name}`, 如果在非测试环境中重置状态, 请报告该问题."
}
initialized.set(false)
}
override fun toString(): String {
return path
}
private object PathConst {
object PathConst {
const val PROP_DATA_PATH = "bot.path.data"
const val ENV_DATA_PATH = "BOT_DATA_PATH"
}
@ -267,38 +236,65 @@ private fun AppPaths.defaultInitializer() {
}
}
internal fun initialFiles() {
/**
* 执行 AppPaths 所有项目的初始化, 并检查是否停止运行, 让用户编辑配置.
*
* @return 如果需要让用户编辑配置, 则返回 `true`.
*/
internal fun initialFiles(): Boolean {
val configFilesNotInitialized = !AppPaths.CONFIG_APPLICATION.file.exists()
&& !AppPaths.CONFIG_BOT.file.exists()
for (path in AppPaths.values()) {
path.initial()
}
if (configFilesNotInitialized) {
log.warn { "配置文件已初始化, 请根据需要修改配置文件后重新启动本程序." }
return true
}
return false
}
private object GsonConst {
val baseGson: Gson = GsonBuilder()
internal object GsonConst {
private val baseGson: Gson = GsonBuilder()
.setPrettyPrinting()
.serializeNulls()
.create()
val appConfigGson: Gson = baseGson.newBuilder()
.registerTypeAdapter(DefaultBotOptions.ProxyType::class.java, ProxyTypeSerializer)
.registerTypeAdapter(ProxyType::class.java, ProxyTypeSerializer)
.registerTypeAdapter(MavenRepositoryConfig::class.java, MavenRepositoryConfigSerializer)
.registerTypeAdapter(Authentication::class.java, AuthenticationSerializer)
.registerTypeAdapter(UsernameAuthenticator::class.java, UsernameAuthenticatorSerializer)
.create()
val botConfigGson: Gson = baseGson.newBuilder()
.registerTypeAdapter(DefaultBotOptions.ProxyType::class.java, ProxyTypeSerializer)
.registerTypeAdapter(ProxyType::class.java, ProxyTypeSerializer)
.registerTypeAdapter(BotConfig::class.java, BotConfigSerializer)
.registerTypeAdapter(Artifact::class.java, ArtifactSerializer)
.registerTypeAdapter(BotAccount::class.java, BotAccountSerializer)
.create()
}
internal fun loadAppConfig(configFile: File = AppPaths.DEFAULT_CONFIG_APPLICATION.file): AppConfig {
internal fun loadAppConfig(configFile: File = AppPaths.CONFIG_APPLICATION.file): AppConfig {
try {
configFile.bufferedReader(StandardCharsets.UTF_8).use {
return GsonConst.appConfigGson.fromJson(it, AppConfig::class.java)!!
}
}
internal fun loadBotConfig(botConfigFile: File = AppPaths.DEFAULT_CONFIG_BOT.file): Set<BotConfig> {
botConfigFile.bufferedReader(StandardCharsets.UTF_8).use {
return GsonConst.botConfigGson.fromJson(it, object : TypeToken<Set<BotConfig>>() {}.type)!!
} catch (e: Exception) {
log.error { "读取 config.json 时发生错误, 请检查配置格式是否正确." }
throw e
}
}
internal fun loadBotConfigJson(botConfigFile: File = AppPaths.CONFIG_BOT.file): JsonArray? {
try {
botConfigFile.bufferedReader(StandardCharsets.UTF_8).use {
return GsonConst.botConfigGson.fromJson(it, JsonArray::class.java)!!
}
} catch (e: Exception) {
log.error(e) { "读取 Bot 配置文件 (bot.json) 时发生错误, 请检查配置格式是否正确." }
return null
}
}

View File

@ -1,29 +1,39 @@
package net.lamgc.scalabot
import com.google.gson.JsonParseException
import io.prometheus.client.exporter.HTTPServer
import kotlinx.coroutines.runBlocking
import mu.KotlinLogging
import net.lamgc.scalabot.config.*
import net.lamgc.scalabot.util.registerShutdownHook
import org.eclipse.aether.repository.LocalRepository
import org.telegram.telegrambots.bots.DefaultBotOptions
import org.telegram.telegrambots.meta.TelegramBotsApi
import org.telegram.telegrambots.meta.generics.BotSession
import org.telegram.telegrambots.updatesreceivers.DefaultBotSession
import java.io.File
import java.io.IOException
import java.nio.file.attribute.PosixFilePermission
import java.nio.file.attribute.PosixFilePermissions
import kotlin.io.path.createDirectories
import kotlin.io.path.exists
import kotlin.io.path.isReadable
import kotlin.io.path.isWritable
import kotlin.system.exitProcess
private val log = KotlinLogging.logger { }
private val launcher = Launcher()
.registerShutdownHook()
fun main(args: Array<String>): Unit = runBlocking {
log.info { "ScalaBot 正在启动中..." }
log.info { "数据目录: ${AppPaths.DATA_ROOT}" }
log.debug { "启动参数: ${args.joinToString(prefix = "[", postfix = "]")}" }
initialFiles()
if (Const.config.metrics.enable) {
startMetricsServer()
if (initialFiles()) {
exitProcess(1)
}
val launcher = Launcher()
.registerShutdownHook()
startMetricsServer()?.registerShutdownHook()
if (!launcher.launch()) {
exitProcess(1)
}
@ -33,19 +43,25 @@ fun main(args: Array<String>): Unit = runBlocking {
* 启动运行指标服务器.
* 使用 Prometheus 指标格式.
*/
fun startMetricsServer() {
internal fun startMetricsServer(config: MetricsConfig = Const.config.metrics): HTTPServer? {
if (!config.enable) {
log.debug { "运行指标服务器已禁用." }
return null
}
val builder = HTTPServer.Builder()
.withDaemonThreads(true)
.withPort(Const.config.metrics.port)
.withHostname(Const.config.metrics.bindAddress)
.withAuthenticator(config.authenticator)
.withPort(config.port)
.withHostname(config.bindAddress)
val httpServer = builder
.build()
.registerShutdownHook()
log.info { "运行指标服务器已启动. (Port: ${httpServer.port})" }
return httpServer
}
internal class Launcher : AutoCloseable {
internal class Launcher(private val config: AppConfig = Const.config) : AutoCloseable {
companion object {
@JvmStatic
@ -54,32 +70,79 @@ internal class Launcher : AutoCloseable {
private val botApi = TelegramBotsApi(DefaultBotSession::class.java)
private val botSessionMap = mutableMapOf<ScalaBot, BotSession>()
private val mavenLocalRepository =
if (Const.config.mavenLocalRepository != null && Const.config.mavenLocalRepository.isNotEmpty()) {
private val mavenLocalRepository = getMavenLocalRepository()
private fun getMavenLocalRepository(): LocalRepository {
val localPath =
if (config.mavenLocalRepository != null && config.mavenLocalRepository!!.isNotEmpty()) {
val repoPath = AppPaths.DATA_ROOT.file.toPath()
.resolve(Const.config.mavenLocalRepository)
.resolve(config.mavenLocalRepository!!)
.apply {
if (!exists()) {
if (!parent.isWritable() || !parent.isReadable()) {
throw IOException("Unable to read and write the directory where Maven repository is located.")
}
if (System.getProperty("os.name").lowercase().startsWith("windows")) {
createDirectories()
} else {
val fileAttributes = setOf(
PosixFilePermission.OWNER_READ,
PosixFilePermission.OWNER_WRITE,
PosixFilePermission.GROUP_READ,
PosixFilePermission.GROUP_WRITE,
PosixFilePermission.OTHERS_READ,
)
createDirectories(PosixFilePermissions.asFileAttribute(fileAttributes))
}
}
}
.toRealPath()
.toFile()
LocalRepository(repoPath)
repoPath
} else {
LocalRepository("${System.getProperty("user.home")}/.m2/repository")
File("${System.getProperty("user.home")}/.m2/repository")
}
if (!localPath.exists()) {
localPath.mkdirs()
}
return LocalRepository(localPath)
}
@Synchronized
fun launch(): Boolean {
val botConfigs = loadBotConfig()
if (botConfigs.isEmpty()) {
val botConfigs = loadBotConfigJson() ?: return false
if (botConfigs.isEmpty) {
log.warn { "尚未配置任何机器人, 请先配置机器人后再启动本程序." }
return false
}
for (botConfig in botConfigs) {
var launchedCounts = 0
for (botConfigJson in botConfigs) {
val botConfig = try {
GsonConst.botConfigGson.fromJson(botConfigJson, BotConfig::class.java)
} catch (e: JsonParseException) {
val botName = try {
botConfigJson.asJsonObject.get("account")?.asJsonObject?.get("name")?.asString ?: "Unknown"
} catch (e: Exception) {
"Unknown"
}
log.error(e) { "机器人 `$botName` 配置有误, 跳过该机器人的启动." }
continue
}
try {
launchBot(botConfig)
launchedCounts++
} catch (e: Exception) {
log.error(e) { "机器人 `${botConfig.account.name}` 启动时发生错误." }
}
}
return true
return if (launchedCounts != 0) {
log.info { "已启动 $launchedCounts 个机器人." }
true
} else {
log.warn { "未启动任何机器人, 请检查配置并至少启用一个机器人." }
false
}
}
private fun launchBot(botConfig: BotConfig) {
@ -88,38 +151,45 @@ internal class Launcher : AutoCloseable {
return
}
log.info { "正在启动机器人 `${botConfig.account.name}`..." }
val botOption = DefaultBotOptions().apply {
val proxyConfig =
if (botConfig.proxy != null && botConfig.proxy.type != DefaultBotOptions.ProxyType.NO_PROXY) {
if (botConfig.proxy.type != ProxyType.NO_PROXY) {
log.debug { "[Bot ${botConfig.account.name}] 使用独立代理: ${botConfig.proxy.type}" }
botConfig.proxy
} else if (Const.config.proxy.type != DefaultBotOptions.ProxyType.NO_PROXY) {
Const.config.proxy
} else if (config.proxy.type != ProxyType.NO_PROXY) {
log.debug { "[Bot ${botConfig.account.name}] 使用全局代理: ${botConfig.proxy.type}" }
config.proxy
} else {
null
log.debug { "[Bot ${botConfig.account.name}] 不使用代理." }
ProxyConfig(type = ProxyType.NO_PROXY)
}
if (proxyConfig != null) {
proxyType = proxyConfig.type
proxyHost = Const.config.proxy.host
proxyPort = Const.config.proxy.port
val botOption = DefaultBotOptions().apply {
if (proxyConfig.type != ProxyType.NO_PROXY) {
proxyType = proxyConfig.type.toTelegramBotsType()
proxyHost = config.proxy.host
proxyPort = config.proxy.port
log.debug { "机器人 `${botConfig.account.name}` 已启用代理配置: $proxyConfig" }
}
if (botConfig.baseApiUrl != null) {
baseUrl = botConfig.baseApiUrl
}
}
val account = botConfig.account
val remoteRepositories = Const.config.mavenRepositories
.map(MavenRepositoryConfig::toRemoteRepository)
val remoteRepositories = config.mavenRepositories
.map { it.toRemoteRepository(proxyConfig) }
.toMutableList().apply {
add(MavenRepositoryExtensionFinder.getMavenCentralRepository(proxy = Const.config.proxy.toAetherProxy()))
if (this.none {
it.url == MavenRepositoryExtensionFinder.MAVEN_CENTRAL_URL
|| it.url == MavenRepositoryExtensionFinder.MAVEN_CENTRAL_URL.trimEnd('/')
}) {
add(MavenRepositoryExtensionFinder.getMavenCentralRepository(proxy = config.proxy.toAetherProxy()))
}
}.toList()
val extensionPackageFinders = setOf(
MavenRepositoryExtensionFinder(
localRepository = mavenLocalRepository,
remoteRepositories = remoteRepositories,
proxy = Const.config.proxy.toAetherProxy()
proxy = config.proxy.toAetherProxy()
)
)

View File

@ -2,7 +2,8 @@ package net.lamgc.scalabot
import com.google.common.io.Files
import mu.KotlinLogging
import net.lamgc.scalabot.util.toHaxString
import net.lamgc.scalabot.config.BotAccount
import net.lamgc.scalabot.util.toHexString
import org.mapdb.DB
import org.mapdb.DBException
import org.mapdb.DBMaker
@ -13,10 +14,11 @@ import java.nio.charset.StandardCharsets
import java.security.MessageDigest
/**
* 数据库适配器.
*
* 数据库适配器列表.
* 应按照新到旧的顺序放置, 新的适配器应该在上面.
* @suppress 由于本列表需要设置已弃用的适配器以保证旧版数据库的正常使用, 故忽略弃用警告.
*/
@Suppress("DEPRECATION")
private val adapters = arrayListOf<DbAdapter>(
BotAccountIdDbAdapter, // since [v0.2.0 ~ latest)
BotTokenDbAdapter // since [v0.0.1 ~ v0.2.0)
@ -183,8 +185,9 @@ private object BotAccountIdDbAdapter : FileDbAdapter("BotAccountId", { botAccoun
*
* **已弃用**: 由于 Token 可以重新生成, 当 Token 改变后数据库文件名也会改变, 故弃用该方法.
*/
@Deprecated(message = "由于 BotToken 可变, 故不再使用该适配器.", level = DeprecationLevel.WARNING)
private object BotTokenDbAdapter : FileDbAdapter("BotToken_v0.1.0", { botAccount ->
val digest: MessageDigest = MessageDigest.getInstance("SHA-256")
val digestBytes = digest.digest(botAccount.token.toByteArray(StandardCharsets.UTF_8))
File(AppPaths.DATA_DB.file, "${digestBytes.toHaxString()}.db")
File(AppPaths.DATA_DB.file, "${digestBytes.toHexString()}.db")
})

View File

@ -14,6 +14,18 @@ import java.nio.charset.StandardCharsets
import java.util.*
import java.util.concurrent.atomic.AtomicInteger
/**
* 扩展加载器.
*
* 扩展加载器并非负责加载扩展的 Class, 而是委派搜索器发现并获取扩展, 然后加载扩展实例.
*
* 注意, 扩展加载器将内置两个 Finder: [FileNameFinder] 和 [MavenMetaInformationFinder].
*
* @param bot 扩展加载器所负责的 ScalaBot 实例.
* @param extensionsDataFolder 提供给扩展用于数据存储的根目录(实际目录为 `{root}/{group...}/{artifact}`).
* @param extensionsPath 提供给 Finder 用于搜索扩展的本地扩展包存放路径.
* @param extensionFinders 加载器所使用的搜索器集合. 加载扩展时将使用所提供的的加载器.
*/
internal class ExtensionLoader(
private val bot: ScalaBot,
private val extensionsDataFolder: File = AppPaths.DATA_EXTENSIONS.file,
@ -27,6 +39,13 @@ internal class ExtensionLoader(
MavenMetaInformationFinder
).apply { addAll(extensionFinders) }.toSet()
/**
* 加载扩展, 并返回扩展项.
*
* 调用本方法后, 将会指派提供的 Finder 搜索 ScalaBot 配置的扩展包.
*
* @return 返回存放了所有已加载扩展项的 Set. 可通过 [LoadedExtensionEntry] 获取扩展的有关信息.
*/
fun getExtensions(): Set<LoadedExtensionEntry> {
val extensionEntries = mutableSetOf<LoadedExtensionEntry>()
for (extensionArtifact in bot.extensions) {
@ -52,6 +71,17 @@ internal class ExtensionLoader(
/**
* 检查是否发生冲突.
*
* 扩展包冲突有两种情况:
* 1. 有多个同为最高优先级的搜索器搜索到了扩展包.
* 2. 唯一的最高优先级搜索器搜索到了多个扩展包.
*
* 扩展包冲突指的是**有多个具有相同构件坐标的扩展包被搜索到**,
* 如果不顾扩展包冲突直接加载的话, 将会出现安全隐患,
* 因此在加载器发现冲突的情况下将输出相关信息, 提示用户进行排查.
*
* @param foundResult 扩展包搜索结果.
*
* @return 如果出现冲突, 返回 `true`.
*/
private fun checkConflict(foundResult: Map<ExtensionPackageFinder, Set<FoundExtensionPackage>>): Boolean {
@ -68,6 +98,9 @@ internal class ExtensionLoader(
}
}
/**
* 从结果中过滤出由最高优先级的搜索器搜索到的扩展包.
*/
private fun filterHighPriorityResult(foundResult: Map<ExtensionPackageFinder, Set<FoundExtensionPackage>>)
: Map<ExtensionPackageFinder, Set<FoundExtensionPackage>> {
val finders: List<ExtensionPackageFinder> = foundResult.keys
@ -102,6 +135,11 @@ internal class ExtensionLoader(
return factories.toSet()
}
/**
* 只是用来统计扩展包搜索结果的数量而已.
*
* @return 返回扩展包的数量.
*/
private fun allFoundedPackageNumber(filesMap: Map<ExtensionPackageFinder, Set<FoundExtensionPackage>>): Int {
var number = 0
for (files in filesMap.values) {
@ -110,6 +148,14 @@ internal class ExtensionLoader(
return number
}
/**
* 搜索指定构件坐标的依赖包.
*
* 搜索扩展包将根据搜索器优先级从高到低依次搜索, 当某一个优先级的搜索器搜到扩展包后将停止搜索.
* 可以根据不同优先级的搜索器, 配置扩展包的主用与备用文件.
*
* @return 返回各个搜索器返回的搜索结果.
*/
private fun findExtensionPackage(
extensionArtifact: Artifact,
): Map<ExtensionPackageFinder, Set<FoundExtensionPackage>> {
@ -132,19 +178,27 @@ internal class ExtensionLoader(
result[finder] = artifacts
}
} catch (e: Exception) {
log.error { "搜索器 ${finder::class.java.name} 在搜索扩展 `$extensionArtifact` 时发生错误:" }
log.error(e) { "搜索器 ${finder::class.java.name} 在搜索扩展 `$extensionArtifact` 时发生错误." }
}
}
return result
}
/**
* 检查扩展包搜索器是否设置了 [FinderRules] 注解.
* @return 如果已设置注解, 则返回 `true`.
*/
private fun checkExtensionPackageFinder(finder: ExtensionPackageFinder): Boolean =
finder::class.java.getDeclaredAnnotation(FinderRules::class.java) != null
/**
* 在日志中输出有关扩展包冲突的错误信息.
*/
private fun printExtensionFileConflictError(
extensionArtifact: Artifact,
foundResult: Map<ExtensionPackageFinder, Set<FoundExtensionPackage>>
) {
log.error {
val errMessage = StringBuilder(
"""
[Bot ${bot.botUsername}] 扩展包 $extensionArtifact 存在多个文件, 为防止安全问题, 已禁止加载该扩展包:
@ -160,9 +214,15 @@ internal class ExtensionLoader(
.append(URLDecoder.decode(file.getRawUrl().toString(), StandardCharsets.UTF_8)).append('\n')
}
}
log.error { errMessage }
errMessage
}
}
/**
* 创建扩展数据目录, 并返回 [File] 对象.
* @param extensionArtifact 扩展包构件坐标.
* @return 返回对应的数据存储目录.
*/
private fun getExtensionDataFolder(extensionArtifact: Artifact): File {
val dataFolder =
File(extensionsDataFolder, "${extensionArtifact.groupId}/${extensionArtifact.artifactId}")
@ -172,6 +232,12 @@ internal class ExtensionLoader(
return dataFolder
}
/**
* 已加载扩展项.
* @property extensionArtifact 扩展的构件坐标([Artifact]).
* @property factoryClass 扩展的工厂类.
* @property extension 扩展实例.
*/
data class LoadedExtensionEntry(
val extensionArtifact: Artifact,
val factoryClass: Class<out BotExtensionFactory>,
@ -181,6 +247,10 @@ internal class ExtensionLoader(
}
/**
* 扩展的类加载器清除器.
*
* 原计划是用来通过关闭 ClassLoader 来卸载扩展的, 但似乎并没有这么做.
*
* 该类为保留措施, 尚未启用.
*/
internal object ExtensionClassLoaderCleaner {
@ -257,7 +327,7 @@ internal interface ExtensionPackageFinder {
/**
* 已找到的扩展包信息.
* 通过实现该接口, 以寻找远端文件的 [ExtensionPackageFinder]
* 通过实现该接口, 以寻找远端文件的 [ExtensionPackageFinder];
* 可以在适当的时候将扩展包下载到本地, 而无需在搜索阶段下载扩展包.
*/
internal interface FoundExtensionPackage {
@ -296,6 +366,7 @@ private fun FoundExtensionPackage.createClassLoader(): ExtensionClassLoader =
* 已找到的扩展包文件.
* @param artifact 扩展包构件坐标.
* @param file 已找到的扩展包文件.
* @param finder 搜索到该扩展包的搜索器.
*/
internal class FileFoundExtensionPackage(
private val artifact: Artifact,

View File

@ -257,11 +257,25 @@ internal class MavenRepositoryExtensionFinder(
}
override fun findByArtifact(extensionArtifact: Artifact, extensionsPath: File): Set<FoundExtensionPackage> {
val repositories = repositorySystem.newResolutionRepositories(repoSystemSession, remoteRepositories).toList()
log.debug {
StringBuilder().apply {
append("构件 $extensionArtifact 将在以下仓库拉取: \n")
repositories.forEach {
append("\t- $it\n")
}
}
}
val extensionArtifactResult = repositorySystem.resolveArtifact(
repoSystemSession,
ArtifactRequest(extensionArtifact, remoteRepositories, null)
ArtifactRequest(
extensionArtifact,
repositories,
null
)
val extResolvedArtifact = extensionArtifactResult.artifact
)
val resolvedArtifact: Artifact? = extensionArtifactResult.artifact
if (!extensionArtifactResult.isResolved) {
if (extensionArtifactResult.isMissing) {
log.warn { "在指定的仓库中找不到构件: ${extensionArtifactResult.artifact}" }
@ -269,17 +283,26 @@ internal class MavenRepositoryExtensionFinder(
printArtifactResultExceptions(extensionArtifactResult.exceptions)
}
return emptySet()
} else if (resolvedArtifact == null) {
log.warn { "无法在指定的仓库中解析构件: $extensionArtifact" }
return emptySet()
}
log.info {
"已从 Maven 仓库 `${extensionArtifactResult.repository.id}` 中找到" +
"扩展包 `${resolvedArtifact.groupId}:${resolvedArtifact.artifactId}` " +
"版本号 `${resolvedArtifact.version}`."
}
val request = DependencyRequest(
CollectRequest(Dependency(extResolvedArtifact, null), remoteRepositories),
CollectRequest(Dependency(resolvedArtifact, null), repositories),
ScopeDependencyFilter(setOf("runtime", "compile", "provided"), null)
)
val dependencyResult = repositorySystem.resolveDependencies(repoSystemSession, request)
val dependencies = checkAndCollectDependencyArtifacts(extensionArtifact, dependencyResult.artifactResults)
?: return emptySet()
return setOf(MavenExtensionPackage(this, extResolvedArtifact, extensionArtifactResult.repository, dependencies))
return setOf(MavenExtensionPackage(this, resolvedArtifact, extensionArtifactResult.repository, dependencies))
}
private fun checkAndCollectDependencyArtifacts(

View File

@ -4,6 +4,7 @@ import io.prometheus.client.Counter
import io.prometheus.client.Gauge
import io.prometheus.client.Summary
import mu.KotlinLogging
import net.lamgc.scalabot.config.BotConfig
import org.eclipse.aether.artifact.Artifact
import org.telegram.abilitybots.api.bot.AbilityBot
import org.telegram.abilitybots.api.db.DBContext
@ -103,6 +104,12 @@ internal class ScalaBot(
}
BotCommand(it.name(), abilityInfo)
}
if (botCommands.isEmpty()) {
log.info { "Bot 没有任何命令, 命令列表更新已跳过." }
return true
}
val setMyCommands = SetMyCommands()
setMyCommands.commands = botCommands
return execute(DeleteMyCommands()) && execute(setMyCommands)
@ -114,7 +121,6 @@ internal class ScalaBot(
}
override fun onClosing() {
super.onClosing()
onlineBotGauge.dec()
}
@ -151,7 +157,7 @@ internal class ScalaBot(
private val updateProcessTime = Summary.build()
.name("update_process_duration_seconds")
.help(
"Time to process update. (This indicator includes the pre-processing of update by TelegrammBots, " +
"Time to process update. (This indicator includes the pre-processing of update by TelegramBots, " +
"so it may be different from the actual execution time of ability. " +
"It is not recommended to use it as the accurate execution time of ability)"
)

View File

@ -1,165 +0,0 @@
package net.lamgc.scalabot.util
import com.google.gson.*
import mu.KotlinLogging
import net.lamgc.scalabot.MavenRepositoryConfig
import org.eclipse.aether.artifact.Artifact
import org.eclipse.aether.artifact.DefaultArtifact
import org.eclipse.aether.repository.Authentication
import org.eclipse.aether.repository.Proxy
import org.eclipse.aether.util.repository.AuthenticationBuilder
import org.telegram.telegrambots.bots.DefaultBotOptions
import java.lang.reflect.Type
import java.net.URL
internal object ProxyTypeSerializer : JsonDeserializer<DefaultBotOptions.ProxyType>,
JsonSerializer<DefaultBotOptions.ProxyType> {
override fun deserialize(
json: JsonElement,
typeOfT: Type?,
context: JsonDeserializationContext?
): DefaultBotOptions.ProxyType {
if (!json.isJsonPrimitive) {
throw JsonParseException("Wrong configuration value type.")
}
val value = json.asString.trim()
try {
return DefaultBotOptions.ProxyType.valueOf(value.uppercase())
} catch (e: IllegalArgumentException) {
throw JsonParseException("Invalid value: $value")
}
}
override fun serialize(
src: DefaultBotOptions.ProxyType,
typeOfSrc: Type?,
context: JsonSerializationContext?
): JsonElement {
return JsonPrimitive(src.toString())
}
}
internal object ArtifactSerializer : JsonSerializer<Artifact>, JsonDeserializer<Artifact> {
override fun serialize(src: Artifact, typeOfSrc: Type?, context: JsonSerializationContext?): JsonElement {
val gavBuilder = StringBuilder("${src.groupId}:${src.artifactId}")
if (!src.extension.equals("jar")) {
gavBuilder.append(':').append(src.extension)
}
if (src.classifier.isNotEmpty()) {
gavBuilder.append(':').append(src.classifier)
}
return JsonPrimitive(gavBuilder.append(':').append(src.version).toString())
}
override fun deserialize(json: JsonElement?, typeOfT: Type?, context: JsonDeserializationContext?): Artifact {
if (!json!!.isJsonPrimitive) {
throw JsonParseException("Wrong configuration value type.")
}
return DefaultArtifact(json.asString.trim())
}
}
internal object AuthenticationSerializer : JsonDeserializer<Authentication> {
private val log = KotlinLogging.logger { }
override fun deserialize(json: JsonElement, typeOfT: Type, context: JsonDeserializationContext): Authentication? {
val builder = AuthenticationBuilder()
when (json) {
is JsonArray -> {
for (element in json) {
if (element is JsonArray) {
builder.addCustom(jsonArrayToAuthentication(element))
} else if (element is JsonObject) {
jsonToAuthentication(element, builder)
}
}
}
is JsonObject -> {
jsonToAuthentication(json, builder)
}
else -> {
throw JsonParseException("Unsupported JSON data type: ${json::class.java}")
}
}
return builder.build()
}
private fun jsonArrayToAuthentication(jsonArray: JsonArray): Authentication {
val builder = AuthenticationBuilder()
for (element in jsonArray) {
when (element) {
is JsonObject -> jsonToAuthentication(element, builder)
is JsonArray -> builder.addCustom(jsonArrayToAuthentication(element))
else -> log.warn { "不支持的 Json 类型: ${element::class.java}" }
}
}
return builder.build()
}
private const val KEY_TYPE = "type"
private fun jsonToAuthentication(json: JsonObject, builder: AuthenticationBuilder) {
if (!json.has(KEY_TYPE)) {
log.warn { "缺少 type 字段, 无法判断 Maven 认证信息类型." }
return
} else if (!json.get(KEY_TYPE).isJsonPrimitive) {
log.warn { "type 字段类型错误(应为 Primitive 类型), 无法判断 Maven 认证信息类型.(实际类型: `${json::class.java}`)" }
return
}
when (json.get(KEY_TYPE).asString.trim().lowercase()) {
"string" -> {
builder.addString(checkJsonKey(json, "key"), checkJsonKey(json, "value"))
}
"secret" -> {
builder.addSecret(checkJsonKey(json, "key"), checkJsonKey(json, "value"))
}
}
}
}
private fun checkJsonKey(json: JsonObject, key: String): String {
if (!json.has(key)) {
throw JsonParseException("Required field does not exist: $key")
} else if (!json.get(key).isJsonPrimitive) {
throw JsonParseException("Wrong field `$key` type: ${json.get(key)::class.java}")
}
return json.get(key).asString
}
internal object MavenRepositoryConfigSerializer
: JsonDeserializer<MavenRepositoryConfig> {
override fun deserialize(
json: JsonElement,
typeOfT: Type,
context: JsonDeserializationContext
): MavenRepositoryConfig {
return when (json) {
is JsonObject -> {
MavenRepositoryConfig(
url = URL(checkJsonKey(json, "url")),
proxy = if (json.has("proxy") && json.get("proxy").isJsonObject)
context.deserialize<Proxy>(
json.getAsJsonObject("proxy"), Proxy::class.java
) else null,
layout = json.get("layout").asString ?: "default",
authentication = if (json.has("authentication") && json.get("authentication").isJsonObject)
context.deserialize<Authentication>(
json.getAsJsonObject("authentication"), Authentication::class.java
) else null
)
}
is JsonPrimitive -> {
MavenRepositoryConfig(URL(json.asString))
}
else -> {
throw JsonParseException("Unsupported Maven warehouse configuration type.")
}
}
}
}

View File

@ -7,20 +7,17 @@ import org.eclipse.aether.artifact.Artifact
import java.io.File
import java.io.FileFilter
import java.io.FilenameFilter
import java.net.URL
internal fun ByteArray.toHaxString(): String = ByteUtils.bytesToHexString(this)
internal fun ByteArray.toHexString(): String = joinToString("") { it.toString(16) }
internal fun Artifact.equalsArtifact(that: Artifact): Boolean =
internal fun Artifact.equalsArtifact(that: Artifact, checkProperties: Boolean = false): Boolean =
this.groupId.equals(that.groupId) &&
this.artifactId.equals(that.artifactId) &&
this.version.equals(that.version) &&
this.baseVersion.equals(that.baseVersion) &&
this.isSnapshot == that.isSnapshot &&
this.classifier.equals(that.classifier) &&
this.extension.equals(that.extension) &&
(if (this.file == null) that.file == null else this.file.equals(that.file)) &&
this.properties.equals(that.properties)
(!checkProperties || this.properties.equals(that.properties))
internal fun File.deepListFiles(
addSelf: Boolean = false,
@ -28,13 +25,13 @@ internal fun File.deepListFiles(
fileFilter: FileFilter? = null,
filenameFilter: FilenameFilter? = null
): Array<File>? {
val files = if (fileFilter != null) {
val files = (if (fileFilter != null) {
this.listFiles(fileFilter)
} else if (filenameFilter != null) {
this.listFiles(filenameFilter)
} else {
this.listFiles()
} ?: return null
}) ?: return null
val result = if (addSelf) mutableSetOf(this) else mutableSetOf()
for (file in files) {
@ -56,9 +53,14 @@ internal fun File.deepListFiles(
* @return 获取 Finder 的优先级.
* @throws NoSuchFieldException 如果 Finder 没有添加 [FinderRules] 注解时抛出该异常.
*/
internal fun ExtensionPackageFinder.getPriority() =
this::class.java.getDeclaredAnnotation(FinderRules::class.java)?.priority
internal fun ExtensionPackageFinder.getPriority(): Int {
val value = this::class.java.getDeclaredAnnotation(FinderRules::class.java)?.priority
?: throw NoSuchFieldException("Finder did not add `FinderRules` annotation")
if (value < 0) {
throw IllegalArgumentException("Priority cannot be lower than 0. (Class: ${this::class.java})")
}
return value
}
/**
* 为 [AutoCloseable] 对象注册 Jvm Shutdown 钩子.
@ -69,37 +71,25 @@ fun <T : AutoCloseable> T.registerShutdownHook(): T {
return this
}
private val log = KotlinLogging.logger { }
private object UtilsInternal {
val autoCloseableSet = mutableSetOf<AutoCloseable>()
private val log = KotlinLogging.logger { }
init {
Runtime.getRuntime().addShutdownHook(Thread({
Runtime.getRuntime().addShutdownHook(Thread(this::doCloseResources, "Shutdown-AutoCloseable"))
}
fun doCloseResources() {
log.debug { "Closing registered hook resources..." }
autoCloseableSet.forEach {
autoCloseableSet.removeIf {
try {
it.close()
} catch (e: Exception) {
log.error(e) { "An exception occurred while closing the resource. (Resource: `$it`)" }
}
true
}
log.debug { "All registered hook resources have been closed." }
}, "Shutdown-AutoCloseable"))
}
}
fun URL.resolveToFile(canonical: Boolean = true): File {
if ("file" != protocol) {
throw ClassCastException("Only the URL of the `file` protocol can be converted into a File object.")
}
val urlString = toString().substringAfter(':')
val file = File(urlString)
return if (canonical) {
file.canonicalFile
} else {
file
}
}

View File

@ -1,31 +1,405 @@
package net.lamgc.scalabot
import com.google.gson.Gson
import java.util.*
import kotlin.math.abs
import kotlin.test.Test
import kotlin.test.assertEquals
import com.github.stefanbirkner.systemlambda.SystemLambda
import io.mockk.every
import io.mockk.mockk
import io.mockk.verify
import mu.KotlinLogging
import net.lamgc.scalabot.config.MavenRepositoryConfig
import net.lamgc.scalabot.config.ProxyConfig
import net.lamgc.scalabot.config.ProxyType
import org.junit.jupiter.api.assertThrows
import org.junit.jupiter.api.io.TempDir
import org.telegram.telegrambots.bots.DefaultBotOptions
import java.io.File
import java.io.IOException
import java.net.URL
import java.nio.file.Files
import java.nio.file.Path
import kotlin.io.path.deleteExisting
import kotlin.test.*
class BotAccountTest {
internal class AppPathsTest {
@Test
fun deserializerTest() {
val accountId = abs(Random().nextInt()).toLong()
val creatorId = abs(Random().nextInt()).toLong()
val botAccount = Gson().fromJson(
fun `Data root path priority`() {
System.setProperty(AppPaths.PathConst.PROP_DATA_PATH, "fromSystemProperties")
assertEquals("fromSystemProperties", AppPaths.DATA_ROOT.file.path, "`DATA_ROOT`没有优先返回 Property 的值.")
System.getProperties().remove(AppPaths.PathConst.PROP_DATA_PATH)
val expectEnvValue = "fromEnvironmentVariable"
SystemLambda.withEnvironmentVariable(AppPaths.PathConst.ENV_DATA_PATH, expectEnvValue).execute {
assertEquals(
expectEnvValue, AppPaths.DATA_ROOT.file.path,
"`DATA_ROOT`没有优先返回 env 的值."
)
}
SystemLambda.withEnvironmentVariable(AppPaths.PathConst.ENV_DATA_PATH, null).execute {
assertEquals(
System.getProperty("user.dir"), AppPaths.DATA_ROOT.file.path,
"`DATA_ROOT`没有返回 System.properties `user.dir` 的值."
)
val userDir = System.getProperty("user.dir")
System.getProperties().remove("user.dir")
assertEquals(".", AppPaths.DATA_ROOT.file.path, "`DATA_ROOT`没有返回替补值 `.`(当前目录).")
System.setProperty("user.dir", userDir)
assertNotNull(System.getProperty("user.dir"), "环境还原失败!")
}
}
@Test
fun `default initializer`(@TempDir testDir: File) {
val defaultInitializerMethod = Class.forName("net.lamgc.scalabot.AppConfigsKt")
.getDeclaredMethod("defaultInitializer", AppPaths::class.java)
.apply { isAccessible = true }
val dirPath = "${testDir.canonicalPath}/directory/"
val dirFile = File(dirPath)
mockk<AppPaths> {
every { file }.returns(File(dirPath))
every { path }.returns(dirPath)
every { initial() }.answers {
defaultInitializerMethod.invoke(null, this@mockk)
}
}.initial()
assertTrue(dirFile.exists() && dirFile.isDirectory, "默认初始器未正常初始化【文件夹】.")
File(testDir, "test.txt").apply {
mockk<AppPaths> {
every { file }.returns(this@apply)
every { path }.returns(this@apply.canonicalPath)
every { initial() }.answers {
defaultInitializerMethod.invoke(null, this@mockk)
}
}.initial()
assertTrue(this@apply.exists() && this@apply.isFile, "默认初始器未正常初始化【文件】.")
}
val alreadyExistsFile = File("${testDir.canonicalPath}/alreadyExists.txt").apply {
if (!exists()) {
createNewFile()
}
}
assertTrue(alreadyExistsFile.exists(), "文件状态与预期不符.")
mockk<File> {
every { exists() }.returns(true)
every { canonicalPath }.answers { alreadyExistsFile.canonicalPath }
every { createNewFile() }.answers { alreadyExistsFile.createNewFile() }
every { mkdirs() }.answers { alreadyExistsFile.mkdirs() }
every { mkdir() }.answers { alreadyExistsFile.mkdir() }
}.apply {
mockk<AppPaths> {
every { file }.returns(this@apply)
every { path }.returns(this@apply.canonicalPath)
every { initial() }.answers {
defaultInitializerMethod.invoke(null, this@mockk)
}
}.initial()
verify(exactly = 0) { createNewFile() }
verify(exactly = 0) { mkdir() }
verify(exactly = 0) { mkdirs() }
}
mockk<File> {
every { exists() }.returns(false)
every { canonicalPath }.answers { alreadyExistsFile.canonicalPath }
every { createNewFile() }.answers { false }
every { mkdirs() }.answers { false }
every { mkdir() }.answers { false }
}.apply {
mockk<AppPaths> {
every { file }.returns(this@apply)
every { path }.returns(this@apply.canonicalPath)
every { initial() }.answers {
defaultInitializerMethod.invoke(null, this@mockk)
}
}.initial()
verify(exactly = 1) { createNewFile() }
verify(exactly = 0) { mkdir() }
verify(exactly = 0) { mkdirs() }
}
defaultInitializerMethod.isAccessible = false
}
@Test
fun `loadBotConfig test`(@TempDir testDir: File) {
assertNull(loadBotConfigJson(File("/NOT_EXISTS_FILE")), "加载 BotConfigs 失败时应该返回 null.")
SystemLambda.withEnvironmentVariable(AppPaths.PathConst.ENV_DATA_PATH, testDir.canonicalPath).execute {
assertNull(loadBotConfigJson(), "加载 BotConfigs 失败时应该返回 null.")
File(testDir, "bot.json").apply {
//language=JSON5
writeText(
"""
[
{
"enabled": false,
"account": {
"name": "TestBot",
"token": "123456789:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10",
"creatorId": 123456789
},
"proxy": {
"host": "localhost",
"port": 8080,
"type": "HTTP"
},
"disableBuiltInAbility": false,
"autoUpdateCommandList": true,
"extensions": [
"org.example.test:test-extension:1.0.0"
],
"baseApiUrl": "http://localhost:8080"
}
]
""".trimIndent()
)
}
val botConfigJsons = loadBotConfigJson()
assertNotNull(botConfigJsons)
assertEquals(1, botConfigJsons.size())
}
}
@Test
fun `loadAppConfig test`(@TempDir testDir: File) {
assertThrows<IOException>("加载失败时应该抛出 IOException.") {
loadAppConfig(File("/NOT_EXISTS_FILE"))
}
SystemLambda.withEnvironmentVariable(AppPaths.PathConst.ENV_DATA_PATH, testDir.canonicalPath).execute {
assertThrows<IOException>("加载失败时应该抛出 IOException.") {
loadAppConfig()
}
File(testDir, "config.json").apply {
//language=JSON5
writeText(
"""
{
"name": "TestBot",
"token": "${accountId}:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10",
"creatorId": $creatorId
"proxy": {
"type": "HTTP",
"host": "localhost",
"port": 8080
},
"metrics": {
"enable": true,
"port": 8800,
"bindAddress": "127.0.0.1",
"authenticator": {
"username": "username",
"password": "password"
}
""".trimIndent(), BotAccount::class.java
},
"mavenRepositories": [
{
"url": "https://repository.maven.apache.org/maven2/"
}
],
"mavenLocalRepository": "file:///tmp/maven-local-repository"
}
""".trimIndent()
)
assertEquals("TestBot", botAccount.name)
assertEquals("${accountId}:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10", botAccount.token)
assertEquals(accountId, botAccount.id, "Botaccount ID does not match expectations.")
assertEquals(creatorId, botAccount.creatorId)
}
val appConfigs = loadAppConfig()
assertNotNull(appConfigs)
}
}
@Test
fun `ProxyType_toTelegramBotsType test`() {
val expectTypeMapping = mapOf(
ProxyType.NO_PROXY to DefaultBotOptions.ProxyType.NO_PROXY,
ProxyType.SOCKS5 to DefaultBotOptions.ProxyType.SOCKS5,
ProxyType.SOCKS4 to DefaultBotOptions.ProxyType.SOCKS4,
ProxyType.HTTP to DefaultBotOptions.ProxyType.HTTP,
ProxyType.HTTPS to DefaultBotOptions.ProxyType.HTTP
)
for (proxyType in ProxyType.values()) {
assertEquals(
expectTypeMapping[proxyType],
proxyType.toTelegramBotsType(),
"ProxyType 转换失败."
)
}
}
@Test
fun `ProxyConfig_toAetherProxy test`() {
val host = "proxy.example.org"
val port = 1080
val expectNotNullProxyType = setOf(
ProxyType.HTTP,
ProxyType.HTTPS
)
for (proxyType in ProxyType.values()) {
val proxyConfig = ProxyConfig(proxyType, host, port)
val aetherProxy = proxyConfig.toAetherProxy()
if (expectNotNullProxyType.contains(proxyType)) {
assertNotNull(aetherProxy, "支持的代理类型应该不为 null.")
assertEquals(host, aetherProxy.host)
assertEquals(port, aetherProxy.port)
} else {
assertNull(aetherProxy, "不支持的代理类型应该返回 null.")
}
}
}
@Test
fun `MavenRepositoryConfig_toRemoteRepository test`() {
val defaultMavenRepositoryConfig = MavenRepositoryConfig(
url = URL(MavenRepositoryExtensionFinder.MAVEN_CENTRAL_URL),
enableReleases = true,
enableSnapshots = false
)
val remoteRepositoryWithoutId = defaultMavenRepositoryConfig.toRemoteRepository(
ProxyConfig(ProxyType.NO_PROXY, "", 0)
)
assertEquals(MavenRepositoryExtensionFinder.MAVEN_CENTRAL_URL, remoteRepositoryWithoutId.url.toString())
assertNotNull(remoteRepositoryWithoutId.id)
assertTrue(remoteRepositoryWithoutId.getPolicy(false).isEnabled)
assertFalse(remoteRepositoryWithoutId.getPolicy(true).isEnabled)
val remoteRepositoryWithId = defaultMavenRepositoryConfig.copy(id = "test-repo").toRemoteRepository(
ProxyConfig(ProxyType.HTTP, "127.0.0.1", 1080)
)
assertEquals("test-repo", remoteRepositoryWithId.id)
assertEquals(MavenRepositoryExtensionFinder.MAVEN_CENTRAL_URL, remoteRepositoryWithId.url.toString())
assertEquals("http", remoteRepositoryWithId.proxy.type)
assertEquals("127.0.0.1", remoteRepositoryWithId.proxy.host)
assertEquals(1080, remoteRepositoryWithId.proxy.port)
assertEquals(remoteRepositoryWithId.id, remoteRepositoryWithId.id)
val remoteRepositoryWithProxy = defaultMavenRepositoryConfig.copy(
id = "test-repo",
proxy = ProxyConfig(ProxyType.HTTP, "example.org", 1080).toAetherProxy()
).toRemoteRepository(ProxyConfig(ProxyType.HTTP, "localhost", 8080))
assertEquals("http", remoteRepositoryWithProxy.proxy.type)
assertEquals("example.org", remoteRepositoryWithProxy.proxy.host, "未优先使用 MavenRepositoryConfig 中的 proxy 属性.")
assertEquals(1080, remoteRepositoryWithProxy.proxy.port, "未优先使用 MavenRepositoryConfig 中的 proxy 属性.")
}
@Test
fun `checkRepositoryLayout test`() {
val noProxyConfig = ProxyConfig(ProxyType.NO_PROXY, "", 0)
assertEquals(
"default", MavenRepositoryConfig(url = URL("https://repo.example.org"))
.toRemoteRepository(noProxyConfig).contentType
)
assertEquals(
"legacy", MavenRepositoryConfig(url = URL("https://repo.example.org"), layout = "LEgaCY")
.toRemoteRepository(noProxyConfig).contentType
)
assertThrows<IllegalArgumentException> {
MavenRepositoryConfig(
url = URL("https://repo.example.org"),
layout = "NOT_EXISTS_LAYOUT"
).toRemoteRepository(noProxyConfig)
}
}
@Test
fun `initialFiles test`(@TempDir testDir: Path) {
// 这么做是为了让日志文件创建在其他地方, 由于日志文件在运行时会持续占用, 在 windows 中文件会被锁定,
// 导致测试框架无法正常清除测试所使用的临时文件夹.
val logsDir = Files.createTempDirectory("ammmmmm-logs-")
System.setProperty(AppPaths.PathConst.PROP_DATA_PATH, logsDir.toString())
assertEquals(logsDir.toString(), AppPaths.DATA_ROOT.path, "日志目录设定失败.")
KotlinLogging.logger("TEST").error { "日志占用.(无需理会), 日志目录: $logsDir" }
AppPaths.DATA_LOGS.file.listFiles { _, name -> name.endsWith(".log") }?.forEach {
it.deleteOnExit()
}
val fullInitializeDir = Files.createTempDirectory(testDir, "fullInitialize")
fullInitializeDir.deleteExisting()
System.setProperty(AppPaths.PathConst.PROP_DATA_PATH, fullInitializeDir.toString())
assertEquals(fullInitializeDir.toString(), AppPaths.DATA_ROOT.path, "测试路径设定失败.")
assertTrue(initialFiles(), "方法未能提醒用户编辑初始配置文件.")
for (path in AppPaths.values()) {
assertTrue(path.file.exists(), "文件未初始化成功: ${path.path}")
if (path.file.isFile) {
assertNotEquals(0, path.file.length(), "文件未初始化成功(大小为 0): ${path.path}")
}
path.reset()
}
assertFalse(initialFiles(), "方法试图在配置已初始化的情况下提醒用户编辑初始配置文件.")
for (path in AppPaths.values()) {
assertTrue(path.file.exists(), "文件未初始化成功: ${path.path}")
if (path.file.isFile) {
assertNotEquals(0, path.file.length(), "文件未初始化成功(大小为 0): ${path.path}")
}
path.reset()
}
assertTrue(AppPaths.CONFIG_APPLICATION.file.delete(), "config.json 删除失败.")
assertFalse(initialFiles(), "方法试图在部分配置已初始化的情况下提醒用户编辑初始配置文件.")
for (path in AppPaths.values()) {
assertTrue(path.file.exists(), "文件未初始化成功: ${path.path}")
if (path.file.isFile) {
assertNotEquals(0, path.file.length(), "文件未初始化成功(大小为 0): ${path.path}")
}
path.reset()
}
assertTrue(AppPaths.CONFIG_BOT.file.delete(), "bot.json 删除失败.")
assertFalse(initialFiles(), "方法试图在部分配置已初始化的情况下提醒用户编辑初始配置文件.")
for (path in AppPaths.values()) {
assertTrue(path.file.exists(), "文件未初始化成功: ${path.path}")
if (path.file.isFile) {
assertNotEquals(0, path.file.length(), "文件未初始化成功(大小为 0): ${path.path}")
}
path.reset()
}
assertTrue(AppPaths.CONFIG_APPLICATION.file.delete(), "config.json 删除失败.")
assertTrue(AppPaths.CONFIG_BOT.file.delete(), "bot.json 删除失败.")
assertTrue(
initialFiles(),
"在主要配置文件(config.json 和 bot.json)不存在的情况下初始化文件后, 方法未能提醒用户编辑初始配置文件."
)
for (path in AppPaths.values()) {
assertTrue(path.file.exists(), "文件未初始化成功: ${path.path}")
if (path.file.isFile) {
assertNotEquals(0, path.file.length(), "文件未初始化成功(大小为 0): ${path.path}")
}
}
AppPaths.CONFIG_APPLICATION.file.writeText("Test-APPLICATION")
AppPaths.CONFIG_BOT.file.writeText("Test-BOT")
assertFalse(initialFiles(), "方法试图在部分配置已初始化的情况下提醒用户编辑初始配置文件.")
assertEquals(
"Test-APPLICATION", AppPaths.CONFIG_APPLICATION.file.readText(),
"config.json 被覆盖. initialized 并未阻止重复初始化."
)
assertEquals(
"Test-BOT", AppPaths.CONFIG_BOT.file.readText(),
"bot.json 被覆盖. initialized 并未阻止重复初始化."
)
System.getProperties().remove(AppPaths.PathConst.PROP_DATA_PATH)
}
private fun AppPaths.reset() {
val method = AppPaths::class.java.getDeclaredMethod("reset")
method.isAccessible = true
method.invoke(this)
method.isAccessible = false
}
}

View File

@ -1,35 +0,0 @@
@file:Suppress("PackageDirectoryMismatch")
package net.lamgc.scalabot.util
import com.google.gson.JsonObject
import com.google.gson.JsonParseException
import com.google.gson.JsonPrimitive
import org.eclipse.aether.artifact.DefaultArtifact
import org.junit.jupiter.api.Test
import kotlin.test.assertEquals
import kotlin.test.assertFailsWith
internal class ArtifactSerializerTest {
@Test
fun badJsonType() {
assertFailsWith<JsonParseException> { ArtifactSerializer.deserialize(JsonObject(), null, null) }
}
@Test
fun serialize() {
val gav = "org.example.software:test:1.0.0-SNAPSHOT"
val expectArtifact = DefaultArtifact(gav)
val actualArtifact = DefaultArtifact(ArtifactSerializer.serialize(expectArtifact, null, null).asString)
assertEquals(expectArtifact, actualArtifact)
}
@Test
fun deserialize() {
val gav = "org.example.software:test:1.0.0-SNAPSHOT"
val expectArtifact = DefaultArtifact(gav)
val actualArtifact = ArtifactSerializer.deserialize(JsonPrimitive(gav), null, null)
assertEquals(expectArtifact, actualArtifact)
}
}

View File

@ -0,0 +1,40 @@
package net.lamgc.scalabot.util
import ch.qos.logback.classic.Level
import ch.qos.logback.classic.spi.LoggingEvent
import ch.qos.logback.core.spi.FilterReply
import io.mockk.every
import io.mockk.mockk
import kotlin.test.Test
import kotlin.test.assertEquals
class StdOutFilterTest {
@Test
fun filterTest() {
val filter = StdOutFilter()
for (level in listOf(
Level.ALL,
Level.TRACE,
Level.DEBUG,
Level.INFO
)) {
val loggingEvent = mockk<LoggingEvent> {
every { this@mockk.level }.returns(level)
}
assertEquals(FilterReply.ACCEPT, filter.decide(loggingEvent))
}
for (level in listOf(
Level.WARN,
Level.ERROR
)) {
val loggingEvent = mockk<LoggingEvent> {
every { this@mockk.level }.returns(level)
}
assertEquals(FilterReply.DENY, filter.decide(loggingEvent))
}
}
}

View File

@ -1,9 +1,20 @@
package net.lamgc.scalabot.util
import io.mockk.*
import net.lamgc.scalabot.ExtensionPackageFinder
import net.lamgc.scalabot.FinderPriority
import net.lamgc.scalabot.FinderRules
import net.lamgc.scalabot.FoundExtensionPackage
import org.eclipse.aether.artifact.Artifact
import org.eclipse.aether.artifact.DefaultArtifact
import org.junit.jupiter.api.Assertions.assertFalse
import org.junit.jupiter.api.Assertions.assertTrue
import org.junit.jupiter.api.Test
import org.junit.jupiter.api.assertDoesNotThrow
import org.junit.jupiter.api.assertThrows
import java.io.File
import java.io.FileFilter
import java.io.FilenameFilter
import java.lang.reflect.InvocationTargetException
import java.nio.charset.StandardCharsets
import kotlin.test.*
internal class UtilsKtTest {
@ -16,4 +27,291 @@ internal class UtilsKtTest {
.equalsArtifact(DefaultArtifact("com.example:demo-2:1.0.0-SNAPSHOT"))
)
}
@Test
fun `bytes to hex`() {
assertEquals("48656c6c6f20576f726c64", "Hello World".toByteArray(StandardCharsets.UTF_8).toHexString())
}
@Test
fun `ExtensionPackageFinder - getPriority`() {
open class BaseTestFinder : ExtensionPackageFinder {
override fun findByArtifact(extensionArtifact: Artifact, extensionsPath: File): Set<FoundExtensionPackage> {
throw IllegalStateException("Calling this class is not allowed.")
}
}
@FinderRules(FinderPriority.ALTERNATE)
class StandardTestFinder : BaseTestFinder()
assertEquals(
FinderPriority.ALTERNATE, StandardTestFinder().getPriority(),
"获取到的优先值与预期不符"
)
@FinderRules(-1)
class OutOfRangePriorityFinder : BaseTestFinder()
assertThrows<IllegalArgumentException>("getPriority 方法没有对超出范围的优先值抛出异常.") {
OutOfRangePriorityFinder().getPriority()
}
class NoAnnotationFinder : BaseTestFinder()
assertThrows<NoSuchFieldException> {
NoAnnotationFinder().getPriority()
}
}
@Test
fun `AutoCloseable shutdown hook`() {
val utilsInternalClass = Class.forName("net.lamgc.scalabot.util.UtilsInternal")
val utilsInternalObject = utilsInternalClass.getDeclaredField("INSTANCE").get(null)
?: fail("无法获取 UtilsInternal 对象.")
val doCloseResourcesMethod = utilsInternalClass.getDeclaredMethod("doCloseResources")
.apply {
isAccessible = true
}
// 正常的运行过程.
val mockResource = mockk<AutoCloseable> {
justRun { close() }
}.registerShutdownHook()
doCloseResourcesMethod.invoke(utilsInternalObject)
verify { mockResource.close() }
// 异常捕获检查.
val exceptionMockResource = mockk<AutoCloseable> {
every { close() } throws RuntimeException("Expected exception.")
}.registerShutdownHook()
assertDoesNotThrow("在关闭资源时出现未捕获异常.") {
doCloseResourcesMethod.invoke(utilsInternalObject)
}
verify { exceptionMockResource.close() }
// 错误抛出检查.
val errorMockResource = mockk<AutoCloseable> {
every { close() } throws Error("Expected error.")
}.registerShutdownHook()
assertThrows<Error>("关闭资源时捕获了不该捕获的 Error.") {
try {
doCloseResourcesMethod.invoke(utilsInternalObject)
} catch (e: InvocationTargetException) {
throw e.targetException
}
}
verify { errorMockResource.close() }
@Suppress("UNCHECKED_CAST")
val resourceSet = utilsInternalClass.getDeclaredMethod("getAutoCloseableSet").invoke(utilsInternalObject)
as MutableSet<AutoCloseable>
resourceSet.clear()
val closeRef = mockk<AutoCloseable> {
justRun { close() }
}
resourceSet.add(closeRef)
assertTrue(resourceSet.contains(closeRef), "测试用资源虚引用添加失败.")
doCloseResourcesMethod.invoke(utilsInternalObject)
assertFalse(resourceSet.contains(closeRef), "资源虚引用未从列表中删除.")
resourceSet.clear()
}
@Test
fun `Artifact equals`() {
val artifact = DefaultArtifact("org.example:artifact:jar:0.0.1")
assertFalse(artifact.isSnapshot, "Release artifact is snapshot.")
assertTrue(artifact.equalsArtifact(artifact))
assertTrue(artifact.setFile(File(".")).equalsArtifact(artifact.setFile(File("."))))
val snapshotArtifact = DefaultArtifact("org.example:artifact:jar:0.0.1-SNAPSHOT")
val snapshotTimestampArtifact = DefaultArtifact("org.example:artifact:jar:0.0.1-20220605.130047-1")
assertTrue(snapshotArtifact.isSnapshot, "SnapshotArtifact not snapshot.")
assertNotEquals(artifact.isSnapshot, snapshotArtifact.isSnapshot)
assertNotEquals(artifact.baseVersion, snapshotArtifact.baseVersion)
assertFalse(artifact.equalsArtifact(snapshotArtifact))
assertFalse(snapshotArtifact.equalsArtifact(snapshotTimestampArtifact))
assertFalse(artifact.equalsArtifact(DefaultArtifact("org.example:artifact:0.0.2")))
assertFalse(artifact.equalsArtifact(DefaultArtifact("org.example.test:artifact:0.0.1")))
assertFalse(artifact.equalsArtifact(DefaultArtifact("org.example:artifact-a:0.0.1")))
assertFalse(artifact.equalsArtifact(DefaultArtifact("org.example:artifact:war:0.0.1")))
assertFalse(artifact.equalsArtifact(DefaultArtifact("org.example:artifact:war:javadoc:0.0.1")))
assertFalse(artifact.equalsArtifact(DefaultArtifact("org.example:artifact:rar:source:0.0.1")))
assertFalse(
artifact.equalsArtifact(
DefaultArtifact("org.example:artifact:jar:0.0.1")
.setFile(File("./xxx01.jar"))
)
)
val artifactWithExtension = DefaultArtifact("org.example:artifact:jar:0.0.1")
assertFalse(artifactWithExtension.equalsArtifact(DefaultArtifact("org.example:artifact:war:0.0.1")))
assertTrue(artifact.equalsArtifact(artifact.setProperties(mapOf(Pair("a", "b"))), checkProperties = false))
assertFalse(artifact.equalsArtifact(artifact.setProperties(mapOf(Pair("a", "b"))), checkProperties = true))
assertTrue(
artifact.setProperties(mapOf(Pair("a", "b")))
.equalsArtifact(artifact.setProperties(mapOf(Pair("a", "b"))), checkProperties = true)
)
}
@Test
fun `deepListFile Test - Basics`() {
assertNull(mockk<File> {
every { listFiles() } returns null
}.deepListFiles())
assertNull(mockk<File> {
every { listFiles(ofType(FileFilter::class)) } returns null
}.deepListFiles(fileFilter = { true }))
assertNull(mockk<File> {
every { listFiles(ofType(FilenameFilter::class)) } returns null
}.deepListFiles(filenameFilter = { _, _ -> true }))
val listFileMock = mockk<File> {
every { listFiles() } returns arrayOf()
every { listFiles(ofType(FileFilter::class)) } returns arrayOf()
every { listFiles(ofType(FilenameFilter::class)) } returns arrayOf()
}
assertNotNull(listFileMock.deepListFiles())
verify(exactly = 1) { listFileMock.listFiles() }
verify(exactly = 0) { listFileMock.listFiles(ofType(FilenameFilter::class)) }
verify(exactly = 0) { listFileMock.listFiles(ofType(FileFilter::class)) }
clearMocks(listFileMock, answers = false)
assertNotNull(listFileMock.deepListFiles(filenameFilter = { _, _ -> true }))
verify(exactly = 0) { listFileMock.listFiles() }
verify(exactly = 1) { listFileMock.listFiles(ofType(FilenameFilter::class)) }
verify(exactly = 0) { listFileMock.listFiles(ofType(FileFilter::class)) }
clearMocks(listFileMock, answers = false)
assertNotNull(listFileMock.deepListFiles(fileFilter = { true }))
verify(exactly = 0) { listFileMock.listFiles() }
verify(exactly = 0) { listFileMock.listFiles(ofType(FilenameFilter::class)) }
verify(exactly = 1) { listFileMock.listFiles(ofType(FileFilter::class)) }
clearMocks(listFileMock, answers = false)
assertNotNull(listFileMock.deepListFiles(fileFilter = { true }, filenameFilter = { _, _ -> true }))
verify(exactly = 0) { listFileMock.listFiles() }
verify(exactly = 1) { listFileMock.listFiles(ofType(FileFilter::class)) }
verify(exactly = 0) { listFileMock.listFiles(ofType(FilenameFilter::class)) }
clearMocks(listFileMock, answers = false)
val addSelfResult = listFileMock.deepListFiles(addSelf = true)
assertNotNull(addSelfResult)
assertEquals(1, addSelfResult.size)
assertTrue(addSelfResult.contains(listFileMock))
verify(exactly = 1) { listFileMock.listFiles() }
verify(exactly = 0) { listFileMock.listFiles(ofType(FilenameFilter::class)) }
verify(exactly = 0) { listFileMock.listFiles(ofType(FileFilter::class)) }
val addSelfWithoutDirMock = createDirectory(
"root", arrayOf(
createDirectory(
"dir01", arrayOf(
createFile("test01")
)
),
createDirectory(
"dir02", arrayOf(
createFile("test02")
)
),
createDirectory(
"dir03", arrayOf(
createFile("test03")
)
)
)
)
val addSelfWithoutDirResult = addSelfWithoutDirMock.deepListFiles(addSelf = true, onlyFile = true)
assertNotNull(addSelfWithoutDirResult)
assertFalse(addSelfWithoutDirResult.isEmpty())
assertEquals(1, addSelfWithoutDirResult.filter { it.isDirectory }.size)
assertEquals(addSelfWithoutDirMock, addSelfWithoutDirResult.find { it.isDirectory })
}
@Test
fun `deepListFile Test - Complex`() {
val mock = createDirectory(
"root", arrayOf(
createFile("test"),
createFile("test02"),
createDirectory("dir01"),
createDirectory("dir02")
)
)
val withDirResult = mock.deepListFiles(onlyFile = false)
assertNotNull(withDirResult)
assertEquals(4, withDirResult.size)
assertEquals(2, withDirResult.filter { it.isFile }.size)
assertEquals(2, withDirResult.filter { it.isDirectory }.size)
val withoutDirResult = mock.deepListFiles(onlyFile = true)
assertNotNull(withoutDirResult)
assertEquals(2, withoutDirResult.filter { it.isFile }.size)
assertNull(withoutDirResult.find { it.isDirectory })
val subDirFailedMock = createDirectory(
"root", arrayOf(
mockk(name = "dir::cannotReadableDirectory") {
every { isFile } returns false
every { isDirectory } returns true
every { name } returns "cannotReadableDirectory"
every { listFiles() } returns null
every { listFiles(ofType(FileFilter::class)) } returns null
every { listFiles(ofType(FilenameFilter::class)) } returns null
},
createDirectory(
"dir2", arrayOf(
createFile("test")
)
)
)
)
val subDirFailedWithDirResult = subDirFailedMock.deepListFiles(onlyFile = false)
assertNotNull(subDirFailedWithDirResult)
assertEquals(3, subDirFailedWithDirResult.size)
assertNotNull(subDirFailedWithDirResult.find { it.isDirectory && it.name == "cannotReadableDirectory" })
assertNotNull(subDirFailedWithDirResult.find { it.isDirectory && it.name == "dir2" })
assertNotNull(subDirFailedWithDirResult.find { it.isFile && it.name == "test" })
val subDirFailedWithoutDirResult = subDirFailedMock.deepListFiles(onlyFile = true)
assertNotNull(subDirFailedWithoutDirResult)
assertEquals(1, subDirFailedWithoutDirResult.size)
assertEquals(0, subDirFailedWithoutDirResult.filter { it.isDirectory }.size)
assertNotNull(subDirFailedWithoutDirResult.find { it.isFile && it.name == "test" })
assertNull(subDirFailedWithoutDirResult.find { it.isDirectory && it.name == "cannotReadableDirectory" })
assertNull(subDirFailedWithoutDirResult.find { it.isDirectory && it.name == "dir2" })
}
private fun createFile(path: String): File {
val file = File(path)
return mockk(name = "file::$path") {
every { isFile } returns true
every { isDirectory } returns false
every { name } returns file.name
every { listFiles() } returns null
every { listFiles(ofType(FileFilter::class)) } returns null
every { listFiles(ofType(FilenameFilter::class)) } returns null
}
}
private fun createDirectory(path: String, subFiles: Array<File> = arrayOf()): File {
val file = File(path)
return mockk(name = "dir::$path") {
every { isFile } returns false
every { isDirectory } returns true
every { name } returns file.name
every { listFiles() } returns subFiles
every { listFiles(ofType(FileFilter::class)) } answers {
subFiles.filter { (firstArg() as FileFilter).accept(it) }.toTypedArray()
}
every { listFiles(ofType(FilenameFilter::class)) } answers {
subFiles.filter { (firstArg() as FilenameFilter).accept(file.parentFile, file.name) }.toTypedArray()
}
}
}
}

View File

@ -2,10 +2,6 @@ plugins {
java
}
repositories {
mavenCentral()
}
dependencies {
compileOnly(project(":scalabot-extension"))
@ -16,3 +12,9 @@ dependencies {
tasks.getByName<Test>("test") {
useJUnitPlatform()
}
tasks.withType<Javadoc> {
options {
encoding = "UTF-8"
}
}

View File

@ -1,17 +1,16 @@
import org.jetbrains.kotlin.gradle.tasks.KotlinCompile
plugins {
kotlin("jvm") version "1.6.10"
kotlin("jvm")
java
`maven-publish`
signing
}
dependencies {
api("org.telegram:telegrambots-abilities:6.0.1")
api("org.telegram:telegrambots-abilities:6.1.0")
api("org.slf4j:slf4j-api:1.7.36")
testImplementation("org.junit.jupiter:junit-jupiter-api:5.8.2")
testImplementation("org.mockito:mockito-core:4.4.0")
testImplementation("org.mockito:mockito-core:4.6.1")
testRuntimeOnly("org.junit.jupiter:junit-jupiter-engine")
}
@ -32,30 +31,23 @@ tasks.test {
useJUnitPlatform()
}
tasks.withType<KotlinCompile> {
kotlinOptions.jvmTarget = "11"
}
publishing {
repositories {
val repoRootKey = "maven.repo.local.root"
val snapshot = project.version.toString().endsWith("-SNAPSHOT")
val repoRoot = System.getProperty(repoRootKey)?.trim()
if (repoRoot == null || repoRoot.isEmpty()) {
logger.warn(
"\"$repoRootKey\" configuration item is not specified, " +
"please add start parameter \"-D$repoRootKey {localPublishRepo}\"" +
" (if you are not currently executing the publish task, " +
"you can ignore this information)"
)
return@repositories
if (project.version.toString().endsWith("-SNAPSHOT")) {
maven("https://nexus.kuku.me/repository/maven-snapshots/") {
credentials {
username = project.properties["repo.credentials.private.username"].toString()
password = project.properties["repo.credentials.private.password"].toString()
}
}
val repoUri = if (snapshot) {
uri("$repoRoot/snapshots")
} else {
uri("$repoRoot/releases")
maven("https://nexus.kuku.me/repository/maven-releases/") {
credentials {
username = project.properties["repo.credentials.private.username"].toString()
password = project.properties["repo.credentials.private.password"].toString()
}
}
}
maven(repoUri)
}
publications {
@ -97,3 +89,8 @@ publishing {
}
}
signing {
useGpgCmd()
sign(publishing.publications["maven"])
}

View File

@ -16,8 +16,8 @@ import static org.mockito.Mockito.*;
public class AbilityBotsTest {
public static final User USER = new User(1L, "first", false, "last", "username", null, false, false, false);
public static final User CREATOR = new User(1337L, "creatorFirst", false, "creatorLast", "creatorUsername", null, false, false, false);
public static final User USER = new User(1L, "first", false, "last", "username", null, false, false, false, false, false);
public static final User CREATOR = new User(1337L, "creatorFirst", false, "creatorLast", "creatorUsername", null, false, false, false, false, false);
static Update mockFullUpdate(BaseAbilityBot bot, User user, String args) {
bot.users().put(USER.getId(), USER);
@ -56,8 +56,8 @@ public class AbilityBotsTest {
@Test
void cancelReplyStateTest() {
User userA = new User(10001L, "first", false, "last", "username", null, false, false, false);
User userB = new User(10101L, "first", false, "last", "username", null, false, false, false);
User userA = new User(10001L, "first", false, "last", "username", null, false, false, false, false, false);
User userB = new User(10101L, "first", false, "last", "username", null, false, false, false, false, false);
SilentSender silent = mock(SilentSender.class);
BaseAbilityBot bot = new TestingAbilityBot("", "", silent);
bot.onRegister();
@ -94,6 +94,7 @@ public class AbilityBotsTest {
this.silent = silentSender;
}
@SuppressWarnings("unused")
public Ability setReply() {
return Ability.builder()
.name("set_reply")

13
scalabot-meta/README.md Normal file
View File

@ -0,0 +1,13 @@
# scalabot-meta
本模块用于将 ScalaBot 的一些配置相关内容发布出去,以便于其他项目使用。
主要是配置类和相应的 Gson 序列化器(如果有,或者必要)。
## 关于序列化器
强烈建议使用序列化器!由于 Kotlin 与 Gson 之间的一些兼容性问题
(参见[本提交](https://github.com/LamGC/ScalaBot/commit/084280564af58d1af22db5b57c67577d93bd820e)
如果直接让 Gson 解析 Kotlin Data 类,将会出现一些潜在的问题(比如无法使用默认值)。
部分序列化器也可以帮助检查字段值是否合法,以防止因字段值不正确导致出现更多的问题
(例如 BotAccount 中,如果 `token` 的格式有误,那么获取 `id` 时将引发 `NumberFormatException` 异常)。

View File

@ -0,0 +1,108 @@
plugins {
kotlin("jvm")
id("org.jetbrains.kotlinx.kover")
id("org.jetbrains.dokka") version "1.7.0"
`maven-publish`
signing
}
dependencies {
val aetherVersion = "1.1.0"
api("org.eclipse.aether:aether-api:$aetherVersion")
implementation("org.eclipse.aether:aether-util:$aetherVersion")
implementation("org.telegram:telegrambots-meta:6.1.0")
api("com.google.code.gson:gson:2.9.0")
testImplementation(kotlin("test"))
testImplementation("io.mockk:mockk:1.12.4")
testImplementation("org.junit.jupiter:junit-jupiter-api:5.8.2")
testRuntimeOnly("org.junit.jupiter:junit-jupiter-engine:5.8.2")
dokkaHtmlPlugin("org.jetbrains.dokka:javadoc-plugin:1.7.0")
}
tasks.withType<org.jetbrains.kotlin.gradle.tasks.KotlinCompile>().configureEach {
kotlinOptions {
jvmTarget = "11"
}
}
java {
withJavadocJar()
withSourcesJar()
sourceCompatibility = JavaVersion.VERSION_11
targetCompatibility = JavaVersion.VERSION_11
}
tasks.getByName<Test>("test") {
useJUnitPlatform()
}
val javadocJar = tasks.named<Jar>("javadocJar") {
from(tasks.named("dokkaJavadoc"))
}
publishing {
repositories {
if (project.version.toString().endsWith("-SNAPSHOT", ignoreCase = true)) {
maven("https://nexus.kuku.me/repository/maven-snapshots/") {
credentials {
username = project.properties["repo.credentials.private.username"].toString()
password = project.properties["repo.credentials.private.password"].toString()
}
}
} else {
maven("https://nexus.kuku.me/repository/maven-releases/") {
credentials {
username = project.properties["repo.credentials.private.username"].toString()
password = project.properties["repo.credentials.private.password"].toString()
}
}
}
}
publications {
create<MavenPublication>("maven") {
from(components["kotlin"])
artifact(javadocJar)
artifact(tasks.named("sourcesJar"))
pom {
name.set("ScalaBot-meta")
description.set(
"Shared components used by scalabot (such as configuration classes)"
)
url.set("https://github.com/LamGC/ScalaBot")
licenses {
license {
name.set("The MIT License")
url.set("https://www.opensource.org/licenses/mit-license.php")
}
}
developers {
developer {
id.set("LamGC")
name.set("LamGC")
email.set("lam827@lamgc.net")
url.set("https://github.com/LamGC")
}
}
scm {
connection.set("scm:git:https://github.com/LamGC/ScalaBot.git")
developerConnection.set("scm:git:https://github.com/LamGC/ScalaBot.git")
url.set("https://github.com/LamGC/ScalaBot")
}
issueManagement {
url.set("https://github.com/LamGC/ScalaBot/issues")
system.set("Github Issues")
}
}
}
}
}
signing {
useGpgCmd()
sign(publishing.publications["maven"])
}

View File

@ -0,0 +1,139 @@
package net.lamgc.scalabot.config
import org.eclipse.aether.artifact.Artifact
import org.eclipse.aether.repository.Authentication
import org.eclipse.aether.repository.Proxy
import org.telegram.telegrambots.meta.ApiConstants
import java.net.URL
/**
* 机器人帐号信息.
* @property name 机器人名称, 建议与实际设定的名称相同.
* @property token 机器人 API Token.
* @property creatorId 机器人创建者, 管理机器人需要使用该信息.
* @property id 机器人账号 ID.
*/
data class BotAccount(
val name: String,
val token: String,
val creatorId: Long
) {
val id
// 不要想着每次获取都要从 token 里取出有性能损耗.
// 由于 Gson 解析方式, 如果不这么做, 会出现 token 设置前 id 初始化完成, 就只有"0"了,
// 虽然能过单元测试, 但实际使用过程是不能正常用的.
get() = token.substringBefore(":").toLong()
}
/**
* 机器人配置.
* @property enabled 是否启用机器人.
* @property account 机器人帐号信息, 用于访问 API.
* @property disableBuiltInAbility 是否禁用 AbilityBot 自带命令.
* @property autoUpdateCommandList 是否自动更新机器人在 Telegram 的命令列表.
* @property extensions 该机器人启用的扩展.
* @property proxy 为该机器人单独设置的代理配置, 如无设置, 则使用 AppConfig 中的代理配置.
* @property baseApiUrl 机器人所使用的 API 地址, 适用于自建 Telegram Bot API 端点.
*/
data class BotConfig(
val enabled: Boolean = false,
val account: BotAccount,
val disableBuiltInAbility: Boolean = false,
val autoUpdateCommandList: Boolean = false,
/*
* 使用构件坐标来选择机器人所使用的扩展包.
* 这么做的原因是我暂时没找到一个合适的方法来让开发者方便地设定自己的扩展 Id,
* 而构件坐标(POM Reference 或者叫 GAV 坐标)是开发者创建 Maven/Gradle 项目时一定会设置的,
* 所以就直接用了. :P
*/
val extensions: Set<Artifact> = emptySet(),
val proxy: ProxyConfig = ProxyConfig(type = ProxyType.NO_PROXY),
val baseApiUrl: String = ApiConstants.BASE_URL
)
/**
* 代理类型.
*/
enum class ProxyType {
NO_PROXY,
HTTP,
HTTPS,
SOCKS4,
SOCKS5
}
/**
* 代理配置.
* @property type 代理类型.
* @property host 代理服务端地址.
* @property port 代理服务端端口.
*/
data class ProxyConfig(
val type: ProxyType = ProxyType.NO_PROXY,
val host: String = "127.0.0.1",
val port: Int = 1080,
) {
override fun toString(): String {
return if (type != ProxyType.NO_PROXY) {
"$type://$host:$port"
} else {
"NO_PROXY"
}
}
}
/**
* ScalaBot 的运行指标公开配置.
*
* ScalaBot 内置了用于公开运行指标的服务端,
* 该指标遵循 Prometheus 的标准, 可以通过 Prometheus 的工具来查看.
*
* @property enable 是否启用运行指标服务端.
* @property port 运行指标服务端的端口.
* @property bindAddress 运行指标服务端的绑定地址, 绑定后只有该地址可以访问.
* @property authenticator 运行指标服务端的 HTTP 认证配置.
*/
data class MetricsConfig(
val enable: Boolean = false,
val port: Int = 9386,
val bindAddress: String? = "0.0.0.0",
val authenticator: UsernameAuthenticator? = null
)
/**
* Maven 远端仓库配置.
* @property id 远端仓库 ID, 如果该属性未配置 (null), 那么运行时将会自动分配一个 Id.
* @property url 仓库地址.
* @property proxy 访问仓库所使用的代理, 仅支持 http/https 代理.
* @property layout 仓库布局版本, Maven 2 及以上使用 `default`, Maven 1 使用 `legacy`.
* @property enableReleases 是否在该远端仓库获取发布版本.
* @property enableSnapshots 是否在该远端仓库获取快照版本.
* @property authentication 访问该远端仓库所使用的认证配置.
*/
data class MavenRepositoryConfig(
val id: String? = null,
val url: URL,
val proxy: Proxy? = null,
val layout: String = "default",
val enableReleases: Boolean = true,
val enableSnapshots: Boolean = true,
// 可能要设计个 type 来判断解析成什么类型的 Authentication.
val authentication: Authentication? = null
)
/**
* ScalaBot App 配置.
*
* App 配置信息与 BotConfig 分开, 分别存储在各自单独的文件中.
* @property proxy Telegram API 代理配置.
* @property metrics 运行指标数据配置. 可通过时序数据库记录运行数据.
* @property mavenRepositories Maven 远端仓库配置.
* @property mavenLocalRepository Maven 本地仓库路径. 相对于运行目录 (而不是 DATA_ROOT 目录)
*/
data class AppConfig(
val proxy: ProxyConfig = ProxyConfig(),
val metrics: MetricsConfig = MetricsConfig(),
val mavenRepositories: List<MavenRepositoryConfig> = emptyList(),
val mavenLocalRepository: String? = null
)

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package net.lamgc.scalabot.config
import com.google.gson.JsonObject
import com.sun.net.httpserver.BasicAuthenticator
class UsernameAuthenticator(private val username: String, private val password: String) :
BasicAuthenticator("metrics") {
override fun checkCredentials(username: String?, password: String?): Boolean =
this.username == username && this.password == password
fun toJsonObject(): JsonObject = JsonObject().apply {
addProperty("username", username)
addProperty("password", password)
}
override fun equals(other: Any?): Boolean {
return other is UsernameAuthenticator && this.username == other.username && this.password == other.password
}
override fun hashCode(): Int {
var result = username.hashCode()
result = 31 * result + password.hashCode()
return result
}
}

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package net.lamgc.scalabot.config.serializer
import com.google.gson.*
import com.google.gson.reflect.TypeToken
import net.lamgc.scalabot.config.*
import net.lamgc.scalabot.config.serializer.SerializeUtils.getPrimitiveValueOrThrow
import org.eclipse.aether.artifact.AbstractArtifact
import org.eclipse.aether.artifact.Artifact
import org.eclipse.aether.artifact.DefaultArtifact
import org.eclipse.aether.repository.Authentication
import org.eclipse.aether.repository.Proxy
import org.eclipse.aether.util.repository.AuthenticationBuilder
import java.lang.reflect.Type
import java.net.MalformedURLException
import java.net.URL
import java.util.regex.Pattern
object ProxyTypeSerializer : JsonDeserializer<ProxyType>,
JsonSerializer<ProxyType> {
override fun deserialize(
json: JsonElement,
typeOfT: Type?,
context: JsonDeserializationContext?
): ProxyType {
if (json.isJsonNull) {
return ProxyType.NO_PROXY
}
if (!json.isJsonPrimitive) {
throw JsonParseException("Wrong configuration value type.")
}
val value = json.asString.trim()
try {
return ProxyType.valueOf(value.uppercase())
} catch (e: IllegalArgumentException) {
throw JsonParseException("Invalid value: $value")
}
}
override fun serialize(
src: ProxyType,
typeOfSrc: Type?,
context: JsonSerializationContext?
): JsonElement {
return JsonPrimitive(src.toString())
}
}
object ArtifactSerializer : JsonSerializer<Artifact>, JsonDeserializer<Artifact> {
override fun serialize(src: Artifact, typeOfSrc: Type?, context: JsonSerializationContext?): JsonElement {
return if (src is AbstractArtifact) {
JsonPrimitive(src.toString())
} else {
JsonPrimitive(
DefaultArtifact(
src.groupId,
src.artifactId,
src.classifier,
src.extension,
src.version
).toString()
)
}
}
override fun deserialize(json: JsonElement, typeOfT: Type?, context: JsonDeserializationContext?): Artifact {
if (!json.isJsonPrimitive) {
throw JsonParseException("Wrong configuration value type.")
}
val artifactStr = json.asString.trim()
try {
return DefaultArtifact(artifactStr)
} catch (e: IllegalArgumentException) {
throw JsonParseException("Invalid artifact format: `${artifactStr}`.")
}
}
}
object AuthenticationSerializer : JsonDeserializer<Authentication> {
override fun deserialize(json: JsonElement, typeOfT: Type, context: JsonDeserializationContext): Authentication {
if (json !is JsonObject) {
throw JsonParseException("Unsupported JSON type.")
}
val username = json.getPrimitiveValueOrThrow("username").asString
val password = json.getPrimitiveValueOrThrow("password").asString
val builder = AuthenticationBuilder()
builder.addUsername(username)
builder.addPassword(password)
return builder.build()
}
}
internal object SerializeUtils {
fun JsonObject.getPrimitiveValueOrThrow(fieldName: String): JsonPrimitive {
val value = get(fieldName) ?: throw JsonParseException("Missing `$fieldName` field.")
if (value !is JsonPrimitive) {
throw JsonParseException("Invalid `account` field type.")
}
return value
}
}
object MavenRepositoryConfigSerializer
: JsonDeserializer<MavenRepositoryConfig> {
override fun deserialize(
json: JsonElement,
typeOfT: Type,
context: JsonDeserializationContext
): MavenRepositoryConfig {
return when (json) {
is JsonObject -> {
MavenRepositoryConfig(
id = json.get("id")?.asString,
url = URL(json.getPrimitiveValueOrThrow("url").asString),
proxy = if (json.has("proxy"))
context.deserialize<Proxy>(
json.get("proxy"), Proxy::class.java
) else null,
layout = json.get("layout")?.asString ?: "default",
enableReleases = json.get("enableReleases")?.asBoolean ?: true,
enableSnapshots = json.get("enableSnapshots")?.asBoolean ?: true,
authentication = if (json.has("authentication"))
context.deserialize<Authentication>(
json.get("authentication"), Authentication::class.java
) else null
)
}
is JsonPrimitive -> {
try {
return MavenRepositoryConfig(url = URL(json.asString))
} catch (e: MalformedURLException) {
throw JsonParseException("Invalid URL: ${json.asString}", e)
}
}
else -> {
throw JsonParseException("Unsupported Maven repository configuration type. (Only support JSON object or url string)")
}
}
}
}
object UsernameAuthenticatorSerializer : JsonSerializer<UsernameAuthenticator>,
JsonDeserializer<UsernameAuthenticator> {
override fun serialize(
src: UsernameAuthenticator,
typeOfSrc: Type?,
context: JsonSerializationContext?
): JsonElement {
return src.toJsonObject()
}
override fun deserialize(
json: JsonElement,
typeOfT: Type?,
context: JsonDeserializationContext?
): UsernameAuthenticator? {
if (json.isJsonNull) {
return null
} else if (!json.isJsonObject) {
throw JsonParseException("Invalid attribute value type.")
}
val jsonObj = json.asJsonObject
if (jsonObj["username"]?.isJsonPrimitive != true) {
throw JsonParseException("Invalid attribute value: username")
} else if (jsonObj["password"]?.isJsonPrimitive != true) {
throw JsonParseException("Invalid attribute value: password")
}
if (jsonObj["username"].asString.isEmpty() || jsonObj["password"].asString.isEmpty()) {
throw JsonParseException("`username` or `password` is empty.")
}
return UsernameAuthenticator(jsonObj["username"].asString, jsonObj["password"].asString)
}
}
object ProxyConfigSerializer : JsonSerializer<ProxyConfig>, JsonDeserializer<ProxyConfig> {
override fun serialize(src: ProxyConfig?, typeOfSrc: Type?, context: JsonSerializationContext?): JsonElement {
if (src == null) {
return JsonNull.INSTANCE
}
return JsonObject().apply {
addProperty("type", src.type.name)
addProperty("host", src.host)
addProperty("port", src.port)
}
}
override fun deserialize(json: JsonElement?, typeOfT: Type?, context: JsonDeserializationContext?): ProxyConfig {
if (json == null || json.isJsonNull) {
return ProxyConfig()
} else if (json !is JsonObject) {
throw JsonParseException("Invalid json type.")
}
val typeStr = json["type"]?.asString ?: return ProxyConfig()
val type = try {
ProxyType.valueOf(typeStr)
} catch (e: IllegalArgumentException) {
throw JsonParseException("Invalid proxy type: `$typeStr`")
}
if (!json.has("host") || !json.has("port")) {
throw JsonParseException("Missing `host` field or `port` field.")
}
return ProxyConfig(
type = type,
host = json["host"].asString,
port = json["port"].asInt
)
}
}
object BotConfigSerializer : JsonSerializer<BotConfig>, JsonDeserializer<BotConfig> {
private val defaultConfig = BotConfig(account = BotAccount("__Default__", "__Default__", 0))
override fun serialize(src: BotConfig, typeOfSrc: Type, context: JsonSerializationContext): JsonElement {
return JsonObject().apply {
addProperty("enabled", src.enabled)
add("account", context.serialize(src.account))
addProperty("disableBuiltInAbility", src.disableBuiltInAbility)
addProperty("autoUpdateCommandList", src.autoUpdateCommandList)
add("extensions", context.serialize(src.extensions))
add("proxy", ProxyConfigSerializer.serialize(src.proxy, ProxyConfig::class.java, context))
addProperty("baseApiUrl", src.baseApiUrl)
}
}
override fun deserialize(json: JsonElement, typeOfT: Type, context: JsonDeserializationContext): BotConfig {
if (json !is JsonObject) {
throw JsonParseException("Unsupported JSON type.")
}
if (!json.has("account")) {
throw JsonParseException("Missing `account` field.")
} else if (!json.get("account").isJsonObject) {
throw JsonParseException("Invalid `account` field type.")
}
// 从 json 反序列化 BotConfig使用构造函数
return BotConfig(
enabled = json.get("enabled")?.asBoolean ?: defaultConfig.enabled,
account = context.deserialize(json.get("account"), BotAccount::class.java)!!,
disableBuiltInAbility = json.get("disableBuiltInAbility")?.asBoolean ?: defaultConfig.disableBuiltInAbility,
autoUpdateCommandList = json.get("autoUpdateCommandList")?.asBoolean ?: defaultConfig.autoUpdateCommandList,
extensions = context.deserialize(json.get("extensions"), object : TypeToken<Set<Artifact>>() {}.type)
?: defaultConfig.extensions,
proxy = context.deserialize(json.get("proxy"), ProxyConfig::class.java) ?: defaultConfig.proxy,
baseApiUrl = json.get("baseApiUrl")?.asString ?: defaultConfig.baseApiUrl
)
}
}
object BotAccountSerializer : JsonDeserializer<BotAccount> {
private val tokenCheckRegex = Pattern.compile("\\d+:[a-zA-Z\\d_-]{35}")
override fun deserialize(json: JsonElement?, typeOfT: Type?, context: JsonDeserializationContext?): BotAccount {
if (json == null || json.isJsonNull) {
throw JsonParseException("Missing `account` field.")
} else if (!json.isJsonObject) {
throw JsonParseException("Invalid `account` field type.")
}
val jsonObj = json.asJsonObject
val name = jsonObj.getPrimitiveValueOrThrow("name").asString
val token = jsonObj.getPrimitiveValueOrThrow("token").asString.let {
if (it.isEmpty()) {
throw JsonParseException("`token` cannot be empty.")
} else if (!tokenCheckRegex.matcher(it).matches()) {
throw JsonParseException("`token` is invalid.")
} else {
it
}
}
val creatorId = try {
jsonObj.getPrimitiveValueOrThrow("creatorId").asLong
} catch (e: NumberFormatException) {
throw JsonParseException("`creatorId` must be a number.")
}.apply {
if (this < 0) {
throw JsonParseException("`creatorId` must be a positive number.")
}
}
return BotAccount(name, token, creatorId)
}
}

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package net.lamgc.scalabot.config
import com.google.gson.Gson
import com.google.gson.GsonBuilder
import com.google.gson.JsonObject
import io.mockk.every
import io.mockk.mockk
import io.mockk.verify
import net.lamgc.scalabot.config.serializer.*
import org.eclipse.aether.artifact.Artifact
import org.eclipse.aether.artifact.DefaultArtifact
import org.eclipse.aether.repository.Authentication
import org.eclipse.aether.repository.AuthenticationContext
import org.eclipse.aether.repository.Proxy
import org.intellij.lang.annotations.Language
import org.junit.jupiter.api.Assertions
import java.net.URL
import java.util.*
import kotlin.math.abs
import kotlin.test.*
internal class BotAccountTest {
@Test
fun `id getter`() {
val accountId = abs(Random().nextInt()).toLong()
Assertions.assertEquals(accountId, BotAccount("Test", "${accountId}:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10", 0).id)
}
private val gson = GsonBuilder()
.create()
@Test
fun deserializerTest() {
val accountId = abs(Random().nextInt()).toLong()
val creatorId = abs(Random().nextInt()).toLong()
val botAccountJsonObject = gson.fromJson(
"""
{
"name": "TestBot",
"token": "${accountId}:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10",
"creatorId": $creatorId
}
""".trimIndent(), JsonObject::class.java
)
val botAccount = Gson().fromJson(botAccountJsonObject, BotAccount::class.java)
assertEquals(accountId, botAccount.id)
assertEquals("TestBot", botAccount.name)
assertEquals(creatorId, botAccount.creatorId)
assertEquals("${accountId}:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10", botAccount.token)
}
@Test
fun serializerTest() {
val accountId = abs(Random().nextInt()).toLong()
val creatorId = abs(Random().nextInt()).toLong()
val botAccount = BotAccount("TestBot", "${accountId}:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10", creatorId)
val botAccountJsonObject = gson.toJsonTree(botAccount)
assertTrue(botAccountJsonObject is JsonObject)
assertEquals(botAccount.name, botAccountJsonObject["name"].asString)
assertEquals(botAccount.token, botAccountJsonObject["token"].asString)
assertNull(botAccountJsonObject["id"])
Assertions.assertEquals(creatorId, botAccountJsonObject["creatorId"].asLong)
}
}
internal class BotConfigTest {
private val gson = GsonBuilder()
.registerTypeAdapter(BotConfig::class.java, BotConfigSerializer)
.registerTypeAdapter(Artifact::class.java, ArtifactSerializer)
.registerTypeAdapter(ProxyConfig::class.java, ProxyConfigSerializer)
.create()
@Test
fun `json serialize`() {
val minimumExpectConfig = BotConfig(
account = BotAccount(
name = "TestBot",
token = "123456789:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10",
creatorId = 123456789L
),
)
val json = gson.toJsonTree(minimumExpectConfig)
assertTrue(json is JsonObject)
assertEquals(minimumExpectConfig.enabled, json.get("enabled").asBoolean)
assertEquals(minimumExpectConfig.account.name, json.get("account").asJsonObject.get("name").asString)
assertEquals(minimumExpectConfig.account.token, json.get("account").asJsonObject.get("token").asString)
assertEquals(minimumExpectConfig.account.creatorId, json.get("account").asJsonObject.get("creatorId").asLong)
assertNull(json.get("account").asJsonObject.get("id"))
assertEquals(minimumExpectConfig.proxy.host, json.get("proxy").asJsonObject.get("host").asString)
assertEquals(minimumExpectConfig.proxy.port, json.get("proxy").asJsonObject.get("port").asInt)
assertEquals(minimumExpectConfig.proxy.type.name, json.get("proxy").asJsonObject.get("type").asString)
assertEquals(minimumExpectConfig.disableBuiltInAbility, json.get("disableBuiltInAbility").asBoolean)
assertEquals(minimumExpectConfig.autoUpdateCommandList, json.get("autoUpdateCommandList").asBoolean)
assertNotNull(json.get("extensions"))
assertTrue(json.get("extensions").isJsonArray)
assertTrue(json.get("extensions").asJsonArray.isEmpty)
assertEquals(minimumExpectConfig.baseApiUrl, json.get("baseApiUrl").asString)
}
@Test
fun `json deserialize`() {
val expectExtensionArtifact = DefaultArtifact("org.example.test:test-extension:1.0.0")
@Language("JSON5") val looksGoodJson = """
{
"enabled": false,
"account": {
"name": "TestBot",
"token": "123456789:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10",
"creatorId": 123456789
},
"proxy": {
"host": "localhost",
"port": 8080,
"type": "HTTP"
},
"disableBuiltInAbility": false,
"autoUpdateCommandList": true,
"extensions": [
"$expectExtensionArtifact"
],
"baseApiUrl": "http://localhost:8080"
}
""".trimIndent()
val actualConfig = gson.fromJson(looksGoodJson, BotConfig::class.java)
assertEquals(false, actualConfig.enabled)
assertEquals("TestBot", actualConfig.account.name)
assertEquals("123456789:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10", actualConfig.account.token)
assertEquals(123456789L, actualConfig.account.creatorId)
assertEquals("localhost", actualConfig.proxy.host)
assertEquals(8080, actualConfig.proxy.port)
assertEquals(ProxyType.HTTP, actualConfig.proxy.type)
assertEquals(false, actualConfig.disableBuiltInAbility)
assertEquals(true, actualConfig.autoUpdateCommandList)
assertEquals(1, actualConfig.extensions.size)
assertEquals(expectExtensionArtifact, actualConfig.extensions.first())
assertEquals("http://localhost:8080", actualConfig.baseApiUrl)
}
@Test
fun `json deserialize - minimum parameters`() {
@Language("JSON5") val minimumLooksGoodJson = """
{
"account": {
"name": "TestBot",
"token": "123456789:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10",
"creatorId": 123456789
}
}
""".trimIndent()
val expectDefaultConfig = BotConfig(account = BotAccount("Test", "Test", 0))
val actualMinimumConfig = gson.fromJson(minimumLooksGoodJson, BotConfig::class.java)
assertNotNull(actualMinimumConfig)
assertEquals("TestBot", actualMinimumConfig.account.name)
assertEquals("123456789:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10", actualMinimumConfig.account.token)
assertEquals(123456789, actualMinimumConfig.account.creatorId)
assertEquals(expectDefaultConfig.enabled, actualMinimumConfig.enabled)
assertEquals(expectDefaultConfig.disableBuiltInAbility, actualMinimumConfig.disableBuiltInAbility)
assertEquals(expectDefaultConfig.autoUpdateCommandList, actualMinimumConfig.autoUpdateCommandList)
assertEquals(expectDefaultConfig.proxy, actualMinimumConfig.proxy)
assertEquals(expectDefaultConfig.baseApiUrl, actualMinimumConfig.baseApiUrl)
assertTrue(expectDefaultConfig.extensions.containsAll(actualMinimumConfig.extensions))
assertTrue(actualMinimumConfig.extensions.containsAll(expectDefaultConfig.extensions))
}
}
internal class ProxyConfigTest {
private val gson = GsonBuilder()
.registerTypeAdapter(ProxyConfig::class.java, ProxyConfigSerializer)
.registerTypeAdapter(ProxyType::class.java, ProxyTypeSerializer)
.create()
@Test
fun `json serialize`() {
val proxyConfig = ProxyConfig(
host = "localhost",
port = 8080,
type = ProxyType.HTTP
)
val json = gson.toJsonTree(proxyConfig)
assertTrue(json is JsonObject)
assertEquals(proxyConfig.host, json.get("host").asString)
assertEquals(proxyConfig.port, json.get("port").asInt)
assertEquals(proxyConfig.type.name, json.get("type").asString)
}
@Test
fun `json deserialize`() {
@Language("JSON5") val looksGoodJson = """
{
"host": "localhost",
"port": 8080,
"type": "HTTP"
}
""".trimIndent()
val actualConfig = gson.fromJson(looksGoodJson, ProxyConfig::class.java)
assertEquals("localhost", actualConfig.host)
assertEquals(8080, actualConfig.port)
assertEquals(ProxyType.HTTP, actualConfig.type)
}
}
internal class MetricsConfigTest {
private val gson = GsonBuilder()
.registerTypeAdapter(UsernameAuthenticator::class.java, UsernameAuthenticatorSerializer)
.create()
@Test
fun `json serializer`() {
val config = MetricsConfig(
enable = true,
port = 8800,
bindAddress = "127.0.0.1",
authenticator = UsernameAuthenticator(
username = "username",
password = "password"
)
)
val json = gson.toJsonTree(config).asJsonObject
assertEquals(config.enable, json.get("enable").asBoolean)
assertEquals(config.port, json.get("port").asInt)
assertEquals(config.bindAddress, json.get("bindAddress").asString)
assertNotNull(config.authenticator)
assertTrue(
config.authenticator!!.checkCredentials(
json.get("authenticator").asJsonObject.get("username").asString,
json.get("authenticator").asJsonObject.get("password").asString
)
)
val expectDefaultValueConfig = MetricsConfig()
val defaultValueJson = gson.toJsonTree(expectDefaultValueConfig).asJsonObject
assertEquals(expectDefaultValueConfig.enable, defaultValueJson.get("enable").asBoolean)
assertEquals(expectDefaultValueConfig.port, defaultValueJson.get("port").asInt)
assertEquals(expectDefaultValueConfig.bindAddress, defaultValueJson.get("bindAddress").asString)
assertNull(defaultValueJson.get("authenticator"))
}
@Test
fun `json deserializer`() {
val json = """
{
"enable": true,
"port": 8800,
"bindAddress": "127.0.0.1",
"authenticator": {
"username": "username",
"password": "password"
}
}
""".trimIndent()
val config = gson.fromJson(json, MetricsConfig::class.java)
assertEquals(true, config.enable)
assertEquals(8800, config.port)
assertEquals("127.0.0.1", config.bindAddress)
assertNotNull(config.authenticator)
assertTrue(config.authenticator!!.checkCredentials("username", "password"))
val defaultValueConfig = MetricsConfig()
val defaultValueJson = gson.toJsonTree(defaultValueConfig).asJsonObject
assertEquals(defaultValueConfig.enable, defaultValueJson.get("enable").asBoolean)
assertEquals(defaultValueConfig.port, defaultValueJson.get("port").asInt)
assertEquals(defaultValueConfig.bindAddress, defaultValueJson.get("bindAddress").asString)
assertNull(defaultValueJson.get("authenticator"))
}
@Test
fun `json deserializer - default value`() {
val actualConfig = gson.fromJson("{}", MetricsConfig::class.java)
val expectConfig = MetricsConfig()
assertEquals(expectConfig, actualConfig)
}
}
internal class MavenRepositoryConfigTest {
private val gson = GsonBuilder()
.registerTypeAdapter(MavenRepositoryConfig::class.java, MavenRepositoryConfigSerializer)
.registerTypeAdapter(Authentication::class.java, AuthenticationSerializer)
.create()
@Test
fun `json serializer`() {
val config = MavenRepositoryConfig(
id = "test",
url = URL("http://localhost:8080/repository"),
proxy = Proxy(
"http",
"localhost",
8080,
),
layout = "legacy",
enableReleases = false,
enableSnapshots = true,
authentication = null
)
val json = gson.toJsonTree(config).asJsonObject
assertEquals(config.id, json.get("id").asString)
assertEquals(config.url.toString(), json.get("url").asString)
assertEquals(config.proxy!!.host, json.get("proxy").asJsonObject.get("host").asString)
assertEquals(config.proxy!!.port, json.get("proxy").asJsonObject.get("port").asInt)
assertEquals(config.proxy!!.type, json.get("proxy").asJsonObject.get("type").asString)
assertEquals(config.layout, json.get("layout").asString)
assertEquals(config.enableReleases, json.get("enableReleases").asBoolean)
assertEquals(config.enableSnapshots, json.get("enableSnapshots").asBoolean)
assertNull(json.get("authentication"))
}
@Test
fun `json deserializer`() {
@Language("JSON5")
val json = """
{
"id": "test",
"url": "http://localhost:8080/repository",
"proxy": {
"host": "localhost",
"port": 8080,
"type": "HTTP"
},
"layout": "legacy",
"enableReleases": false,
"enableSnapshots": true,
"authentication": {
"username": "testUser",
"password": "testPassword"
}
}
""".trimIndent()
val config = gson.fromJson(json, MavenRepositoryConfig::class.java)
assertEquals("test", config.id)
assertEquals(URL("http://localhost:8080/repository"), config.url)
assertEquals(
Proxy(
"HTTP",
"localhost",
8080
), config.proxy
)
assertEquals("legacy", config.layout)
assertEquals(false, config.enableReleases)
assertEquals(true, config.enableSnapshots)
assertNotNull(config.authentication)
val authContext = mockk<AuthenticationContext> {
every { put(ofType(String::class), any()) } answers { }
}
config.authentication!!.fill(authContext, null, emptyMap())
verify {
authContext.put(any(), "testUser")
authContext.put(any(), "testPassword".toCharArray())
}
}
}
internal class AppConfigTest {
private val gson = GsonBuilder()
.registerTypeAdapter(ProxyType::class.java, ProxyTypeSerializer)
.registerTypeAdapter(ProxyConfig::class.java, ProxyConfigSerializer)
.registerTypeAdapter(UsernameAuthenticator::class.java, UsernameAuthenticatorSerializer)
.registerTypeAdapter(MavenRepositoryConfig::class.java, MavenRepositoryConfigSerializer)
.create()
@Test
fun `json serializer - default value`() {
val config = AppConfig()
val json = gson.toJsonTree(config).asJsonObject
assertEquals(config.proxy.type.name, json.get("proxy").asJsonObject.get("type").asString)
assertEquals(config.proxy.host, json.get("proxy").asJsonObject.get("host").asString)
assertEquals(config.proxy.port, json.get("proxy").asJsonObject.get("port").asInt)
assertEquals(config.metrics.enable, json.get("metrics").asJsonObject.get("enable").asBoolean)
assertEquals(config.metrics.port, json.get("metrics").asJsonObject.get("port").asInt)
assertEquals(config.metrics.bindAddress, json.get("metrics").asJsonObject.get("bindAddress").asString)
assertNull(json["metrics"].asJsonObject.get("authenticator"))
assertTrue(json["mavenRepositories"].asJsonArray.isEmpty)
assertNull(json["mavenLocalRepository"])
}
@Test
fun `json serializer - Provide values`() {
val config = AppConfig(
proxy = ProxyConfig(
type = ProxyType.HTTP,
host = "localhost",
port = 8080
),
metrics = MetricsConfig(
enable = true,
port = 8800,
bindAddress = "127.0.0.1",
authenticator = UsernameAuthenticator(
username = "username",
password = "password"
)
),
mavenRepositories = listOf(
MavenRepositoryConfig(
url = URL("https://repository.maven.apache.org/maven2/")
)
),
mavenLocalRepository = "file:///tmp/maven-local-repository"
)
val json = gson.toJsonTree(config).asJsonObject
assertEquals(config.proxy.type.name, json.get("proxy").asJsonObject.get("type").asString)
assertEquals(config.proxy.host, json.get("proxy").asJsonObject.get("host").asString)
assertEquals(config.proxy.port, json.get("proxy").asJsonObject.get("port").asInt)
assertEquals(config.metrics.enable, json.get("metrics").asJsonObject.get("enable").asBoolean)
assertEquals(config.metrics.port, json.get("metrics").asJsonObject.get("port").asInt)
assertEquals(config.metrics.bindAddress, json.get("metrics").asJsonObject.get("bindAddress").asString)
assertNotNull(config.metrics.authenticator)
assertTrue(
config.metrics.authenticator!!.checkCredentials(
json.get("metrics").asJsonObject.get("authenticator").asJsonObject.get("username").asString,
json.get("metrics").asJsonObject.get("authenticator").asJsonObject.get("password").asString
)
)
assertEquals(1, json["mavenRepositories"].asJsonArray.size())
assertEquals(
config.mavenRepositories[0].url.toString(),
json["mavenRepositories"].asJsonArray[0].asJsonObject.get("url").asString
)
assertEquals(config.mavenLocalRepository, json["mavenLocalRepository"].asString)
}
@Test
fun `json deserializer - complete`() {
val json = """
{
"proxy": {
"type": "HTTP",
"host": "localhost",
"port": 8080
},
"metrics": {
"enable": true,
"port": 8800,
"bindAddress": "127.0.0.1",
"authenticator": {
"username": "username",
"password": "password"
}
},
"mavenRepositories": [
{
"url": "https://repository.maven.apache.org/maven2/"
}
],
"mavenLocalRepository": "file:///tmp/maven-local-repository"
}
""".trimIndent()
val config = gson.fromJson(json, AppConfig::class.java)
assertEquals(ProxyType.HTTP, config.proxy.type)
assertEquals("localhost", config.proxy.host)
assertEquals(8080, config.proxy.port)
assertEquals(true, config.metrics.enable)
assertEquals(8800, config.metrics.port)
assertEquals("127.0.0.1", config.metrics.bindAddress)
assertNotNull(config.metrics.authenticator)
assertTrue(config.metrics.authenticator!!.checkCredentials("username", "password"))
assertEquals(1, config.mavenRepositories.size)
assertEquals(URL("https://repository.maven.apache.org/maven2/"), config.mavenRepositories[0].url)
assertEquals("file:///tmp/maven-local-repository", config.mavenLocalRepository)
}
@Test
fun `json deserializer - default value`() {
val actualConfig = gson.fromJson("{}", AppConfig::class.java)
val expectConfig = AppConfig()
assertEquals(expectConfig, actualConfig)
}
}

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@ -0,0 +1,38 @@
package net.lamgc.scalabot.config
import kotlin.test.*
internal class UsernameAuthenticatorTest {
@Test
fun checkCredentialsTest() {
val authenticator = UsernameAuthenticator("testUser", "testPassword")
assertTrue(authenticator.checkCredentials("testUser", "testPassword"))
assertFalse(authenticator.checkCredentials("falseUser", "testPassword"))
assertFalse(authenticator.checkCredentials("testUser", "falsePassword"))
assertFalse(authenticator.checkCredentials("falseUser", "falsePassword"))
}
@Test
fun toJsonObjectTest() {
val authenticator = UsernameAuthenticator("testUser", "testPassword")
val jsonObject = authenticator.toJsonObject()
assertEquals("testUser", jsonObject["username"]?.asString)
assertEquals("testPassword", jsonObject["password"]?.asString)
}
@Test
fun equalsTest() {
val authenticator = UsernameAuthenticator("testUser", "testPassword")
assertEquals(authenticator, UsernameAuthenticator("testUser", "testPassword"))
assertEquals(authenticator.hashCode(), UsernameAuthenticator("testUser", "testPassword").hashCode())
assertNotEquals(authenticator, UsernameAuthenticator("testUser", "falsePassword"))
assertNotEquals(authenticator.hashCode(), UsernameAuthenticator("testUser", "falsePassword").hashCode())
assertNotEquals(authenticator, UsernameAuthenticator("falseUser", "testPassword"))
assertNotEquals(authenticator.hashCode(), UsernameAuthenticator("falseUser", "testPassword").hashCode())
assertNotEquals(authenticator, UsernameAuthenticator("falseUser", "falsePassword"))
assertNotEquals(authenticator.hashCode(), UsernameAuthenticator("falseUser", "falsePassword").hashCode())
assertFalse(authenticator.equals(null))
}
}

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@ -0,0 +1,852 @@
package net.lamgc.scalabot.config.serializer
import com.google.gson.*
import io.mockk.every
import io.mockk.mockk
import io.mockk.verify
import net.lamgc.scalabot.config.*
import net.lamgc.scalabot.config.serializer.SerializeUtils.getPrimitiveValueOrThrow
import org.eclipse.aether.artifact.Artifact
import org.eclipse.aether.artifact.DefaultArtifact
import org.eclipse.aether.repository.Authentication
import org.eclipse.aether.repository.AuthenticationContext
import org.eclipse.aether.repository.Proxy
import org.intellij.lang.annotations.Language
import org.junit.jupiter.api.Assertions.assertThrows
import java.lang.reflect.Type
import java.net.URL
import kotlin.test.*
internal class SerializeUtilsTest {
@Test
fun `getPrimitiveValueOrThrow test`() {
assertThrows(JsonParseException::class.java) {
JsonObject().getPrimitiveValueOrThrow("NOT_EXIST_KEY")
}
assertThrows(JsonParseException::class.java) {
JsonObject().apply {
add("testKey", JsonArray())
}.getPrimitiveValueOrThrow("testKey")
}
assertThrows(JsonParseException::class.java) {
JsonObject().apply {
add("testKey", JsonObject())
}.getPrimitiveValueOrThrow("testKey")
}
assertThrows(JsonParseException::class.java) {
JsonObject().apply {
add("testKey", JsonNull.INSTANCE)
}.getPrimitiveValueOrThrow("testKey")
}
val expectKey = "STRING_KEY"
val expectValue = JsonPrimitive("A STRING")
assertEquals(expectValue, JsonObject()
.apply { add(expectKey, expectValue) }
.getPrimitiveValueOrThrow(expectKey))
}
}
internal class ProxyTypeSerializerTest {
@Test
fun `serialize test`() {
for (type in ProxyType.values()) {
assertEquals(
JsonPrimitive(type.name), ProxyTypeSerializer.serialize(type, null, null),
"ProxyType 序列化结果与预期不符."
)
}
}
@Test
fun `deserialize test`() {
assertThrows(JsonParseException::class.java) {
ProxyTypeSerializer.deserialize(JsonObject(), null, null)
}
assertThrows(JsonParseException::class.java) {
ProxyTypeSerializer.deserialize(JsonArray(), null, null)
}
assertThrows(JsonParseException::class.java) {
ProxyTypeSerializer.deserialize(JsonPrimitive("NOT_IN_ENUM_VALUE"), null, null)
}
assertEquals(
ProxyType.NO_PROXY,
ProxyTypeSerializer.deserialize(JsonNull.INSTANCE, null, null)
)
for (type in ProxyType.values()) {
assertEquals(
type, ProxyTypeSerializer.deserialize(JsonPrimitive(type.name), null, null),
"ProxyType 反序列化结果与预期不符."
)
assertEquals(
type, ProxyTypeSerializer.deserialize(JsonPrimitive(" ${type.name} "), null, null),
"ProxyType 反序列化时未对 Json 字符串进行修剪(trim)."
)
}
}
}
internal class MavenRepositoryConfigSerializerTest {
@Test
fun `unsupported json type deserialize test`() {
assertThrows(JsonParseException::class.java) {
MavenRepositoryConfigSerializer.deserialize(
JsonArray(),
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
}
assertThrows(JsonParseException::class.java) {
MavenRepositoryConfigSerializer.deserialize(
JsonNull.INSTANCE,
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
}
}
@Test
fun `json primitive deserialize test`() {
assertThrows(JsonParseException::class.java) {
MavenRepositoryConfigSerializer.deserialize(
JsonPrimitive("NOT A URL."),
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
}
val expectRepoUrl = "https://repo.example.org/maven"
val config = MavenRepositoryConfigSerializer.deserialize(
JsonPrimitive(expectRepoUrl),
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
assertNull(config.id)
assertEquals(URL(expectRepoUrl), config.url)
assertNull(config.proxy, "Proxy 默认值不为 null.")
assertEquals("default", config.layout)
assertTrue(config.enableReleases)
assertTrue(config.enableSnapshots)
assertNull(config.authentication)
}
@Test
fun `json object default deserialize test`() {
val expectRepoUrl = "https://repo.example.org/maven"
val jsonObject = JsonObject()
jsonObject.addProperty("url", expectRepoUrl)
val config = MavenRepositoryConfigSerializer.deserialize(
jsonObject,
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
assertNull(config.id)
assertEquals(URL(expectRepoUrl), config.url)
assertNull(config.proxy, "Proxy 默认值不为 null.")
assertEquals("default", config.layout)
assertTrue(config.enableReleases)
assertTrue(config.enableSnapshots)
assertNull(config.authentication)
}
@Test
fun `json object deserialize test`() {
@Language("JSON5")
val looksGoodJsonString = """
{
"id": "test-repository",
"url": "https://repo.example.org/maven",
"proxy": {
"type": "http",
"host": "127.0.1.1",
"port": 10800
},
"layout": "default",
"enableReleases": false,
"enableSnapshots": true
}
""".trimIndent()
val jsonObject = Gson().fromJson(looksGoodJsonString, JsonObject::class.java)
var config = MavenRepositoryConfigSerializer.deserialize(
jsonObject,
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
assertEquals(jsonObject["id"].asString, config.id)
assertEquals(URL(jsonObject["url"].asString), config.url)
assertEquals(Proxy("http", "127.0.1.1", 10800), config.proxy)
assertEquals(jsonObject["layout"].asString, config.layout)
assertEquals(jsonObject["enableReleases"].asBoolean, config.enableReleases)
assertEquals(jsonObject["enableSnapshots"].asBoolean, config.enableSnapshots)
// ------------------------------------
jsonObject.add("proxy", JsonNull.INSTANCE)
jsonObject.remove("layout")
config = MavenRepositoryConfigSerializer.deserialize(
jsonObject,
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
assertEquals(jsonObject["id"].asString, config.id)
assertEquals(URL(jsonObject["url"].asString), config.url)
assertNull(config.proxy)
assertEquals("default", config.layout)
assertEquals(jsonObject["enableReleases"].asBoolean, config.enableReleases)
assertEquals(jsonObject["enableSnapshots"].asBoolean, config.enableSnapshots)
// ------------------------------------
jsonObject.add("layout", mockk<JsonPrimitive> {
every { asString }.returns(null)
})
config = MavenRepositoryConfigSerializer.deserialize(
jsonObject,
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
assertEquals(jsonObject["id"].asString, config.id)
assertEquals(URL(jsonObject["url"].asString), config.url)
assertNull(config.proxy)
assertEquals("default", config.layout)
assertEquals(jsonObject["enableReleases"].asBoolean, config.enableReleases)
assertEquals(jsonObject["enableSnapshots"].asBoolean, config.enableSnapshots)
assertNull(config.authentication)
// ------------------------------------
jsonObject.add("authentication", JsonObject().apply {
addProperty("username", "testUsername")
addProperty("password", "testPassword")
})
config = MavenRepositoryConfigSerializer.deserialize(
jsonObject,
MavenRepositoryConfig::class.java,
TestJsonSerializationContext.default()
)
assertEquals(jsonObject["id"].asString, config.id)
assertEquals(URL(jsonObject["url"].asString), config.url)
assertNull(config.proxy)
assertEquals("default", config.layout)
assertEquals(jsonObject["enableReleases"].asBoolean, config.enableReleases)
assertEquals(jsonObject["enableSnapshots"].asBoolean, config.enableSnapshots)
assertNotNull(config.authentication)
}
}
private class TestJsonSerializationContext(private val gson: Gson) : JsonDeserializationContext,
JsonSerializationContext {
override fun <T : Any?> deserialize(json: JsonElement?, typeOfT: Type): T {
return gson.fromJson(json, typeOfT)
}
companion object {
fun default(): TestJsonSerializationContext {
return TestJsonSerializationContext(
GsonBuilder()
.registerTypeAdapter(MavenRepositoryConfig::class.java, MavenRepositoryConfigSerializer)
.registerTypeAdapter(BotConfig::class.java, BotConfigSerializer)
.registerTypeAdapter(ProxyType::class.java, ProxyTypeSerializer)
.registerTypeAdapter(Artifact::class.java, ArtifactSerializer)
.registerTypeAdapter(Authentication::class.java, AuthenticationSerializer)
.registerTypeAdapter(UsernameAuthenticator::class.java, UsernameAuthenticatorSerializer)
.registerTypeAdapter(ProxyConfig::class.java, ProxyConfigSerializer)
.create()
)
}
}
override fun serialize(src: Any?): JsonElement {
return gson.toJsonTree(src)
}
override fun serialize(src: Any?, typeOfSrc: Type?): JsonElement {
return gson.toJsonTree(src, typeOfSrc)
}
}
internal class AuthenticationSerializerTest {
@Test
fun `deserialize test`() {
assertThrows(JsonParseException::class.java) {
AuthenticationSerializer.deserialize(
JsonNull.INSTANCE,
Authentication::class.java, TestJsonSerializationContext.default()
)
}
assertThrows(JsonParseException::class.java) {
AuthenticationSerializer.deserialize(
JsonArray(),
Authentication::class.java, TestJsonSerializationContext.default()
)
}
assertThrows(JsonParseException::class.java) {
AuthenticationSerializer.deserialize(
JsonPrimitive("A STRING"),
Authentication::class.java, TestJsonSerializationContext.default()
)
}
val expectJsonObject = JsonObject().apply {
addProperty("username", "testUsername")
addProperty("password", "testPassword")
}
val mockContext = mockk<AuthenticationContext> {
every { put(any(), any()) }.answers { }
}
val result = AuthenticationSerializer.deserialize(
expectJsonObject,
Authentication::class.java, TestJsonSerializationContext.default()
)
assertNotNull(result)
result.fill(mockContext, "username", null)
result.fill(mockContext, "password", null)
verify {
mockContext.put("username", "testUsername")
mockContext.put("password", "testPassword".toCharArray())
}
}
}
internal class BotConfigSerializerTest {
private val gson = GsonBuilder()
.registerTypeAdapter(BotConfig::class.java, BotConfigSerializer)
.registerTypeAdapter(Artifact::class.java, ArtifactSerializer)
.registerTypeAdapter(ProxyType::class.java, ProxyTypeSerializer)
.registerTypeAdapter(ProxyConfig::class.java, ProxyConfigSerializer)
.create()
@Test
fun `serializer test`() {
// 检查 BotConfig 的序列化
val botConfig = BotConfig(
account = BotAccount(
name = "test-bot",
token = "test-token",
creatorId = 10000
)
)
// 使用 gson 序列化 botConfig, 并检查序列化结果
val jsonObject = gson.toJsonTree(botConfig) as JsonObject
assertEquals("test-bot", jsonObject["account"].asJsonObject["name"].asString)
assertEquals("test-token", jsonObject["account"].asJsonObject["token"].asString)
assertEquals(10000, jsonObject["account"].asJsonObject["creatorId"].asInt)
assertEquals(botConfig.enabled, jsonObject["enabled"].asBoolean)
assertEquals(botConfig.proxy.host, jsonObject["proxy"].asJsonObject["host"].asString)
assertEquals(botConfig.proxy.port, jsonObject["proxy"].asJsonObject["port"].asInt)
assertEquals(botConfig.proxy.type.name, jsonObject["proxy"].asJsonObject["type"].asString)
assertEquals(botConfig.disableBuiltInAbility, jsonObject["disableBuiltInAbility"].asBoolean)
assertEquals(botConfig.autoUpdateCommandList, jsonObject["autoUpdateCommandList"].asBoolean)
assertEquals(botConfig.extensions.isEmpty(), jsonObject["extensions"].asJsonArray.isEmpty)
assertEquals(botConfig.baseApiUrl, jsonObject["baseApiUrl"].asString)
}
@Test
fun `deserialize test`() {
assertThrows(JsonParseException::class.java) {
BotConfigSerializer.deserialize(
JsonNull.INSTANCE,
BotConfig::class.java, TestJsonSerializationContext(gson)
)
}
assertThrows(JsonParseException::class.java) {
BotConfigSerializer.deserialize(
JsonArray(),
BotConfig::class.java, TestJsonSerializationContext(gson)
)
}
assertThrows(JsonParseException::class.java) {
BotConfigSerializer.deserialize(
JsonPrimitive("A STRING"),
BotConfig::class.java, TestJsonSerializationContext(gson)
)
}
// 检查 BotConfig 的反序列化中是否能正确判断 account 的类型
assertThrows(JsonParseException::class.java) {
BotConfigSerializer.deserialize(
JsonObject().apply {
addProperty("account", "A STRING")
},
BotConfig::class.java, TestJsonSerializationContext(gson)
)
}
assertThrows(JsonParseException::class.java) {
BotConfigSerializer.deserialize(
JsonObject().apply {
add("account", JsonNull.INSTANCE)
},
BotConfig::class.java, TestJsonSerializationContext(gson)
)
}
assertThrows(JsonParseException::class.java) {
BotConfigSerializer.deserialize(
JsonObject().apply {
add("account", JsonArray())
},
BotConfig::class.java, TestJsonSerializationContext(gson)
)
}
assertThrows(JsonParseException::class.java) {
BotConfigSerializer.deserialize(
JsonObject(),
BotConfig::class.java, TestJsonSerializationContext(gson)
)
}
val expectBotAccount = BotAccount(
name = "test-bot",
token = "test-token",
creatorId = 10000
)
val expectDefaultBotConfig = BotConfig(account = expectBotAccount)
val minimumJsonObject = JsonObject().apply {
add("account", gson.toJsonTree(expectBotAccount))
}
val actualMinimumBotConfig = BotConfigSerializer.deserialize(
minimumJsonObject, BotConfig::class.java, TestJsonSerializationContext(gson)
)
assertNotNull(actualMinimumBotConfig)
assertEquals(expectDefaultBotConfig, actualMinimumBotConfig)
val expectDefaultProxy = ProxyConfig(
type = ProxyType.HTTP,
host = "https://example.com",
port = 443
)
// -------------------------------------------------
val jsonObject = JsonObject().apply {
add(
"account", gson.toJsonTree(
BotAccount(
name = "test-bot",
token = "test-token",
creatorId = 10000
)
)
)
addProperty("enabled", true)
add("proxy", gson.toJsonTree(expectDefaultProxy))
addProperty("disableBuiltInAbility", true)
addProperty("autoUpdateCommandList", true)
addProperty("baseApiUrl", "https://test.com")
add("extensions", JsonArray().apply {
add("org.example:test:1.0.0-SNAPSHOT")
})
}
val botConfig = BotConfigSerializer.deserialize(
jsonObject,
BotConfig::class.java, TestJsonSerializationContext(gson)
)
assertEquals("test-bot", botConfig.account.name)
assertEquals("test-token", botConfig.account.token)
assertEquals(10000, botConfig.account.creatorId)
assertEquals(true, botConfig.enabled)
assertEquals(expectDefaultProxy, botConfig.proxy)
assertEquals(true, botConfig.disableBuiltInAbility)
assertEquals(true, botConfig.autoUpdateCommandList)
assertEquals("https://test.com", botConfig.baseApiUrl)
assertEquals(false, botConfig.extensions.isEmpty())
assertEquals(1, botConfig.extensions.size)
}
}
internal class ProxyConfigSerializerTest {
// 测试 ProxyConfig 的 Json 序列化
@Test
fun `serialize test`() {
assertEquals(JsonNull.INSTANCE, ProxyConfigSerializer.serialize(null, null, null))
val expectDefaultConfig = ProxyConfig()
val actualDefaultJson = ProxyConfigSerializer.serialize(expectDefaultConfig, null, null)
assertTrue(actualDefaultJson is JsonObject)
assertEquals(expectDefaultConfig.type.name, actualDefaultJson["type"].asString)
assertEquals(expectDefaultConfig.host, actualDefaultJson["host"].asString)
assertEquals(expectDefaultConfig.port, actualDefaultJson["port"].asInt)
}
@Test
fun `Bad type deserialize test`() {
val defaultConfig = ProxyConfig()
assertEquals(defaultConfig, ProxyConfigSerializer.deserialize(null, null, null))
assertEquals(defaultConfig, ProxyConfigSerializer.deserialize(JsonNull.INSTANCE, null, null))
}
@Test
fun `deserialize test - object`() {
val defaultConfig = ProxyConfig()
assertThrows(JsonParseException::class.java) {
ProxyConfigSerializer.deserialize(JsonArray(), null, null)
}
val jsonWithoutType = JsonObject().apply {
addProperty("host", "example.com")
addProperty("port", 8080)
}
assertEquals(defaultConfig, ProxyConfigSerializer.deserialize(jsonWithoutType, null, null))
val looksGoodJson = JsonObject().apply {
addProperty("type", "HTTP")
addProperty("host", "example.com")
addProperty("port", 8080)
}
assertEquals(
ProxyConfig(
type = ProxyType.HTTP,
host = "example.com",
port = 8080
), ProxyConfigSerializer.deserialize(looksGoodJson, null, null)
)
assertThrows(JsonParseException::class.java) {
ProxyConfigSerializer.deserialize(JsonObject().apply {
addProperty("type", "UNKNOWN")
addProperty("host", "example.com")
addProperty("port", 8080)
}, null, null)
}
assertThrows(JsonParseException::class.java) {
ProxyConfigSerializer.deserialize(JsonObject().apply {
addProperty("type", "HTTP")
addProperty("host", "example.com")
}, null, null)
}
assertThrows(JsonParseException::class.java) {
ProxyConfigSerializer.deserialize(JsonObject().apply {
addProperty("type", "HTTP")
addProperty("port", 8080)
}, null, null)
}
}
}
internal class ArtifactSerializerTest {
@Test
fun badJsonType() {
assertFailsWith<JsonParseException> { ArtifactSerializer.deserialize(JsonObject(), null, null) }
assertFailsWith<JsonParseException> { ArtifactSerializer.deserialize(JsonArray(), null, null) }
assertFailsWith<JsonParseException> { ArtifactSerializer.deserialize(JsonPrimitive("A STRING"), null, null) }
}
@Test
fun `Basic format serialization`() {
val gav = "org.example.software:test:1.0.0-SNAPSHOT"
val expectArtifact = DefaultArtifact(gav)
val actualArtifact = DefaultArtifact(ArtifactSerializer.serialize(expectArtifact, null, null).asString)
assertEquals(expectArtifact, actualArtifact)
}
@Test
fun `Full format serialization`() {
val gav = "org.example.software:test:war:javadoc:1.0.0-SNAPSHOT"
val expectArtifact = DefaultArtifact(gav)
val actualArtifact = DefaultArtifact(ArtifactSerializer.serialize(expectArtifact, null, null).asString)
assertEquals(expectArtifact, actualArtifact)
}
@Test
fun `Bad format serialization`() {
assertFailsWith<JsonParseException> {
ArtifactSerializer.deserialize(JsonPrimitive("org.example~test"), null, null)
}
}
@Test
fun `Other artifact implementation serialization`() {
val gav = "org.example.software:test:war:javadoc:1.0.0-SNAPSHOT"
val expectArtifact = DefaultArtifact(gav)
val otherArtifactImpl = mockk<Artifact> {
every { groupId } returns expectArtifact.groupId
every { artifactId } returns expectArtifact.artifactId
every { version } returns expectArtifact.version
every { classifier } returns expectArtifact.classifier
every { extension } returns expectArtifact.extension
}
val json = ArtifactSerializer.serialize(otherArtifactImpl, null, null)
assertTrue(json is JsonPrimitive)
assertEquals(expectArtifact.toString(), json.asString)
}
@Test
fun deserialize() {
val gav = "org.example.software:test:war:javadoc:1.0.0-SNAPSHOT"
val expectArtifact = DefaultArtifact(gav)
val actualArtifact = ArtifactSerializer.deserialize(JsonPrimitive(gav), null, null)
assertEquals(expectArtifact, actualArtifact)
}
}
internal class UsernameAuthenticatorSerializerTest {
@Test
fun serializeTest() {
val authenticator = UsernameAuthenticator("testUser", "testPassword")
val jsonElement = UsernameAuthenticatorSerializer.serialize(authenticator, null, null)
assertTrue(jsonElement.isJsonObject)
val jsonObject = jsonElement.asJsonObject
assertEquals("testUser", jsonObject["username"]?.asString)
assertEquals("testPassword", jsonObject["password"]?.asString)
}
@Test
fun deserializeTest() {
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonArray(), null, null)
}
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonPrimitive(""), null, null)
}
assertNull(UsernameAuthenticatorSerializer.deserialize(JsonNull.INSTANCE, null, null))
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonObject().apply {
addProperty("username", "testUser")
}, null, null)
}
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonObject().apply {
addProperty("username", "testUser")
add("password", JsonArray())
}, null, null)
}
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonObject().apply {
addProperty("password", "testPassword")
}, null, null)
}
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonObject().apply {
add("username", JsonArray())
addProperty("password", "testPassword")
}, null, null)
}
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonObject().apply {
addProperty("username", "")
addProperty("password", "")
}, null, null)
}
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonObject().apply {
addProperty("username", "testUser")
addProperty("password", "")
}, null, null)
}
org.junit.jupiter.api.assertThrows<JsonParseException> {
UsernameAuthenticatorSerializer.deserialize(JsonObject().apply {
addProperty("username", "")
addProperty("password", "testPassword")
}, null, null)
}
val authenticator = UsernameAuthenticatorSerializer.deserialize(JsonObject().apply {
addProperty("username", "testUser")
addProperty("password", "testPassword")
}, null, null)
assertNotNull(authenticator)
assertTrue(authenticator.checkCredentials("testUser", "testPassword"))
assertFalse(authenticator.checkCredentials("falseUser", "testPassword"))
assertFalse(authenticator.checkCredentials("testUser", "falsePassword"))
}
}
internal class BotAccountSerializerTest {
private val expectToken = "123456789:AAHErDroUTznQsOd_oZPJ6cQEj4Z5mGHO10"
private val gson = GsonBuilder()
.registerTypeAdapter(BotAccount::class.java, BotAccountSerializer)
.create()
@Test
fun `Invalid json type check test`() {
assertThrows(JsonParseException::class.java) {
BotAccountSerializer.deserialize(null, null, null)
}
assertThrows(JsonParseException::class.java) {
BotAccountSerializer.deserialize(JsonNull.INSTANCE, null, null)
}
assertThrows(JsonParseException::class.java) {
BotAccountSerializer.deserialize(JsonPrimitive("A STRING"), null, null)
}
assertThrows(JsonParseException::class.java) {
BotAccountSerializer.deserialize(JsonArray(), null, null)
}
}
@Test
fun `Field missing test`() {
assertThrows(JsonParseException::class.java) {
BotAccountSerializer.deserialize(JsonObject(), null, null)
}
assertThrows(JsonParseException::class.java) {
BotAccountSerializer.deserialize(JsonObject().apply {
addProperty("token", expectToken)
addProperty("creatorId", 1)
}, null, null)
}
assertThrows(JsonParseException::class.java) {
BotAccountSerializer.deserialize(JsonObject().apply {
addProperty("name", "testUser")
addProperty("creatorId", 1)
}, null, null)
}
assertThrows(JsonParseException::class.java) {
BotAccountSerializer.deserialize(JsonObject().apply {
addProperty("name", "testUser")
addProperty("token", expectToken)
}, null, null)
}
val account = BotAccountSerializer.deserialize(JsonObject().apply {
addProperty("name", "testUser")
addProperty("token", expectToken)
addProperty("creatorId", 1)
}, null, null)
assertNotNull(account)
assertEquals("testUser", account.name)
assertEquals(expectToken, account.token)
assertEquals(1, account.creatorId)
}
@Test
fun `'token' check test`() {
val jsonObject = JsonObject().apply {
addProperty("name", "testUser")
addProperty("token", expectToken)
addProperty("creatorId", 123456789123456789)
}
val looksGoodAccount = BotAccountSerializer.deserialize(jsonObject, null, null)
assertNotNull(looksGoodAccount)
assertEquals("testUser", looksGoodAccount.name)
assertEquals(expectToken, looksGoodAccount.token)
assertEquals(123456789123456789, looksGoodAccount.creatorId)
try {
BotAccountSerializer.deserialize(jsonObject.deepCopy().apply {
addProperty("token", "")
}, null, null)
fail("Token 为空,但是没有抛出异常。")
} catch (e: JsonParseException) {
assertEquals("`token` cannot be empty.", e.message)
}
try {
BotAccountSerializer.deserialize(jsonObject.deepCopy().apply {
addProperty("token", "abcdefghijklmnopqrstuvwxyz")
}, null, null)
fail("Token 格式错误(基本格式错误),但是没有抛出异常。")
} catch (e: JsonParseException) {
assertEquals("`token` is invalid.", e.message)
}
try {
BotAccountSerializer.deserialize(jsonObject.deepCopy().apply {
addProperty("token", "abcdefgh:ijklmnopqrstuvwxyz-1234567890_abcde")
}, null, null)
fail("Token 格式错误ID 不为数字),但是没有抛出异常。")
} catch (e: JsonParseException) {
assertEquals("`token` is invalid.", e.message)
}
try {
BotAccountSerializer.deserialize(jsonObject.deepCopy().apply {
addProperty("token", "0123456789:ijklmnopqrstu-vwxyz_123456")
}, null, null)
fail("Token 格式错误(授权令牌长度错误),但是没有抛出异常。")
} catch (e: JsonParseException) {
assertEquals("`token` is invalid.", e.message)
}
}
@Test
fun `'creatorId' check test`() {
val jsonObject = JsonObject().apply {
addProperty("name", "testUser")
addProperty("token", expectToken)
addProperty("creatorId", 1)
}
val looksGoodAccount = gson.fromJson(jsonObject, BotAccount::class.java)
assertEquals(1, looksGoodAccount.creatorId)
try {
BotAccountSerializer.deserialize(jsonObject.deepCopy().apply {
addProperty("creatorId", "A STRING")
}, null, null)
fail("creatorId 不是一个数字,但是没有抛出异常。")
} catch (e: JsonParseException) {
assertEquals("`creatorId` must be a number.", e.message)
}
try {
BotAccountSerializer.deserialize(jsonObject.deepCopy().apply {
addProperty("creatorId", -1)
}, null, null)
fail("creatorId 不能为负数,但是没有抛出异常。")
} catch (e: JsonParseException) {
assertEquals("`creatorId` must be a positive number.", e.message)
}
}
@Test
fun `json deserialize test`() {
val jsonObject = JsonObject().apply {
addProperty("name", "testUser")
addProperty("token", expectToken)
addProperty("creatorId", 1)
}
val looksGoodAccount = gson.fromJson(jsonObject, BotAccount::class.java)
assertNotNull(looksGoodAccount)
assertEquals("testUser", looksGoodAccount.name)
assertEquals(expectToken, looksGoodAccount.token)
assertEquals(1, looksGoodAccount.creatorId)
}
}

View File

@ -4,3 +4,4 @@ rootProject.name = "scalabot"
include(":scalabot-app")
include(":scalabot-extension")
include("scalabot-ext-example")
include("scalabot-meta")