HighCapable/KavaRef
5
0
Fork 0
mirror of https://github.com/HighCapable/KavaRef.git synced 2025-09-07 19:14:11 +08:00
Code Issues Actions Packages Projects Releases Wiki Activity

refactor: change T.resolve() to T.asResolver in KavaRef

Browse Source
This commit is contained in:
fankesyooni
2025-07-06 19:42:55 +08:00
parent 770f253861
commit 3714ea56d5
5 changed files with 103 additions and 48 deletions
Download Patch File Download Diff File Expand all files Collapse all files

6
docs-source/src/en/index.md
View File

@@ -31,8 +31,10 @@ public class World {
```
```kotlin
World().resolve().firstMethod {
val myWorld = World()
World::class.resolve().firstMethod {
name = "sayHello"
parameters(String::class)
}.invoke("KavaRef")
}.of(myWorld).invoke("KavaRef")
```

35
docs-source/src/en/library/kavaref-core.md
View File

@@ -70,7 +70,7 @@ The relationship diagram is as follows.
``` :no-line-numbers
KavaRef
└── KClass/Class/Any.resolve()
└── KClass/Class.resolve()
├── method()
├── constructor()
└── field()
@@ -199,7 +199,7 @@ you can use this instance to create KavaRef reflections directly.
```kotlin
// Here, the test instance test will be passed to
// KavaRef and get test::class.java.
test.resolve()
test.asResolver()
.firstMethod {
name = "doTask"
parameters(String::class)
@@ -215,7 +215,7 @@ Next, we need to get the `isTaskRunning` variable, which can be written in the f
// Suppose this is an example of this Class.
val test: Test
// Call and execute with KavaRef.
val isTaskRunning = test.resolve()
val isTaskRunning = test.asResolver()
.firstField {
name = "isTaskRunning"
type = Boolean::class
@@ -258,6 +258,12 @@ To set the current instance, if the reflection is static (static) member, you do
:::
::: warning
The `Any.resolve()` function has been deprecated in `1.0.1` version because it pollutes the namespace (for example `File.resolve("/path/to/file")`), and now use `Any.asResolver()` instead.
:::
::: danger
In `MemberResolver` inherited from `InstanceAwareResolver`, the type of `of(instance)` requires the same type as the currently reflected `Class` instance generic type.
@@ -295,7 +301,7 @@ At this point, you can use the `parameters(...)` condition to use `VagueType` to
// Suppose this is an example of this Class.
val test: Test
// Call and execute with KavaRef.
test.resolve()
Test::class.resolve()
.firstMethod {
name = "release"
// Use VagueType to fill in the types you don't want to fill in,
@@ -325,7 +331,7 @@ Suppose we want to get the `doTask` method in `Test`, we can use the following i
// Suppose this is an example of this Class.
val test: Test
// Call and execute with KavaRef.
test.resolve()
Test::class.resolve()
.firstMethod {
// Use lambda to set the method name.
name {
@@ -334,7 +340,7 @@ test.resolve()
}
// Set parameter type.
parameters(String::class)
}.invoke("task_name")
}.of(test).invoke("task_name")
```
### Generic Conditions
@@ -349,7 +355,7 @@ Suppose we need to filter the `print` method in `Box<String>`.
// Suppose this is an example of this Class.
val box: Box<String>
// Call and execute with KavaRef.
box.resolve()
box.asResolver()
.firstMethod {
name = "print"
// Set generic parameter conditions.
@@ -374,13 +380,13 @@ Without knowing the superclass name, we only need to add `superclass()` to the f
// Suppose this is an example of this Class.
val test: Test
// Call and execute with KavaRef.
test.resolve()
Test::class.resolve()
.firstMethod {
name = "doBaseTask"
parameters(String::class)
// Just add this condition.
superclass()
}.invoke("task_name")
}.of(test).invoke("task_name")
```
At this time, we can get this method in the superclass.
@@ -432,12 +438,12 @@ You can also use string types to pass in full class names in conditions such as
// Suppose this is an example of this Class.
val test: Test
// Call and execute with KavaRef.
test.resolve()
Test::class.resolve()
.firstMethod {
name = "doTask"
// Pass the full class name using string type.
parameters("java.lang.String")
}.invoke("task_name")
}.of(test).invoke("task_name")
```
### Exception Handling
@@ -568,12 +574,13 @@ If you don't like the Kotlin lambda writing, you can create chained calls manual
// Suppose this is an example of this Class.
val test: Test
// Call and execute with KavaRef.
test.resolve()
Test::class.resolve()
.method() // Conditions begin.
.name("doTask")
.parameters(String::class)
.build() // Conditions ends (executes)
.first()
.of(test) // Setting up instance.
.invoke("task_name")
```
@@ -705,13 +712,13 @@ val myResolver = MyMemberProcessorResolver()
// Suppose this is an instance of this Class.
val test: Test
// Call and execute using KavaRef.
test.resolve()
Test::class.resolve()
// Set custom resolver.
.processor(myResolver)
.firstMethod {
name = "doTask"
parameters(String::class)
}.invoke("task_name")
}.of(test).invoke("task_name")
```
::: tip

6
docs-source/src/zh-cn/index.md
View File

@@ -31,8 +31,10 @@ public class World {
```
```kotlin
World().resolve().firstMethod {
val myWorld = World()
World::class.resolve().firstMethod {
name = "sayHello"
parameters(String::class)
}.invoke("KavaRef")
}.of(myWorld).invoke("KavaRef")
```

35
docs-source/src/zh-cn/library/kavaref-core.md
View File

@@ -69,7 +69,7 @@ KavaRef 采用链式调用的设计方案，它对可用的 Java 反射 API (例
``` :no-line-numbers
KavaRef
└── KClass/Class/Any.resolve()
└── KClass/Class.resolve()
├── method()
├── constructor()
└── field()
@@ -192,7 +192,7 @@ Test::class
```kotlin
// 在这里，Test 的实例 test 会被传给 KavaRef 并获取 test::class.java
test.resolve()
test.asResolver()
.firstMethod {
name = "doTask"
parameters(String::class)
@@ -208,7 +208,7 @@ test.resolve()
// 假设这就是这个 Class 的实例
val test: Test
// 使用 KavaRef 调用并执行
val isTaskRunning = test.resolve()
val isTaskRunning = test.asResolver()
.firstField {
name = "isTaskRunning"
type = Boolean::class
@@ -250,6 +250,12 @@ val test = Test::class.resolve()
:::
::: warning
`Any.resolve()` 方法已在 `1.0.1` 版本被弃用，因为它会污染命名空间 (例如 `File.resolve("/path/to/file")`)，现在请使用 `Any.asResolver()` 来代替。
:::
::: danger
在继承于 `InstanceAwareResolver` 的 `MemberResolver` 中，`of(instance)` 的类型要求与当前反射的 `Class` 实例泛型类型相同，
@@ -286,7 +292,7 @@ myClass.resolve()
// 假设这就是这个 Class 的实例
val test: Test
// 使用 KavaRef 调用并执行
test.resolve()
Test::class.resolve()
.firstMethod {
name = "release"
// 使用 VagueType 来填充不想填写的类型，同时保证其它类型能够匹配
@@ -314,7 +320,7 @@ test.resolve()
// 假设这就是这个 Class 的实例
val test: Test
// 使用 KavaRef 调用并执行
test.resolve()
Test::class.resolve()
.firstMethod {
// 使用 lambda 来设置方法名
name {
@@ -323,7 +329,7 @@ test.resolve()
}
// 设置参数类型
parameters(String::class)
}.invoke("task_name")
}.of(test).invoke("task_name")
```
### 泛型条件
@@ -338,7 +344,7 @@ KavaRef 支持添加泛型过滤条件，你可以使用 `TypeMatcher` 提供的
// 假设这就是这个 Class 的实例
val box: Box<String>
// 使用 KavaRef 调用并执行
box.resolve()
box.asResolver()
.firstMethod {
name = "print"
// 设置泛型参数条件
@@ -363,13 +369,13 @@ box.resolve()
// 假设这就是这个 Class 的实例
val test: Test
// 使用 KavaRef 调用并执行
test.resolve()
Test::class.resolve()
.firstMethod {
name = "doBaseTask"
parameters(String::class)
// 只需要添加这个条件
superclass()
}.invoke("task_name")
}.of(test).invoke("task_name")
```
这个时候我们就可以在超类中获取到这个方法了。
@@ -419,12 +425,12 @@ val tag = Test::class.resolve()
// 假设这就是这个 Class 的实例
val test: Test
// 使用 KavaRef 调用并执行
test.resolve()
Test::class.resolve()
.firstMethod {
name = "doTask"
// 使用字符串类型传入完整类名
parameters("java.lang.String")
}.invoke("task_name")
}.of(test).invoke("task_name")
```
### 异常处理
@@ -548,12 +554,13 @@ KavaRef.setLogger(MyLogger())
// 假设这就是这个 Class 的实例
val test: Test
// 使用 KavaRef 调用并执行
test.resolve()
Test::class.resolve()
.method() // 条件开始
.name("doTask")
.parameters(String::class)
.build() // 条件结束 (执行)
.first()
.of(test) // 设置实例
.invoke("task_name")
```
@@ -684,13 +691,13 @@ val myResolver = MyMemberProcessorResolver()
// 假设这就是这个 Class 的实例
val test: Test
// 使用 KavaRef 调用并执行
test.resolve()
Test::class.resolve()
// 设置自定义解析器
.processor(myResolver)
.firstMethod {
name = "doTask"
parameters(String::class)
}.invoke("task_name")
}.of(test).invoke("task_name")
```
::: tip