flow：调整命名

Author: zhongxunking

flow/src/main/java/org/bekit/flow/flow/FlowExecutor.java

@@ -253,9 +253,9 @@ public String execute(Object flow, Object processResult, FlowContext<?> context)
                         return (String) execute(flow, new Object[]{});
                     case ONLY_PROCESS_RESULT:
                         return (String) execute(flow, new Object[]{processResult});
-                    case ONLY_TARGET_CONTEXT:
+                    case ONLY_FLOW_CONTEXT:
                         return (String) execute(flow, new Object[]{context});
-                    case PROCESS_RESULT_AND_TARGET_CONTEXT:
+                    case PROCESS_RESULT_AND_FLOW_CONTEXT:
                         return (String) execute(flow, new Object[]{processResult, context});
                     default:
                         throw new IllegalStateException("节点决策器执行器内部要素不对");
@@ -275,13 +275,13 @@ public enum ParameterType {
                  */
                 ONLY_PROCESS_RESULT,
                 /**
-                 * 只有目标上下文
+                 * 只有流程上下文
                  */
-                ONLY_TARGET_CONTEXT,
+                ONLY_FLOW_CONTEXT,
                 /**
-                 * 处理结果和目标上下文都有
+                 * 处理结果和流程上下文都有
                  */
-                PROCESS_RESULT_AND_TARGET_CONTEXT,;
+                PROCESS_RESULT_AND_FLOW_CONTEXT,;
             }
         }
     }

flow/src/main/java/org/bekit/flow/flow/FlowParser.java

@@ -148,7 +148,7 @@ private static FlowExecutor.NodeExecutor.NodeDeciderExecutor parseNodeDecider(Me
             if (parameterTypes.length == 1) {
                 if (parameterTypes[0] == FlowContext.class) {
                     // 入参类型：(FlowContext)
-                    parameterType = FlowExecutor.NodeExecutor.NodeDeciderExecutor.ParameterType.ONLY_TARGET_CONTEXT;
+                    parameterType = FlowExecutor.NodeExecutor.NodeDeciderExecutor.ParameterType.ONLY_FLOW_CONTEXT;
                 } else {
                     // 入参类型：(T)
                     Assert.isTrue(processorExecutor != null, String.format("节点决策器[%s]不能有非FlowContext入参，因为这个节点没有处理器", nodeDeciderMethod));
@@ -160,7 +160,7 @@ private static FlowExecutor.NodeExecutor.NodeDeciderExecutor parseNodeDecider(Me
                 Assert.isTrue(processorExecutor != null, String.format("节点决策器[%s]不能有非FlowContext入参，因为这个节点没有处理器", nodeDeciderMethod));
                 Assert.isAssignable(parameterTypes[0], processorExecutor.getReturnType(), String.format("节点决策器[%s]的第一个入参类型必须能被其处理器返回类型赋值", nodeDeciderMethod));
                 Assert.isTrue(parameterTypes[1] == FlowContext.class, String.format("节点决策器[%s]的第二个入参类型必须是FlowContext", nodeDeciderMethod));
-                parameterType = FlowExecutor.NodeExecutor.NodeDeciderExecutor.ParameterType.PROCESS_RESULT_AND_TARGET_CONTEXT;
+                parameterType = FlowExecutor.NodeExecutor.NodeDeciderExecutor.ParameterType.PROCESS_RESULT_AND_FLOW_CONTEXT;
             } else {
                 throw new IllegalArgumentException(String.format("节点决策器[%s]的入参类型必须为：()、(FlowContext)、(T)、(T, FlowContext)————T表示能被处理器返回结果赋值的类型", nodeDeciderMethod));
             }