stepchain-master.zip

package com.github.zengfr.project.stepchain.pipeline; import java.util.Map; import java.util.function.Consumer; import java.util.function.Function; import java.util.function.Predicate; import org.springframework.beans.factory.annotation.Autowired; import org.springframework.stereotype.Component; import com.github.zengfr.project.stepchain.*; import com.github.zengfr.project.stepchain.context.BinaryContext; import com.github.zengfr.project.stepchain.context.DataContext; import com.github.zengfr.project.stepchain.context.TernaryContext; import com.github.zengfr.project.stepchain.context.UnaryContext; import com.github.zengfr.project.stepchain.step.StepBuilder; /** * @author zengfr QQ:362505707/1163551688 Email:zengfr3000@qq.com * https://github.com/zengfr/stepchain-spring-boot-starter */ @Component public class Pipeline implements IPipeline { @Autowired protected IContextBuilder contextBuilder; @Autowired protected IChainBuilder chainBuilder; @Autowired protected StepBuilder stepBuilder; @Autowired protected IProcessorBuilder processorBuilder; @Override public <A, B> IChain<A, B> createChain(Function<A, B> func) { return chainBuilder.createChain(func); } @Override public <A, B> IChain<A, B> createChain(IProcessor<A, B> processor) { return chainBuilder.createChain(processor); } @Override public <A, B, C> IChain<A, C> createChain(Function<A, B> func1, Function<B, C> func2) { return chainBuilder.createChain(func1, func2); } @Override public <A, B, C> IChain<A, C> createChain(IProcessor<A, B> processor1, IProcessor<B, C> processor2) { return chainBuilder.createChain(processor1, processor2); } @Override public <A, B, C> IChain<A, C> createChain(IProcessor<A, B> processor, IChain<B, C> chain) { return chainBuilder.createChain(processor, chain); } @Override public <A, B, C> IChain<A, C> createChain(IChain<A, B> chain1, IChain<B, C> chain2) { return chainBuilder.createChain(chain1, chain2); } @Override public <A, B, C> IChain<A, C> createChain(IChain<A, B> chain, IProcessor<B, C> processor) { return chainBuilder.createChain(chain, processor); } @Override public <T> IStep<T> createStep() { return stepBuilder.createStep(); } @Override public <T> IStep<T> createStep(int parallelCount) { return stepBuilder.createStep(parallelCount); } @Override public <T> IStep<T> createStep(String parallelCountConfigName) { return stepBuilder.createStep(parallelCountConfigName); } @Override public <I> IProcessor<I, Boolean> createProcessor(Predicate<I> predicate) { return processorBuilder.createProcessor(predicate); } @Override public <I> IProcessor<I, Boolean> createProcessor(Consumer<I> consumer) { return processorBuilder.createProcessor(consumer); } @Override public <I, O> IProcessor<I, O> createProcessor(Function<I, O> func) { return processorBuilder.createProcessor(func); } @Override public <A, B, C> IProcessor<A, C> createProcessor(IProcessor<A, B> first, IProcessor<B, C> second) { return processorBuilder.createProcessor(first, second); } @Override public <A, B, C, D> IProcessor<A, D> createProcessor(IProcessor<A, B> processor1, IProcessor<B, C> processor2, IProcessor<C, D> processor3) { return processorBuilder.createProcessor(processor1, processor2, processor3); } @Override public <I, O> IConditionLoopProcessor<I, O> createConditionLoopProcessor(IProcessor<I, Boolean> validator, IProcessor<I, O> processor) { return processorBuilder.createConditionLoopProcessor(validator, processor); } @Override public <I, O> IConditionValidatorProcessor<I, O> createConditionValidatorProcessor(IProcessor<I, Boolean> validator, IProcessor<I, O> trueProcessor, IProcessor<I, O> falseProcessor) { return processorBuilder.createConditionValidatorProcessor(validator, trueProcessor, falseProcessor); } @Override public <I, O> IConditionValidatorSelectorProcessor<I, O> createConditionValidatorSelectorProcessor() { return processorBuilder.createConditionValidatorSelectorProcessor(); } @Override public <I, S, O> IConditionSelectorProcessor<I, S, O> createConditionSelectorProcessor(IProcessor<I, S> selector) { return processorBuilder.createConditionSelectorProcessor(selector); } @Override public <I, S, O> IConditionSelectorProcessor<I, S, O> createConditionSelectorProcessor(IProcessor<I, S> selector, Map<S, IProcessor<I, O>> branchs) { return processorBuilder.createConditionSelectorProcessor(selector, branchs); } @Override public <A> UnaryContext<A> createContext(A context) { return contextBuilder.createContext(context); } @Override public <A, B> BinaryContext<A, B> createContext(A input, B output) { return contextBuilder.createContext(input, output); } @Override public <A, B, C> DataContext<A, B, C> createContext(A left, B middle, C right) { return contextBuilder.createContext(left, middle, right); } @Override public <A, B, C> DataContext<A, B, C> createContext() { return contextBuilder.createContext(); } @Override public <I, O> IProcessor<I, O> createScheduledFixedDelayProcessor(IProcessor<I, O> processor, Long milliseconds) { return processorBuilder.createScheduledFixedDelayProcessor(processor, milliseconds); } @Override public <I, O> IProcessor<I, O> createScheduledFixedRateProcessor(IProcessor<I, O> processor, Long milliseconds) { return processorBuilder.createScheduledFixedRateProcessor(processor, milliseconds); } }