Examples of org.apache.james.jspf.executor.SynchronousSPFExecutor

org.apache.james.jspf.executor.SynchronousSPFExecutor
Synchronous implementation of SPFExecuter. All queries will get executed synchronously

            dns = new LoggingDNSService(getDNSService(), log.getChildLogger("dns"));
            AbstractYamlTest.prevData = this.data;
        }
        macroExpand = new MacroExpand(log.getChildLogger("macroExpand"), dns);
        if (getSpfExecutorType() == SYNCHRONOUS_EXECUTOR) {  // synchronous
            executor = new SynchronousSPFExecutor(log, dns);
        } else if (getSpfExecutorType() == STAGED_EXECUTOR || getSpfExecutorType() == STAGED_EXECUTOR_MULTITHREADED){
            executor = new StagedMultipleSPFExecutor(log, new DNSServiceAsynchSimulator(dns, getSpfExecutorType() == STAGED_EXECUTOR_MULTITHREADED));
        } else if (getSpfExecutorType() == STAGED_EXECUTOR_DNSJNIO) {
            
            // reset cache between usages of the asynchronous lookuper

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        this.macroExpand = new MacroExpand(logger.getChildLogger("macroExpand"), this.dnsProbe);
        wiringService.put(MacroExpandEnabled.class, this.macroExpand);
        this.parser = new RFC4408SPF1Parser(logger.getChildLogger("parser"), new DefaultTermsFactory(logger.getChildLogger("termsfactory"), wiringService));
        // We add this after the parser creation because services cannot be null
        wiringService.put(SPFCheckEnabled.class, this);
        this.executor = new SynchronousSPFExecutor(log, dnsProbe);
    }

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        this.macroExpand = new MacroExpand(logger.getChildLogger("macroExpand"), this.dnsProbe);
        wiringService.put(MacroExpandEnabled.class, this.macroExpand);
        this.parser = new RFC4408SPF1Parser(logger.getChildLogger("parser"), new DefaultTermsFactory(logger.getChildLogger("termsfactory"), wiringService));
        // We add this after the parser creation because services cannot be null
        wiringService.put(SPFCheckEnabled.class, this);
        this.executor = new SynchronousSPFExecutor(log, dnsProbe);
    }

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        this.macroExpand = new MacroExpand(logger.getChildLogger("macroExpand"), this.dnsProbe);
        wiringService.put(MacroExpandEnabled.class, this.macroExpand);
        this.parser = new RFC4408SPF1Parser(logger.getChildLogger("parser"), new DefaultTermsFactory(logger.getChildLogger("termsfactory"), wiringService));
        // We add this after the parser creation because services cannot be null
        wiringService.put(SPFCheckEnabled.class, this);
        this.executor = new SynchronousSPFExecutor(log, dnsProbe);
    }

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            dns = new LoggingDNSService(getDNSService(), log.getChildLogger("dns"));
            AbstractYamlTest.prevData = this.data;
        }
        macroExpand = new MacroExpand(log.getChildLogger("macroExpand"), dns);
        if (getSpfExecutorType() == SYNCHRONOUS_EXECUTOR) {  // synchronous
            executor = new SynchronousSPFExecutor(log, dns);
        } else if (getSpfExecutorType() == STAGED_EXECUTOR || getSpfExecutorType() == STAGED_EXECUTOR_MULTITHREADED){
            executor = new StagedMultipleSPFExecutor(log, new DNSServiceAsynchSimulator(dns, getSpfExecutorType() == STAGED_EXECUTOR_MULTITHREADED));
        } else if (getSpfExecutorType() == STAGED_EXECUTOR_DNSJNIO) {
            
            // reset cache between usages of the asynchronous lookuper

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            dns = new LoggingDNSService(getDNSService(), log.getChildLogger("dns"));
            AbstractYamlTest.prevData = this.data;
        }
        macroExpand = new MacroExpand(log.getChildLogger("macroExpand"), dns);
        if (getSpfExecutorType() == SYNCHRONOUS_EXECUTOR) {  // synchronous
            executor = new SynchronousSPFExecutor(log, dns);
        } else if (getSpfExecutorType() == STAGED_EXECUTOR || getSpfExecutorType() == STAGED_EXECUTOR_MULTITHREADED){
            executor = new StagedMultipleSPFExecutor(log, new DNSServiceAsynchSimulator(dns, getSpfExecutorType() == STAGED_EXECUTOR_MULTITHREADED));
        } else if (getSpfExecutorType() == STAGED_EXECUTOR_DNSJNIO) {
            
            // reset cache between usages of the asynchronous lookuper

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        this.macroExpand = new MacroExpand(logger.getChildLogger("macroExpand"), this.dnsProbe);
        wiringService.put(MacroExpandEnabled.class, this.macroExpand);
        this.parser = new RFC4408SPF1Parser(logger.getChildLogger("parser"), new DefaultTermsFactory(logger.getChildLogger("termsfactory"), wiringService));
        // We add this after the parser creation because services cannot be null
        wiringService.put(SPFCheckEnabled.class, this);
        this.executor = new SynchronousSPFExecutor(log, dnsProbe);
    }

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            dns = new LoggingDNSService(getDNSService(), log.getChildLogger("dns"));
            AbstractYamlTest.prevData = this.data;
        }
        macroExpand = new MacroExpand(log.getChildLogger("macroExpand"), dns);
        if (getSpfExecutorType() == SYNCHRONOUS_EXECUTOR) {  // synchronous
            executor = new SynchronousSPFExecutor(log, dns);
        } else if (getSpfExecutorType() == STAGED_EXECUTOR || getSpfExecutorType() == STAGED_EXECUTOR_MULTITHREADED){
            executor = new StagedMultipleSPFExecutor(log, new DNSServiceAsynchSimulator(dns, getSpfExecutorType() == STAGED_EXECUTOR_MULTITHREADED));
        } else if (getSpfExecutorType() == STAGED_EXECUTOR_DNSJNIO) {
            
            try {

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Related Classes of org.apache.james.jspf.executor.SynchronousSPFExecutor

org.apache.james.jspf.AbstractYamlTest

org.apache.james.jspf.core.DNSLookupContinuation

org.apache.james.jspf.core.DNSResponse

org.apache.james.jspf.core.SPFChecker

org.apache.james.jspf.core.SPFCheckerExceptionCatcher

org.apache.james.jspf.impl.SPF

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