LaNAS/Distributed_LaNAS/server/net_training.py [28:79]:
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            raw_data = json.loads( infile.read() )
        for i in raw_data:
            arch = i['feature']
            acc  = i['acc']
            self.dataset[json.dumps(arch) ] = acc
            if acc > self.best_acc:
                self.best_acc  = acc
                self.best_arch = json.dumps( arch )
        print("searching target:", self.best_arch," acc:", self.best_acc)
        
        print("trainer loaded:", len(self.dataset)," entries" )
    
    def print_best_traces(self):
        print("%"*20)
        print("=====> best accuracy so far:", self.best_accuracy)
        sorted_best_traces = sorted(self.best_trace.items(), key=operator.itemgetter(1))
        for item in sorted_best_traces:
            print(item[0],"==>", item[1])
        for item in sorted_best_traces:
            print(item[1])
        print("%"*20)
       
    def train_net(self, network):
        # input is a code of an architecture
        assert type( network ) == type( [] )
        network_str = json.dumps( network )
        assert network_str in self.dataset
        is_found = False
        acc = self.dataset[network_str]
        # we ensure not to repetitatively sample same architectures
        assert network_str not in self.training_trace.keys()
        self.training_trace[network_str] = acc
        self.counter += 1
        if acc > self.best_accuracy:
            print("@@@update best state:", network)
            print("@@@update best acc:", acc)
            print("target str:", self.best_arch)
            self.best_accuracy = acc
            item = [acc, self.counter]
            self.best_trace[network_str] = item
            if network_str == self.best_arch:
                sorted_best_traces = sorted(self.best_trace.items(), key=operator.itemgetter(1))
                final_results = []
                for item in sorted_best_traces:
                    final_results.append( item[1] )
                final_results_str = json.dumps(final_results)
                with open("result.txt", "a") as f:
                    f.write(final_results_str + '\n')
                print("$$$$$$$$$$$$$$$$$$$CONGRATUGLATIONS$$$$$$$$$$$$$$$$$$$")
                os._exit(1)

        return acc
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LaNAS/LaNAS_NASBench101/net_training.py [29:80]:
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            raw_data = json.loads( infile.read() )
        for i in raw_data:
            arch = i['feature']
            acc  = i['acc']
            self.dataset[json.dumps(arch) ] = acc
            if acc > self.best_acc:
                self.best_acc  = acc
                self.best_arch = json.dumps( arch )
        print("searching target:", self.best_arch," acc:", self.best_acc)
        
        print("trainer loaded:", len(self.dataset)," entries" )
    
    def print_best_traces(self):
        print("%"*20)
        print("=====> best accuracy so far:", self.best_accuracy)
        sorted_best_traces = sorted(self.best_trace.items(), key=operator.itemgetter(1))
        for item in sorted_best_traces:
            print(item[0],"==>", item[1])
        for item in sorted_best_traces:
            print(item[1])
        print("%"*20)
       
    def train_net(self, network):
        # input is a code of an architecture
        assert type( network ) == type( [] )
        network_str = json.dumps( network )
        assert network_str in self.dataset
        is_found = False
        acc = self.dataset[network_str]
        # we ensure not to repetitatively sample same architectures
        assert network_str not in self.training_trace.keys()
        self.training_trace[network_str] = acc
        self.counter += 1
        if acc > self.best_accuracy:
            print("@@@update best state:", network)
            print("@@@update best acc:", acc)
            print("target str:", self.best_arch)
            self.best_accuracy = acc
            item = [acc, self.counter]
            self.best_trace[network_str] = item
            if network_str == self.best_arch:
                sorted_best_traces = sorted(self.best_trace.items(), key=operator.itemgetter(1))
                final_results = []
                for item in sorted_best_traces:
                    final_results.append( item[1] )
                final_results_str = json.dumps(final_results)
                with open("result.txt", "a") as f:
                    f.write(final_results_str + '\n')
                print("$$$$$$$$$$$$$$$$$$$CONGRATUGLATIONS$$$$$$$$$$$$$$$$$$$")
                os._exit(1)

        return acc
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