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1921年，刘少奇在莫斯科东方大学入党。一年后他学成回国，领导了“安源路矿大罢工”。随着大革命形势骤然逆转，刘少奇于险恶情境中亲赴白区主持善后。抗战时期，刘少奇进入中央领导核心，并在建国后当选为中央人民政府副主席，在制定国家政治、经济、文化、教育、外交等方针政策方面发挥了重要作用。六十年代初期，中国经济发生严重困难，刘少奇又进行实地调查研究，参与制定了一系列重要的政策措施，使国民经济得到恢复和发展。1980年5月17日刘少奇追悼大会隆重举行，为中国革命和建设奋斗一生的刘少奇虽早已离开，但他坚定不移的共产主义信仰，将永垂不朽。As a pregnant woman, she carefully fabricated this scam, which is really easy for pregnant women to fall for.Let's give you a few more macros for your reference, and compare them with the above "Specific Symbol Representation Method of Macro Definition".Even Bill Gates, who Gladwell used as an example of the 10,000-hour law, modestly said:When I first encountered this kind of "dog", The company commander glanced at it and said nothing, Immediately ordered us to fire, Shooting from high terrain has its advantages, We shot exactly from almost 100 meters away, After aiming at it, Hit to a distance of 30 meters but did not kill a few such 'dogs', At last I saw that these things were about to rush up, There was a sudden explosion in front of the position, The explosion was a temporary obstruction to them, We didn't remember until the bombing was over. Fortunately, some Type 66 directional anti-infantry mines were deployed 30 meters in front of the positions before. As well as some Type 72 anti-infantry mines, Although those "dogs" run fast, But because of his short body, So they are all 'sticking to the land', Triggered the guide line of the mine, Then it led to an explosion. Anti-infantry mines have almost no dead corners within the effective attack range, especially the "round head" type (72-type anti-infantry mines, which contain 650 anti-personnel steel balls and have no dead corners covered 360 degrees after the explosion). Many close 'dogs' were directly blown to pieces, while those far away were also beaten into 'pockmarks' by steel balls and died lying there.The fundamental reason for using design patterns is to adapt to changes, improve code reuse rate, and make software more maintainable and scalable. In addition, the following principles should be followed when designing: single responsibility principle, open and closed principle, Richter substitution principle, dependency inversion principle, interface isolation principle, composite reuse principle and Dimit principle. Each design principle is described below.