All first generation programs are written entirely in machine code. Assembly language is a second generation language. All high-level languages are third generation. There are no official 4th or 5th generation languages; they are terms used by marketing types to make it appear that the latest programming language is superior in some unspecified way. Languages are categorised by their capabilities and paradigms, not by some "generation" tag that has no actual meaning.
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Easier to learn: Second-generation programming languages are easier to learn than first-generation languages. They are closer to human language and are more intuitive
The 3rd generation of computer started in 1964, which was the year BASIC appeared to public the first time. Disclaimer: There may be other programming languages came out in 1964 but earlier than BASIC.
We can't even go beyond the third generation. The first generation languages are all the native machine code languages. The second generation languages are the low-level symbolic languages such as assembly language. The third generation languages are all the high-level symbolic languages, such as C, C++, Java, Pascal, Cobol and so on. There are no fourth generation languages. The term "fourth generation" was first used by marketing types to make their third generation languages seem superior to other third generation languages, regardless of what features they actually provided. While there have been several attempts to re-classify third-generation languages, there is no standardised convention and thus no way to compare languages objectively by generation alone. Languages are best classified by the paradigms they support (procedural, structured, object-oriented, functional, logical and so on) and/or the domains they operate within (general purpose programming, artificial intelligence programming, and so on).
They must be punished thoroughly. The title 'first programmer' refers to Ada Augusta Lovelace.
First-generation is binary, just zeros and ones, so you can not talk about OOP at this level. The same is true, no OOP, for the second-generation languages, assembly languages. Third-generation languages include C++ and Java, so, YES, you can say that a third generation language can be OOP. Fourth-generation languages can include OOP features, but tipically they are closer to human language and are not intended to be OOP. Fifth-generation languages are used mainly in artificial intelligence research, so, no OOP. More about it you can find at http://en.wikipedia.org/wiki/Programming_language.
1.First Generation Programming LanguageFirst generation of programming language refers to machine language. Machine language is lower level language which uses object code (some times also known as machine code). Object code is the combination of binary digits. These languages directly talk to hardware.2.Second Generation Programming LanguageSecond generation of languages is also low level language which is known as assembly language. Assembly languages are the interface between Machine level languages and High level languages.3.Third Generation Programming LanguageThird Generation programming languages are High level Programming languages like JAVA & C.4.Fourth Generation Programming LanguageThis is the set of current generation programming languages. These languages are similar or closer to human languages.General characteristics of 4GL are:i.Closer to human languagesii.Portableiii.Database supportiveiv.simple and requires less effort than 3GLv.Non proceduralDifferent types of 4 GL are:a. Query Generatorb. Report generatorc. Form Generatord. Application Generatore. GUI Generatorf. Relational Database Manager5.Fifth Generation Programming LanguageLanguages used for writing programs for Artificial Intelligence, Neural Network, Plasma Computing etc. come under 5GL. This is the future of programming language.
The development of programming languages has evolved through four generations, each marked by increasing abstraction and ease of use. The first generation (machine language) involved binary code directly understood by computers, while the second generation (assembly language) introduced symbolic representations of machine instructions. The third generation saw the rise of high-level languages, such as C and Java, which allowed for more complex programming with less concern for hardware specifics. Finally, the fourth generation emphasizes even higher abstraction through domain-specific languages and visual programming, focusing on productivity and ease of use, often incorporating features like natural language processing and rapid application development.
Second generation computers are often called transistorized computers. The transistorized computers are more advanced computers than the first generation of computers.
The key differences between the Canon Rebel first generation and the latest models are in terms of improved features and performance. The latest models have higher resolution sensors, faster autofocus systems, better low-light performance, improved video capabilities, and more advanced connectivity options. Overall, the latest models offer better image quality and more advanced features compared to the first generation Canon Rebel cameras.
Machine code is first generation. Low-level, machine-dependent, symbolic languages such as assembly language are second generation. All high-level, machine-independent languages are third generation. Fourth and fifth generation don't actually have any meaning since there is no "standard" to define these terms, although they are often used to classify specific types of third-generation languages.
4g which it has facetime,and many more features.