Structured programming practices ()rise to Pascal, in which constructs were introduced to make programs more readable and better (). C provided a combination of assembly language and high-level structure to create a general-purpose language that could be used from system to ()programming. Next came object orientation, which is ()of a methodology and design philosophy than a language issue. This is ()by the addition of so-called OO extensions to current languages, such as C.
Structured programming practices ()rise to Pascal。
A:giving B:given C:gave D:gives
The term data is often used to distinguish (73) machine-readable information from textual human-readable information.
A:binary B:hex C:octal D:decimal
Structured programming practices () rise to Pascal,in which constructs were introduced to make programs more readable and better () . C provided a combination of assembly language and high-level Structure to create a general-purpose language that could be used from system to () programming. Next came object orientation,which is () of a methodology and design philosophy than a language issue.This is () by the addition of so-called OO extensions to current languages,such as C.
in which constructs were introduced to make programs more readable and better ()
A:structure B:structured C:constructs D:structures
Structured programming practices (71) rise to Pascal, in which constructs were introduced to make programs more readable and better (72) C provided a combination of assembly and high -level structure to create a general -purpose language that could be used from system to (73) programming. Next came object orientation, which is (74) of a metrology and design philosophy than a language issue. This is (75) by the addition of so - called OO extensions to current language, such as C++.
(71)处填()。
A:giving B:given C:gave D:gives
Structured programming practices (71) rise to Pascal, in which constructs were introduced to make programs more readable and better (72) C provided a combination of assembly and high -level structure to create a general -purpose language that could be used from system to (73) programming. Next came object orientation, which is (74) of a metrology and design philosophy than a language issue. This is (75) by the addition of so - called OO extensions to current language, such as C++.
(72)处填()。
A:structure B:structured C:constructs D:structures
Structured programming practices (71) rise to Pascal, in which constructs were introduced to make programs more readable and better (72) C provided a combination of assembly and high -level structure to create a general -purpose language that could be used from system to (73) programming. Next came object orientation, which is (74) of a metrology and design philosophy than a language issue. This is (75) by the addition of so - called OO extensions to current language, such as C++.
(73)处填()。
A:logic B:function C:flexible D:application
Structured programming practices (71) rise to Pascal, in which constructs were introduced to make programs more readable and better (72) C provided a combination of assembly and high -level structure to create a general -purpose language that could be used from system to (73) programming. Next came object orientation, which is (74) of a metrology and design philosophy than a language issue. This is (75) by the addition of so - called OO extensions to current language, such as C++.
(74)处填()。
A:more B:little C:a matter D:important
Structured programming practices (71) rise to Pascal, in which constructs were introduced to make programs more readable and better (72) C provided a combination of assembly and high -level structure to create a general -purpose language that could be used from system to (73) programming. Next came object orientation, which is (74) of a metrology and design philosophy than a language issue. This is (75) by the addition of so - called OO extensions to current language, such as C++.
(75)处填()。
A:evidence B:evidenced C:evidences D:evidencing
Structured programming practices (1) rise to Pascal, in which constructs were introduced to make programs more readable and better (2) . (3) provided a combination of assembly language and high-level structure to create a general-purpose language that could be used from system to application programming. Next came object orientation, which is (4) of a methodology and design philosophy than a language issue. This is (5) by the addition of so-called OO extensions to current languages, such as application.
(2)()
A:structure B:structured C:constructs D:structures
( )occurs when one business transmits computer-readable data in a standard format to another business.
A:EFT B:VAN C:EDI D:WAN