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Matches in DBpedia 2016-04 for { ?s ?p "The C and C++ programming languages are closely related. C++ grew out of C, as it was designed to be source-and-link compatible with C. Due to this, development tools for the two languages (such as IDEs and compilers) are often integrated into a single product, with the programmer able to specify C or C++ as their source language. However, due to minor semantic differences, most non-trivial C programs will not compile as C++ code without modification — C is not a subset of C++.Likewise, C++ introduces many features that are not available in C and in practice almost all code written in C++ is not conforming C code. This article, however, focuses on differences that cause conforming C code to be ill-formed C++ code, or to be conforming/well-formed in both languages, but to behave differently in C and C++.Bjarne Stroustrup, the creator of C++, has suggested that the incompatibilities between C and C++ should be reduced as much as possible in order to maximize inter-operability between the two languages. Others have argued that since C and C++ are two different languages, compatibility between them is useful but not vital; according to this camp, efforts to reduce incompatibility should not hinder attempts to improve each language in isolation. The official rationale for the 1999 C standard (C99) \"endorse[d] the principle of maintaining the largest common subset\" between C and C++ \"while maintaining a distinction between them and allowing them to evolve separately\", and stated that the authors were \"content to let C++ be the big and ambitious language.\"Several additions of C99 are or were not supported in C++ or conflicted with C++ features, such as variadic macros, compound literals, designated initializers, variable-length arrays, and native complex number types. The long long int datatype and restrict type qualifier defined in C99 were not included in the C++03 standard, but most mainstream compilers such as the GNU Compiler Collection, Microsoft Visual C++, and Intel C++ Compiler provided them as an extension. The long long datatype along with variadic macros are present in the new C++ standard, C++11. On the other hand, C99 has reduced some other incompatibilities by incorporating C++ features such as // comments and mixed declarations and code."@en }

• Compatibility_of_C_and_C++ abstract "The C and C++ programming languages are closely related. C++ grew out of C, as it was designed to be source-and-link compatible with C. Due to this, development tools for the two languages (such as IDEs and compilers) are often integrated into a single product, with the programmer able to specify C or C++ as their source language. However, due to minor semantic differences, most non-trivial C programs will not compile as C++ code without modification — C is not a subset of C++.Likewise, C++ introduces many features that are not available in C and in practice almost all code written in C++ is not conforming C code. This article, however, focuses on differences that cause conforming C code to be ill-formed C++ code, or to be conforming/well-formed in both languages, but to behave differently in C and C++.Bjarne Stroustrup, the creator of C++, has suggested that the incompatibilities between C and C++ should be reduced as much as possible in order to maximize inter-operability between the two languages. Others have argued that since C and C++ are two different languages, compatibility between them is useful but not vital; according to this camp, efforts to reduce incompatibility should not hinder attempts to improve each language in isolation. The official rationale for the 1999 C standard (C99) \"endorse[d] the principle of maintaining the largest common subset\" between C and C++ \"while maintaining a distinction between them and allowing them to evolve separately\", and stated that the authors were \"content to let C++ be the big and ambitious language.\"Several additions of C99 are or were not supported in C++ or conflicted with C++ features, such as variadic macros, compound literals, designated initializers, variable-length arrays, and native complex number types. The long long int datatype and restrict type qualifier defined in C99 were not included in the C++03 standard, but most mainstream compilers such as the GNU Compiler Collection, Microsoft Visual C++, and Intel C++ Compiler provided them as an extension. The long long datatype along with variadic macros are present in the new C++ standard, C++11. On the other hand, C99 has reduced some other incompatibilities by incorporating C++ features such as // comments and mixed declarations and code.".