Language frontends other than C are split to different sub-packages,
namely gcc-ada, gcc-c++, gcc-fortran, gcc-java and gcc-objc.

# COMMON-END

A perfect hash function is simply: a hash function and a data structure
that allows recognition of a key word in a set of words using exactly
one probe into the data structure.

This library is needed if you want to use the GNU Java compiler, gcj.
Source code for this package is in gcc.

This library is needed if you want to use the GNU Java compiler, gcj.
Source code for this package is in gcc.

An 8086 assembler and linker.

The system GNU C Compiler.

Language frontends other than C are split to different sub-packages,
namely gcc-ada, gcc-c++, gcc-fortran, gcc-java and gcc-objc.

# COMMON-END

Language frontends other than C are split to different sub-packages,
namely gcc-ada, gcc-c++, gcc-fortran, gcc-java and gcc-objc.

# COMMON-END

A perfect hash function is simply: a hash function and a data structure
that allows recognition of a key word in a set of words using exactly
one probe into the data structure.

This library is needed if you want to use the GNU Java compiler, gcj.
Source code for this package is in gcc.

This library is needed if you want to use the GNU Java compiler, gcj.
Source code for this package is in gcc.

An 8086 assembler and linker.

The system GNU C Compiler.

Language frontends other than C are split to different sub-packages,
namely gcc-ada, gcc-c++, gcc-fortran, gcc-java and gcc-objc.

# COMMON-END

Language frontends other than C are split to different sub-packages,
namely gcc-ada, gcc-c++, gcc-fortran, gcc-java and gcc-objc.

# COMMON-END

A perfect hash function is simply: a hash function and a data structure
that allows recognition of a key word in a set of words using exactly
one probe into the data structure.

This library is needed if you want to use the GNU Java compiler, gcj.
Source code for this package is in gcc.