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Oracle Solaris Studio 12.2: Fortran User's Guide |
2.2.2 Command-Line File Name Conventions
2.2.4 Source File Preprocessors
2.2.5 Separate Compiling and Linking
2.2.6 Consistent Compiling and Linking
2.2.7 Unrecognized Command-Line Arguments
2.3.1.2 The IGNORE_TKR Directive
2.3.1.6 The PIPELOOP[=n] Directive
2.3.1.7 The PREFETCH Directives
2.3.2 Parallelization Directives
2.3.2.1 OpenMP Parallelization Directives
2.3.2.2 Legacy Sun/Cray Parallelization Directives
2.4 Library Interfaces and system.inc
2.5.1 Determining Hardware Platform
2.5.2 Using Environment Variables
2.5.3.3 Control of Virtual Memory
4. Solaris Studio Fortran Features and Differences
5. FORTRAN 77 Compatibility: Migrating to Solaris Studio Fortran
This chapter describes how to use the Fortran compiler.
The principal use of any compiler is to transform a program written in a procedural language like Fortran into a data file that is executable by the target computer hardware. As part of its job, the compiler may also automatically invoke a system linker to generate the executable file.
The compiler can also be used to:
Generate a parallelized executable file for multiple processors (-openmp).
Analyze program consistency across source files and subroutines and generate a report (-Xlist).
Transform source files into:
Relocatable binary (.o) files, to be linked later into an executable file or static library (.a) file.
A dynamic shared library (.so) file (-G).
Link files into an executable file.
Compile an executable file with runtime debugging enabled (-g).
Compile with runtime statement or procedure level profiling (-pg).
Check source code for ANSI standards conformance (-ansi).
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