General

• Silverfrost Fortran from the command-line
• Program development
• 64-bit compiling
• Compilation diagnostics
• Migrating to Silverfrost Fortran
• Arithmetic overflow checking
• Argument consistency checking
• Array subscript checking
• Checking for undefined variables (/UNDEF)
• Compiler Options(Classified)
• Compiler directives
• Character data
• Profiling
• Using /LGO and /LINK
• The /LGO option
• The /LINK compiler option
• Relocatable binary libraries and input files
• Default KIND values for intrinsic types
• I/O
• Optimisation

Assembler

FTN95 contains a 32-bit IA-32 assembler. Although users will not normally need the flexibility of writing their own machine code, the information below may be of interest.

• Introduction
• The execution environment
• The CODE/EDOC facility
• Mixing of Intel 32-bit Assembler and Fortran
• Labels
• Referencing Fortran variables
• Literals
• Halfword and byte forms of instructions
• Using the coprocessor
• Instruction prefixes
• Other assembler facilities
• Other machine-level facilities
• Error messages
• 64-bit assembler

Mixed Languages

In addition to a full Fortran 95 compiler and IA-32 assembler, FTN95 also contains a C/C++ compiler. This allows users to mix their Fortran with C code.

• Mixed language programming
• Data types
• Basic data types
• Arrays
• Character strings
• Calling FTN95 from C/C++
• CHARACTER variables
• Arrays
• INTEGER, LOGICAL and REAL
• Calling C/C++ from FTN95
• Calling an FTN95 DLL from Visual Basic
• Mixing I/O systems in Fortran and C/C++

Language Extensions

This section contains notes about extensions in FTN95 to the Fortran standard.

• FTN95 Fortran language extensions
• Hollerith data
• Use of @ and $ characters in names
• Octal, hexadecimal and binary constants
• FTN77 compatible WHILE statement
• Internal procedures
• Conditional compilation
• The C-Style preprocessor
• Business Editing
• Extensions to FTN95 from the Fortran 2003 standard
• IEEE Standard 754 Special Floating Point Numbers
• Extended ALLOCATE statement