| Appendix C |
|
Appendix C
|
Diagnostic Messages
|
|
C.1
|
Overview of Diagnostic Messages
|
|
C.2
|
Diagnostic Messages from the HP Fortran Compiler
|
|
C.2.1
|
Source Program Diagnostic Messages
|
|
C.2.2
|
Compiler-Fatal Diagnostic Messages
|
|
C.3
|
Messages from the HP Fortran Run-Time System
|
| Appendix D |
|
Appendix D
|
HP Fortran Logical Names
|
|
D.1
|
Commands for Assigning and Deassigning Logical Names
|
|
D.2
|
Compile-Time Logical Names
|
|
D.3
|
Run-Time Logical Names
|
| Appendix E |
|
Appendix E
|
Contents of the HP Fortran System Library FORSYSDEF
|
| Appendix F |
|
Appendix F
|
Using System Services: Examples
|
|
F.1
|
Calling RMS Procedures
|
|
F.2
|
Using an AST Routine
|
|
F.3
|
Accessing Devices Using Synchronous I/O
|
|
F.4
|
Communicating with Other Processes
|
|
F.5
|
Sharing Data
|
|
F.6
|
Displaying Data at Terminals
|
|
F.7
|
Creating, Accessing, and Ordering Files
|
|
F.8
|
Measuring and Improving Performance
|
|
F.9
|
Accessing Help Libraries
|
|
F.10
|
Creating and Managing Other Processes
|
| Index |
| Index |
| Examples |
| 1-1 |
Sample Main Program |
| 1-2 |
Sample Main Program That Uses a Module and Separate Function |
| 1-3 |
Sample Module |
| 1-4 |
Sample Separate Function Declaration |
| 2-1 |
Sample Listing of Source Code on OpenVMS I64 |
| 2-2 |
Sample Listing of Source Code on OpenVMS Alpha |
| 2-3 |
Sample (Partial) Listing of Machine Code on OpenVMS I64 |
| 2-4 |
Sample (Partial) Listing of Machine Code on OpenVMS Alpha |
| 2-5 |
Sample (Partial) Listing of Annotations |
| 2-6 |
Sample Storage Map Section |
| 2-7 |
Sample Compilation Summary |
| 3-1 |
Sample HP Fortran Program |
| 4-1 |
Sample Program SQUARES |
| 4-2 |
Sample Debugging Session Using Program SQUARES |
| 5-1 |
Measuring Program Performance Using LIB$SHOW_TIMER and LIB$INIT_TIMER |
| 5-2 |
Command Procedure that Measures Program Performance |
| 5-3 |
Using the /ASSUME =DUMMY_ALIASES Qualifier |
| 7-1 |
Handling OPEN Statement File Name Errors |
| 8-1 |
Testing for a NaN Value |
| 9-1 |
Example Showing the Use of the FOR$CONVERT.ext Method |
| 10-1 |
Calling C Functions and Passing Integer Arguments |
| 10-2 |
Calling C Functions and Passing Integer Arguments |
| 10-3 |
Use of LIB$GET_VM and POINTER |
| 10-4 |
Subroutine Using a Data Structure Argument |
| 10-5 |
Ctrl/C Trapping Example |
| 10-6 |
HP Fortran Program Calling a Compaq Fortran 77 Subroutine |
| 10-7 |
Compaq Fortran 77 Subroutine Called by an HP Fortran Program |
| 10-8 |
C Functions Called by an HP Fortran Program |
| 10-9 |
Calling C Functions and Passing Integer Arguments |
| 10-10 |
Calling C Functions and Passing Complex Arguments |
| 10-11 |
Calling C Functions and Passing Pointer Arguments |
| 10-12 |
C Functions Receiving Pointer Arguments |
| 10-13 |
C Function That Receives an Explicit-Shape Array |
| 10-14 |
HP Fortran Program That Passes an Explicit-Shape Array |
| A-1 |
Changing Floating-Point Exception Mode |
| B-1 |
Using the CVT$CONVERT_FLOAT Routine |
| C-1 |
Sample Diagnostic Messages (Listing Format) |
| Figures |
| 2-1 |
Specifying the Format of Numeric Data for Unformatted Files |
| 2-2 |
Creating and Using a Text Library |
| 5-1 |
Common Block with Unaligned Data |
| 5-2 |
Common Block with Naturally Aligned Data |
| 5-3 |
Common Block with Naturally Aligned Reordered Data |
| 5-4 |
Derived-Type Naturally Aligned Data (in CATALOG_SPRING : ( ,)) |
| 5-5 |
Memory Diagram of REC for Naturally Aligned Records |
| 6-1 |
Segmented Records |
| 6-2 |
Stream_CR and Stream_LF Records |
| 8-1 |
INTEGER (KIND =1) or INTEGER*1 Representation |
| 8-2 |
INTEGER (KIND =2) or INTEGER*2 Representation |
| 8-3 |
INTEGER (KIND =4) or INTEGER*4 Representation |
| 8-4 |
INTEGER (KIND =8) or INTEGER*8 Representation |
| 8-5 |
LOGICAL Representations |
| 8-6 |
IEEE S_float REAL (KIND =4) or REAL*4 Representation |
| 8-7 |
VAX F_float REAL (KIND =4) or REAL*4 Representation |
| 8-8 |
IEEE T_float REAL (KIND =8) or REAL*8 Representation |
| 8-9 |
VAX G_float REAL (KIND =8) or REAL*8 Representation |
| 8-10 |
VAX D_float REAL (KIND =8) or REAL*8 Representation |
| 8-11 |
X_float REAL (KIND =16) Floating-Point Data Representation |
| 8-12 |
IEEE S_float COMPLEX (KIND =4) or COMPLEX*8 Representation |
| 8-13 |
VAX F_float COMPLEX (KIND =4) or COMPLEX*8 Representation |
| 8-14 |
IEEE T_float COMPLEX (KIND =8) or COMPLEX*16 Representation |
| 8-15 |
VAX G_float COMPLEX (KIND =8) or COMPLEX*16 Representation |
| 8-16 |
VAX D_float COMPLEX (KIND =8) or COMPLEX*16 Representation |
| 8-17 |
COMPLEX (KIND =16) or COMPLEX*32 Representation |
| 8-18 |
CHARACTER Data Representation |
| 9-1 |
Little and Big Endian Storage of an INTEGER Value |
| 9-2 |
Sample Unformatted File Conversion |
| 14-1 |
Effects of Calls to LIB$SIGNAL or LIB$STOP |
| B-1 |
VAX H_float REAL*16 Representation (VAX Systems) |
| Tables |
| 1-1 |
Tools for Program Development and Testing |
| 2-1 |
FORTRAN Command Qualifiers |
| 2-2 |
FORTRAN Command Flags and Categories |
| 2-3 |
Commands to Control Library Files |
| 2-4 |
CDO Data Types and Corresponding HP Fortran Data Types |
| 2-5 |
Compiler Limits |
| 3-1 |
LINK Command Qualifiers |
| 3-2 |
/DEBUG and /TRACEBACK Qualifiers |
| 5-1 |
FORTRAN Qualifiers Related to Run-Time Performance |
| 5-2 |
Qualifiers that Slow Run-Time Performance |
| 5-3 |
Output Argument Array Types |
| 5-4 |
Types of Optimization Performed at Different
/OPTIMIZE =LEVEL = n Levels |
| 6-1 |
Summary of I/O Statements |
| 6-2 |
Available I/O Statements and Record I/O Forms |
| 6-3 |
Predefined System Logical Names |
| 6-4 |
Implicit Fortran Logical Units |
| 6-5 |
Valid Combinations of File Organization and Record Access Mode |
| 7-1 |
Summary of Run-Time Errors |
| 8-1 |
HP Fortran Intrinsic Data Types, Storage, and Numeric Ranges |
| 8-2 |
IEEE Exceptional Floating-Point Numbers |
| 9-1 |
Unformatted Numeric Formats, Keywords, and Supported Data Types |
| 10-1 |
C Property and Argument Passing |
| 10-2 |
OpenVMS Alpha Register Usage |
| 10-3 |
OpenVMS Alpha Function Return Values |
| 10-4 |
Run-Time Library Facilities |
| 10-5 |
System Services |
| 10-6 |
HP Fortran Implementation of OpenVMS Data Types |
| 10-7 |
Variable Data Type Requirements |
| 10-8 |
HP Fortran and C Data Types |
| 11-1 |
RMS Fields Available with USEROPEN |
| 13-1 |
PSECT Names and Attributes |
| 13-2 |
HP Fortran PSECT Attributes |
| 14-1 |
Severity Codes for Exception Condition Values |
| 14-2 |
Contents of SIGARGS |
| 14-3 |
Contents of MECHARGS on OpenVMS Alpha Systems |
| 14-4 |
Condition-Handler Function Return Values |
| 15-1 |
CXML Routine Groups |
| B-1 |
Summary of Language Compatibility |
| B-2 |
HP Fortran Qualifiers Without Equivalents in Compaq Fortran 77 for OpenVMS VAX Systems |
| B-3 |
Compaq Fortran 77 for OpenVMS VAX Systems Options Not in HP Fortran |
| B-4 |
Floating-Point Data Formats on OpenVMS VAX and OpenVMS I64 and Alpha Systems |
| C-1 |
Run-Time Error Messages and Explanations |
| D-1 |
HP Fortran Compile-Time Logical Names |
| D-2 |
HP Fortran Run-Time Logical Names |
| E-1 |
Contents of System Library FORSYSDEF |
