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60
install/man/delp.1
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.TH delp 1 "12 Dec 1999" FreePascal "Free Pascal file deletion tool"
.SH NAME
delp \- The Free Pascal file deletion tool.
.SH SYNOPSIS
.B delp
.SH DESCRIPTION
.B delp
deletes files in the current directory that are left over from a Free Pascal
compilation process. It knows what files can be produced by the compile
steps and deletes any such files it finds. At the end it gives a summary of
the number of files that were deleted, together with the amount of bytes
freed by this process.
.SH USAGE
.B delp
takes no options at this time. It just attempts to delete all known files.
.SH FILE TYPES:
The following file types are recognized by the program and are deleted:
.TP
.I *.exe
Executable files under dos and windows.
.TP
.I *.so *.dll
Shared libraries under linux and Windows.
.TP
.I *.tpu *.tpp *.tpw *.tr
Turbo Pascal compiled units.
.TP
.I *.log *.bak
Backup files and log files.
.TP
.I *.ppu *.o *.a *.s
Compiled units, object files, archives and assembler files created by the
Free Pascal compiler on Linux or Dos
.TP
.I *.ppw *.ow *.aw *.sw
Compiled units, object files, archives and assembler files created by the
Free Pascal compiler on Windows.
.TP
.I *.pp1 *.o1 *.a1 *.s1
Compiled units, object files, archives and assembler files created by the
Free Pascal compiler on the go321v1 platform.
.TP
.I *.ppo *.oo *.ao *.so
Compiled units, object files, archives and assembler files created by the
Free Pascal compiler on the OS/2 platform.
.TP
.I ppas.bat ppas.sh link.res fpcmaked
Batch files, link script and makefile utility files.
.SH SEE ALSO
.IP
.BR fpcmake (1)
.BR ppc386 (1)
.BR make (1)

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install/man/fpcmake.1
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.TH fpcmake 1 "12 Dec 1999" FreePascal "Free Pascal Makefile constructor"
.SH NAME
fpcmake \- The Free Pascal makefile constuctor program.
.SH SYNOPSIS
.B fpcmake [filename [filename [filename]]]
.SH DESCRIPTION
.B fpcmake
reads a
.I Makefile.fpc
and converts it to a
.I Makefile
suitable for reading by GNU
.I make
to compile your projects. It is similar in functionality to GNU
.I autoconf
or
.I Imake
for making X projects.
.SH USAGE
.B fpcmake
accepts filenames of makefile description files as it's command-line
arguments. For each of these files it will create a
.I Makefile
in the same directory where the file is located, overwriting any other
existing file.
If no options are given, it just attempts to read the file
.I Makefile.fpc
in the current directory and tries to construct a Makefile from it.
any previously existing
.I Makefile
will be erased. See
.BR fpcmake (5)
for a description of the format of the
.I Makefile.fpc
file.
.SH SEE ALSO
.IP
.BR fpcmake (5)
.BR ppc386 (1)
.BR make (1)

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install/man/fpcmake.5
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.TH fpcmake 5 "12 Dec 1999" FreePascal "Free Pascal Makefile.fpc format"
.SH NAME
Makefile.fpc \- Configuration file for fpcmake.
.SH SYNOPSIS
.I Makefile.fpc
is a configuration file for the fpcmake command. Starting from this file a
.I Makefile
is created to compile Free Pascal units and programs.
.SH DESCRIPTION
.B Makefile.fpc
is a plain ASCII file that contains a number of sections as in a Windows
.I ini
file. The following sections are recognized (in alphabetical order):
.TP
.B clean
Specifies rules for cleaning the directory of units and programs.
The following entries are recognized:
.RS
.TP
.I units
names of all units that should be removed when cleaning. Don't specify
extensions, the makefile will append these by itself.
.TP
.I files
names of files that should be removed. Specify full filenames.
.RE
.TP
.B defaults
The defaults section contains some default settings. The following keywords
are recognized:
.RS
.TP
.RE
.TP
.B dirs
.TP
.B info
.TP
.B install
Contains instructions for installation of your units and programs. The
following keywods are recognized:
.RS
.TP
.I dirprefix
the directory below wchich all installs are done. This corresponds to the
.I \-\-prefix
argument to GNU
.I configure
It is used for the installation of programs and units. By default, this is
. /usr
on linux, and
. /pp
on all other platforms.
.TP
.I dirbase
The directory that is used as the base directory for the installation of
units. Default this is
.I dirprefix
appended with
.I /lib/fpc/FPC\_VERSION
for linux or simply the dirprefix on other platforms.
.RE
Units will be installed in the subdirectory
.I units/$(OS\_TARGET)
of the
.I dirbase
entry.
.TP
.B libs
This section specifies what units should be merged into a library, and what
external libraries are needed. It can contain the following keywords:
.RS
.TP
.I libname
the name of the library that should be created.
.TP
.I libunits
a comma-separated list of units that should be moved into one library.
.TP
.I needgcclib
a boolean value that specifies whether the gcc library is needed. This will
make sure that the path to the GCC library is inserted in the library search
path.
.TP
.I needotherlib
a boolean value that tells the makefile that other library directories will
be needed.
.RE
.TP
.B packages
Which packages must be used. This section can contain the following keywords:
.RS
.TP
.I packages
A comma-separated list of packages that are needed to compile the targets.
Valid for all platforms. In order to differentiate between platforms, you
can prepend the keyword
.I packages
with the OS you are compiling for, e.g.
.I linuxpackages
if you want the makefile to use the listed packages on linux only.
.TP
.I fcl
This is a boolean value (0 or 1) that indicates whether the FCL is used.
.TP
.I rtl
This is a boolean value (0 or 1) that indicates whether the RTL should be
recompiled.
.RE
.TP
.B postsettings
Anything that is in this section will be inserted as-is in the makefile
.I after
the makefile rules that are generated by fpcmake, but
.I before
the general configuration rules.
. In it, you cannot use variables that are defined by fpcmake rules, but you
can define additional rules and configuration variables.
.TP
.B presettings
Anything that is in this section will be inserted as-is in the makefile
.I before
the makefile target rules that are generated by fpcmake. This means that
you cannot use any variables that are normally defined by
.TP
.B rules
In this section you can insert dependency rules and any other targets
you wish to have. Do not insert 'default rules' here.
.TP
.B sections
Here you can specify which 'rule sections' should be included in the Makefile.
The sections consist of a series of boolean keywords; each keyword decies
whether a particular section will be written to the makefile. By default,
all sections are written.
You can have the following boolean keywords in this section.
.RS
.TP
.I none
If this is set to true, then no sections are written.
.TP
.I units
If set to
.I false
,
.B fpcmake
omits the rules for compiling units.
.TP
.I exes
If set to
.I false
,
.B fpcmake
omits the rules for compiling executables.
.TP
.I loaders
If set to
.I false
,
.B fpcmake
omits the rules for assembling assembler files.
.TP
.I examples
If set to
.I false
,
.B fpcmake
omits the rules for compiling examples.
.TP
.I package
If set to
.I false
,
.B fpcmake
omits the rules for making packages.
.TP
.I compile
If set to
.I false
,
.B fpcmake
omits the generic rules for compiling pascal files.
.TP
.I depend
If set to
.I false
,
.B fpcmake
omits the dependency rules.
.TP
.I install
If set to
.I false
,
.B fpcmake
omits the rules for installing everything.
.TP
.I sourceinstall
If set to
.I false
,
.B fpcmake
omits the rules for installing the sources.
.TP
.I zipinstall
If set to
.I false
,
.B fpcmake
omits the rules for installing archives.
.TP
.I clean
If set to
.I false
,
.B fpcmake
omits the rules for cleaning the directories.
.TP
.I libs
If set to
.I false
,
.B fpcmake
omits the rules for making libraries.
.TP
.I command
If set to
.I false
,
.B fpcmake
omits the rules for composing the command-line based on the various
variables.
.TP
.I exts
If set to
.I false
,
.B fpcmake
omits the rules for making libraries.
.TP
.I dirs
If set to
.I false
,
.B fpcmake
omits the rules for running make in subdirectories..
.TP
.I tools
If set to
.I false
,
.B fpcmake
omits the rules for running some tools as the erchiver, UPX and zip.
.TP
.I info
If set to
.I false
,
.B fpcmake
omits the rules for generating information.
.RE
.TP
.B targets
In this section you can define the various targets. The following keywords
can be used there:
.RS
.TP
.I dirs
A space separated list of directories where make should also be run.
.TP
.I examples
A space separated list of example programs that need to be compiled when
the user asks to compile the examples. Do not specify an extension,
the extension will be appended.
.TP
.I loaders
A space separated list of names of assembler files that must be assembled.
Don't specify the extension, the extension will be appended.
.TP
.I programs
A space separated list of program names that need to be compiled. Do not
specify an extension, the extension will be appended.
.TP
.I rst
a list of
.I rst
files that needs to be converted to
.I .po
files for use with GNU
.B gettext
and internationalization routines.
.TP
.I units
A space separated list of unit names that need to be compiled. Do not
specify an extension, just the name of the unit as it would appear un a
.I uses
clause is sufficient.
.RE
.TP
.B tools
In this section you can specify which tools are needed. Definitions to
use each of the listed tools will be inserted in the makefile, depending
on the setting in this section.
Each keyword is a boolean keyword; you can switch the use of a tool on or
off with it.
The following keywords are recognised:
.RS
.TP
.I toolppdep
Use
.B ppdep
the dependency tool.
.I True
by default.
.TP
.I toolppumove
Use
.B ppumove
the Free Pascal unit mover.
.I True
by default.
.TP
.I toolppufiles
Use the
.B ppufile
tool to determine dependencies of unit files.
.I True
by default.
.TP
.I toolsed
Use
.B sed
the stream line editor.
.I False
by default.
.TP
.I tooldata2inc
use the
.B data2inc
tool to create include files from data files.
.I False
by default.
.TP
.I tooldiff
Use the GNU
.B diff
tool.
.I False
by default.
.TP
.I toolcmp
Use the
.B cmp
file comparer tool
.I False
by default.
.TP
.I toolupx
Use the
.B upx
executable packer
.I True
by default.
.TP
.I tooldate
use the
.B date
date displaying tool.
.I True
by default.
.TP
.I toolzip
Use the
.B zip
file archiver. This is used by the zip targets.
.I True
by default.
.RE
.TP
.B zip
This section can be used to make zip files from the compiled units and
programs. By default all compiled units are zipped. The zip behaviour can
be influencd with the presettings and postsettings sections.
The following keywords can be used in this unit:
.RS
.TP
.I zipname
this file is the name of the zip file that will be produced.
.TP
.I ziptarget
is the name of a makefile target that will be executed before the zip is
made. By default this is the
.I install
target.
.RE
.SH SEE ALSO
.IP
.BR fpcmake (1)
.BR ppc386 (1)
.BR make (1)

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.TH h2pas 1 "12 Dec 1999" FreePascal "Free Pascal C header conversion utility"
.SH NAME
h2pas \- The C header to pascal unit conversion program.
.SH SYNOPSIS
.B h2pas
.I "[options] filename"
.SH DESCRIPTION
.B h2pas
attempts to convert a C header file to a pascal unit.
it can handle most C constructs that one finds in a C header file,
and attempts to translate them to their pascal counterparts. see the
.B CONSTRUCTS
section for a full description of what the translator can handle.
.SH USAGE
H2pas is a command-line tool that translates a C header file to a spascal
unit. It reads the C header file and translates the C declarations to
equivalent pascal declarations that can be used to access code written in C.
The output of the h2pas program is written to a file with the same name as
the C header file that was used as input, but with the extension \fI.pp\fP.
The output file that h2pas creates can be customized in a number of ways by
means of many options.
.SH OPTIONS
The output of
.B h2pas
can be controlled with the following options:
.TP
.B \-d
use
.I external;
for all procedure and function declarations.
.TP
.B \-D
use
.B external
.I libname
.B name
.I 'func\_name'
for function and procedure declarations.
.TP
.B \-e
Emit a series of constants instead of an enumeration type for the C
.I enum
construct.
.TP
.B \-i
create an include file instead of a unit (omits the unit header).
.TP
.BI \-l " libname"
specify the library name for external function declarations.
.TP
.BI \-o " outfile"
Specify the output file name. Default is the input file name with
the extension replaced by
.I ".pp"
"."
.TP
.B \-p
use the letter
.B P
in front of pointer type parameters instead of "^".
.TP
.B \-s
Strip comments from the input file. By default comments are converted
to comments, but they may be displaced, since a comment is handled by the
scanner.
.TP
.B \-t
prepend typedef type names with the letter
.B T
(used to follow Borland's convention that all types should be defined with
T).
.TP
.B \-v
replace pointer parameters by call by reference parameters.
Use with care because some calls can expect a NIL pointer.
.TP
.B \-w
Header file is a win32 header file (adds support for some special macros).
.TP
.B \-x
handle SYS\_TRAP of the PalmOS header files.
.SH CONSTRUCTS
The following C declarations and statements are recognized:
.TP
.B defines
defines are changed into pascal constants if they are simple defines.
macros are changed - wherever possible to functions; however the arguments
are all integers, so these must be changed manually. Simple expressions
in define staments are recognized, as are most arithmetic operators:
addition, substraction, multiplication, division, logical operators,
comparision operators, shift operators. The C construct ( A ? B : C)
is also recognized and translated to a pascal construct with an IF
statement (this is buggy, however).
.TP
.B "preprocessor statements"
the conditional preprocessing commands are recognized and translated into
equivalent pascal compiler directives. The special
.B "#ifdef \_\_cplusplus"
is also recognized and removed.
.TP
.B typedef
A typedef statement is changed into a pascal type statement. The following
basic types are recognized:
.RS
.TP
.I char
changed to char.
.TP
.I float
changed to real (=double in free pascal).
.TP
.I int
changed to longint.
.TP
.I long
changed to longint.
.TP
.I "long int"
changed to longint.
.TP
.I short
changed to integer.
.TP
.I unsigned
changed to cardinal.
.TP
.I "unsigned char"
changed to byte.
.TP
.I "unsigned int"
changed to cardinal.
.TP
.I "unsigned long int"
changed to cardinal.
.TP
.I "unsigned short"
changed to word.
.TP
.I void
ignored.
.RE
These types are also changed if they appear in the arguments of a function
or procedure.
.TP
.B "functions and procedures"
functions and procedures are translated as well; pointer types may be
changed to call by reference arguments (using the
.B var
argument) by using the
.B \-p
command line argument. functions that have a variable number of arguments
are changed to a function with an
.B "array of const"
argument.
.TP
.B specifiers
the
.I extern
specifier is recognized; however it is ignored. the
.I packed
specifier is also recognised and changed with the
.I PACKRECORDS
directive. The
.I const
specifier is also recognized, but is ignored.
.TP
.B modifiers
If the
.B \-w
option is specified, then the following modifiers are recognized:
.I STDCALL
,
.I CDECL
,
.I CALLBACK
,
.I PASCAL
,
.I WINAPI
,
.I APIENTRY
,
.I WINGDIAPI
as defined in the win32 headers.
If additionally the
.B \-x
option is specified then the
.I SYS\_TRAP
specifier is also recognized.
.TP
.B enums
enum constructs are changed into enumeration types; bear in mind that in C
enumeration types can have values assigned to them; Free Pascal also allows
this to a certain degree. If you know that values are assigned to enums, it
is best to use the
.B \-e
option to change the enus to a series of integer constants.
.TP
.B unions
unions are changed to variant records.
.TP
.B structs
are changed to pascal records, with
.B C
packing.
.IP
.SH SEE ALSO
.IP
.BR ppc386 (1)
.BR ppumove (1)

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.TH ppc386 1 "30 may 1999" FPC "Free Pascal Compiler"
.SH NAME
ppc386 \- Free Pascal Compiler (FPC) binary, name derived
from Portable Pascal Compiler
.SH SYNOPSIS
.B "ppc386 [options] [sourcefile]"
.BR
.SH DESCRIPTION
This binary is the main binary of the
.I Free Pascal Compiler (FPC)
which is a
.I Turbo Pascal
and
.I Delphi (2.0)
compatible standalone (non GCC frontend) multitarget Pascal compiler.
.PP
The compiler uses
.BR LD (1)
and can use
.BR AS (1)
(see parameter \-Aas, but also has its own binary object writer.
.PP
The current main targets are
.I Go32V2
(Dos DJGPP extender),
.I Linux,
.I OS/2
and
.I Win32.
The other targets (M68K compilers for Atari and Amiga) are based on older
versions of the compiler.
.PP
This manpage is meant for quick\-reference only. FPC comes with a great (600+ pages)
manual, which is updated constantly, while this man page can be out of date.
.SH Version number
Right now the compiler uses versionnumbers like 0.99.12 and 0.99.13. After
the 1.0 release this will change to 1.0 and 1.1. Both version naming types have
in common that if the last number is even (0.99.12, 1.0), it is stable, and the last number odd
is a dialy changing development version.(0.99.13, 1.1) just like the kernel.
Fixes to releases will be named 0.99.12-x with x a number (e.g. 0.99.12-1)
.PP
Version 0.99.5 however is a stable release. It was made before the even/odd version
naming system was introduced.
.SH Usage
The compilation proces is started by typing
.I ppc386
followed by a sourcefile name (normally with .pas or .pp extension). Before processing the actual processing of the source file,
.BR ppc386.cfg (5)
the configuration file of the compiler is read which contains the location of the
RTL, other packages (API, FCL, FreeVision), and optionally default values for some
switches. See the separate manpage of
.BR ppc386.cfg (5)
for more information.
.SH Options
.PP
General options
.TP
.BI \-h
if you specify this option, the compiler outputs a list of all options,
and exits after that.
.TP
.BI \-?
idem as \-h, but waiting after every screenfull for the enter key.
.TP
.BI \-i
This option tells the compiler to print the copyright information.
You can give it an option, as -ixxx} where "xxx" can be one of the
following:
.RS
.TP
.I D
Returns the compiler date.
.TP
.I V
Returns the compiler version.
.TP
.I SO
Returns the compiler OS.
.TP
.I SP
Returns the compiler processor.
.TP
.I TO
Returns the target OS.
.TP
.I TP
Returns the target Processor.
.RE
.TP
.I -l
This option tells the compiler to print the
.I FPC
logo on standard output. It also gives you the
.I FPC
version number.
.TP
.I -n
Tells the compiler not to read the configuration file
.BR ppc386.cfg (5)
.PP
Options for getting feedback
.TP
.BI \-v xxx
Be verbose. "xxx" is a combination of the following:
.RS
.TP
.I e
Tells the compiler to show only errors. This option is on by default.
.TP
.I i
Tells the compiler to show some general information.
.TP
.I w
Tells the compiler to issue warnings.
.TP
.I n
Tells the compiler to issue notes.
.TP
.I h
Tells the compiler to issue hints.
.TP
.I l
Tells the compiler to show the line numbers as it processes a
file. Numbers are shown per 100.
.TP
.I u
Tells the compiler to print the names of the files it opens.
.TP
.I t
Tells the compiler to print the names of the files it tries
to open.
.TP
.I p
Tells the compiler to print the names of procedures and
functions as it is processing them.
.TP
.I c
Tells the compiler to warn you when it processes a
conditional.
.TP
.I m
Tells the compiler to write which macros are defined.
.TP
.I d
Tells the compiler to write other debugging info.
.TP
.I a
Tells the compiler to write all possible info. (this is the
same as specifying all options)
.TP
.I 0
Tells the compiler to write no messages. This is useful when
you want to override the default setting in the configuration file.
.TP
.I b
Tells the compiler to show all procedure declarations if an
overloaded function error occurs.
.TP
.I x
Tells the compiler to output some executable info (for Win32
platform only).
.TP
.I r
Rhide/GCC compatibility mode: formats the error differently, so they
are understood by RHIDE.
.RE
.PP
Options concerning files and directories
.TP
.BI -e xxx
tells the compiler that
.I xxx
is the directory where it can find the executables as (the assembler) and
ld (the linker).
.TP
.BI \-FD
same as
.I \-e.
.TP
.BI \-Fe xxx
This option tells the compiler to write errors, etc. to
the file
.I xxx
.
.TP
.BI \-Fg xxx
(linux only, obsolete)
.I xxx
specifies the path where the compiler can find the
.I GNU C
library. This is superseded by the
.I \-Fl
option.
.TP
.BI \-Fi xxx
adds
.I xxx
to the path where the compiler searches for its include files.
.TP
.BI \-Fl xxx
Adds
.I xxx
to the library searching path, and is passe to the linker.
.TP
.BI \-FL xxx
( Linux only) Tells the compiler to use
.I xxx
as the dynamic linker. Default this is /lib/ld-linux.so.2, or
lib/ld-linux.so.1, depending on which one is found.
.TP
.BI \-Fo xxx
Adds
.I xxx
to the object file path. This path is used
when looking for files that need to be linked in.
.TP
.BI \-Fr xxx
tells the compiler that
.I xxx
contains the compiler messages. Default the compiler has built-in
messages. Specifying this option will override the default messages.
(useful if you want to use a language other than the default language).
.TP
.BI \-Fu xxx
Adds
.I xxx
to the unit path.
By default, the compiler only searches for units in the current directory
and the directory where the compiler itself resides. This option tells the
compiler also to look in the directory
.I xxx
\.
.TP
.BI \-FU xxx
Tells the compiler to write units in directory
.I xxx
instead of the current directory.
.TP
.BI \-I xxx
Add
.I xxx
to the include file search path.
This path is used when looking for include files.
.TP
.BI \-P
uses pipes instead of files when assembling. This may speed up
the compiler on OS/2 and Linux. Only with assemblers (such as
.I GNU AS
) that support piping.
.TP
By default, the compiler only searches for units in the current directory
and the directory where the compiler itself resides. This option tells the
compiler also to look in the directory "xxx."
.PP Options controlling the kind of output
for more information on these options, see also the programmers manual.
.TP
.BI \-a
Tells the compiler not to delete the assembler file.
This also counts for the (possibly) generated batch script.
.TP
.BI \-al
Tells the compiler to include the sourcecode lines
in the assembler file as comments. This feature is still experimental, and
should be used with caution.
.TP
.BI -A xxx
specifies what kind of assembler should be generated . Here
.I xxx
is one of the following :
.RS
.TP
.I AS
A unix .o (object) file, using
.I GNU AS
.TP
.I nasmcoff
a coff file using the
.I nasm
assembler.
.TP
.I nasmelf
a ELF32 file (LINUX only) using the
.I nasm
assembler.
.TP
.I nasmonj
a obj file using the
.I nasm
assembler.
.TP
.I masm
An obj file using the Microsoft
.I masm
assembler.
.TP
.I tasm
An obj file using the Borland
.I tasm
assembler.
.RE
.TP
.BI \-CD
Create dynamic library.
.TP
.BI \-Ch xxx
Reserves
.I xxx
bytes heap.
.I xxx
should be between 1024 and 67107840.
.TP
.BI \-Ci
Generate Input/Output checking code.
.TP
.BI \-Cn
Omit the linking stage.
.TP
.BI \-Co
Generate Integer overflow checking code.
.TP
.BI \-Cr
Generate Range checking code.
.TP
.BI \-Cs xxx
Set stack size to
.I xxx
bytes.
.TP
.BI \-CS
Create static library.
.TP
.BI \-Ct
generate stack checking code.
.TP
.BI \-Cx
Use smartlinking when compiling and linking units.
.TP
.BI \-d xxx
Define the symbol name
.I xxx
This can be used to conditionally compile parts of your code.
.TP
.BI \-E
Same as -Cn.
.TP
.BI \-g
Generate debugging information for debugging with
.I GDB
.TP
.BI \-gg
idem as
.B -g.
.TP
.BI \-gd
generate debugging info for dbx.
.TP
.BI \-gh
use the heaptrc unit (see the units part of the FPC manual).
.TP
.BI \-O xxx
optimize the compiler's output;
.I xxx
can have one of the following values :
.RS
.TP
.I g
optimize for size, try to generate smaller code.
.TP
.I G
optimize for time, try to generate faster code (default).
.TP
.I r
keep certain variables in registers (experimental, use with caution).
.TP
.I u
uncertain optimizations
.TP
.I 1
Level 1 optimizations (quick optimizations).
.TP
.I 2
Level 2 optimizations (-O1 plus some slower optimizations).
.TP
.I 3
Level 3 optimizations (-O2 plus -Ou).
.TP
.I Pn
Specify processor : n can be one of
.RS
.TP
.I 1
optimize for 386/486
.TP
.I 2
optimize for Pentium/PentiumMMX (tm)
.TP
.I 3
optimizations for PentiumPro / P-II / Cyrix 6x86 / K6 (tm)
.RE
The exact effect of these effects can be found in the programmers part of the manual.
.RE
.TP
.BI \-o xxx
Tells the compiler to use
.I xxx
as the name of the output file (executable). Only with programs.
.TP
.BI \-pg
Generate profiler code for gprof.
.TP
.BI \-s
Tells the compiler not to call the assembler and linker.
Instead, the compiler writes a script, PPAS.BAT under DOS, or
ppas.sh under Linux, which can then be executed to produce an
executable.
.TP
.BI \-T xxx
Specifies the target operating system.
.I xxx
can be one of the following:
.RS
.TP
.I GO32V1
DOS and version 1 of the DJ DELORIE extender (no longer maintained).
.TP
.I GO32V2
DOS and version 2 of the DJ DELORIE extender.
.TP
.I LINUX
Linux.
.TP
.I OS2
OS/2 (2.x) (this is still under development).
.TP
.I WIN32
Windows 32 bit.
.RE
.TP
.BI -u xxx
undefine the symbol
.I xxx
\. This is the opposite of the
.B \-d
option.
.TP
.BI \-u xxx
Undefine symbol
.I xxx
\.
.TP
.BI \-X x
Executable options. These tell the compiler what
kind of executable should be generated. the parameter
.I x
can be one of the following:
.RS
.TP
.I c
(Linux only, obsolete) Link with the C library. You should only use this when
you start to port Free Pascal to another operating system.
.TP
.I D
Link with dynamic libraries (defines the FPC_LINK_DYNAMIC symbol)
.TP
.I s
Strip the symbols from the executable.
.TP
.I S
Link with static libraries (defines th FPC_LINK_STATIC symbol)
.RE
.PP
Options concerning the sources (language options)
for more information on these options, see also Programmers Manual
.TP
.BI \-R xxx
Specifies what assembler you use in your "asm" assembler code
blocks. Here
.I xxx
is one of the following:
.RS
.TP
.I att
Asm blocks contain AT&T assembler.
.TP
.I intel
Asm blocks contain Intel assembler.
.TP
.I direct
Asm blocks should be copied as-is in the assembler
file.
.RE
.TP
.BI \-S2
Switch on Delphi 2 extensions.
.TP
.BI \-Sc
Support C-style operators, i.e. *=, +=, /= and -=.
.TP
.BI \-Sd
tells the compiler to dispose asmlists. This uses less memory,
but is slower.
.TP
.BI \-Se
The compiler stops after the first error. Normally,
the compiler tries to continue compiling after an error, until 50 errors are
reached, or a fatal error is reached, and then it stops. With this switch,
the compiler will stop after the first error.
.TP
.BI \-Sg
Support the label and goto commands.
.TP
.BI \-Si
Support C++ style INLINE.
.TP
.BI \-Sm
Support C-style macros.
.TP
.BI \-So
Try to be Borland TP 7.0 compatible (no function
overloading etc.).
.TP
.BI \-Sp
Try to be
.I GPC (GNU Pascal Compiler)
compatible.
.TP
.BI \-Ss
The name of constructors must be "init", and the
name of destructors should be "done".
.TP
.BI \-St
Allow the "static" keyword in objects.
.TP
.BI \-Un
Do not check the unit name. Normally, the unit name
is the same as the filename. This option allows both to be different.
.TP
.BI \-Us
Compile a system unit. This option causes the
compiler to define only some very basic types.
.SH SEE ALSO
.BR ppc386.cfg (5)
.BR ppdep (1)
.BR ppudump (1)
.BR ppumove (1)
.BR ptop (1)
.BR h2pas (1)
.BR ld (1)
.BR as (1)

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.TH ppc386.cfg 5 "30 may 1999" FPC "FPC configuration file"
.SH NAME
ppc386.cfg \- Free Pascal Compiler (FPC) configuration file, name derived from Portable Pascal Compiler.
.SH DESCRIPTION
This is the main configuration file of the
.I Free Pascal Compiler (FPC)
.PP
All commandline options of the compiler (described in
.BR ppc386 (1)
) can be specified in the ppc386.cfg
When the configuration file is found, it is read, and the lines
it contains are treated like you typed them on the command line see
.BR ppc386 (1)
with some extra condtional possibilities.
.SH SYNTAX
You can specify comments in the configuration file with the # sign.
Everything from the # on will be ignored, unless it is one of the keywords (see below).
The compiler looks for the ppc386.cfg file in the following places :
.PP
\ \fI\- Under Linux\fP
.br
\ \ \- The current directory.
.br
\ \ \- Home directory, looks for .ppc386.cfg
.br
\ \ \- The directory specified in the environment
.br
\ \ variable PPC\_CONFIG\_PATH, and if it's not
.br
\ \ set under /etc.
.PP
\ \fI- Under all other OSes:\fP
.br
\ \ \- The current directory.
.br
\ \ \- The directory specified in the environment
.br
\ \ variable PPC\_CONFIG\_PATH.
.br
\ \ \- The directory where the compiler binary is.
.br
.PP
When the compiler has finished reading the configuration file, it continues
to treat the command line options.
One of the command\-line options allows you to specify a second configuration
file: Specifying \@foo on the command line will use file foo instead of ppc386.cfg
and read further options from there. When the compiler has finished reading
this file, it continues to process the command line.
The configuration file allows some kind of preprocessing. It understands the
following directives, which you should place on the first column of a line :
.PP
\ #IFDEF
.br
\ #IFNDEF
.br
\ #ELSE
.br
\ #ENDIF
.br
\ #DEFINE
.br
\ #UNDEF
.br
\ #WRITE
.br
\ #INCLUDE
.br
\ #SECTION
.br
They work the same way as their $... directive counterparts in Pascal:
.IP \fI#IFDEF\fP
.RS
.IP \fISyntax\fP
#IFDEF name
Lines following #IFDEF are skipped read if the keyword "name"
following it is not defined.
They are read until the keywords #ELSE or #ENDIF are
encountered, after which normal processing is resumed.
.IP \fIExample\fP
#IFDEF VER0_99_12
.br
\-Fu/usr/lib/fpc/0.99.12/rtl
.br
#ENDIF
.br
.PP
In the above example, /usr/lib/fpc/0.99.12/rtl will be added to
the path if you're compiling with version 0.99.12 of the compiler.
.RE
.IP \fI#IFNDEF\fP
.RS
.IP \fISyntax\fP
#IFNDEF name
Lines following #IFDEF are skipped read if the keyword "name"
following it is defined.
They are read until the keywords #ELSE or #ENDIF are
encountered, after which normal processing is resumed.
.IP \fIExample\fP
#IFNDEF VER0_99_12
.br
-Fu/usr/lib/fpc/0.99.13/rtl
.br
#ENDIF
.PP
In the above example, /usr/lib/fpc/0.99.13/rtl will be added to
the path if you're NOT compiling with version 0.99.12 of the compiler.
.RE
.IP \fI#ELSE\fP
.RS
.IP \fISyntax\fP
#ELSE
#ELSE can be specified after a #IFDEF or #IFNDEF
directive as an alternative.
Lines following #ELSE are skipped read if the preceding #IFDEF
#IFNDEF was accepted.
They are skipped until the keyword #ENDIF is
encountered, after which normal processing is resumed.
.IP \fIExample\fP
#IFDEF VER0_99_12
.br
-Fu/usr/lib/fpc/0.99.12/rtl
.br
#ELSE
.br
-Fu/usr/lib/fpc/0.99.13/rtl
.br
#ENDIF
.br
.PP
In the above example, /usr/lib/fpc/0.99.12/rtl will be added to
the path if you're compiling with version 0.99.12 of the compiler,
otherwise /usr/lib/fpc/0.99.13/rtl will be added to the path.
.RE
.IP \fI#ENDIF\fP
.RS
.IP \fISyntax\fP
#ENDIF
.PP
#ENDIF marks the end of a block that started with #IF(N)DEF,
possibly with an #ELSE between it.
.RE
.IP \fI#DEFINE\fP
.RS
.IP \fISyntax\fP
#DEFINE name
.PP
#DEFINE defines a new keyword. This has the same effect as a
"\-dname" command\-line option.
.RE
.IP \fI#UNDEF\fP
.RS
.IP \fISyntax\fP
#UNDEF name
#UNDEF un-defines a keyword if it existed.
This has the same effect as a "-uname" command-line option.
.RE
.IP \fI#WRITE\fP
.RS
.IP \fISyntax\fP
#WRITE Message Text
#WRITE writes "Message Text" to the screen.
This can be useful to display warnings if certain options are set.
.IP \fIExample\fP
#IFDEF DEBUG
.br
#WRITE Setting debugging ON...
.br
-g
.br
#ENDIF
.br
.PP
if "DEBUG is defined, this will produce a line
Setting debugging ON...
and will then switch on debugging information in the compiler.
.RE
.IP \fI#INCLUDE\fP
.RS
.IP \fISyntax\fP
#INCLUDE filename
#INCLUDE instructs the compiler to read the contents of
"filename" before continuing to process options in the current file.
This can be useful if you want to have a particular configuration file
for a project (or, under Linux, in your home directory), but still want to
have the global options that are set in a global configuration file.
.IP \fIExample\fP
#IFDEF LINUX
.br
#INCLUDE /etc/ppc386.cfg
.br
#ELSE
.br
#IFDEF GO32V2
.br
#INCLUDE c:\\pp\\bin\\ppc386.cfg
.br
#ENDIF
.br
#ENDIF
.br
.PP
This will include /etc/ppc386.cfg if you're on a linux machine,
and will include c:\\pp\\bin\\ppc386.cfg on a dos machine.
.RE
.IP \fI#SECTION\fP
.RS
.IP \fISyntax\fP
#SECTION name
The #SECTION directive acts as a #IFDEF directive, only
it doesn't require an #ENDIF directive. the special name COMMON
always exists, i.e. lines following #SECTION COMMON are always read.
.RE
.SH Example
A standard block often used in (the Linux version of) ppc386.cfg is
-vwhin
.br
#IFDEF VER0_99_12
.br
#IFDEF FPC_LINK_STATIC
.br
\-Fu/usr/lib/fpc/0.99.12/rtl/static
.br
\-Fu/usr/lib/fpc/0.99.12/units/static
.br
#ENDIF
.br
#IFDEF FPC_LINK_DYNAMIC
.br
\-Fu/usr/lib/fpc/0.99.12/rtl/shared
.br
\-Fu/usr/lib/fpc/0.99.12/units/shared
.br
#ENDIF
.br
\-Fu/usr/lib/fpc/0.99.12/rtl
.br
\-Fu/usr/lib/fpc/0.99.12/units
.br
#ENDIF
.PP
The block is copied into the ppc386.cfg file for each version you use (normally
the latest release (0.99.12 is released any day now) and the lastest developpers
snapshot (which will be version 0.99.13, even numbers are releases, odd are
development versions).
.SH SEE ALSO
.BR ppc386 (1)

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.TH ppdep 1 "9 June 1999" FreePascal "Free Pascal unit dependency tracking"
.SH NAME
ppdep \- The FPC Pascal unit dependency tracking program.
.SH SYNOPSIS
\fBppdep\fP [-DDefine] [-oFile] [-eext] [-V] [-h] [A[call]] file
.SH Description
.B ppdep
dumps the dependencies of a unit in a format that can be
understood by GNU
.B make
. It writes these dependencies to standard
output. It takes care of dependencies both in the interface and
implemntation section of the unit, and it can handle conditional defines.
.SH Usage
You can invoke
.B ppdep
with as the only required argument the name of the
file (program or unit) whose dependecies you wish to list. You don't need
to specify an extension, by default
.B .pp
is assumed.
.SH Options
.B ppdep
has several options, which are case insensitive:
.TP
.BI \-a call
This option tells
.B ppdep
to generate a compiler call for the
makefile. The compiler call will be generated for each file that
is found in the current directory. If you do no specify an explicit
compiler call,
.B ppc386
is used.
.TP
.BI \-d keyword
This option defines
.B keyword
that can be used to verify conditional
defines.
.B ppdep
understands conditional defines, you should use this switch if the
.I uses
clause of the programs or units can contain conditional defines.
.TP
.BI \-e ext
This allows you to specify a different extension for the unit files.
By default,
.B .ppu
is assumed. This extension is written to the
makefile.
.TP
.BI \-f [call]
This option tells
.B ppdep
to generate a compiler call for the
makefile. The compiler call will be generated only for the file that
was specified on the
.B ppdep
command line. If you want to generate a
compiler call for each file found, use the
.I \-a
option.
If you do no specify an explicit compiler call,
.B ppc386
is used.
.TP
.BI \-h
Shows a short help screen.
.TP
.BI \-o file
This option allows you to specify a file to which the dependencies should be
written. By default the dependencies are written to standard output.
If you specify this option, the dependencies are written to
.B file
instead.
.TP
.BI \-v
Writes some diagnostic messages. If you use this option, be sure to use
.I \-o
as well, since the diagnostic messages will also be written to
standard output.
.RE
.SH SEE ALSO
.IP
.BR ppc386 (1)
.BR ppumove (1)
.BR make (1)

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.TH ppudump 1 "5 June 1999" FreePascal "Free Pascal Unit dump utility"
.SH NAME
ppudump \- The FPC Pascal unit dump program.
.SH SYNOPSIS
\fIppudump\fP [-h] [-v[h|i|m|d|s|b|a]] ppu-file1 ppufile2 ...
.SH Description
.B ppudump
writes the contents of a Free Pascal unit file to standard output.
It gives a listing of all definitions in the unit file. The format
of the listing can be controlled by the options.
.SH Usage
You can invoke ppudump with as arguments the names of the units that you
want to dump. You need not specify a extension, by default \fI.ppu\fP is
assumed. The output goes to standard output.
.SH Options
.B ppudump
has only two options:
.TP
.BI \-h
shows a short help screen.
.TP
.BI \-v xxx
Controls the level of verbosity.
.I xxx
is any combination of the following letters:
.RS
.TP
.I a
Shows all information stored in the PPU file.
.TP
.I b
Shows the browser information in the PPU file (if present).
.TP
.I d
Shows the definitions in the PPU file.
.TP
.I h
Shows the header information in the PPU file.
.TP
.I i
Shows only interface information, implementation information is
not shown.
.TP
.I m
Shows only implementation information, interface interface is not shown.
.TP
.I s
Shows the symbols stored in the PPU file.
.RE
.SH SEE ALSO
.IP
.BR ppc386 (1)
.BR ppumove (1)

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.TH ppufiles 1 "9 June 1999" FreePascal "Free Pascal unit object file lister"
.SH NAME
ppufiles \- The FPC Pascal unit object file lister.
.SH SYNOPSIS
\fBppufiles\fP [options] [file [file [file]]]
.SH Description
.B ppufiles
lists all the binary files that are needed to link a unit file. This
includes any object files or libraries that must be linked in through some
directive in the unit.
.SH Usage
You can invoke
.B ppufiles
with as arguments the name of the units whose object files you wish to
list. An extension must be given. This can be useful for creating a
listing of all created object files and deleting them in a Makefile.
.SH Options
.B ppufiles
has several options, which are case insensitive:
.RS
.TP
.B \-a
This option tells
.B ppufiles
to list all files.
.TP
.B \-h
Help screen.
.TP
.B \-l
This option tells
.B ppufiles
to list only shared libraries.
.TP
.B \-o
This option tells
.B ppufiles
to list only object files.
.TP
.B \-s
This option tells
.B ppufiles
to list only static libraries.
.RE
.SH ERRORS
In case the unit is in an older or unrecognised format, ppufiles will
complain about that.
.SH SEE ALSO
.IP
.BR ppc386 (1)
.BR ppumove (1)
.BR make (1)

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.TH ppmove 1 "9 June 1999" FreePascal "Free Pascal unit mover"
.SH NAME
ppdep \- The FPC Pascal unit mover.
.SH SYNOPSIS
\fBppumove\fP [-sqbhw] [-o File] [-d path] [-e extension] files...
.SH Description
\fBppumove\fP collects one or several Free Pascal unit files and archives
them in a static or shared library.
.SH Usage
You can invoke \fBppumove\fP with as the only required argument the
name of the unit from which you want to make an archive. Specifying
multiple files is also possible, they will be put in the same archive.
.SH Options
\fBppumove\fP has several options, which are case sensitive:
.TP
.B \-b
This option tells \fBppumove\fP to write a shell script (a batch file on
DOS) that performs the needed calls to \fBar\fP and \fBld\fP. The script
will be called \fBpmove\fP, with an extension of \fB.sh\fP on Linux,
and \fB.bat\fP on DOS. You can then call this script manually afterwards.
.TP
.BI \-d " path"
This option tells \fBppumove\fP where to generate the new unit files.
By default, this is the same directory as where the files are found.
If you specify as the output extension the same extension as the units
you want to move, not specifying the destination directory may cause
problems.
.TP
.BI \-e " ext"
This option sets the extension of the new unit files to \fBext\fP. By
default \fB.ppl\fP is used. However, you can specify \fB.ppu\fP as the
extension. If you do, be sure to use also the \fI\-d\fP switch, or you will
overwrite the old units. Note however, that the compiler will only look for
extensions \fB.ppu\fP and \fB.ppl\fP when looking for units.
.TP
.B -h
Shows a short help screen.
.TP
.BI \-o " file"
This option allows you to specify the name of the library to be generated.
You \fBmust\fP use this option if you specify more than one unit on the
command-line. If you specified only one unit on the command-line, the generated library
will have the unit name, with \fBlib\fP prepended (on Linux).
You do not need to specify the \fBlib\fP part, this will be prepended
automatically if needed.
.TP
.B \-q
Tells \fBppumove\fP to operate quietly.
.TP
.B \-s
Tells \fBppumove\fP to generate a static library. By default, a shared
library is generated (except on DOS).
.TP
.B \-w
Tells \fBppumove\fP it should use the windows linker and archiver. Do not
use this option on Linux.
.SH SEE ALSO
.IP
.BR ppc386 (1)
.BR ppudep (1)
.BR ppudump (1)

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.TH ptop 1 "30 may 1999" FreePascal "ptop source beautifier"
.SH NAME
ptop \- The FPC Pascal configurable source beautifier.
Origin probably Pascal\-TO\-Pascal.
.SH SYNOPSIS
.BI ptop "[-v] [-i indent] [-b bufsize ][-c optsfile] infile outfile"
.SH Description
.B ptop
is a more or less configurable
.I "source beautifier"
for pascal sources, and specially the ones supported by FPC (which are
more or less Turbo Pascal or Delphi 2.0 compatible).
.PP
ptop belongs to the
.I "FPC utils"
package, which currently also contains
.B ppdep
,
.B h2pas
,
.B ppudump
and
.B ppumove
\.
.SH Usage
.B ptop
basically reformats "infile" and outputs the result to "outfile".
ituses a configuration file explained further below, and can generate a default
configurationfile for you to edit. (not needed if you use the defaults)
.SH Options
.TP
.B \-h
Writes a short description of these switches.
.TP
.B \-c
read options from configuration file. A configuration file is not needed, ptop
will revert to internal defaults then. See also \-g
.TP
.BI \-i " ident"
Sets the number of indent spaces used for BEGIN END; and other blocks.
.TP
.BI \-b " bufsize"
Sets the buffersize to bufsize. Default 255, 0 is considered non\-valid and ignored.
.TP
.B \-v
be verbose. Currently only outputs the number of lines read/written and some error messages.
.TP
.BI \-g " ptop.cfg"
Writes a default configuration file to be edited to the file
.I ptop.cfg
.PP
Try to play with ptop and its configfile until you find the effect you desire. The
configurability and possibilities of ptop are quite large compared to shareware
source beautifier found on e.g. SIMTEL.
.PP
.SH Acknowledgements
The writer of the program, Michael van Canneyt, who also helped out explaining
the format of ptop.cfg.
.PP
Questions/corrections can be mailed to fpc\-devel@vekoll.saturnus.vein.hu
.PP
Also thanks to the rest of the FPC development team.
The program is a modernized (OOP, Streams, Delphi extensions) version based on a
program by Peter Grogono, who in turn based his program on a Pascal pretty-printer written by Ledgard,
Hueras, and Singer. See SIGPLAN Notices, Vol. 12, No. 7, July 1977,
pages 101-105, and PP.DOC/HLP.
.BR
This version of PP developed under Pascal/Z V4.0 or later.
Very minor modifications for Turbo Pascal made by Willett Kempton
March 1984 and Oct 84. Runs under 8-bit Turbo or 16-bit Turbo.
Toad Hall tweak, rewrite for TP 5, 28 Nov 89
.SH SEE ALSO
.IP "ptop config file"
.BR ptop.cfg (5)
.IP "Compiler"
.BR ppc386 (1)
.IP "Other FPC utils"
.BR ppdep (1)
.BR ppudump (1)
.BR ppumove (1)
.BR h2pas (1)

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.TH ptop.cfg 5 "31 may 1999" FreePascal "ptop source beautifier config file"
.SH NAME
ptop.cfg \- The ptop source\-beautifier configuration file.
ptop is the source beautifier of the FreePascal project.
Origin probably Pascal\-TO\-Pascal.cfg
.SH DESCRIPTION
This is the main configuration file of the
.I ptop FPC source beautifier
.PP
The configuration file for
.BR ptop (1)
isn't necessarily called ptop.cfg, and is also
not auto-loaded, so the name doesn't matter much. This man\-page describes
the structure of such a configuration file for
.BR ptop (1)
.SH Structure
The structure of a ptop configuration file is a simple buildingblock repeated several (20-30) times,
for each pascal keyword known to the ptop program. (see the default configuration file or ptopu.pp source to
find out which keywords are known)
.PP
The basic building block of the configuration file consists out of one or two lines,
describing how ptop should react on a certain keyword.
First a line without square brackets with the following format:
.PP
keyword=option1,option2,option3,...
.PP
If one of the options is "dindonkey" (see further below), a second line
(with square brackets) is needed like this:
.PP
[keyword]=otherkeyword1,otherkeyword2,otherkeyword3,...
.PP
As you can see the block contains two types of identifiers, keywords(keyword and otherkeyword1..3 in above example)
and options, (option1..3 above).
.PP
\fIKeywords\fP
are the built-in valid Pascal structure-identifiers like BEGIN, END, CASE, IF,
THEN, ELSE, IMPLEMENTATION. The default configuration file lists most of these.
.PP
Besides the real Pascal keywords, some other codewords are used for operators
and comment expressions. These are listed in the following table:
Name of codeword\ \ operator
.br
-------------\ \ \ -----
.br
casevar\ \ \ \ : in a case label (<>'colon')
.br
becomes\ \ \ \ :=
.br
delphicomment\ \ \ //
.br
opencomment\ \ \ { or (*
.br
closecomment\ \ \ } or *)
.br
semicolon\ \ \ \ ;
.br
colon\ \ \ \ :
.br
equals\ \ \ \ =
.br
openparen\ \ \ \ [
.br
closeparen\ \ \ ]
.br
period\ \ \ \ .
.PP
The \fIOptions\fP codewords define actions to be taken when the keyword before
the equal sign is found.
.PP
Option \ \ does what
.br
-------\ \ \ ---------
.br
crsupp\ \ \ suppress CR before the keyword.
.br
crbefore\ \ \ force CR before keyword
\ \ \ \ (doesn't go with crsupp :) )
.br
blinbefore\ \ blank line before keyword.
.br
dindonkey\ \ \ de\-indent on assiociated keywords
\ \ \ \ (see below)
.br
dindent\ \ \ deindent (always)
.br
spbef\ \ \ space before
.br
spaft\ \ \ space after
.br
gobsym\ \ \ Print symbols which follow a
.br
\ \ \ \ keyword but which do not
.br
\ \ \ \ affect layout. prints until
.br
\ \ \ \ terminators occur.
.br
\ \ \ \ (terminators are hard-coded in pptop,
.br
\ \ \ \ still needs changing)
.br
inbytab\ \ \ indent by tab.
.br
crafter\ \ \ force CR after keyword.
.br
upper\ \ \ prints keyword all uppercase
.br
lower\ \ \ prints keyword all lowercase
.br
capital\ \ \ capitalizes keyword: 1st letter
.br
\ \ \ \ uppercase, rest lowercase.
.PP
The option "dindonkey" requires some extra parameters, which are
set by a second line for that keyword (the one with the square brackets), which is
therefore only needed if the options contain "dinkdonkey" (contraction of
de\-indent on assiociated keyword).
.PP
"dinkdonkey" deindents if any of the keywords specified by the extra options of the
square-bracket line is found.
.PP
.SH Example
The line
else=crbefore,dindonkey,inbytab,upper
.br
[else]=if,then,else
.PP
Means:
The keyword this is about is
.I else
, it's on the LEFT side of both equal signs.
.PP
When the ptop parser finds ELSE, the options tell it to do the following
things:
\- (crbefore) Don't allow other code on the line before
.br
\ the keyword. (ELSE alone on a line)
.br
\- (dindonkey) De\-indent on the keywords
.br
\ in square brackets line (if,then,else)
.br
\- (inbytab) indent by tab.
.br
\- (upper) uppercase the keyword (ELSE)
.PP
Try to play with the configfile until you find the effect you desire. The
configurability and possibilities of ptop are quite large compared to shareware
source beautifier found on e.g. SIMTEL.
.PP
.SH Acknowledgements
The writer of the program, Michael van Canneyt, who also helped out explaining
the format of ptop.cfg.
.PP
Questions/corrections can be mailed to fpc\-devel@vekoll.saturnus.vein.hu
.PP
Also thanks to the rest of the FPC development team.
.SH SEE ALSO
.IP "ptop binary"
.BR ptop (1)
.IP "Compiler"
.BR ppc386 (1)
.IP "Other FPC utils"
.BR ppdep (1)
.BR ppudump (1)
.BR ppumove (1)
.BR h2pas (1)