Free Component Library (FCL): Reference guide. Reference guide for FCL units. Document version 3.2.2 May 2021 Michaël Van Canneyt Contents 0.1 Overview . . . . . . . . . . . . . . . . . . . . . . variables, functions and procedures as they are declared in the units that come standard with the FCL (Free Component Library). Throughout this document, we will refer to functions, types and variables TRESTBufDataset. As a TDBDataset descendent, it offers access to many of the database features supported in the FCL DB package. As a TDataset descendent, it also offers access to familiar navigation and data handling

Free Pascal Resource support (FCL-res): Reference guide. Reference guide for FCL-res units. Document version 3.2.2 May 2021 Giulio Bernardi Contents 0.1 Introduction . . . . . . . . . . . . . . . variables, functions and procedures as they are declared in the units that come standard with the FCL-res (Free Pascal Resource support). Throughout this document, we will refer to functions, types and improves performance especially when converting big resources from a file format to another. Since fcl-res architecture is extensible, it’s always possible to extend the library with custom resource types

compiler sources. FPDOC uses the scanner from the Free Pascal compiler to scan the source file. 3. The FCL units (or their sources) should be installed. 4. fpcmake is needed to create the makefile for fpdoc Some examples: fpdoc --package=fcl --input=crt.pp This will scan the crt.pp file and generate documentation for it in a directory called fcl. fpdoc --package=fcl --input='-I../inc -S2 -DDebug classes identifiers) resides in a description file, which can be specified with the descr option: fpdoc --package=fcl --descr=crt.xml --input=crt.pp This will scan the crt.pp file and generate documentation for it, using

application with the GNU gettext utilities. This unit is supplied with the Free Component Library (FCL). it can be used as follows: for a given application, the following steps must be followed: 1. Collect variable. This call should happen at program startup. An example program exists in the FCL-base sources, in the fcl-base/tests directory. 121 CHAPTER 9. RESOURCE STRINGS 9.5 Caveat In principle it is

described in the Reference Guide, and the available routines (units) are described in the RTL and FCL Unit reference guides. 1Lazarus homepage at http://http://www.lazarus-ide.org/ 2MSEIDE+MSEGUI homepage that location, but not the location itself. For example, given the directories rtl/units/i386-linux fcl/units/i386-linux packages/base packages/extra the command 17 CHAPTER 3. COMPILER USAGE fpc -Fu have the same effect as fpc -Furtl/units/i386-linux -Fufcl/units/i386-linux since both the rtl and fcl directories contain further units/i386-linux subdirectories. The packages directory will not be added

Robotics3D scene updater 61Collision Detection 62Collision Detection 63 Plugins built on top of ● FCL ○ Flexible Collision Library ● Bullet Physics SDK ○ Main author - Erwin CoumansPlanning Request

outside the above outline do not belong in the RTL, but should be included in the packages, or in the FCL. 139 Chapter 1 Reference for unit ’BaseUnix’ 1.1 Used units Table 1.1: Used units by unit ’BaseUnix’ describes the FPC classes unit. The Classes unit contains basic classes for the Free Component Library (FCL): • a TList (406) class for maintaining lists of pointers, • TStringList (460) for lists of strings 76.73.1 Description Exception is the base class for all exception handling routines in the RTL and FCL. While it is possible to raise an exception with any class descending from TObject, it is recommended