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We highly recommend that you perform the following setup in order to configure your C++ project for EurekaLog.
1. Configuring memory and resource features
First, you have to ensure that EurekaLog's EMemLeaks/EResLeaks units are initialized first and finalized last. Please, follow these steps:
| 2. | Go to "Project" / "Options" / "C++ Linker" and set "Dynamic RTL" option to False. |
| a. | If you are building with dynamic RTL turned on - make sure your project defines _RTLDLL conditional symbol. |
| b. | Do not define _RTLDLL conditional symbol when "Dynamic RTL" option is turned off. |
| 3. | (optional, recommended) Go to "Project" / "Options" / "Packages" and set "Build with run-time packages" option to False. |
| 4. | Copy EMemLeaksBCB.cpp file to your project folder, if it doesn't exist yet (this file is originally located in \Lib\Common subfolder of your EurekaLog installation). |
| 5. | Add EMemLeaksBCB.cpp file from your project's folder to the project. |
| 6. | Go to "Project" / "Options" / "Build order" and move EMemLeaksBCB.cpp file to be the first unit (on top). |
| 7. | Open project's source ("Project" / "View source"). In other words, open your main .cpp file (the one with your main function). |
| 8. | Add USEOBJ("EMemLeaksBCB.cpp") before any USEFORM directives, for example: |
//---------------------------------------------------------------------------
USEOBJ("EMemLeaksBCB.cpp"); // <- ADDED
#include <vcl.h>
#pragma hdrstop
#include <tchar.h>
//---------------------------------------------------------------------------
USEFORM("Unit1.cpp", Form1);
//---------------------------------------------------------------------------
...
2. Configuring C++ specifics
Second, install the C++-specific hooks:
| 1. | (optional, highly recommended) Enable the "C++ Compiler" / "Use 'classic' Borland compiler" option. |
| 2. | Again, open project's source ("Project" / "View source"). In other words, open your main .cpp file (the one with your main function). |
| 3. | Add EMemLeaks.hpp and the EurekaLogInstallCpp() line, for example: |
//---------------------------------------------------------------------------
USEOBJ("EMemLeaksBCB.cpp");
#include <EMemLeaksBCB.hpp> // <- ADDED
#include <vcl.h>
#pragma hdrstop
#include <tchar.h>
//---------------------------------------------------------------------------
USEFORM("Unit1.cpp", Form1);
//---------------------------------------------------------------------------
int WINAPI _tWinMain(HINSTANCE, HINSTANCE, LPTSTR, int)
{
EurekaLogInstallCpp(); // <- ADDED
try
{
Application->Initialize();
Application->MainFormOnTaskBar = true;
...
3. Configuring project options
Third, setup your project options for maximum debugging.
4. Building your project
Finally, make a full build ("Project" / "Build"); not just compile or make.
Important: C++ Builder's .map file does not contain any line numbers whatsoever:
| a. | [C++ Builder, 32 bit] EurekaLog uses Turbo Debugger debug information (aka TD32 info) to restore line numbers for C++ Builder projects. That is why generation of TD32 info should be enabled in your linker options. |
See also:
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Build date: 2023-09-11
Last edited: 2023-09-06
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Permanent link to this article: https://www.eurekalog.com/help/eurekalog/configuring_cppbuilder.php
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