Hello,
When I used the tool to detect C++exported classes, I found that it was not possible to detect changes in the memory structure of the exported classes. Does the tool support C++exported class compatibility detection?
1.0.0 code
struct TestExportClassStructure
{
long long i[5];
long j;
double k;
struct OpaqueType* p;
};
class __declspec(dllexport) TestExportClass
{
TestExportClass();
public:
TestExportClassStructure s_test_export_classstruct;
};
1.1.0 code
struct TestExportClassStructure
{
long long i[5];
long j;
double k;
struct OpaqueType* p;
int increase_int;
};
class __declspec(dllexport) TestExportClass
{
TestExportClass();
public:
TestExportClassStructure s_test_export_classstruct;
int i_test_exportclass = 0;
};
Desired results：Can you tell me if the two versions are incompatible? Do you support this type of detection。
Hello, When I used the tool to detect C++exported classes, I found that it was not possible to detect changes in the memory structure of the exported classes. Does the tool support C++exported class compatibility detection?
1.0.0 code struct TestExportClassStructure { long long i[5]; long j; double k; struct OpaqueType* p; };
class __declspec(dllexport) TestExportClass { TestExportClass(); public: TestExportClassStructure s_test_export_classstruct; };
1.1.0 code struct TestExportClassStructure { long long i[5]; long j; double k; struct OpaqueType* p; int increase_int; };
class __declspec(dllexport) TestExportClass { TestExportClass(); public: TestExportClassStructure s_test_export_classstruct; int i_test_exportclass = 0; };
Desired results：Can you tell me if the two versions are incompatible? Do you support this type of detection。
thank you