// Add Python installations at the given root to the supplied map.
//
void Installer::iterPython(HKEY root, map<wstring, wstring> &pyInstalls) {
RegistryKey key;
if ( key.open(root, PY_ROOT ) ) {
RegistryKey installPath;
vector<wstring> children;
key.enumChildren(RegistryKey::EnumKeys, children);
for ( vector<wstring>::const_iterator i = children.begin(); i != children.end(); i++ ) {
const wstring &version = *i;
wstring installPathName = PY_ROOT;
installPathName += L'\\';
installPathName += version;
installPathName += L"\\InstallPath";
if ( installPath.open(root, installPathName ) ) {
pyInstalls.insert(make_pair(version, installPath.getValueAsString(L"")));
}
}
}
}
// Populate the lists of installed software for display in the drop-downs.
//
Installer::Installer(void) :
m_vsSelect(-1), m_pySelect(-1), m_iseSelect(-1), m_x64(det64()),
m_hdlUseable(false), m_linkName(L"makestuff-base")
{
RegistryKey key;
// See if Windows SDK v7.1 is installed
if ( key.open(HKEY_LOCAL_MACHINE, SDK_ROOT) ) {
wstring target = L"\"";
target += key.getValueAsString(L"InstallationFolder");
m_vsInstalls.push_back(
VSInstall(
L"sdk7.1.x86",
L"Windows SDK v7.1 C/C++ Compiler (x86)",
target + L"Bin\\SetEnv.cmd\" /x86&&set MACHINE=x86&&"
)
);
if ( m_x64 ) {
m_vsInstalls.push_back(
VSInstall(
L"sdk7.1.x64",
L"Windows SDK v7.1 C/C++ Compiler (x64)",
target + L"Bin\\SetEnv.cmd\" /x64&&set MACHINE=x64&&"
)
);
}
}
// See which versions (if any) of Visual Studio are installed
if ( key.open(HKEY_LOCAL_MACHINE, VS_ROOT) ) {
const wstring baseName = L"Visual Studio ";
vector<wstring> children;
key.enumChildren(RegistryKey::EnumValues, children);
for ( vector<wstring>::const_iterator i = children.begin(); i != children.end(); i++ ) {
const wstring &version = *i;
const int majorVersion = getMajorVersion(i->c_str());
const wstring thisName = baseName + version;
wstring thisTarget = L"\"";
thisTarget += key.getValueAsString(version);
m_vsInstalls.push_back(
VSInstall(
L"vs" + version + L".x86",
thisName + L" C/C++ Compiler (x86)",
thisTarget + L"VC\\vcvarsall.bat\" x86&&set MACHINE=x86&&"
)
);
if ( m_x64 && majorVersion > 10 ) {
// 64-bit compilers are only available after VS2010, and realistically only on Windows x64.
m_vsInstalls.push_back(
VSInstall(
L"vs" + version + L".x64",
thisName + L" C/C++ Compiler (x64)",
thisTarget + L"VC\\vcvarsall.bat\" x86_amd64&&set MACHINE=x64&&"
)
);
}
}
}
// See which versions (if any) of Python are installed
map<wstring, wstring> pyInstalls;
iterPython(HKEY_CURRENT_USER, pyInstalls);
iterPython(HKEY_LOCAL_MACHINE, pyInstalls);
for ( map<wstring, wstring>::const_iterator i = pyInstalls.begin(); i != pyInstalls.end(); i++ ) {
m_pyInstalls.push_back(
make_pair(
i->first,
i->second
)
);
}
// See which versions (if any) of Xilinx ISE are installed
if ( key.open(HKEY_CURRENT_USER, ISE_ROOT) ) {
const wstring baseName = L"Xilinx ISE ";
vector<wstring> children;
key.enumChildren(RegistryKey::EnumKeys, children);
for ( vector<wstring>::const_iterator i = children.begin(); i != children.end(); i++ ) {
const wstring &version = *i;
const wstring thisName = baseName + version;
const wstring thisTarget = grandParent(
key.getValueAsString(
version +
L"\\Project Navigator\\Project Manager\\Preferences\\PlanAheadBinDirUserVal"
)
) + (m_x64 ? L"\\ISE\\bin\\nt64" : L"\\ISE\\bin\\nt");
m_iseInstalls.push_back(
make_pair(version, thisTarget)
);
}
}
}