bool
SourceFileC::CheckNeedsBuild(BuildInfo &info, bool check_deps)
{
// The checks for a file needing to be built:
// 1) Build flag != BUILD_MAYBE => return result
// 2) Object file missing
// 3) Source mod time > object mod time
// 4) Dependency file needs build
// The fast stuff
if (!info.objectFolder.GetFullPath())
{
STRACE(2,("CheckNeedsBuild: empty file path\n"));
return false;
}
if (BuildFlag() == BUILD_YES)
{
STRACE(2,("%s::CheckNeedsBuild: build flag == YES\n",GetPath().GetFullPath()));
return true;
}
// Object file existence
BString objname(GetPath().GetBaseName());
objname << ".o";
DPath objpath(info.objectFolder);
objpath.Append(objname);
if (!BEntry(objpath.GetFullPath()).Exists())
{
STRACE(2,("%s::CheckNeedsBuild: object doesn't exist\n",GetPath().GetFullPath()));
return true;
}
// source vs object mod time
struct stat objstat;
if (GetStat(objpath.GetFullPath(),&objstat) != B_OK)
{
STRACE(2,("%s::CheckNeedsBuild: couldn't stat object\n",GetPath().GetFullPath()));
return false;
}
// Fix mod times set into the future
time_t now = real_time_clock();
if (GetModTime() > now)
{
BNode node(GetPath().GetFullPath());
node.SetModificationTime(now);
}
if (GetModTime() > objstat.st_mtime)
{
STRACE(2,("%s::CheckNeedsBuild: file time more recent than object time\n",
GetPath().GetFullPath()));
return true;
}
if (!check_deps)
{
STRACE(2,("%s::CheckNeedsBuild: dependency checking disabled for call\n",
GetPath().GetFullPath()));
return false;
}
// Dependency check
BString str(GetDependencies());
if (str.CountChars() < 1)
{
STRACE(2,("%s::CheckNeedsBuild: initial dependency update\n",
GetPath().GetFullPath()));
UpdateDependencies(info);
str = GetDependencies();
}
if (str.CountChars() > 0)
{
char *pathstr;
char depString[str.Length() + 1];
sprintf(depString,"%s",str.String());
pathstr = strtok(depString,"|");
while (pathstr)
{
BString filename(DPath(pathstr).GetFileName());
if (filename.Compare(GetPath().GetFileName()) != 0)
{
DPath depPath(FindDependency(info,filename.String()));
if (!depPath.IsEmpty())
{
struct stat depstat;
if (GetStat(depPath.GetFullPath(),&depstat) == B_OK &&
depstat.st_mtime > objstat.st_mtime)
{
STRACE(2,("%s::CheckNeedsBuild: dependency %s was updated\n",
GetPath().GetFullPath(),depPath.GetFullPath()));
return true;
}
}
}
pathstr = strtok(NULL,"|");
}
}
return false;
}
void WcDependencies::GetDependencies(void)
{
HRESOURCE hRes = OpenClusterResource(thePreSetup.m_hCluster, CT2CW(thePreSetup.m_ResourceName.GetBuffer()));
if (hRes == NULL)
return;
DWORD dwResult = ERROR_SUCCESS; // Captures return values
DWORD dwIndex = 0; // Enumeration index
DWORD dwType = CLUSTER_RESOURCE_ENUM_DEPENDS; // Type of object to enumerate
DWORD cbNameAlloc = // Allocated size of the name buffer
MAXIMUM_NAMELENGTH * sizeof( WCHAR );
DWORD cchName = 0; // Size of the resulting name as a count of wchars
LPWSTR lpszName = // Buffer to hold enumerated names
(LPWSTR) LocalAlloc( LPTR, cbNameAlloc );
if (lpszName == NULL)
{
dwResult = GetLastError();
goto endf;
}
// Open enumeration handle.
HRESENUM hResEnum = ClusterResourceOpenEnum( hRes, dwType );
if (hResEnum == NULL)
{
dwResult = GetLastError();
goto endf;
}
while(dwResult == ERROR_SUCCESS)
{
cchName = cbNameAlloc / sizeof( WCHAR );
dwResult = ClusterResourceEnum(
hResEnum,
dwIndex,
&dwType,
lpszName,
&cchName);
// Reallocate the name buffer if not big enough.
if (dwResult == ERROR_MORE_DATA)
{
cchName++; // Leave room for terminating NULL.
cbNameAlloc = cchName / sizeof( WCHAR );
LocalFree( lpszName );
lpszName = (LPWSTR) LocalAlloc( LPTR,
cbNameAlloc );
if ( lpszName == NULL )
{
dwResult = GetLastError();
goto endf;
}
dwResult = ClusterResourceEnum(
hResEnum,
dwIndex,
&dwType,
lpszName,
&cchName );
}
if( dwResult == ERROR_SUCCESS )
{
int nItem = FindDependency(lpszName, m_ResourceListCtrl);
if (nItem >= 0)
MoveItem(nItem, /*from*/m_ResourceListCtrl, /*to*/m_DependencyListCtrl);
}
else if( dwResult == ERROR_NO_MORE_ITEMS )
{
break;
}
else // enum failed for another reason
{
dwResult = GetLastError();
goto endf;
}
dwIndex++;
} // End while.
endf:
CloseClusterResource(hRes);
}