/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- * * The contents of this file are subject to the Netscape Public License * Version 1.0 (the "NPL"); you may not use this file except in * compliance with the NPL. You may obtain a copy of the NPL at * http://www.mozilla.org/NPL/ * * Software distributed under the NPL is distributed on an "AS IS" basis, * WITHOUT WARRANTY OF ANY KIND, either express or implied. See the NPL * for the specific language governing rights and limitations under the * NPL. * * The Initial Developer of this code under the NPL is Netscape * Communications Corporation. Portions created by Netscape are * Copyright (C) 1998 Netscape Communications Corporation. All Rights * Reserved. */ // This file is included by nsFileSpec.cp, and includes the Windows-specific // implementations. #include #include #include #include #include "prio.h" #include "nsError.h" #include "windows.h" #ifdef UNICODE #define CreateDirectoryW CreateDirectory #else #define CreateDirectoryA CreateDirectory #endif //---------------------------------------------------------------------------------------- void nsFileSpecHelpers::Canonify(nsSimpleCharString& ioPath, PRBool inMakeDirs) // Canonify, make absolute, and check whether directories exist. This // takes a (possibly relative) native path and converts it into a // fully qualified native path. //---------------------------------------------------------------------------------------- { if (ioPath.IsEmpty()) return; NS_ASSERTION(strchr((const char*)ioPath, '/') == 0, "This smells like a Unix path. Native path expected! " "Please fix."); if (inMakeDirs) { const int mode = 0700; nsSimpleCharString unixStylePath = ioPath; nsFileSpecHelpers::NativeToUnix(unixStylePath); nsFileSpecHelpers::MakeAllDirectories((const char*)unixStylePath, mode); } char buffer[_MAX_PATH]; errno = 0; *buffer = '\0'; char* canonicalPath = _fullpath(buffer, ioPath, _MAX_PATH); NS_ASSERTION( canonicalPath[0] != '\0', "Uh oh...couldn't convert" ); if (canonicalPath[0] == '\0') return; ioPath = canonicalPath; } // nsFileSpecHelpers::Canonify //---------------------------------------------------------------------------------------- void nsFileSpecHelpers::UnixToNative(nsSimpleCharString& ioPath) // This just does string manipulation. It doesn't check reality, or canonify, or // anything //---------------------------------------------------------------------------------------- { // Allow for relative or absolute. We can do this in place, because the // native path is never longer. if (ioPath.IsEmpty()) return; // Strip initial slash for an absolute path char* src = (char*)ioPath; if (*src == '/') { // Since it was an absolute path, check for the drive letter char* colonPointer = src + 2; if (strstr(src, "|/") == colonPointer) *colonPointer = ':'; // allocate new string by copying from ioPath[1] nsSimpleCharString temp = src + 1; ioPath = temp; } src = (char*)ioPath; // Convert '/' to '\'. while (*++src) { if (*src == '/') *src = '\\'; } } // nsFileSpecHelpers::UnixToNative //---------------------------------------------------------------------------------------- void nsFileSpecHelpers::NativeToUnix(nsSimpleCharString& ioPath) // This just does string manipulation. It doesn't check reality, or canonify, or // anything. The unix path is longer, so we can't do it in place. //---------------------------------------------------------------------------------------- { if (ioPath.IsEmpty()) return; // Convert the drive-letter separator, if present nsSimpleCharString temp("/"); char* cp = (char*)ioPath + 1; if (strstr(cp, ":\\") == cp) *cp = '|'; // absolute path else temp[0] = '\0'; // relative path // Convert '\' to '/' for (; *cp; cp++) { if (*cp == '\\') *cp = '/'; } // Add the slash in front. temp += ioPath; ioPath = temp; } //---------------------------------------------------------------------------------------- nsFileSpec::nsFileSpec(const nsFilePath& inPath) //---------------------------------------------------------------------------------------- { *this = inPath; } //---------------------------------------------------------------------------------------- void nsFileSpec::operator = (const nsFilePath& inPath) //---------------------------------------------------------------------------------------- { mPath = (const char*)inPath; nsFileSpecHelpers::UnixToNative(mPath); mError = NS_OK; } // nsFileSpec::operator = //---------------------------------------------------------------------------------------- nsFilePath::nsFilePath(const nsFileSpec& inSpec) //---------------------------------------------------------------------------------------- { *this = inSpec; } // nsFilePath::nsFilePath //---------------------------------------------------------------------------------------- void nsFilePath::operator = (const nsFileSpec& inSpec) //---------------------------------------------------------------------------------------- { mPath = inSpec.mPath; nsFileSpecHelpers::NativeToUnix(mPath); } // nsFilePath::operator = //---------------------------------------------------------------------------------------- void nsFileSpec::SetLeafName(const char* inLeafName) //---------------------------------------------------------------------------------------- { mPath.LeafReplace('\\', inLeafName); } // nsFileSpec::SetLeafName //---------------------------------------------------------------------------------------- char* nsFileSpec::GetLeafName() const //---------------------------------------------------------------------------------------- { return mPath.GetLeaf('\\'); } // nsFileSpec::GetLeafName //---------------------------------------------------------------------------------------- PRBool nsFileSpec::Exists() const //---------------------------------------------------------------------------------------- { struct stat st; return !mPath.IsEmpty() && 0 == stat(nsNSPRPath(*this), &st); } // nsFileSpec::Exists //---------------------------------------------------------------------------------------- void nsFileSpec::GetModDate(TimeStamp& outStamp) const //---------------------------------------------------------------------------------------- { struct stat st; if (!mPath.IsEmpty() && stat(nsNSPRPath(*this), &st) == 0) outStamp = st.st_mtime; else outStamp = 0; } // nsFileSpec::GetModDate //---------------------------------------------------------------------------------------- PRUint32 nsFileSpec::GetFileSize() const //---------------------------------------------------------------------------------------- { struct stat st; if (!mPath.IsEmpty() && stat(nsNSPRPath(*this), &st) == 0) return (PRUint32)st.st_size; return 0; } // nsFileSpec::GetFileSize //---------------------------------------------------------------------------------------- PRBool nsFileSpec::IsFile() const //---------------------------------------------------------------------------------------- { struct stat st; return !mPath.IsEmpty() && 0 == stat(nsNSPRPath(*this), &st) && (_S_IFREG & st.st_mode); } // nsFileSpec::IsFile //---------------------------------------------------------------------------------------- PRBool nsFileSpec::IsDirectory() const //---------------------------------------------------------------------------------------- { struct stat st; return !mPath.IsEmpty() && 0 == stat(nsNSPRPath(*this), &st) && (_S_IFDIR & st.st_mode); } // nsFileSpec::IsDirectory //---------------------------------------------------------------------------------------- void nsFileSpec::GetParent(nsFileSpec& outSpec) const //---------------------------------------------------------------------------------------- { outSpec.mPath = mPath; char* chars = (char*)outSpec.mPath; chars[outSpec.mPath.Length() - 1] = '\0'; // avoid trailing separator, if any char* cp = strrchr(chars, '\\'); if (cp++) outSpec.mPath.SetLength(cp - chars); // truncate. } // nsFileSpec::GetParent //---------------------------------------------------------------------------------------- void nsFileSpec::operator += (const char* inRelativePath) //---------------------------------------------------------------------------------------- { if (!inRelativePath || mPath.IsEmpty()) return; if (mPath[mPath.Length() - 1] == '\\') mPath += "x"; else mPath += "\\x"; // If it's a (unix) relative path, make it native nsSimpleCharString dosPath = inRelativePath; nsFileSpecHelpers::UnixToNative(dosPath); SetLeafName(dosPath); } // nsFileSpec::operator += //---------------------------------------------------------------------------------------- void nsFileSpec::CreateDirectory(int /*mode*/) //---------------------------------------------------------------------------------------- { // Note that mPath is canonical! if (!mPath.IsEmpty()) mkdir(nsNSPRPath(*this)); } // nsFileSpec::CreateDirectory //---------------------------------------------------------------------------------------- void nsFileSpec::Delete(PRBool inRecursive) const //---------------------------------------------------------------------------------------- { if (IsDirectory()) { if (inRecursive) { for (nsDirectoryIterator i(*this); i.Exists(); i++) { nsFileSpec& child = (nsFileSpec&)i; child.Delete(inRecursive); } } rmdir(nsNSPRPath(*this)); } else if (!mPath.IsEmpty()) { remove(nsNSPRPath(*this)); } } // nsFileSpec::Delete //---------------------------------------------------------------------------------------- nsresult nsFileSpec::Rename(const char* inNewName) //---------------------------------------------------------------------------------------- { // This function should not be used to move a file on disk. if (strchr(inNewName, '/')) return NS_FILE_FAILURE; char* oldPath = nsCRT::strdup(mPath); SetLeafName(inNewName); if (PR_Rename(oldPath, mPath) != NS_OK) { // Could not rename, set back to the original. mPath = oldPath; return NS_FILE_FAILURE; } nsCRT::free(oldPath); return NS_OK; } // nsFileSpec::Rename //---------------------------------------------------------------------------------------- nsresult nsFileSpec::Copy(const nsFileSpec& inParentDirectory) const //---------------------------------------------------------------------------------------- { // We can only copy into a directory, and (for now) can not copy entire directories if (inParentDirectory.IsDirectory() && (! IsDirectory() ) ) { char *leafname = GetLeafName(); nsSimpleCharString destPath(inParentDirectory.GetCString()); destPath += "\\"; destPath += leafname; nsCRT::free(leafname); // CopyFile returns non-zero if succeeds int copyOK = CopyFile(GetCString(), destPath, PR_TRUE); if (copyOK) return NS_OK; } return NS_FILE_FAILURE; } // nsFileSpec::Copy //---------------------------------------------------------------------------------------- nsresult nsFileSpec::Move(const nsFileSpec& inNewParentDirectory) //---------------------------------------------------------------------------------------- { // We can only copy into a directory, and (for now) can not copy entire directories if (inNewParentDirectory.IsDirectory() && (! IsDirectory() ) ) { char *leafname = GetLeafName(); nsSimpleCharString destPath(inNewParentDirectory.GetCString()); destPath += "\\"; destPath += leafname; nsCRT::free(leafname); // MoveFile returns non-zero if succeeds int copyOK = MoveFile(GetCString(), destPath); if (copyOK) { *this = inNewParentDirectory + GetLeafName(); return NS_OK; } } return NS_FILE_FAILURE; } // nsFileSpec::Move //---------------------------------------------------------------------------------------- nsresult nsFileSpec::Execute(const char* inArgs ) const //---------------------------------------------------------------------------------------- { if (!IsDirectory()) { nsSimpleCharString fileNameWithArgs = mPath + " " + inArgs; int execResult = WinExec( fileNameWithArgs, SW_NORMAL ); if (execResult > 31) return NS_OK; } return NS_FILE_FAILURE; } // nsFileSpec::Execute //---------------------------------------------------------------------------------------- PRUint32 nsFileSpec::GetDiskSpaceAvailable() const //---------------------------------------------------------------------------------------- { char aDrive[_MAX_DRIVE + 2]; _splitpath( (const char*)mPath, aDrive, NULL, NULL, NULL); if (aDrive[0] == '\0') { // The back end is always trying to pass us paths that look // like /c|/netscape/mail. See if we've got one of them if (mPath.Length() > 2 && mPath[0] == '/' && mPath[2] == '|') { aDrive[0] = mPath[1]; aDrive[1] = ':'; aDrive[2] = '\0'; } else { // Return bogus large number and hope for the best return ULONG_MAX; } } strcat(aDrive, "\\"); DWORD dwSectorsPerCluster = 0; DWORD dwBytesPerSector = 0; DWORD dwFreeClusters = 0; DWORD dwTotalClusters = 0; if (!GetDiskFreeSpace(aDrive, &dwSectorsPerCluster, &dwBytesPerSector, &dwFreeClusters, &dwTotalClusters)) { return ULONG_MAX; // Return bogus large number and hope for the best } // We can now figure free disk space. return dwFreeClusters * dwSectorsPerCluster * dwBytesPerSector; } // nsFileSpec::GetDiskSpaceAvailable() //======================================================================================== // nsDirectoryIterator //======================================================================================== //---------------------------------------------------------------------------------------- nsDirectoryIterator::nsDirectoryIterator( const nsFileSpec& inDirectory , int inIterateDirection) //---------------------------------------------------------------------------------------- : mCurrent(inDirectory) , mDir(nsnull) , mExists(PR_FALSE) { mDir = PR_OpenDir(inDirectory); mCurrent += "dummy"; ++(*this); } // nsDirectoryIterator::nsDirectoryIterator //---------------------------------------------------------------------------------------- nsDirectoryIterator::~nsDirectoryIterator() //---------------------------------------------------------------------------------------- { if (mDir) PR_CloseDir(mDir); } // nsDirectoryIterator::nsDirectoryIterator //---------------------------------------------------------------------------------------- nsDirectoryIterator& nsDirectoryIterator::operator ++ () //---------------------------------------------------------------------------------------- { mExists = PR_FALSE; if (!mDir) return *this; PRDirEntry* entry = PR_ReadDir(mDir, PR_SKIP_BOTH); // Ignore '.' && '..' if (entry) { mExists = PR_TRUE; mCurrent.SetLeafName(entry->name); } return *this; } // nsDirectoryIterator::operator ++ //---------------------------------------------------------------------------------------- nsDirectoryIterator& nsDirectoryIterator::operator -- () //---------------------------------------------------------------------------------------- { return ++(*this); // can't do it backwards. } // nsDirectoryIterator::operator --