// $Id: system.cpp,v 1.34 2001/04/28 19:34:37 cabbey Exp $ // // This software is subject to the terms of the IBM Jikes Compiler // License Agreement available at the following URL: // http://www.ibm.com/research/jikes. // Copyright (C) 1996, 1998, International Business Machines Corporation // and others. All Rights Reserved. // You must accept the terms of that agreement to use this software. // #include "platform.h" #include "control.h" #include "semantic.h" #include "zip.h" #ifdef HAVE_JIKES_NAMESPACE namespace Jikes { // Open namespace Jikes block #endif // // Convert the null terminated Unicode string source into its Utf8 // representation pointed to by target. The char string target is presumed // to have been allocated and to be large enough to accomodate the conversion. // int Control::ConvertUnicodeToUtf8(wchar_t *source, char *target) { int length = 0; for (; *source; source++) { int ch = *source; if (ch == 0) { target[length++] = (char) 0xC0; target[length++] = (char) 0x80; } else if (ch <= 0x007F) target[length++] = (char) ch; else if (ch <= 0x07FF) { target[length++] = (char) ((char) 0xC0 | (char) ((ch >> 6) & 0x001F)); // bits 6-10 target[length++] = (char) ((char) 0x80 | (char) (ch & 0x003F)); // bits 0-5 } else { target[length++] = (char) ((char) 0xE0 | (char) ((ch >> 12) & 0x000F)); target[length++] = (char) ((char) 0x80 | (char) ((ch >> 6) & 0x003F)); target[length++] = (char) ((char) 0x80 | (char) (ch & 0x3F)); } } target[length] = U_NULL; return length; } // // Convert the Utf8 string of length len pointed to by source into its unicode // representation pointed to by target. The wchar_t string target is presumed // to have been allocated and to be large enough (at least len + 1) to accomodate // the conversion. // int Control::ConvertUtf8ToUnicode(wchar_t *target, const char *source, int len) { wchar_t *ptr = target; for (int i = 0; i < len; i++, ptr++) { u1 ch = source[i]; if ((ch & 0x80) == 0) *ptr = ch; else if ((ch & 0xE0) == 0xC0) { *ptr = ch & 0x1F; *ptr <<= 6; i++; ch = source[i] & 0x3F; *ptr += ch; } else if ((ch & 0xF0) == 0xE0) { *ptr = ch & 0x0F; *ptr <<= 6; i++; ch = source[i] & 0x3F; *ptr += ch; *ptr <<= 6; i++; ch = source[i] & 0x3F; *ptr += ch; } else { assert(! "valid character encoding: chaos, Damn, Caramba, Zut !!!\n"); } } *ptr = U_NULL; return (ptr - target); } void Control::FindPathsToDirectory(PackageSymbol *package) { if (package -> directory.Length() == 0) { PackageSymbol *owner_package = package -> owner; if (owner_package) // package is a subpackage? { for (int i = 0; i < owner_package -> directory.Length(); i++) { DirectorySymbol *owner_directory_symbol = owner_package -> directory[i], *subdirectory_symbol = owner_directory_symbol -> FindDirectorySymbol(package -> Identity()); if (! owner_directory_symbol -> IsZip()) { if (! subdirectory_symbol) { int length = owner_directory_symbol -> DirectoryNameLength() + package -> Utf8NameLength() + 1; // +1 for '/' char *directory_name = new char[length + 1]; // +1 for '\0'; strcpy(directory_name, owner_directory_symbol -> DirectoryName()); if (owner_directory_symbol -> DirectoryName()[owner_directory_symbol -> DirectoryNameLength() - 1] != U_SLASH) strcat(directory_name, StringConstant::U8S__SL); strcat(directory_name, package -> Utf8Name()); if (SystemIsDirectory(directory_name)) subdirectory_symbol = owner_directory_symbol -> InsertDirectorySymbol(package -> Identity(), owner_directory_symbol -> IsSourceDirectory()); delete [] directory_name; } if (subdirectory_symbol) subdirectory_symbol -> ReadDirectory(); } if (subdirectory_symbol) package -> directory.Next() = subdirectory_symbol; } } else { // // Recall that since classpath[0] contains the default directory, we always // start searching at location 1. // for (int k = 1; k < classpath.Length(); k++) { PathSymbol *path_symbol = classpath[k]; DirectorySymbol *directory_symbol = path_symbol -> RootDirectory() -> FindDirectorySymbol(package -> Identity()); if (! path_symbol -> IsZip()) { if (! directory_symbol) { int length = path_symbol -> Utf8NameLength() + package -> Utf8NameLength() + 1; // +1 for '/' char *directory_name = new char[length + 1]; // +1 for '\0' strcpy(directory_name, path_symbol -> Utf8Name()); char tail = path_symbol -> Utf8Name()[path_symbol -> Utf8NameLength() - 1]; if (tail != U_SLASH && tail != U_BACKSLASH) strcat(directory_name, StringConstant::U8S__SL); strcat(directory_name, package -> Utf8Name()); if (SystemIsDirectory(directory_name)) directory_symbol = path_symbol -> RootDirectory() -> InsertDirectorySymbol(package -> Identity(), path_symbol -> RootDirectory() -> IsSourceDirectory()); delete [] directory_name; } if (directory_symbol) directory_symbol -> ReadDirectory(); } if (directory_symbol) package -> directory.Next() = directory_symbol; } } } return; } void Control::ProcessGlobals() { dot_name_symbol = FindOrInsertName(US__DO, wcslen(US__DO)); dot_dot_name_symbol = FindOrInsertName(US__DO__DO, wcslen(US__DO__DO)); length_name_symbol = FindOrInsertName(US_length, wcslen(US_length)); init_name_symbol = FindOrInsertName(US__LT_init_GT, wcslen(US__LT_init_GT)); clinit_name_symbol = FindOrInsertName(US__LT_clinit_GT, wcslen(US__LT_clinit_GT)); block_init_name_symbol = FindOrInsertName(US_block_DOLLAR, wcslen(US_block_DOLLAR)); this0_name_symbol = FindOrInsertName(US_this0, wcslen(US_this0)); clone_name_symbol = FindOrInsertName(US_clone, wcslen(US_clone)); object_name_symbol = FindOrInsertName(US_Object, wcslen(US_Object)); type_name_symbol = FindOrInsertName(US_TYPE, wcslen(US_TYPE)); class_name_symbol = FindOrInsertName(US__class_DOLLAR, wcslen(US__class_DOLLAR)); toString_name_symbol = FindOrInsertName(US_toString, wcslen(US_toString)); append_name_symbol = FindOrInsertName(US_append, wcslen(US_append)); forName_name_symbol = FindOrInsertName(US_forName, wcslen(US_forName)); getMessage_name_symbol = FindOrInsertName(US_getMessage, wcslen(US_getMessage)); ConstantValue_literal = Utf8_pool.FindOrInsert(U8S_ConstantValue, U8S_ConstantValue_length); Exceptions_literal = Utf8_pool.FindOrInsert(U8S_Exceptions, U8S_Exceptions_length); InnerClasses_literal = Utf8_pool.FindOrInsert(U8S_InnerClasses, U8S_InnerClasses_length); Synthetic_literal = Utf8_pool.FindOrInsert(U8S_Synthetic, U8S_Synthetic_length); Deprecated_literal = Utf8_pool.FindOrInsert(U8S_Deprecated, U8S_Deprecated_length); LineNumberTable_literal = Utf8_pool.FindOrInsert(U8S_LineNumberTable, U8S_LineNumberTable_length); LocalVariableTable_literal = Utf8_pool.FindOrInsert(U8S_LocalVariableTable, U8S_LocalVariableTable_length); Code_literal = Utf8_pool.FindOrInsert(U8S_Code, U8S_Code_length); Sourcefile_literal = Utf8_pool.FindOrInsert(U8S_Sourcefile, U8S_Sourcefile_length); null_literal = Utf8_pool.FindOrInsert(U8S_null, U8S_null_length); this_literal = Utf8_pool.FindOrInsert(U8S_this, U8S_this_length); return; } void Control::InitClassInfo() { if (! Class_type -> Bad()) { // // Search for relevant forName method // for (MethodSymbol *method = Class_type -> FindMethodSymbol(forName_name_symbol); method; method = method -> next_method) { char *signature = method -> SignatureString(); if (strcmp(signature, StringConstant::U8S_LP_Ljava_SL_lang_SL_String_SC_RP_Ljava_SL_lang_SL_Class_SC) == 0) { Class_forName_method = method; break; } } if (! Class_forName_method) { system_semantic -> ReportSemError(SemanticError::NON_STANDARD_LIBRARY_TYPE, 0, 0, Class_type -> ContainingPackage() -> PackageName(), Class_type -> ExternalName()); } } return; } void Control::InitThrowableInfo() { if (! Throwable_type -> Bad()) { // // Search for relevant getMessage method // for (MethodSymbol *method = Throwable_type -> FindMethodSymbol(getMessage_name_symbol); method; method = method -> next_method) { char *signature = method -> SignatureString(); if (strcmp(signature, StringConstant::U8S_LP_RP_Ljava_SL_lang_SL_String_SC) == 0) { Throwable_getMessage_method = method; break; } } if (! Throwable_getMessage_method) { system_semantic -> ReportSemError(SemanticError::NON_STANDARD_LIBRARY_TYPE, 0, 0, Throwable_type -> ContainingPackage() -> PackageName(), Throwable_type -> ExternalName()); } } return; } void Control::InitNoClassDefFoundErrorInfo() { if (! NoClassDefFoundError_type -> Bad()) { // // Search for relevant constructors // for (MethodSymbol *constructor = NoClassDefFoundError_type -> FindConstructorSymbol(); constructor; constructor = constructor -> next_method) { char *signature = constructor -> SignatureString(); if (strcmp(signature, StringConstant::U8S_LP_Ljava_SL_lang_SL_String_SC_RP_V) == 0) NoClassDefFoundError_InitWithString_method = constructor; } if (! NoClassDefFoundError_InitWithString_method) { system_semantic -> ReportSemError(SemanticError::NON_STANDARD_LIBRARY_TYPE, 0, 0, NoClassDefFoundError_type -> ContainingPackage() -> PackageName(), NoClassDefFoundError_type -> ExternalName()); } } return; } void Control::InitStringBufferInfo() { if (! StringBuffer_type -> Bad()) { // // Search for relevant constructors // for (MethodSymbol *constructor = StringBuffer_type -> FindConstructorSymbol(); constructor; constructor = constructor -> next_method) { char *signature = constructor -> SignatureString(); if (strcmp(signature, StringConstant::U8S_LP_RP_V) == 0) StringBuffer_Init_method = constructor; else if (strcmp(signature, StringConstant::U8S_LP_Ljava_SL_lang_SL_String_SC_RP_V) == 0) StringBuffer_InitWithString_method = constructor; } // // Search for relevant toString method // for (MethodSymbol *toString_method = StringBuffer_type -> FindMethodSymbol(toString_name_symbol); toString_method; toString_method = toString_method -> next_method) { if (strcmp(toString_method -> SignatureString(), StringConstant::U8S_LP_RP_Ljava_SL_lang_SL_String_SC) == 0) { StringBuffer_toString_method = toString_method; break; } } // // Search for relevant append method // for (MethodSymbol *append_method = StringBuffer_type -> FindMethodSymbol(append_name_symbol); append_method; append_method = append_method -> next_method) { char *signature = append_method -> SignatureString(); if (strcmp(signature, StringConstant::U8S_LP_LB_C_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_char_array_method = append_method; else if (strcmp(signature, StringConstant::U8S_LP_C_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_char_method = append_method; else if (strcmp(signature, StringConstant::U8S_LP_Z_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_boolean_method = append_method; else if (strcmp(signature, StringConstant::U8S_LP_I_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_int_method = append_method; else if (strcmp(signature, StringConstant::U8S_LP_J_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_long_method = append_method; else if (strcmp(signature, StringConstant::U8S_LP_F_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_float_method = append_method; else if (strcmp(signature, StringConstant::U8S_LP_D_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_double_method = append_method; else if (strcmp(signature, StringConstant::U8S_LP_Ljava_SL_lang_SL_String_SC_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_string_method = append_method; else if (strcmp(signature, StringConstant::U8S_LP_Ljava_SL_lang_SL_Object_SC_RP_Ljava_SL_lang_SL_StringBuffer_SC) == 0) StringBuffer_append_object_method = append_method; } if (! (StringBuffer_Init_method && StringBuffer_InitWithString_method && StringBuffer_toString_method && StringBuffer_append_char_array_method && StringBuffer_append_char_method && StringBuffer_append_boolean_method && StringBuffer_append_int_method && StringBuffer_append_long_method && StringBuffer_append_float_method && StringBuffer_append_double_method && StringBuffer_append_string_method && StringBuffer_append_object_method)) { system_semantic -> ReportSemError(SemanticError::NON_STANDARD_LIBRARY_TYPE, 0, 0, StringBuffer_type -> ContainingPackage() -> PackageName(), StringBuffer_type -> ExternalName()); } } return; } // // Create the unnamed package and set up global names. // void Control::ProcessUnnamedPackage() { unnamed_package = external_table.InsertPackageSymbol(FindOrInsertName(US_EMPTY, wcslen(US_EMPTY)), NULL); // // Create an entry for no_type. no_type is used primarily to signal an error // no_type = unnamed_package -> InsertSystemTypeSymbol(FindOrInsertName(US__QU__QU, wcslen(US__QU__QU))); no_type -> SetSignature(Utf8_pool.FindOrInsert(U8S__DO, strlen(U8S__DO))); // give it some signature... no_type -> outermost_type = no_type; no_type -> SetOwner(unnamed_package); no_type -> MarkBad(); // // Create an entry for the null type. // null_type = unnamed_package -> InsertSystemTypeSymbol(FindOrInsertName(US_null, wcslen(US_null))); null_type -> outermost_type = null_type; null_type -> SetOwner(unnamed_package); null_type -> SetACC_PUBLIC(); return; } void Control::ProcessPath() { #if defined(UNIX_FILE_SYSTEM) || defined(AMIGAOS_FILE_SYSTEM) NameSymbol *dot_path_name_symbol = dot_name_symbol; // // We need a place to start. Allocate a "." directory with no owner initially. (Hence, the null argument.) // Allocate a "." path whose associated directory is the "." directory. // Identify the "." path as the owner of the "." directory. // It's not a sourcepath, so pass false. // DirectorySymbol *default_directory = new DirectorySymbol(dot_name_symbol, NULL, false); // Since the "." directory may not be the first directory, set // dot_classpath_index to the first instance in classpath. dot_classpath_index = classpath.Length(); classpath.Next() = classpath_table.InsertPathSymbol(dot_path_name_symbol, default_directory); default_directory -> ReadDirectory(); // Note that the default_directory is reset after it has been assigned the owner above. system_directories.Next() = default_directory; system_table = new SystemTable(); struct stat status; //FIXME: need to check for stat errors if ((SystemStat(dot_name_symbol -> Utf8Name(), &status) == 0) && (status.st_mode & JIKES_STAT_S_IFDIR)) system_table -> InsertDirectorySymbol(status.st_dev, status.st_ino, default_directory); #elif defined(WIN32_FILE_SYSTEM) char *main_current_directory = option.GetMainCurrentDirectory(); int dot_path_name_length = strlen(main_current_directory); wchar_t *dot_path_name = new wchar_t[dot_path_name_length + 1]; for (int i = 0; i < dot_path_name_length; i++) dot_path_name[i] = main_current_directory[i]; dot_path_name[dot_path_name_length] = U_NULL; NameSymbol *dot_path_name_symbol = FindOrInsertName(dot_path_name, dot_path_name_length); delete [] dot_path_name; // // We need a place to start. Allocate a "." directory with no owner initially. (Hence, the null argument.) // Allocate a "." path whose associated directory is the "." directory. // Identify the "." path as the owner of the "." directory. // It's not a sourcepath, so pass false. // DirectorySymbol *default_directory = new DirectorySymbol(dot_name_symbol, NULL, false); // Since the "." directory may not be the first directory, set // dot_classpath_index to the first instance in classpath. dot_classpath_index = classpath.Length(); classpath.Next() = classpath_table.InsertPathSymbol(dot_path_name_symbol, default_directory); default_directory -> ReadDirectory(); // Note that the default_directory is reset after it has been assigned the owner above. system_directories.Next() = default_directory; #endif // // // ProcessBootClassPath(); ProcessExtDirs(); ProcessClassPath(); ProcessSourcePath(); // // TODO: If the user did not specify "." in the class path we assume it. // javac makes that assumption also. Is that correct? // if (dot_classpath_index == -1) unnamed_package -> directory.Next() = classpath[0] -> RootDirectory(); return; } void Control::ProcessBootClassPath() { if (option.bootclasspath) { int max_path_name_length = strlen(option.bootclasspath) + 1; // The longest possible path name we can encounter wchar_t *path_name = new wchar_t[max_path_name_length + 1]; // +1 for '\0' wchar_t *input_name = NULL; #ifdef WIN32_FILE_SYSTEM char * full_directory_name = NULL; #endif for (char *path = option.bootclasspath, *path_tail = &path[strlen(path)]; path < path_tail; path++) { #ifdef WIN32_FILE_SYSTEM delete [] full_directory_name; delete [] input_name; #endif char *head; for (head = path; path < path_tail && *path != PathSeparator(); path++) ; *path = U_NULL; // If a separator was encountered, replace it by \0 to terminate the string. int input_name_length = path - head; int path_name_length = input_name_length; for (int i = 0; i < path_name_length; i++) path_name[i] = head[i]; path_name[path_name_length] = U_NULL; #if defined(UNIX_FILE_SYSTEM) || defined(AMIGAOS_FILE_SYSTEM) input_name = path_name; #elif defined(WIN32_FILE_SYSTEM) input_name = NULL; full_directory_name = NULL; char disk = (input_name_length >= 2 && Case::IsAsciiAlpha(head[0]) && head[1] == U_COLON ? head[0] : 0); // // Look for the directory. If it is found, update input_name and head. // option.SaveCurrentDirectoryOnDisk(disk); if (SetCurrentDirectory(head)) { char tmp[1]; DWORD directory_length = GetCurrentDirectory(0, tmp); // first, get the right size full_directory_name = new char[directory_length + 1]; // allocate the directory DWORD length = GetCurrentDirectory(directory_length, full_directory_name); if (length <= directory_length) { for (char *ptr = full_directory_name; *ptr; ptr++) *ptr = (*ptr != U_BACKSLASH ? *ptr : (char) U_SLASH); // turn '\' to '/'. input_name_length = length; input_name = new wchar_t[input_name_length + 1]; for (int k = 0; k < input_name_length; k++) input_name[k] = full_directory_name[k]; input_name[input_name_length] = U_NULL; head = full_directory_name; } } // // Default input_name, in case we do not succeed in finding the directory // if (! input_name) { input_name = new wchar_t[input_name_length + 1]; for (int j = 0; j < input_name_length; j++) input_name[j] = path_name[j]; input_name[input_name_length] = U_NULL; } option.ResetCurrentDirectoryOnDisk(disk); // reset the current directory on disk option.SetMainCurrentDirectory(); // reset the real current directory... #endif // // // if (input_name_length > 0) { NameSymbol *name_symbol = FindOrInsertName(path_name, path_name_length); // // If a directory is specified more than once, ignore the duplicates. // if (classpath_table.FindPathSymbol(name_symbol)) { if (name_symbol == dot_name_symbol) { dot_classpath_index = classpath.Length(); // The next index classpath.Next() = classpath[0]; // share the "." directory unnamed_package -> directory.Next() = classpath[0] -> RootDirectory(); } continue; } // // Check whether or not the path points to a system directory. If not, assume it's a zip file // if (SystemIsDirectory(head)) { // This is the bootclasspath so it's not sourcepath, pass false DirectorySymbol *dot_directory = ProcessSubdirectories(input_name, input_name_length, false); unnamed_package -> directory.Next() = dot_directory; classpath.Next() = classpath_table.InsertPathSymbol(name_symbol, dot_directory); } else { Zip *zipinfo = new Zip(*this, head); if (! zipinfo -> IsValid()) // If the zipfile is all screwed up, give up here !!! { wchar_t *name = new wchar_t[input_name_length + 1]; for (int i = 0; i < input_name_length; i++) name[i] = input_name[i]; name[input_name_length] = U_NULL; wchar_t *tail = &name[input_name_length - 3]; if (Case::StringSegmentEqual(tail, StringConstant::US__zip, 3) || Case::StringSegmentEqual(tail, StringConstant::US__jar, 3)) bad_zip_filenames.Next() = name; else bad_dirnames.Next() = name; } unnamed_package -> directory.Next() = zipinfo -> RootDirectory(); // // Create the new path symbol and update the class path with it. // PathSymbol *path_symbol = classpath_table.InsertPathSymbol(name_symbol, zipinfo -> RootDirectory()); path_symbol -> zipfile = zipinfo; classpath.Next() = path_symbol; } } } #ifdef WIN32_FILE_SYSTEM delete [] full_directory_name; delete [] input_name; #endif delete [] path_name; } } void Control::ProcessExtDirs() { SymbolSet extdirs_set; if (option.extdirs) { int max_path_name_length = strlen(option.extdirs) + 1; // The longest possible path name we can encounter wchar_t *path_name = new wchar_t[max_path_name_length + 1]; // +1 for '\0' wchar_t *input_name = NULL; #ifdef WIN32_FILE_SYSTEM char * full_directory_name = NULL; #endif for (char *path = option.extdirs, *path_tail = &path[strlen(path)]; path < path_tail; path++) { #ifdef WIN32_FILE_SYSTEM delete [] full_directory_name; delete [] input_name; #endif char *head; for (head = path; path < path_tail && *path != PathSeparator(); path++) ; *path = U_NULL; // If a separator was encountered, replace it by \0 to terminate the string. int input_name_length = path - head; int path_name_length = input_name_length; for (int i = 0; i < path_name_length; i++) path_name[i] = head[i]; path_name[path_name_length] = U_NULL; #if defined(UNIX_FILE_SYSTEM) || defined(AMIGAOS_FILE_SYSTEM) input_name = path_name; #elif defined(WIN32_FILE_SYSTEM) input_name = NULL; full_directory_name = NULL; char disk = (input_name_length >= 2 && Case::IsAsciiAlpha(head[0]) && head[1] == U_COLON ? head[0] : 0); // // Look for the directory. If it is found, update input_name and head. // option.SaveCurrentDirectoryOnDisk(disk); if (SetCurrentDirectory(head)) { char tmp[1]; DWORD directory_length = GetCurrentDirectory(0, tmp); // first, get the right size full_directory_name = new char[directory_length + 1]; // allocate the directory DWORD length = GetCurrentDirectory(directory_length, full_directory_name); if (length <= directory_length) { for (char *ptr = full_directory_name; *ptr; ptr++) *ptr = (*ptr != U_BACKSLASH ? *ptr : (char) U_SLASH); // turn '\' to '/'. input_name_length = length; input_name = new wchar_t[input_name_length + 1]; for (int k = 0; k < input_name_length; k++) input_name[k] = full_directory_name[k]; input_name[input_name_length] = U_NULL; head = full_directory_name; } } // // Default input_name, in case we do not succeed in finding the directory // if (! input_name) { input_name = new wchar_t[input_name_length + 1]; for (int j = 0; j < input_name_length; j++) input_name[j] = path_name[j]; input_name[input_name_length] = U_NULL; } option.ResetCurrentDirectoryOnDisk(disk); // reset the current directory on disk option.SetMainCurrentDirectory(); // reset the real current directory... #endif // // // if (input_name_length > 0) { NameSymbol *name_symbol = FindOrInsertName(path_name, path_name_length); // // If a directory is specified more than once, ignore the duplicates. // if (extdirs_set.IsElement(name_symbol)) continue; extdirs_set.AddElement(name_symbol); // // Check whether or not the path points to a system // directory. TODO If not, should we print a warning ?? // if (SystemIsDirectory(head)) { //FIXME: should be in platform.cpp?? #if defined(UNIX_FILE_SYSTEM) || defined(AMIGAOS_FILE_SYSTEM) DIR* extdir = opendir(head); if (extdir) { for (dirent *entry = readdir(extdir); entry; entry = readdir(extdir)) { int entry_length = strlen(entry -> d_name); int fullpath_length = input_name_length + entry_length + 1; // + 1 for possible '/' between path and file. if ((! strcmp(entry->d_name, ".")) || (! strcmp(entry->d_name, ".."))) continue; char* extdir_entry = new char[fullpath_length + 1]; // + 1 for '\0' // First put on path. strcpy(extdir_entry, head); // Add '/' if it's not already there if (head[input_name_length - 1] != U_SLASH) strcat(extdir_entry, U8S__SL); // Then add the filename. strcat(extdir_entry, entry -> d_name); wchar_t* extdir_entry_name = new wchar_t[fullpath_length + 1]; // + 1 for '\0' for (int i = 0; i < fullpath_length; ++i) extdir_entry_name[i] = extdir_entry[i]; Zip *zipinfo = new Zip(*this, extdir_entry); if (! zipinfo -> IsValid()) { wchar_t *name = new wchar_t[fullpath_length + 1]; for (int i = 0; i < fullpath_length; ++i) name[i] = extdir_entry_name[i]; name[fullpath_length] = U_NULL; bad_zip_filenames.Next() = name; } unnamed_package->directory.Next() = zipinfo -> RootDirectory(); // // Make a new PathSymbol to add to the classpath. // NameSymbol *extdir_entry_symbol = FindOrInsertName(extdir_entry_name, fullpath_length); PathSymbol *path_symbol = classpath_table.InsertPathSymbol(extdir_entry_symbol, zipinfo -> RootDirectory()); path_symbol -> zipfile = zipinfo; classpath.Next() = path_symbol; } closedir(extdir); } #elif defined(WIN32_FILE_SYSTEM) char *directory_name = new char[input_name_length + 3]; // +2 for "/*" +1 for '\0' strcpy(directory_name, head); if (directory_name[input_name_length - 1] != U_SLASH) strcat(directory_name, StringConstant::U8S__SL); strcat(directory_name, StringConstant::U8S__ST); WIN32_FIND_DATA entry; HANDLE file_handle = FindFirstFile(directory_name, &entry); if (file_handle != INVALID_HANDLE_VALUE) { do { int entry_length = strlen(entry.cFileName); int fullpath_length = input_name_length + entry_length + 1; // + 1 for possible '/' between path and file. if ((! strcmp(entry.cFileName, ".")) || (! strcmp(entry.cFileName, ".."))) continue; char *extdir_entry = new char[fullpath_length + 1]; // + 1 for '\0' wchar_t* extdir_entry_name = new wchar_t[fullpath_length + 1]; // + 1 for '\0' // First put path strcpy(extdir_entry, head); // If no slash, add slash before copying filename. if (head[input_name_length - 1] != U_SLASH) { int path_length = input_name_length + 1; strcat(extdir_entry, U8S__SL); for (int i = 0; i < entry_length; i++) extdir_entry[i + path_length] = (entry.cFileName[i] == U_BACKSLASH ? U_SLASH : entry.cFileName[i]); } else { // If it's there, just append filename. for (int i = 0; i < entry_length; i++) extdir_entry[i + input_name_length] = (entry.cFileName[i] == U_BACKSLASH ? U_SLASH : entry.cFileName[i]); } for (int i = 0; i < fullpath_length; ++i) extdir_entry_name[i] = extdir_entry[i]; Zip *zipinfo = new Zip(*this, extdir_entry); if (! zipinfo -> IsValid()) { wchar_t *name = new wchar_t[fullpath_length + 1]; for (int i = 0; i < fullpath_length; ++i) name[i] = extdir_entry_name[i]; name[fullpath_length] = U_NULL; bad_zip_filenames.Next() = name; } unnamed_package->directory.Next() = zipinfo -> RootDirectory(); NameSymbol *extdir_entry_symbol = FindOrInsertName(extdir_entry_name, fullpath_length); // // Make a new PathSymbol to add to the classpath. // PathSymbol *path_symbol = classpath_table.InsertPathSymbol(extdir_entry_symbol, zipinfo -> RootDirectory()); path_symbol -> zipfile = zipinfo; classpath.Next() = path_symbol; } while (FindNextFile(file_handle, &entry)); FindClose(file_handle); } delete [] directory_name; #endif } else { wchar_t *name = new wchar_t[input_name_length + 1]; // + 1 for '\0' for (int i = 0; i < input_name_length; ++i) name[i] = input_name[i]; name[input_name_length] = U_NULL; bad_dirnames.Next() = name; } } } #ifdef WIN32_FILE_SYSTEM delete [] full_directory_name; delete [] input_name; #endif delete [] path_name; } } void Control::ProcessClassPath() { if (option.classpath) { int max_path_name_length = strlen(option.classpath) + 1; // The longest possible path name we can encounter wchar_t *path_name = new wchar_t[max_path_name_length + 1]; // +1 for '\0' wchar_t *input_name = NULL; #ifdef WIN32_FILE_SYSTEM char * full_directory_name = NULL; #endif for (char *path = option.classpath, *path_tail = &path[strlen(path)]; path < path_tail; path++) { #ifdef WIN32_FILE_SYSTEM delete [] full_directory_name; delete [] input_name; #endif char *head; for (head = path; path < path_tail && *path != PathSeparator(); path++) ; *path = U_NULL; // If a separator was encountered, replace it by \0 to terminate the string. int input_name_length = path - head; int path_name_length = input_name_length; for (int i = 0; i < path_name_length; i++) path_name[i] = head[i]; path_name[path_name_length] = U_NULL; #if defined(UNIX_FILE_SYSTEM) || defined(AMIGAOS_FILE_SYSTEM) input_name = path_name; #elif defined(WIN32_FILE_SYSTEM) input_name = NULL; full_directory_name = NULL; char disk = (input_name_length >= 2 && Case::IsAsciiAlpha(head[0]) && head[1] == U_COLON ? head[0] : 0); // // Look for the directory. If it is found, update input_name and head. // option.SaveCurrentDirectoryOnDisk(disk); if (SetCurrentDirectory(head)) { char tmp[1]; DWORD directory_length = GetCurrentDirectory(0, tmp); // first, get the right size full_directory_name = new char[directory_length + 1]; // allocate the directory DWORD length = GetCurrentDirectory(directory_length, full_directory_name); if (length <= directory_length) { for (char *ptr = full_directory_name; *ptr; ptr++) *ptr = (*ptr != U_BACKSLASH ? *ptr : (char) U_SLASH); // turn '\' to '/'. input_name_length = length; input_name = new wchar_t[input_name_length + 1]; for (int k = 0; k < input_name_length; k++) input_name[k] = full_directory_name[k]; input_name[input_name_length] = U_NULL; head = full_directory_name; } } // // Default input_name, in case we do not succeed in finding the directory // if (! input_name) { input_name = new wchar_t[input_name_length + 1]; for (int j = 0; j < input_name_length; j++) input_name[j] = path_name[j]; input_name[input_name_length] = U_NULL; } option.ResetCurrentDirectoryOnDisk(disk); // reset the current directory on disk option.SetMainCurrentDirectory(); // reset the real current directory... #endif // // // if (input_name_length > 0) { NameSymbol *name_symbol = FindOrInsertName(path_name, path_name_length); // // If a directory is specified more than once, ignore the duplicates. // if (classpath_table.FindPathSymbol(name_symbol)) { if (name_symbol == dot_name_symbol) { dot_classpath_index = classpath.Length(); // The next index classpath.Next() = classpath[0]; // share the "." directory unnamed_package -> directory.Next() = classpath[0] -> RootDirectory(); } continue; } // // Check whether or not the path points to a system directory. If not, assume it's a zip file // if (SystemIsDirectory(head)) { // This is the classpath so it's not sourcepath, pass false DirectorySymbol *dot_directory = ProcessSubdirectories(input_name, input_name_length, false); unnamed_package -> directory.Next() = dot_directory; classpath.Next() = classpath_table.InsertPathSymbol(name_symbol, dot_directory); } else { Zip *zipinfo = new Zip(*this, head); if (! zipinfo -> IsValid()) // If the zipfile is all screwed up, give up here !!! { wchar_t *name = new wchar_t[input_name_length + 1]; for (int i = 0; i < input_name_length; i++) name[i] = input_name[i]; name[input_name_length] = U_NULL; wchar_t *tail = &name[input_name_length - 3]; if (Case::StringSegmentEqual(tail, StringConstant::US__zip, 3) || Case::StringSegmentEqual(tail, StringConstant::US__jar, 3)) bad_zip_filenames.Next() = name; else bad_dirnames.Next() = name; } unnamed_package -> directory.Next() = zipinfo -> RootDirectory(); // // Create the new path symbol and update the class path with it. // PathSymbol *path_symbol = classpath_table.InsertPathSymbol(name_symbol, zipinfo -> RootDirectory()); path_symbol -> zipfile = zipinfo; classpath.Next() = path_symbol; } } } #ifdef WIN32_FILE_SYSTEM delete [] full_directory_name; delete [] input_name; #endif delete [] path_name; } } void Control::ProcessSourcePath() { if (option.sourcepath) { int max_path_name_length = strlen(option.sourcepath) + 1; // The longest possible path name we can encounter wchar_t *path_name = new wchar_t[max_path_name_length + 1]; // +1 for '\0' wchar_t *input_name = NULL; #ifdef WIN32_FILE_SYSTEM char * full_directory_name = NULL; #endif for (char *path = option.sourcepath, *path_tail = &path[strlen(path)]; path < path_tail; path++) { #ifdef WIN32_FILE_SYSTEM delete [] full_directory_name; delete [] input_name; #endif char *head; for (head = path; path < path_tail && *path != PathSeparator(); path++) ; *path = U_NULL; // If a separator was encountered, replace it by \0 to terminate the string. int input_name_length = path - head; int path_name_length = input_name_length; for (int i = 0; i < path_name_length; i++) path_name[i] = head[i]; path_name[path_name_length] = U_NULL; #if defined(UNIX_FILE_SYSTEM) || defined(AMIGAOS_FILE_SYSTEM) input_name = path_name; #elif defined(WIN32_FILE_SYSTEM) input_name = NULL; full_directory_name = NULL; char disk = (input_name_length >= 2 && Case::IsAsciiAlpha(head[0]) && head[1] == U_COLON ? head[0] : 0); // // Look for the directory. If it is found, update input_name and head. // option.SaveCurrentDirectoryOnDisk(disk); if (SetCurrentDirectory(head)) { char tmp[1]; DWORD directory_length = GetCurrentDirectory(0, tmp); // first, get the right size full_directory_name = new char[directory_length + 1]; // allocate the directory DWORD length = GetCurrentDirectory(directory_length, full_directory_name); if (length <= directory_length) { for (char *ptr = full_directory_name; *ptr; ptr++) *ptr = (*ptr != U_BACKSLASH ? *ptr : (char) U_SLASH); // turn '\' to '/'. input_name_length = length; input_name = new wchar_t[input_name_length + 1]; for (int k = 0; k < input_name_length; k++) input_name[k] = full_directory_name[k]; input_name[input_name_length] = U_NULL; head = full_directory_name; } } // // Default input_name, in case we do not succeed in finding the directory // if (! input_name) { input_name = new wchar_t[input_name_length + 1]; for (int j = 0; j < input_name_length; j++) input_name[j] = path_name[j]; input_name[input_name_length] = U_NULL; } option.ResetCurrentDirectoryOnDisk(disk); // reset the current directory on disk option.SetMainCurrentDirectory(); // reset the real current directory... #endif // // // if (input_name_length > 0) { NameSymbol *name_symbol = FindOrInsertName(path_name, path_name_length); // // If a directory is specified more than once, ignore the duplicates. // if (classpath_table.FindPathSymbol(name_symbol)) { if (name_symbol == dot_name_symbol) { dot_classpath_index = classpath.Length(); // The next index classpath.Next() = classpath[0]; // share the "." directory unnamed_package -> directory.Next() = classpath[0] -> RootDirectory(); } continue; } // // Check whether or not the path points to a system directory. If not, assume it's a zip file // if (SystemIsDirectory(head)) { // This is the sourcepath, so pass true DirectorySymbol *dot_directory = ProcessSubdirectories(input_name, input_name_length, true); unnamed_package -> directory.Next() = dot_directory; classpath.Next() = classpath_table.InsertPathSymbol(name_symbol, dot_directory); } else { // We don't process zip files as source directories wchar_t *name = new wchar_t[input_name_length + 1]; for (int i = 0; i < input_name_length; i++) name[i] = input_name[i]; name[input_name_length] = U_NULL; bad_dirnames.Next() = name; } } } #ifdef WIN32_FILE_SYSTEM delete [] full_directory_name; delete [] input_name; #endif delete [] path_name; } } TypeSymbol *Control::GetPrimitiveType(wchar_t *name, char *signature) { NameSymbol *name_symbol = FindOrInsertName(name, wcslen(name)); TypeSymbol *type = unnamed_package -> InsertSystemTypeSymbol(name_symbol); type -> SetSignature(Utf8_pool.FindOrInsert(signature, strlen(signature))); type -> outermost_type = type; type -> SetOwner(unnamed_package); type -> SetACC_PUBLIC(); type -> MarkPrimitive(); return type; } void Control::ProcessSystemInformation() { // // Add entry for system package // system_package = ProcessPackage(StringConstant::US_java_SL_lang); java_util_package = ProcessPackage(StringConstant::US_java_SL_util); // // Create an entry for each primitive type. Note that the type void is treated as a primitive. // void_type = GetPrimitiveType(US_void, U8S_V); boolean_type = GetPrimitiveType(US_boolean, U8S_Z); byte_type = GetPrimitiveType(US_byte, U8S_B); char_type = GetPrimitiveType(US_char, U8S_C); short_type = GetPrimitiveType(US_short, U8S_S); int_type = GetPrimitiveType(US_int, U8S_I); long_type = GetPrimitiveType(US_long, U8S_J); float_type = GetPrimitiveType(US_float, U8S_F); double_type = GetPrimitiveType(US_double, U8S_D); return; } DirectorySymbol *Control::GetOutputDirectory(FileSymbol *file_symbol) { DirectorySymbol *directory_symbol; // A FileSymbol for a .class file has a NULL semantic if (file_symbol -> semantic == NULL || (file_symbol -> semantic -> control).option.directory == NULL) { directory_symbol = file_symbol -> directory_symbol; } else { Control &control = file_symbol -> semantic -> control; char *directory_prefix = control.option.directory; int directory_prefix_length = strlen(directory_prefix), utf8_name_length = file_symbol -> package -> PackageNameLength() * 3, estimated_length = directory_prefix_length + utf8_name_length + 1; // +1 for slash char *directory_name = new char[estimated_length + 1]; // +1 for '\0' strcpy(directory_name, directory_prefix); if (file_symbol -> package != control.unnamed_package) // if there was a package declaration, then... { if (directory_prefix[directory_prefix_length - 1] != U_SLASH) strcat(directory_name, StringConstant::U8S__SL); char *utf8_name = new char[utf8_name_length + 1]; (void) ConvertUnicodeToUtf8(file_symbol -> package -> PackageName(), utf8_name); strcat(directory_name, utf8_name); delete [] utf8_name; if (! SystemIsDirectory(directory_name)) // The directory does not yet exist. { for (char *ptr = &directory_name[directory_prefix_length + 1]; *ptr; ptr++) { if (*ptr == U_SLASH) // all the slashes in a package_name are forward slashes { *ptr = U_NULL; if (! SystemIsDirectory(directory_name)) SystemMkdir(directory_name); *ptr = U_SLASH; // restore slash } } SystemMkdir(directory_name); } } // // Read the directory and insert the directory symbol. Note that since // the original length computation was an estimate, we compute the real // length here. // int length = strlen(directory_name); wchar_t *name = new wchar_t[length + 1]; for (int i = 0; i < length; i++) name[i] = directory_name[i]; name[length] = U_NULL; // This is the output directory, so unless it's added to the classpath, it won't matter whether it's a sourcedir or not. directory_symbol = control.ProcessSubdirectories(name, length, false); delete [] name; delete [] directory_name; } return directory_symbol; } FileSymbol *Control::GetJavaFile(PackageSymbol *package, NameSymbol *name_symbol) { FileSymbol *file_symbol = NULL; // // // int length = name_symbol -> Utf8NameLength() + FileSymbol::java_suffix_length; char *full_filename = new char[length + 1]; // +1 for \0 strcpy(full_filename, name_symbol -> Utf8Name()); strcat(full_filename, FileSymbol::java_suffix); DirectoryEntry *entry = NULL; DirectorySymbol *directory_symbol = NULL; for (int k = 0; k < package -> directory.Length(); k++) { directory_symbol = package -> directory[k]; if ((entry = directory_symbol -> FindEntry(full_filename, length))) break; } if (entry) { PathSymbol *path_symbol = directory_symbol -> PathSym(); file_symbol = directory_symbol -> FindFileSymbol(name_symbol); if (! ((file_symbol && file_symbol -> IsJava()) || path_symbol -> IsZip())) { file_symbol = directory_symbol -> InsertFileSymbol(name_symbol); file_symbol -> directory_symbol = directory_symbol; file_symbol -> SetJava(); file_symbol -> mtime = entry -> Mtime(); } } delete [] full_filename; return file_symbol; } FileSymbol *Control::GetFile(Control &control, PackageSymbol *package, NameSymbol *name_symbol) { return control.option.old_classpath_search_order ? GetFileFirst(control, package, name_symbol) : GetFileBoth(control, package, name_symbol); } FileSymbol *Control::GetFileBoth(Control &control, PackageSymbol *package, NameSymbol *name_symbol) { FileSymbol *java_file_symbol = NULL, *class_file_symbol = NULL; // // calculate a length that is large enough... // int class_length = name_symbol -> Utf8NameLength() + FileSymbol::class_suffix_length, java_length = name_symbol -> Utf8NameLength() + FileSymbol::java_suffix_length; char *class_name = new char[class_length + 1]; // +1 for \0 strcpy(class_name, name_symbol -> Utf8Name()); strcat(class_name, FileSymbol::class_suffix); char *java_name = new char[java_length + 1]; // +1 for \0 strcpy(java_name, name_symbol -> Utf8Name()); strcat(java_name, FileSymbol::java_suffix); for (int k = 0; k < package -> directory.Length(); k++) { DirectorySymbol *directory_symbol = package -> directory[k]; bool foundBothEntries = false; FileSymbol *file_symbol = directory_symbol -> FindFileSymbol(name_symbol); if (! file_symbol) { PathSymbol *path_symbol = directory_symbol -> PathSym(); if (! path_symbol -> IsZip()) { DirectoryEntry *java_entry = directory_symbol -> FindEntry(java_name, java_length), *class_entry = ((((! control.option.depend) || (java_entry == NULL)) && (! directory_symbol -> IsSourceDirectory())) ? directory_symbol -> FindEntry(class_name, class_length) : (DirectoryEntry *) NULL); if (java_entry || class_entry) { file_symbol = directory_symbol -> InsertFileSymbol(name_symbol); file_symbol -> directory_symbol = directory_symbol; if (java_entry && ((! class_entry) || class_entry -> Mtime() < java_entry -> Mtime())) { file_symbol -> SetJava(); file_symbol -> mtime = java_entry -> Mtime(); } else { if (java_entry) file_symbol -> SetClass(); else file_symbol -> SetClassOnly(); file_symbol -> mtime = class_entry -> Mtime(); } } if (java_entry && class_entry) foundBothEntries = true; // flag case where both .java and class found in same path } } if (file_symbol) { if (file_symbol -> IsJava() && ! java_file_symbol) java_file_symbol = file_symbol; // if no .java file seen yet, note this one else if (! class_file_symbol) class_file_symbol = file_symbol; // if no .class file seen yet, note this one if (foundBothEntries == true || (java_file_symbol && class_file_symbol)) break; // both .java and .class seen, so no point in continuing the search } } delete [] java_name; delete [] class_name; // // If both .java and .class seen, do a mod time check to decide which one to deliver. // Otherwise just return whichever kind we found, or NULL. // if (java_file_symbol && ((! class_file_symbol) || class_file_symbol -> mtime < java_file_symbol -> mtime)) return java_file_symbol; else return class_file_symbol; } FileSymbol *Control::GetFileFirst(Control &control, PackageSymbol *package, NameSymbol *name_symbol) { FileSymbol *file_symbol = NULL; // // calculate a length that is large enough... // int class_length = name_symbol -> Utf8NameLength() + FileSymbol::class_suffix_length, java_length = name_symbol -> Utf8NameLength() + FileSymbol::java_suffix_length; char *class_name = new char[class_length + 1]; // +1 for \0 strcpy(class_name, name_symbol -> Utf8Name()); strcat(class_name, FileSymbol::class_suffix); char *java_name = new char[java_length + 1]; // +1 for \0 strcpy(java_name, name_symbol -> Utf8Name()); strcat(java_name, FileSymbol::java_suffix); for (int k = 0; k < package -> directory.Length(); k++) { DirectorySymbol *directory_symbol = package -> directory[k]; file_symbol = directory_symbol -> FindFileSymbol(name_symbol); if (file_symbol) break; PathSymbol *path_symbol = directory_symbol -> PathSym(); if (! path_symbol -> IsZip()) { DirectoryEntry *java_entry = directory_symbol -> FindEntry(java_name, java_length), *class_entry = (((! control.option.depend) || (java_entry == NULL)) ? directory_symbol -> FindEntry(class_name, class_length) : (DirectoryEntry *) NULL); if (java_entry || class_entry) { file_symbol = directory_symbol -> InsertFileSymbol(name_symbol); file_symbol -> directory_symbol = directory_symbol; if (java_entry && ((! class_entry) || class_entry -> Mtime() < java_entry -> Mtime())) { file_symbol -> SetJava(); file_symbol -> mtime = java_entry -> Mtime(); } else { if (java_entry) file_symbol -> SetClass(); else file_symbol -> SetClassOnly(); file_symbol -> mtime = class_entry -> Mtime(); } break; } } } delete [] java_name; delete [] class_name; return file_symbol; } TypeSymbol *Control::GetType(PackageSymbol *package, wchar_t *name) { NameSymbol *name_symbol = FindOrInsertName(name, wcslen(name)); TypeSymbol *type = package -> FindTypeSymbol(name_symbol); if (! type) { Control &control = *this; FileSymbol *file_symbol = GetFile(control, package, name_symbol); type = system_semantic -> ReadType(file_symbol, package, name_symbol, 0); } else if (type -> SourcePending()) ProcessHeaders(type -> file_symbol); return type; } #ifdef HAVE_JIKES_NAMESPACE } // Close namespace Jikes block #endif