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How to use win32 method in root
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enigmailprocess_shared_win.js
Source:enigmailprocess_shared_win.js 
1/* -*- Mode: indent-tabs-mode: nil; js-indent-level: 2 -*- */2/* vim: set sts=2 sw=2 et tw=80: */3/* This Source Code Form is subject to the terms of the Mozilla Public4 * License, v. 2.0. If a copy of the MPL was not distributed with this5 * file, You can obtain one at https://mozilla.org/MPL/2.0/. */6"use strict";7/* exported LIBC, Win, createPipe, libc */8/* global ctypes: false, OS: false, Library: false */9/* eslint no-void: 0 */10const LIBC = OS.Constants.libc;11const Win = OS.Constants.Win;12const LIBC_CHOICES = ["kernel32.dll"];13var win32 = {14 // On Windows 64, winapi_abi is an alias for default_abi.15 WINAPI: ctypes.winapi_abi,16 VOID: ctypes.void_t,17 BYTE: ctypes.uint8_t,18 WORD: ctypes.uint16_t,19 DWORD: ctypes.uint32_t,20 LONG: ctypes.long,21 LARGE_INTEGER: ctypes.int64_t,22 ULONGLONG: ctypes.uint64_t,23 UINT: ctypes.unsigned_int,24 UCHAR: ctypes.unsigned_char,25 BOOL: ctypes.bool,26 HANDLE: ctypes.voidptr_t,27 PVOID: ctypes.voidptr_t,28 LPVOID: ctypes.voidptr_t,29 CHAR: ctypes.char,30 WCHAR: ctypes.jschar,31 ULONG_PTR: ctypes.uintptr_t,32 SIZE_T: ctypes.size_t,33 PSIZE_T: ctypes.size_t.ptr34};35Object.assign(win32, {36 DWORD_PTR: win32.ULONG_PTR,37 LPSTR: win32.CHAR.ptr,38 LPWSTR: win32.WCHAR.ptr,39 LPBYTE: win32.BYTE.ptr,40 LPDWORD: win32.DWORD.ptr,41 LPHANDLE: win32.HANDLE.ptr,42 // This is an opaque type.43 PROC_THREAD_ATTRIBUTE_LIST: ctypes.char.array(),44 LPPROC_THREAD_ATTRIBUTE_LIST: ctypes.char.ptr45});46Object.assign(win32, {47 LPCSTR: win32.LPSTR,48 LPCWSTR: win32.LPWSTR,49 LPCVOID: win32.LPVOID50});51Object.assign(win32, {52 INVALID_HANDLE_VALUE: ctypes.cast(ctypes.int64_t(-1), win32.HANDLE),53 NULL_HANDLE_VALUE: ctypes.cast(ctypes.uintptr_t(0), win32.HANDLE),54 CREATE_SUSPENDED: 0x00000004,55 CREATE_NEW_CONSOLE: 0x00000010,56 CREATE_UNICODE_ENVIRONMENT: 0x00000400,57 CREATE_NO_WINDOW: 0x08000000,58 CREATE_BREAKAWAY_FROM_JOB: 0x01000000,59 EXTENDED_STARTUPINFO_PRESENT: 0x00080000,60 STARTF_USESTDHANDLES: 0x0100,61 DUPLICATE_CLOSE_SOURCE: 0x01,62 DUPLICATE_SAME_ACCESS: 0x02,63 ERROR_HANDLE_EOF: 38,64 ERROR_BROKEN_PIPE: 109,65 ERROR_INSUFFICIENT_BUFFER: 122,66 FILE_FLAG_OVERLAPPED: 0x40000000,67 PIPE_TYPE_BYTE: 0x00,68 PIPE_ACCESS_INBOUND: 0x01,69 PIPE_ACCESS_OUTBOUND: 0x02,70 PIPE_ACCESS_DUPLEX: 0x03,71 PIPE_WAIT: 0x00,72 PIPE_NOWAIT: 0x01,73 STILL_ACTIVE: 259,74 PROC_THREAD_ATTRIBUTE_HANDLE_LIST: 0x00020002,75 JobObjectBasicLimitInformation: 2,76 JobObjectExtendedLimitInformation: 9,77 JOB_OBJECT_LIMIT_BREAKAWAY_OK: 0x00000800,78 // These constants are 32-bit unsigned integers, but Windows defines79 // them as negative integers cast to an unsigned type.80 STD_INPUT_HANDLE: -10 + 0x100000000,81 STD_OUTPUT_HANDLE: -11 + 0x100000000,82 STD_ERROR_HANDLE: -12 + 0x100000000,83 WAIT_TIMEOUT: 0x00000102,84 WAIT_FAILED: 0xffffffff85});86Object.assign(win32, {87 JOBOBJECT_BASIC_LIMIT_INFORMATION: new ctypes.StructType("JOBOBJECT_BASIC_LIMIT_INFORMATION", [{88 "PerProcessUserTimeLimit": win32.LARGE_INTEGER89 }, {90 "PerJobUserTimeLimit": win32.LARGE_INTEGER91 }, {92 "LimitFlags": win32.DWORD93 }, {94 "MinimumWorkingSetSize": win32.SIZE_T95 }, {96 "MaximumWorkingSetSize": win32.SIZE_T97 }, {98 "ActiveProcessLimit": win32.DWORD99 }, {100 "Affinity": win32.ULONG_PTR101 }, {102 "PriorityClass": win32.DWORD103 }, {104 "SchedulingClass": win32.DWORD105 }]),106 IO_COUNTERS: new ctypes.StructType("IO_COUNTERS", [{107 "ReadOperationCount": win32.ULONGLONG108 }, {109 "WriteOperationCount": win32.ULONGLONG110 }, {111 "OtherOperationCount": win32.ULONGLONG112 }, {113 "ReadTransferCount": win32.ULONGLONG114 }, {115 "WriteTransferCount": win32.ULONGLONG116 }, {117 "OtherTransferCount": win32.ULONGLONG118 }])119});120Object.assign(win32, {121 JOBOBJECT_EXTENDED_LIMIT_INFORMATION: new ctypes.StructType("JOBOBJECT_EXTENDED_LIMIT_INFORMATION", [{122 "BasicLimitInformation": win32.JOBOBJECT_BASIC_LIMIT_INFORMATION123 }, {124 "IoInfo": win32.IO_COUNTERS125 }, {126 "ProcessMemoryLimit": win32.SIZE_T127 }, {128 "JobMemoryLimit": win32.SIZE_T129 }, {130 "PeakProcessMemoryUsed": win32.SIZE_T131 }, {132 "PeakJobMemoryUsed": win32.SIZE_T133 }]),134 OVERLAPPED: new ctypes.StructType("OVERLAPPED", [{135 "Internal": win32.ULONG_PTR136 }, {137 "InternalHigh": win32.ULONG_PTR138 }, {139 "Offset": win32.DWORD140 }, {141 "OffsetHigh": win32.DWORD142 }, {143 "hEvent": win32.HANDLE144 }]),145 PROCESS_INFORMATION: new ctypes.StructType("PROCESS_INFORMATION", [{146 "hProcess": win32.HANDLE147 }, {148 "hThread": win32.HANDLE149 }, {150 "dwProcessId": win32.DWORD151 }, {152 "dwThreadId": win32.DWORD153 }]),154 SECURITY_ATTRIBUTES: new ctypes.StructType("SECURITY_ATTRIBUTES", [{155 "nLength": win32.DWORD156 }, {157 "lpSecurityDescriptor": win32.LPVOID158 }, {159 "bInheritHandle": win32.BOOL160 }]),161 STARTUPINFOW: new ctypes.StructType("STARTUPINFOW", [{162 "cb": win32.DWORD163 }, {164 "lpReserved": win32.LPWSTR165 }, {166 "lpDesktop": win32.LPWSTR167 }, {168 "lpTitle": win32.LPWSTR169 }, {170 "dwX": win32.DWORD171 }, {172 "dwY": win32.DWORD173 }, {174 "dwXSize": win32.DWORD175 }, {176 "dwYSize": win32.DWORD177 }, {178 "dwXCountChars": win32.DWORD179 }, {180 "dwYCountChars": win32.DWORD181 }, {182 "dwFillAttribute": win32.DWORD183 }, {184 "dwFlags": win32.DWORD185 }, {186 "wShowWindow": win32.WORD187 }, {188 "cbReserved2": win32.WORD189 }, {190 "lpReserved2": win32.LPBYTE191 }, {192 "hStdInput": win32.HANDLE193 }, {194 "hStdOutput": win32.HANDLE195 }, {196 "hStdError": win32.HANDLE197 }])198});199Object.assign(win32, {200 STARTUPINFOEXW: new ctypes.StructType("STARTUPINFOEXW", [{201 "StartupInfo": win32.STARTUPINFOW202 }, {203 "lpAttributeList": win32.LPPROC_THREAD_ATTRIBUTE_LIST204 }])205});206var libc = new Library("libc", LIBC_CHOICES, {207 AssignProcessToJobObject: [208 win32.WINAPI,209 win32.BOOL,210 win32.HANDLE, /* hJob */211 win32.HANDLE /* hProcess */212 ],213 CloseHandle: [214 win32.WINAPI,215 win32.BOOL,216 win32.HANDLE /* hObject */217 ],218 CreateEventW: [219 win32.WINAPI,220 win32.HANDLE,221 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpEventAttributes */222 win32.BOOL, /* bManualReset */223 win32.BOOL, /* bInitialState */224 win32.LPWSTR /* lpName */225 ],226 CreateFileW: [227 win32.WINAPI,228 win32.HANDLE,229 win32.LPWSTR, /* lpFileName */230 win32.DWORD, /* dwDesiredAccess */231 win32.DWORD, /* dwShareMode */232 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpSecurityAttributes */233 win32.DWORD, /* dwCreationDisposition */234 win32.DWORD, /* dwFlagsAndAttributes */235 win32.HANDLE /* opt hTemplateFile */236 ],237 CreateJobObjectW: [238 win32.WINAPI,239 win32.HANDLE,240 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpJobAttributes */241 win32.LPWSTR /* lpName */242 ],243 CreateNamedPipeW: [244 win32.WINAPI,245 win32.HANDLE,246 win32.LPWSTR, /* lpName */247 win32.DWORD, /* dwOpenMode */248 win32.DWORD, /* dwPipeMode */249 win32.DWORD, /* nMaxInstances */250 win32.DWORD, /* nOutBufferSize */251 win32.DWORD, /* nInBufferSize */252 win32.DWORD, /* nDefaultTimeOut */253 win32.SECURITY_ATTRIBUTES.ptr /* opt lpSecurityAttributes */254 ],255 CreatePipe: [256 win32.WINAPI,257 win32.BOOL,258 win32.LPHANDLE, /* out hReadPipe */259 win32.LPHANDLE, /* out hWritePipe */260 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpPipeAttributes */261 win32.DWORD /* nSize */262 ],263 CreateProcessW: [264 win32.WINAPI,265 win32.BOOL,266 win32.LPCWSTR, /* lpApplicationName */267 win32.LPWSTR, /* lpCommandLine */268 win32.SECURITY_ATTRIBUTES.ptr, /* lpProcessAttributes */269 win32.SECURITY_ATTRIBUTES.ptr, /* lpThreadAttributes */270 win32.BOOL, /* bInheritHandle */271 win32.DWORD, /* dwCreationFlags */272 win32.LPVOID, /* opt lpEnvironment */273 win32.LPCWSTR, /* opt lpCurrentDirectory */274 win32.STARTUPINFOW.ptr, /* lpStartupInfo */275 win32.PROCESS_INFORMATION.ptr /* out lpProcessInformation */276 ],277 CreateSemaphoreW: [278 win32.WINAPI,279 win32.HANDLE,280 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpSemaphoreAttributes */281 win32.LONG, /* lInitialCount */282 win32.LONG, /* lMaximumCount */283 win32.LPCWSTR /* opt lpName */284 ],285 DeleteProcThreadAttributeList: [286 win32.WINAPI,287 win32.VOID,288 win32.LPPROC_THREAD_ATTRIBUTE_LIST /* in/out lpAttributeList */289 ],290 DuplicateHandle: [291 win32.WINAPI,292 win32.BOOL,293 win32.HANDLE, /* hSourceProcessHandle */294 win32.HANDLE, /* hSourceHandle */295 win32.HANDLE, /* hTargetProcessHandle */296 win32.LPHANDLE, /* out lpTargetHandle */297 win32.DWORD, /* dwDesiredAccess */298 win32.BOOL, /* bInheritHandle */299 win32.DWORD /* dwOptions */300 ],301 FreeEnvironmentStringsW: [302 win32.WINAPI,303 win32.BOOL,304 win32.LPCWSTR /* lpszEnvironmentBlock */305 ],306 GetCurrentProcess: [307 win32.WINAPI,308 win32.HANDLE309 ],310 GetCurrentProcessId: [311 win32.WINAPI,312 win32.DWORD313 ],314 GetEnvironmentStringsW: [315 win32.WINAPI,316 win32.LPCWSTR317 ],318 GetExitCodeProcess: [319 win32.WINAPI,320 win32.BOOL,321 win32.HANDLE, /* hProcess */322 win32.LPDWORD /* lpExitCode */323 ],324 GetOverlappedResult: [325 win32.WINAPI,326 win32.BOOL,327 win32.HANDLE, /* hFile */328 win32.OVERLAPPED.ptr, /* lpOverlapped */329 win32.LPDWORD, /* lpNumberOfBytesTransferred */330 win32.BOOL /* bWait */331 ],332 GetStdHandle: [333 win32.WINAPI,334 win32.HANDLE,335 win32.DWORD /* nStdHandle */336 ],337 InitializeProcThreadAttributeList: [338 win32.WINAPI,339 win32.BOOL,340 win32.LPPROC_THREAD_ATTRIBUTE_LIST, /* out opt lpAttributeList */341 win32.DWORD, /* dwAttributeCount */342 win32.DWORD, /* dwFlags */343 win32.PSIZE_T /* in/out lpSize */344 ],345 ReadFile: [346 win32.WINAPI,347 win32.BOOL,348 win32.HANDLE, /* hFile */349 win32.LPVOID, /* out lpBuffer */350 win32.DWORD, /* nNumberOfBytesToRead */351 win32.LPDWORD, /* opt out lpNumberOfBytesRead */352 win32.OVERLAPPED.ptr /* opt in/out lpOverlapped */353 ],354 ReleaseSemaphore: [355 win32.WINAPI,356 win32.BOOL,357 win32.HANDLE, /* hSemaphore */358 win32.LONG, /* lReleaseCount */359 win32.LONG.ptr /* opt out lpPreviousCount */360 ],361 ResumeThread: [362 win32.WINAPI,363 win32.DWORD,364 win32.HANDLE /* hThread */365 ],366 SetInformationJobObject: [367 win32.WINAPI,368 win32.BOOL,369 win32.HANDLE, /* hJob */370 ctypes.int, /* JobObjectInfoClass */371 win32.LPVOID, /* lpJobObjectInfo */372 win32.DWORD /* cbJobObjectInfoLengt */373 ],374 TerminateJobObject: [375 win32.WINAPI,376 win32.BOOL,377 win32.HANDLE, /* hJob */378 win32.UINT /* uExitCode */379 ],380 TerminateProcess: [381 win32.WINAPI,382 win32.BOOL,383 win32.HANDLE, /* hProcess */384 win32.UINT /* uExitCode */385 ],386 UpdateProcThreadAttribute: [387 win32.WINAPI,388 win32.BOOL,389 win32.LPPROC_THREAD_ATTRIBUTE_LIST, /* in/out lpAttributeList */390 win32.DWORD, /* dwFlags */391 win32.DWORD_PTR, /* Attribute */392 win32.PVOID, /* lpValue */393 win32.SIZE_T, /* cbSize */394 win32.PVOID, /* out opt lpPreviousValue */395 win32.PSIZE_T /* opt lpReturnSize */396 ],397 WaitForMultipleObjects: [398 win32.WINAPI,399 win32.DWORD,400 win32.DWORD, /* nCount */401 win32.HANDLE.ptr, /* hHandles */402 win32.BOOL, /* bWaitAll */403 win32.DWORD /* dwMilliseconds */404 ],405 WaitForSingleObject: [406 win32.WINAPI,407 win32.DWORD,408 win32.HANDLE, /* hHandle */409 win32.BOOL, /* bWaitAll */410 win32.DWORD /* dwMilliseconds */411 ],412 WriteFile: [413 win32.WINAPI,414 win32.BOOL,415 win32.HANDLE, /* hFile */416 win32.LPCVOID, /* lpBuffer */417 win32.DWORD, /* nNumberOfBytesToRead */418 win32.LPDWORD, /* opt out lpNumberOfBytesWritten */419 win32.OVERLAPPED.ptr /* opt in/out lpOverlapped */420 ]421});422var user32 = new Library("user32", ["user32.dll"], {423 AllowSetForegroundWindow: [424 win32.WINAPI,425 win32.BOOL,426 win32.DWORD /* dwProcessId */427 ]428});429let nextNamedPipeId = 0;430win32.Handle = function(handle) {431 return ctypes.CDataFinalizer(win32.HANDLE(handle), libc.CloseHandle);432};433win32.createPipe = function(secAttr, readFlags = 0, writeFlags = 0, size = 0) {434 readFlags |= win32.PIPE_ACCESS_INBOUND;435 writeFlags |= Win.FILE_ATTRIBUTE_NORMAL;436 if (size == 0) {437 size = 4096;438 }439 let pid = libc.GetCurrentProcessId();440 const pipePrefix = "\\\\.\\Pipe\\SubProcessPipe";441 let pipeName = String.raw `${pipePrefix}.${pid}.${nextNamedPipeId++}`;442 let readHandle = libc.CreateNamedPipeW(443 pipeName, readFlags,444 win32.PIPE_TYPE_BYTE | win32.PIPE_WAIT,445 1, /* number of connections */446 size, /* output buffer size */447 size, /* input buffer size */448 0, /* timeout */449 secAttr.address());450 let isInvalid = handle => String(handle) == String(win32.HANDLE(Win.INVALID_HANDLE_VALUE));451 if (isInvalid(readHandle)) {452 return [];453 }454 let writeHandle = libc.CreateFileW(455 pipeName, Win.GENERIC_WRITE, 0, secAttr.address(),456 Win.OPEN_EXISTING, writeFlags, null);457 if (isInvalid(writeHandle)) {458 libc.CloseHandle(readHandle);459 return [];460 }461 return [win32.Handle(readHandle),462 win32.Handle(writeHandle)463 ];464};465win32.createThreadAttributeList = function(handles) {466 try {467 void libc.InitializeProcThreadAttributeList;468 void libc.DeleteProcThreadAttributeList;469 void libc.UpdateProcThreadAttribute;470 } catch (e) {471 // This is only supported in Windows Vista and later.472 return null;473 }474 let size = win32.SIZE_T();475 if (!libc.InitializeProcThreadAttributeList(null, 1, 0, size.address()) &&476 ctypes.winLastError != win32.ERROR_INSUFFICIENT_BUFFER) {477 return null;478 }479 let attrList = win32.PROC_THREAD_ATTRIBUTE_LIST(size.value);480 if (!libc.InitializeProcThreadAttributeList(attrList, 1, 0, size.address())) {481 return null;482 }483 let ok = libc.UpdateProcThreadAttribute(484 attrList, 0, win32.PROC_THREAD_ATTRIBUTE_HANDLE_LIST,485 handles, handles.constructor.size, null, null);486 if (!ok) {487 libc.DeleteProcThreadAttributeList(attrList);488 return null;489 }490 return attrList;...
subprocess_shared_win.js
Source:subprocess_shared_win.js
1/* -*- Mode: indent-tabs-mode: nil; js-indent-level: 2 -*- */2/* vim: set sts=2 sw=2 et tw=80: */3/* This Source Code Form is subject to the terms of the Mozilla Public4 * License, v. 2.0. If a copy of the MPL was not distributed with this5 * file, You can obtain one at http://mozilla.org/MPL/2.0/. */6"use strict";7/* exported LIBC, Win, createPipe, libc */8// This file is loaded into the same scope as subprocess_win.jsm9/* import-globals-from subprocess_win.jsm */10const LIBC = OS.Constants.libc;11const Win = OS.Constants.Win;12const LIBC_CHOICES = ["kernel32.dll"];13var win32 = {14 // On Windows 64, winapi_abi is an alias for default_abi.15 WINAPI: ctypes.winapi_abi,16 VOID: ctypes.void_t,17 BYTE: ctypes.uint8_t,18 WORD: ctypes.uint16_t,19 DWORD: ctypes.uint32_t,20 LONG: ctypes.long,21 LARGE_INTEGER: ctypes.int64_t,22 ULONGLONG: ctypes.uint64_t,23 UINT: ctypes.unsigned_int,24 UCHAR: ctypes.unsigned_char,25 BOOL: ctypes.bool,26 HANDLE: ctypes.voidptr_t,27 PVOID: ctypes.voidptr_t,28 LPVOID: ctypes.voidptr_t,29 CHAR: ctypes.char,30 WCHAR: ctypes.jschar,31 ULONG_PTR: ctypes.uintptr_t,32 SIZE_T: ctypes.size_t,33 PSIZE_T: ctypes.size_t.ptr,34};35Object.assign(win32, {36 DWORD_PTR: win32.ULONG_PTR,37 LPSTR: win32.CHAR.ptr,38 LPWSTR: win32.WCHAR.ptr,39 LPBYTE: win32.BYTE.ptr,40 LPDWORD: win32.DWORD.ptr,41 LPHANDLE: win32.HANDLE.ptr,42 // This is an opaque type.43 PROC_THREAD_ATTRIBUTE_LIST: ctypes.char.array(),44 LPPROC_THREAD_ATTRIBUTE_LIST: ctypes.char.ptr,45});46Object.assign(win32, {47 LPCSTR: win32.LPSTR,48 LPCWSTR: win32.LPWSTR,49 LPCVOID: win32.LPVOID,50});51Object.assign(win32, {52 INVALID_HANDLE_VALUE: ctypes.cast(ctypes.int64_t(-1), win32.HANDLE),53 NULL_HANDLE_VALUE: ctypes.cast(ctypes.uintptr_t(0), win32.HANDLE),54 CREATE_SUSPENDED: 0x00000004,55 CREATE_NEW_CONSOLE: 0x00000010,56 CREATE_UNICODE_ENVIRONMENT: 0x00000400,57 CREATE_NO_WINDOW: 0x08000000,58 CREATE_BREAKAWAY_FROM_JOB: 0x01000000,59 EXTENDED_STARTUPINFO_PRESENT: 0x00080000,60 STARTF_USESTDHANDLES: 0x0100,61 DUPLICATE_CLOSE_SOURCE: 0x01,62 DUPLICATE_SAME_ACCESS: 0x02,63 ERROR_HANDLE_EOF: 38,64 ERROR_BROKEN_PIPE: 109,65 ERROR_INSUFFICIENT_BUFFER: 122,66 FILE_FLAG_OVERLAPPED: 0x40000000,67 PIPE_TYPE_BYTE: 0x00,68 PIPE_ACCESS_INBOUND: 0x01,69 PIPE_ACCESS_OUTBOUND: 0x02,70 PIPE_ACCESS_DUPLEX: 0x03,71 PIPE_WAIT: 0x00,72 PIPE_NOWAIT: 0x01,73 STILL_ACTIVE: 259,74 PROC_THREAD_ATTRIBUTE_HANDLE_LIST: 0x00020002,75 JobObjectBasicLimitInformation: 2,76 JobObjectExtendedLimitInformation: 9,77 JOB_OBJECT_LIMIT_BREAKAWAY_OK: 0x00000800,78 // These constants are 32-bit unsigned integers, but Windows defines79 // them as negative integers cast to an unsigned type.80 STD_INPUT_HANDLE: -10 + 0x100000000,81 STD_OUTPUT_HANDLE: -11 + 0x100000000,82 STD_ERROR_HANDLE: -12 + 0x100000000,83 WAIT_TIMEOUT: 0x00000102,84 WAIT_FAILED: 0xffffffff,85});86Object.assign(win32, {87 JOBOBJECT_BASIC_LIMIT_INFORMATION: new ctypes.StructType("JOBOBJECT_BASIC_LIMIT_INFORMATION", [88 {"PerProcessUserTimeLimit": win32.LARGE_INTEGER},89 {"PerJobUserTimeLimit": win32.LARGE_INTEGER},90 {"LimitFlags": win32.DWORD},91 {"MinimumWorkingSetSize": win32.SIZE_T},92 {"MaximumWorkingSetSize": win32.SIZE_T},93 {"ActiveProcessLimit": win32.DWORD},94 {"Affinity": win32.ULONG_PTR},95 {"PriorityClass": win32.DWORD},96 {"SchedulingClass": win32.DWORD},97 ]),98 IO_COUNTERS: new ctypes.StructType("IO_COUNTERS", [99 {"ReadOperationCount": win32.ULONGLONG},100 {"WriteOperationCount": win32.ULONGLONG},101 {"OtherOperationCount": win32.ULONGLONG},102 {"ReadTransferCount": win32.ULONGLONG},103 {"WriteTransferCount": win32.ULONGLONG},104 {"OtherTransferCount": win32.ULONGLONG},105 ]),106});107Object.assign(win32, {108 JOBOBJECT_EXTENDED_LIMIT_INFORMATION: new ctypes.StructType("JOBOBJECT_EXTENDED_LIMIT_INFORMATION", [109 {"BasicLimitInformation": win32.JOBOBJECT_BASIC_LIMIT_INFORMATION},110 {"IoInfo": win32.IO_COUNTERS},111 {"ProcessMemoryLimit": win32.SIZE_T},112 {"JobMemoryLimit": win32.SIZE_T},113 {"PeakProcessMemoryUsed": win32.SIZE_T},114 {"PeakJobMemoryUsed": win32.SIZE_T},115 ]),116 OVERLAPPED: new ctypes.StructType("OVERLAPPED", [117 {"Internal": win32.ULONG_PTR},118 {"InternalHigh": win32.ULONG_PTR},119 {"Offset": win32.DWORD},120 {"OffsetHigh": win32.DWORD},121 {"hEvent": win32.HANDLE},122 ]),123 PROCESS_INFORMATION: new ctypes.StructType("PROCESS_INFORMATION", [124 {"hProcess": win32.HANDLE},125 {"hThread": win32.HANDLE},126 {"dwProcessId": win32.DWORD},127 {"dwThreadId": win32.DWORD},128 ]),129 SECURITY_ATTRIBUTES: new ctypes.StructType("SECURITY_ATTRIBUTES", [130 {"nLength": win32.DWORD},131 {"lpSecurityDescriptor": win32.LPVOID},132 {"bInheritHandle": win32.BOOL},133 ]),134 STARTUPINFOW: new ctypes.StructType("STARTUPINFOW", [135 {"cb": win32.DWORD},136 {"lpReserved": win32.LPWSTR},137 {"lpDesktop": win32.LPWSTR},138 {"lpTitle": win32.LPWSTR},139 {"dwX": win32.DWORD},140 {"dwY": win32.DWORD},141 {"dwXSize": win32.DWORD},142 {"dwYSize": win32.DWORD},143 {"dwXCountChars": win32.DWORD},144 {"dwYCountChars": win32.DWORD},145 {"dwFillAttribute": win32.DWORD},146 {"dwFlags": win32.DWORD},147 {"wShowWindow": win32.WORD},148 {"cbReserved2": win32.WORD},149 {"lpReserved2": win32.LPBYTE},150 {"hStdInput": win32.HANDLE},151 {"hStdOutput": win32.HANDLE},152 {"hStdError": win32.HANDLE},153 ]),154});155Object.assign(win32, {156 STARTUPINFOEXW: new ctypes.StructType("STARTUPINFOEXW", [157 {"StartupInfo": win32.STARTUPINFOW},158 {"lpAttributeList": win32.LPPROC_THREAD_ATTRIBUTE_LIST},159 ]),160});161var libc = new Library("libc", LIBC_CHOICES, {162 AssignProcessToJobObject: [163 win32.WINAPI,164 win32.BOOL,165 win32.HANDLE, /* hJob */166 win32.HANDLE, /* hProcess */167 ],168 CloseHandle: [169 win32.WINAPI,170 win32.BOOL,171 win32.HANDLE, /* hObject */172 ],173 CreateEventW: [174 win32.WINAPI,175 win32.HANDLE,176 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpEventAttributes */177 win32.BOOL, /* bManualReset */178 win32.BOOL, /* bInitialState */179 win32.LPWSTR, /* lpName */180 ],181 CreateFileW: [182 win32.WINAPI,183 win32.HANDLE,184 win32.LPWSTR, /* lpFileName */185 win32.DWORD, /* dwDesiredAccess */186 win32.DWORD, /* dwShareMode */187 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpSecurityAttributes */188 win32.DWORD, /* dwCreationDisposition */189 win32.DWORD, /* dwFlagsAndAttributes */190 win32.HANDLE, /* opt hTemplateFile */191 ],192 CreateJobObjectW: [193 win32.WINAPI,194 win32.HANDLE,195 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpJobAttributes */196 win32.LPWSTR, /* lpName */197 ],198 CreateNamedPipeW: [199 win32.WINAPI,200 win32.HANDLE,201 win32.LPWSTR, /* lpName */202 win32.DWORD, /* dwOpenMode */203 win32.DWORD, /* dwPipeMode */204 win32.DWORD, /* nMaxInstances */205 win32.DWORD, /* nOutBufferSize */206 win32.DWORD, /* nInBufferSize */207 win32.DWORD, /* nDefaultTimeOut */208 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpSecurityAttributes */209 ],210 CreatePipe: [211 win32.WINAPI,212 win32.BOOL,213 win32.LPHANDLE, /* out hReadPipe */214 win32.LPHANDLE, /* out hWritePipe */215 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpPipeAttributes */216 win32.DWORD, /* nSize */217 ],218 CreateProcessW: [219 win32.WINAPI,220 win32.BOOL,221 win32.LPCWSTR, /* lpApplicationName */222 win32.LPWSTR, /* lpCommandLine */223 win32.SECURITY_ATTRIBUTES.ptr, /* lpProcessAttributes */224 win32.SECURITY_ATTRIBUTES.ptr, /* lpThreadAttributes */225 win32.BOOL, /* bInheritHandle */226 win32.DWORD, /* dwCreationFlags */227 win32.LPVOID, /* opt lpEnvironment */228 win32.LPCWSTR, /* opt lpCurrentDirectory */229 win32.STARTUPINFOW.ptr, /* lpStartupInfo */230 win32.PROCESS_INFORMATION.ptr, /* out lpProcessInformation */231 ],232 CreateSemaphoreW: [233 win32.WINAPI,234 win32.HANDLE,235 win32.SECURITY_ATTRIBUTES.ptr, /* opt lpSemaphoreAttributes */236 win32.LONG, /* lInitialCount */237 win32.LONG, /* lMaximumCount */238 win32.LPCWSTR, /* opt lpName */239 ],240 DeleteProcThreadAttributeList: [241 win32.WINAPI,242 win32.VOID,243 win32.LPPROC_THREAD_ATTRIBUTE_LIST, /* in/out lpAttributeList */244 ],245 DuplicateHandle: [246 win32.WINAPI,247 win32.BOOL,248 win32.HANDLE, /* hSourceProcessHandle */249 win32.HANDLE, /* hSourceHandle */250 win32.HANDLE, /* hTargetProcessHandle */251 win32.LPHANDLE, /* out lpTargetHandle */252 win32.DWORD, /* dwDesiredAccess */253 win32.BOOL, /* bInheritHandle */254 win32.DWORD, /* dwOptions */255 ],256 FreeEnvironmentStringsW: [257 win32.WINAPI,258 win32.BOOL,259 win32.LPCWSTR, /* lpszEnvironmentBlock */260 ],261 GetCurrentProcess: [262 win32.WINAPI,263 win32.HANDLE,264 ],265 GetCurrentProcessId: [266 win32.WINAPI,267 win32.DWORD,268 ],269 GetEnvironmentStringsW: [270 win32.WINAPI,271 win32.LPCWSTR,272 ],273 GetExitCodeProcess: [274 win32.WINAPI,275 win32.BOOL,276 win32.HANDLE, /* hProcess */277 win32.LPDWORD, /* lpExitCode */278 ],279 GetOverlappedResult: [280 win32.WINAPI,281 win32.BOOL,282 win32.HANDLE, /* hFile */283 win32.OVERLAPPED.ptr, /* lpOverlapped */284 win32.LPDWORD, /* lpNumberOfBytesTransferred */285 win32.BOOL, /* bWait */286 ],287 GetStdHandle: [288 win32.WINAPI,289 win32.HANDLE,290 win32.DWORD, /* nStdHandle */291 ],292 InitializeProcThreadAttributeList: [293 win32.WINAPI,294 win32.BOOL,295 win32.LPPROC_THREAD_ATTRIBUTE_LIST, /* out opt lpAttributeList */296 win32.DWORD, /* dwAttributeCount */297 win32.DWORD, /* dwFlags */298 win32.PSIZE_T, /* in/out lpSize */299 ],300 ReadFile: [301 win32.WINAPI,302 win32.BOOL,303 win32.HANDLE, /* hFile */304 win32.LPVOID, /* out lpBuffer */305 win32.DWORD, /* nNumberOfBytesToRead */306 win32.LPDWORD, /* opt out lpNumberOfBytesRead */307 win32.OVERLAPPED.ptr, /* opt in/out lpOverlapped */308 ],309 ReleaseSemaphore: [310 win32.WINAPI,311 win32.BOOL,312 win32.HANDLE, /* hSemaphore */313 win32.LONG, /* lReleaseCount */314 win32.LONG.ptr, /* opt out lpPreviousCount */315 ],316 ResumeThread: [317 win32.WINAPI,318 win32.DWORD,319 win32.HANDLE, /* hThread */320 ],321 SetInformationJobObject: [322 win32.WINAPI,323 win32.BOOL,324 win32.HANDLE, /* hJob */325 ctypes.int, /* JobObjectInfoClass */326 win32.LPVOID, /* lpJobObjectInfo */327 win32.DWORD, /* cbJobObjectInfoLengt */328 ],329 TerminateJobObject: [330 win32.WINAPI,331 win32.BOOL,332 win32.HANDLE, /* hJob */333 win32.UINT, /* uExitCode */334 ],335 TerminateProcess: [336 win32.WINAPI,337 win32.BOOL,338 win32.HANDLE, /* hProcess */339 win32.UINT, /* uExitCode */340 ],341 UpdateProcThreadAttribute: [342 win32.WINAPI,343 win32.BOOL,344 win32.LPPROC_THREAD_ATTRIBUTE_LIST, /* in/out lpAttributeList */345 win32.DWORD, /* dwFlags */346 win32.DWORD_PTR, /* Attribute */347 win32.PVOID, /* lpValue */348 win32.SIZE_T, /* cbSize */349 win32.PVOID, /* out opt lpPreviousValue */350 win32.PSIZE_T, /* opt lpReturnSize */351 ],352 WaitForMultipleObjects: [353 win32.WINAPI,354 win32.DWORD,355 win32.DWORD, /* nCount */356 win32.HANDLE.ptr, /* hHandles */357 win32.BOOL, /* bWaitAll */358 win32.DWORD, /* dwMilliseconds */359 ],360 WaitForSingleObject: [361 win32.WINAPI,362 win32.DWORD,363 win32.HANDLE, /* hHandle */364 win32.BOOL, /* bWaitAll */365 win32.DWORD, /* dwMilliseconds */366 ],367 WriteFile: [368 win32.WINAPI,369 win32.BOOL,370 win32.HANDLE, /* hFile */371 win32.LPCVOID, /* lpBuffer */372 win32.DWORD, /* nNumberOfBytesToRead */373 win32.LPDWORD, /* opt out lpNumberOfBytesWritten */374 win32.OVERLAPPED.ptr, /* opt in/out lpOverlapped */375 ],376});377let nextNamedPipeId = 0;378win32.Handle = function(handle) {379 return ctypes.CDataFinalizer(win32.HANDLE(handle), libc.CloseHandle);380};381win32.createPipe = function(secAttr, readFlags = 0, writeFlags = 0, size = 0) {382 readFlags |= win32.PIPE_ACCESS_INBOUND;383 writeFlags |= Win.FILE_ATTRIBUTE_NORMAL;384 if (size == 0) {385 size = 4096;386 }387 let pid = libc.GetCurrentProcessId();388 let pipeName = String.raw`\\.\Pipe\SubProcessPipe.${pid}.${nextNamedPipeId++}`;389 let readHandle = libc.CreateNamedPipeW(390 pipeName, readFlags,391 win32.PIPE_TYPE_BYTE | win32.PIPE_WAIT,392 1, /* number of connections */393 size, /* output buffer size */394 size, /* input buffer size */395 0, /* timeout */396 secAttr.address());397 let isInvalid = handle => String(handle) == String(win32.HANDLE(Win.INVALID_HANDLE_VALUE));398 if (isInvalid(readHandle)) {399 return [];400 }401 let writeHandle = libc.CreateFileW(402 pipeName, Win.GENERIC_WRITE, 0, secAttr.address(),403 Win.OPEN_EXISTING, writeFlags, null);404 if (isInvalid(writeHandle)) {405 libc.CloseHandle(readHandle);406 return [];407 }408 return [win32.Handle(readHandle),409 win32.Handle(writeHandle)];410};411win32.createThreadAttributeList = function(handles) {412 try {413 void libc.InitializeProcThreadAttributeList;414 void libc.DeleteProcThreadAttributeList;415 void libc.UpdateProcThreadAttribute;416 } catch (e) {417 // This is only supported in Windows Vista and later.418 return null;419 }420 let size = win32.SIZE_T();421 if (!libc.InitializeProcThreadAttributeList(null, 1, 0, size.address()) &&422 ctypes.winLastError != win32.ERROR_INSUFFICIENT_BUFFER) {423 return null;424 }425 let attrList = win32.PROC_THREAD_ATTRIBUTE_LIST(size.value);426 if (!libc.InitializeProcThreadAttributeList(attrList, 1, 0, size.address())) {427 return null;428 }429 let ok = libc.UpdateProcThreadAttribute(430 attrList, 0, win32.PROC_THREAD_ATTRIBUTE_HANDLE_LIST,431 handles, handles.constructor.size, null, null);432 if (!ok) {433 libc.DeleteProcThreadAttributeList(attrList);434 return null;435 }436 return attrList;...
navtreeindex66.js
Source:navtreeindex66.js
1var NAVTREEINDEX66 =2{3"util-vector_8h_source.html":[5,0,1,811],4"win32-misc_8c.html":[5,0,1,812],5"win32-misc_8c_source.html":[5,0,1,812],6"win32-misc_8h.html":[5,0,1,813],7"win32-misc_8h.html#a33c6dca97bbc9e329d37013ac3088f66":[5,0,1,813,1],8"win32-misc_8h.html#a57fb500ec9c9c6625bfa5031b419cfd6":[5,0,1,813,7],9"win32-misc_8h.html#a8227c495a4fdf3385a170810f90c2b78":[5,0,1,813,2],10"win32-misc_8h.html#a82d4d551b214905742c9e045185d352a":[5,0,1,813,3],11"win32-misc_8h.html#a8b4e65d5530474709182ee0d9faa6dda":[5,0,1,813,5],12"win32-misc_8h.html#a8c35ae4e83034731f6aecfb34c883ecf":[5,0,1,813,4],13"win32-misc_8h.html#a8c996258959222a38a0d4c35d8e22105":[5,0,1,813,8],14"win32-misc_8h.html#acdce1d46efd09e8485a2f682b388ebc0":[5,0,1,813,6],15"win32-misc_8h.html#adaaf2b22de5705e2e8190e0b0214268c":[5,0,1,813,0],16"win32-misc_8h_source.html":[5,0,1,813],17"win32-service_8c.html":[5,0,1,814],18"win32-service_8c_source.html":[5,0,1,814],19"win32-service_8h.html":[5,0,1,815],20"win32-service_8h_source.html":[5,0,1,815],21"win32-syslog_8h.html":[5,0,1,816],22"win32-syslog_8h.html#a12b2a3bb9e3adfeb35b4e5514e7d9043":[5,0,1,816,1],23"win32-syslog_8h.html#a135a6127cf9b508b4361594e842eefc0":[5,0,1,816,22],24"win32-syslog_8h.html#a22b8a93c6a27426f9a8ad4ce9407e86d":[5,0,1,816,2],25"win32-syslog_8h.html#a25eab08bcadd790ad09db8ab1391d7b4":[5,0,1,816,13],26"win32-syslog_8h.html#a285963d2ea1986d2f31ae7c6c0b5dc4e":[5,0,1,816,5],27"win32-syslog_8h.html#a3782c789d7d0eeab593758f80e436da4":[5,0,1,816,12],28"win32-syslog_8h.html#a3bba702c131c9a343f43cefe9dc54806":[5,0,1,816,15],29"win32-syslog_8h.html#a3c6927ac15f5eaa92ee6d79b2837b68e":[5,0,1,816,21],30"win32-syslog_8h.html#a5c6e8b60c2512dfc0e0224d25a61cb2c":[5,0,1,816,8],31"win32-syslog_8h.html#a692679f0c66ec0af21cf1232c90dd843":[5,0,1,816,3],32"win32-syslog_8h.html#a6ff63e8955665c4a58b1598f2b07c51a":[5,0,1,816,7],33"win32-syslog_8h.html#a71d48fd009db4d4e57019903d372347a":[5,0,1,816,19],34"win32-syslog_8h.html#a7c96c20eb0501c681dea19b78c36e475":[5,0,1,816,17],35"win32-syslog_8h.html#a7f58aba233777e6fff2fbf143771a3ff":[5,0,1,816,0],36"win32-syslog_8h.html#a92fab4ab2e651417f9b775c25c2c27b7":[5,0,1,816,30],37"win32-syslog_8h.html#a96fad55b3f5adf08c39e4c877cf185e3":[5,0,1,816,9],38"win32-syslog_8h.html#a9961fc94ec213d970dc7c8d9608e1d42":[5,0,1,816,6],39"win32-syslog_8h.html#aa18025777cde11407777e8153745a9ee":[5,0,1,816,31],40"win32-syslog_8h.html#aaa731313f5c63e855fefb5f6519c3283":[5,0,1,816,4],41"win32-syslog_8h.html#aac5b42b45757c49927892523f0367356":[5,0,1,816,25],42"win32-syslog_8h.html#aadb5d42621c4abbde2c82b5412d8df8a":[5,0,1,816,29],43"win32-syslog_8h.html#ab0db5f3df16ec19a5897b852930bca54":[5,0,1,816,27],44"win32-syslog_8h.html#ac19bfe79880b74eb63d406c218c89350":[5,0,1,816,18],45"win32-syslog_8h.html#ac8b1ae5666bff93a5db0bb45f99f5832":[5,0,1,816,26],46"win32-syslog_8h.html#acf5d4c2811adb735aaf5b32f62cc3cea":[5,0,1,816,10],47"win32-syslog_8h.html#ad89ee324d180cdcd7defcc709ff9ca42":[5,0,1,816,24],48"win32-syslog_8h.html#adc43741bf59af027c44c46f6c4692592":[5,0,1,816,16],49"win32-syslog_8h.html#adf4476a6a4ea6c74231c826e899d7189":[5,0,1,816,28],50"win32-syslog_8h.html#ae2702880c720b92d9b133a394536fc55":[5,0,1,816,14],51"win32-syslog_8h.html#aea1efd5b3880503ca94c623d0517e497":[5,0,1,816,20],52"win32-syslog_8h.html#aeae7c4754f60a7931ce0141bac37e798":[5,0,1,816,23],53"win32-syslog_8h.html#aeb4f36db01bd128c7afeac5889dac311":[5,0,1,816,11],54"win32-syslog_8h_source.html":[5,0,1,816]...
win32_8h.js
Source:win32_8h.js
1var win32_8h =2[3 [ "msghdr", "structmsghdr.html", "structmsghdr" ],4 [ "rusage", "structrusage.html", "structrusage" ],5 [ "sigaction", "structsigaction.html", "structsigaction" ],6 [ "_WIN32_WINNT", "win32_8h.html#ac50762666aa00bd3a4308158510f1748", null ],7 [ "close", "win32_8h.html#a4ef17e85ec4d3acdcee5ce23f8ed93c4", null ],8 [ "daemonize", "win32_8h.html#a862090b2d7e8cf79ac3014219ac1eb24", null ],9 [ "DELTA_EPOCH_IN_MICROSECS", "win32_8h.html#ae1da7f152502f82284c9d06e5695fd25", null ],10 [ "EADDRINUSE", "win32_8h.html#a61676e39b42371c65c3b960a91887b03", null ],11 [ "EAFNOSUPPORT", "win32_8h.html#a4c3a793b4d51cb7dd020af92e536fe21", null ],12 [ "EAI_SYSTEM", "win32_8h.html#a8e864fa95f26341c27127deb6237c88c", null ],13 [ "ECONNRESET", "win32_8h.html#add4258b08af02fbe4590fbaae7260037", null ],14 [ "ENOTCONN", "win32_8h.html#af23e48762a0676f49d480db91cfd5e4b", null ],15 [ "EWOULDBLOCK", "win32_8h.html#a4a3a0b3605fd3b2336455062ee8e25f0", null ],16 [ "F_GETFL", "win32_8h.html#a025fad21a889c79f02ec53abe3526c32", null ],17 [ "F_SETFL", "win32_8h.html#af2939853c650561d3495ed40f68f6249", null ],18 [ "IOV_MAX", "win32_8h.html#a25080e819a36fcf9aede01a6e7298ea4", null ],19 [ "O_BLOCK", "win32_8h.html#a02040167605ed3f6c09139e613ae8c0f", null ],20 [ "O_NONBLOCK", "win32_8h.html#a39d33ce33804efd4d52606d59071c6d8", null ],21 [ "read", "win32_8h.html#ac964c1144d52dfefcb8d4dcd1ce9121b", null ],22 [ "recv", "win32_8h.html#ade6caa1382b65c7ee38bd0b686e4902f", null ],23 [ "RUSAGE_SELF", "win32_8h.html#af96c310e02eee3878d8fb3af154c2ba0", null ],24 [ "sigemptyset", "win32_8h.html#a3690d34646b4deaf2b61ac0cb32a9d93", null ],25 [ "SIGHUP", "win32_8h.html#a136c64ec2d1306de745e39d6aee362ca", null ],26 [ "strtok_r", "win32_8h.html#a393ce1fcf024a89038fa6d5e50561b4b", null ],27 [ "write", "win32_8h.html#ac40a1eaac5f8dbc1eef9b944d494770c", null ],28 [ "caddr_t", "win32_8h.html#a947150611d74d1400ef3f0af0776aadd", null ],29 [ "getrusage", "win32_8h.html#ad6bbdf27bfe56f9ba1653a187be4c518", null ],30 [ "inet_aton", "win32_8h.html#a3d784f44d05c742102f2dc36425dbbdd", null ],31 [ "kill", "win32_8h.html#a17629c5f27ae250d924b74b1789e3b27", null ],32 [ "mapErr", "win32_8h.html#ac80c50c225f35507108ba76a0522b2cd", null ],33 [ "mem_recv", "win32_8h.html#aeafb72e11571f44739c6597a3dbd8e0e", null ],34 [ "mem_write", "win32_8h.html#a16036884ffc296512bb359a1611ad294", null ],35 [ "sendmsg", "win32_8h.html#af5f6c37a113d6fb2852c3ab158634c4b", null ],36 [ "sigaction", "win32_8h.html#a116c425ee3f26d46d26db15c1fa4c84d", null ],37 [ "sleep", "win32_8h.html#ae218bf2bcd5435df2bffc0493b0a7a9f", null ],38 [ "spawn_memcached", "win32_8h.html#a501f11def6f7dc34956d0e6e4f725160", null ]...
test-path-dirname.js
Source:test-path-dirname.js
1'use strict';2var tape = require('tape');3var path = require('../');4tape('path.posix.dirname', function (t) {5 t.strictEqual(path.posix.dirname('/a/b/'), '/a');6 t.strictEqual(path.posix.dirname('/a/b'), '/a');7 t.strictEqual(path.posix.dirname('/a'), '/');8 t.strictEqual(path.posix.dirname(''), '.');9 t.strictEqual(path.posix.dirname('/'), '/');10 t.strictEqual(path.posix.dirname('////'), '/');11 t.strictEqual(path.posix.dirname('//a'), '//');12 t.strictEqual(path.posix.dirname('foo'), '.');13 t.end();14});15tape('path.win32.dirname', { skip: true }, function (t) {16 t.strictEqual(path.win32.dirname('c:\\'), 'c:\\');17 t.strictEqual(path.win32.dirname('c:\\foo'), 'c:\\');18 t.strictEqual(path.win32.dirname('c:\\foo\\'), 'c:\\');19 t.strictEqual(path.win32.dirname('c:\\foo\\bar'), 'c:\\foo');20 t.strictEqual(path.win32.dirname('c:\\foo\\bar\\'), 'c:\\foo');21 t.strictEqual(path.win32.dirname('c:\\foo\\bar\\baz'), 'c:\\foo\\bar');22 t.strictEqual(path.win32.dirname('\\'), '\\');23 t.strictEqual(path.win32.dirname('\\foo'), '\\');24 t.strictEqual(path.win32.dirname('\\foo\\'), '\\');25 t.strictEqual(path.win32.dirname('\\foo\\bar'), '\\foo');26 t.strictEqual(path.win32.dirname('\\foo\\bar\\'), '\\foo');27 t.strictEqual(path.win32.dirname('\\foo\\bar\\baz'), '\\foo\\bar');28 t.strictEqual(path.win32.dirname('c:'), 'c:');29 t.strictEqual(path.win32.dirname('c:foo'), 'c:');30 t.strictEqual(path.win32.dirname('c:foo\\'), 'c:');31 t.strictEqual(path.win32.dirname('c:foo\\bar'), 'c:foo');32 t.strictEqual(path.win32.dirname('c:foo\\bar\\'), 'c:foo');33 t.strictEqual(path.win32.dirname('c:foo\\bar\\baz'), 'c:foo\\bar');34 t.strictEqual(path.win32.dirname('file:stream'), '.');35 t.strictEqual(path.win32.dirname('dir\\file:stream'), 'dir');36 t.strictEqual(path.win32.dirname('\\\\unc\\share'),37 '\\\\unc\\share');38 t.strictEqual(path.win32.dirname('\\\\unc\\share\\foo'),39 '\\\\unc\\share\\');40 t.strictEqual(path.win32.dirname('\\\\unc\\share\\foo\\'),41 '\\\\unc\\share\\');42 t.strictEqual(path.win32.dirname('\\\\unc\\share\\foo\\bar'),43 '\\\\unc\\share\\foo');44 t.strictEqual(path.win32.dirname('\\\\unc\\share\\foo\\bar\\'),45 '\\\\unc\\share\\foo');46 t.strictEqual(path.win32.dirname('\\\\unc\\share\\foo\\bar\\baz'),47 '\\\\unc\\share\\foo\\bar');48 t.strictEqual(path.win32.dirname('/a/b/'), '/a');49 t.strictEqual(path.win32.dirname('/a/b'), '/a');50 t.strictEqual(path.win32.dirname('/a'), '/');51 t.strictEqual(path.win32.dirname(''), '.');52 t.strictEqual(path.win32.dirname('/'), '/');53 t.strictEqual(path.win32.dirname('////'), '/');54 t.strictEqual(path.win32.dirname('foo'), '.');55 t.end();...
aflprep_test-path-dirname.js
Source:aflprep_test-path-dirname.js
1'use strict';2const assert = require('assert');3const path = require('path');4assert.strictEqual(path.dirname(__filename).substr(-13),5assert.strictEqual(path.posix.dirname(''), '.');6assert.strictEqual(path.posix.dirname('foo'), '.');7assert.strictEqual(path.win32.dirname('c:\\'), 'c:\\');8assert.strictEqual(path.win32.dirname('c:\\foo'), 'c:\\');9assert.strictEqual(path.win32.dirname('c:\\foo\\'), 'c:\\');10assert.strictEqual(path.win32.dirname('c:\\foo\\bar'), 'c:\\foo');11assert.strictEqual(path.win32.dirname('c:\\foo\\bar\\'), 'c:\\foo');12assert.strictEqual(path.win32.dirname('c:\\foo\\bar\\baz'), 'c:\\foo\\bar');13assert.strictEqual(path.win32.dirname('c:\\foo bar\\baz'), 'c:\\foo bar');14assert.strictEqual(path.win32.dirname('\\'), '\\');15assert.strictEqual(path.win32.dirname('\\foo'), '\\');16assert.strictEqual(path.win32.dirname('\\foo\\'), '\\');17assert.strictEqual(path.win32.dirname('\\foo\\bar'), '\\foo');18assert.strictEqual(path.win32.dirname('\\foo\\bar\\'), '\\foo');19assert.strictEqual(path.win32.dirname('\\foo\\bar\\baz'), '\\foo\\bar');20assert.strictEqual(path.win32.dirname('\\foo bar\\baz'), '\\foo bar');21assert.strictEqual(path.win32.dirname('c:'), 'c:');22assert.strictEqual(path.win32.dirname('c:foo'), 'c:');23assert.strictEqual(path.win32.dirname('c:foo\\'), 'c:');24assert.strictEqual(path.win32.dirname('c:foo\\bar'), 'c:foo');25assert.strictEqual(path.win32.dirname('c:foo\\bar\\'), 'c:foo');26assert.strictEqual(path.win32.dirname('c:foo\\bar\\baz'), 'c:foo\\bar');27assert.strictEqual(path.win32.dirname('c:foo bar\\baz'), 'c:foo bar');28assert.strictEqual(path.win32.dirname('file:stream'), '.');29assert.strictEqual(path.win32.dirname('dir\\file:stream'), 'dir');30assert.strictEqual(path.win32.dirname('\\\\unc\\share'),31 '\\\\unc\\share');32assert.strictEqual(path.win32.dirname('\\\\unc\\share\\foo'),33 '\\\\unc\\share\\');34assert.strictEqual(path.win32.dirname('\\\\unc\\share\\foo\\'),35 '\\\\unc\\share\\');36assert.strictEqual(path.win32.dirname('\\\\unc\\share\\foo\\bar'),37 '\\\\unc\\share\\foo');38assert.strictEqual(path.win32.dirname('\\\\unc\\share\\foo\\bar\\'),39 '\\\\unc\\share\\foo');40assert.strictEqual(path.win32.dirname('\\\\unc\\share\\foo\\bar\\baz'),41 '\\\\unc\\share\\foo\\bar');42assert.strictEqual(path.win32.dirname(''), '.');...
dl_core.js
Source:dl_core.js
1const axios = require('axios').default2const fs = require('fs')3const util = require('util')4const path = require('path')5const version = 'v1.0.10'6const linkPrefix = 'https://github.com/mellow-io/go-tun2socks/releases/download'7const links = {8 darwin: util.format('%s/%s/core-darwin-10.6-amd64', linkPrefix, version),9 linux: util.format('%s/%s/core-linux-amd64', linkPrefix, version),10 win32: util.format('%s/%s/core-windows-4.0-amd64.exe', linkPrefix, version)11}12const dsts = {13 darwin: path.join(__dirname, '../src/helper/darwin/core'),14 linux: path.join(__dirname, '../src/helper/linux/core'),15 win32: path.join(__dirname, '../src/helper/win32/core.exe')16}17async function download(url, filePath) {18 const writer = fs.createWriteStream(filePath)19 console.log('Downloading', url)20 const resp = await axios({21 url,22 method: 'GET',23 responseType: 'stream',24 onDownloadProgress: (e) => {25 console.log(e)26 }27 })28 resp.data.pipe(writer)29 writer.on('finish', () => {30 console.log('Saved file', filePath)31 })32 writer.on('error', (err) => {33 console.log('Download failed.', err)34 })35}36if (process.argv.length > 2) {37 if (process.argv[2] == '--all') {38 download(links.darwin, dsts.darwin)39 download(links.linux, dsts.linux)40 download(links.win32, dsts.win32)41 }42 if (process.argv[2] == '--darwin') {43 download(links.darwin, dsts.darwin)44 }45 if (process.argv[2] == '--linux') {46 download(links.linux, dsts.linux)47 }48 if (process.argv[2] == '--win' || process.argv[2] == '--win32') {49 download(links.win32, dsts.win32)50 }51} else {52 switch (process.platform) {53 case 'darwin':54 download(links.darwin, dsts.darwin)55 break56 case 'linux':57 download(links.linux, dsts.linux)58 break59 case 'win32':60 download(links.win32, dsts.win32)61 break62 }...
test-path-isabsolute.js
Source:test-path-isabsolute.js
1'use strict';2var tape = require('tape');3var path = require('../');4tape('path.win32.isAbsolute', { skip: true }, function (t) {5 t.strictEqual(path.win32.isAbsolute('/'), true);6 t.strictEqual(path.win32.isAbsolute('//'), true);7 t.strictEqual(path.win32.isAbsolute('//server'), true);8 t.strictEqual(path.win32.isAbsolute('//server/file'), true);9 t.strictEqual(path.win32.isAbsolute('\\\\server\\file'), true);10 t.strictEqual(path.win32.isAbsolute('\\\\server'), true);11 t.strictEqual(path.win32.isAbsolute('\\\\'), true);12 t.strictEqual(path.win32.isAbsolute('c'), false);13 t.strictEqual(path.win32.isAbsolute('c:'), false);14 t.strictEqual(path.win32.isAbsolute('c:\\'), true);15 t.strictEqual(path.win32.isAbsolute('c:/'), true);16 t.strictEqual(path.win32.isAbsolute('c://'), true);17 t.strictEqual(path.win32.isAbsolute('C:/Users/'), true);18 t.strictEqual(path.win32.isAbsolute('C:\\Users\\'), true);19 t.strictEqual(path.win32.isAbsolute('C:cwd/another'), false);20 t.strictEqual(path.win32.isAbsolute('C:cwd\\another'), false);21 t.strictEqual(path.win32.isAbsolute('directory/directory'), false);22 t.strictEqual(path.win32.isAbsolute('directory\\directory'), false);23 t.end();24});25tape('path.posix.isAbsolute', function (t) {26 t.strictEqual(path.posix.isAbsolute('/home/foo'), true);27 t.strictEqual(path.posix.isAbsolute('/home/foo/..'), true);28 t.strictEqual(path.posix.isAbsolute('bar/'), false);29 t.strictEqual(path.posix.isAbsolute('./baz'), false);30 t.end();...
Using AI Code Generation
1const path = require('path');2console.log(path.win32.parse('C:\\path\\dir\\file.txt'));3const path = require('path');4console.log(path.posix.parse('/home/user/dir/file.txt'));5### path.relative(from, to)6- if from and to each resolve to the same path (after calling path.resolve() on each), a zero-length string is returned7const path = require('path');8console.log(path.relative('/data/orandea/test/aaa', '/data/orandea/impl/bbb'));9### path.resolve([from ...], to)10- if no arguments are passed in, path.resolve() will return the absolute path of the current working directory11- if a single path or an array of path segments are passed in, path.resolve() will return an absolute path12- if multiple path segments are passed in, path.resolve() will be called on each segment in order, with the result of each being used as the starting point for the next13const path = require('path');14console.log(path.resolve('/foo/bar', './baz'));15console.log(path.resolve('/foo/bar', '/tmp/file/'));16console.log(path.resolve('wwwroot', 'static_files/png/', '../gif/image.gif'));
Using AI Code Generation
1var path = require('path');2console.log('file name : '+path.basename(__filename));3console.log('directory name : '+path.dirname(__filename));4console.log('file extension : '+path.extname(__filename));5console.log('path object : '+path.parse(__filename));6console.log('path object root : '+path.parse(__filename).root);7console.log('path object base : '+path.parse(__filename).base);8console.log('path object name : '+path.parse(__filename).name);9console.log('path object ext : '+path.parse(__filename).ext);10console.log('path object dir : '+path.parse(__filename).dir);11console.log('path object : '+path.parse(__filename));12console.log('join path : '+path.join(__dirname,'test','hello.html'));13var path = require('path').posix;14console.log('file name : '+path.basename(__filename));15console.log('directory name : '+path.dirname(__filename));16console.log('file extension : '+path.extname(__filename));17console.log('path object : '+path.parse(__filename));18console.log('path object root : '+path.parse(__filename).root);19console.log('path object base : '+path.parse(__filename).base);20console.log('path object name : '+path.parse(__filename).name);21console.log('path object ext : '+path.parse(__filename).ext);22console.log('path object dir : '+path.parse(__filename).dir);23console.log('path object : '+path.parse(__filename));24console.log('join path : '+path.join(__dirname,'test','hello.html'));
Using AI Code Generation
1var path = require('path');2var rootPath = path.parse(__dirname).root;3console.log(rootPath);4var path = require('path');5var rootPath = path.parse(__dirname).root;6console.log(rootPath);7var path = require('path');8var rootPath = path.parse(__dirname).root;9console.log(rootPath);10var path = require('path');11var rootPath = path.parse(__dirname).root;12console.log(rootPath);13var path = require('path');14var rootPath = path.parse(__dirname).root;15console.log(rootPath);16var path = require('path');17var rootPath = path.parse(__dirname).root;18console.log(rootPath);19var path = require('path');20var rootPath = path.parse(__dirname).root;21console.log(rootPath);22var path = require('path');23var rootPath = path.parse(__dirname).root;24console.log(rootPath);25var path = require('path');26var rootPath = path.parse(__dirname).root;27console.log(rootPath);28var path = require('path');29var rootPath = path.parse(__dirname).root;30console.log(rootPath);31var path = require('path');32var rootPath = path.parse(__dirname).root;33console.log(rootPath);34var path = require('path');35var rootPath = path.parse(__dirname).root;36console.log(rootPath);37var path = require('path');38var rootPath = path.parse(__dirname).root;39console.log(rootPath);40var path = require('path');41var rootPath = path.parse(__dirname).root;42console.log(rootPath);
Using AI Code Generation
1var path = require('path');2var rootPath = path.normalize(__dirname + '/../../');3module.exports = {4 development: {5 },6 production: {7 }8}
Using AI Code Generation
1const path = require('path');2var root = path.parse(process.cwd()).root;3console.log(root);4const path = require('path');5var root = path.parse(process.cwd()).root;6console.log(root);7const path = require('path');8var root = path.parse(process.cwd()).root;9console.log(root);10const path = require('path');11var root = path.parse(process.cwd()).root;12console.log(root);13const path = require('path');14var root = path.parse(process.cwd()).root;15console.log(root);16const path = require('path');17var root = path.parse(process.cwd()).root;18console.log(root);19const path = require('path');20var root = path.parse(process.cwd()).root;21console.log(root);22const path = require('path');23var root = path.parse(process.cwd()).root;24console.log(root);25const path = require('path');26var root = path.parse(process.cwd()).root;27console.log(root);28const path = require('path');29var root = path.parse(process.cwd()).root;30console.log(root);31const path = require('path');32var root = path.parse(process.cwd()).root;33console.log(root);34const path = require('path');35var root = path.parse(process.cwd()).root;36console.log(root);37const path = require('path');38var root = path.parse(process.cwd()).root;39console.log(root);40const path = require('path');41var root = path.parse(process.cwd()).root;42console.log(root);43const path = require('path');44var root = path.parse(process.cwd
Using AI Code Generation
1const path = require('path');2const rootPath = path.parse(__dirname).root;3console.log(rootPath);4const path = require('path');5const rootPath = path.parse(__dirname).root;6console.log(rootPath);7const path = require('path');8const rootPath = path.parse(__dirname).root;9console.log(rootPath);10const path = require('path');11const rootPath = path.parse(__dirname).root;12console.log(rootPath);13const path = require('path');14const rootPath = path.parse(__dirname).root;15console.log(rootPath);16const path = require('path');17const rootPath = path.parse(__dirname).root;18console.log(rootPath);19const path = require('path');20const rootPath = path.parse(__dirname).root;21console.log(rootPath);22const path = require('path');23const rootPath = path.parse(__dirname).root;24console.log(rootPath);25const path = require('path');26const rootPath = path.parse(__dirname).root;27console.log(rootPath);28const path = require('path');29const rootPath = path.parse(__dirname).root;30console.log(rootPath);31const path = require('path');32const rootPath = path.parse(__dirname).root;33console.log(rootPath);34const path = require('path');35const rootPath = path.parse(__dirname).root;36console.log(rootPath);37const path = require('path');38const rootPath = path.parse(__dirname).root;39console.log(rootPath);
Using AI Code Generation
1var root = '/';2var temp = '/tmp';3var home = process.env.HOME;4var appData = process.env.HOME + '/.config';5var userData = process.env.HOME + '/.config';6var localAppData = process.env.HOME + '/.local/share';7var desktop = process.env.HOME + '/Desktop';8var documents = process.env.HOME + '/Documents';9var music = process.env.HOME + '/Music';10var pictures = process.env.HOME + '/Pictures';11var videos = process.env.HOME + '/Videos';
Using AI Code Generation
1const path = require('path');2console.log(path.win32.parse("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));3const path = require('path');4console.log(path.posix.parse("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));5const path = require('path');6console.log(path.join("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));7const path = require('path');8console.log(path.normalize("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));9const path = require('path');10console.log(path.resolve("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));11const path = require('path');12console.log(path.win32.parse("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));13const path = require('path');14console.log(path.posix.parse("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));15const path = require('path');16console.log(path.join("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));17const path = require('path');18console.log(path.normalize("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));19const path = require('path');20console.log(path.resolve("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));21const path = require('path');22console.log(path.win32.parse("C:\\Users\\sudhe\\Desktop\\nodejs\\nodejs\\test.js"));23const path = require('path');24console.log(path.posix.parse("C:\\Users\\sudhe\\
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