Error 2 Opening Pipe To Plumb.exe
by FakaruddinWhen I compile the java file using text pad .... the error " error 3 opning pipe to plumb.exe has come how to solve it.........2/26/2007 8:15 AM by FakaruddinWhen I compile the java file using text pad .... the error " error 3 opning pipe to plumb.exe has come how to solve it.........2/26/2007 8:15 AM by FakaruddinWhen I compile the java file using text pad .... the error " error 3 opning pipe to plumb.exe has come how to solve it.........2/26/2007 8:15 AM by AnonymousWhen I compile the java file using text pad .... the error " error 3 opning pipe to plumb.exe has come how to solve it.........2/26/2007 8:15 AM by AnonymousWhen I compile the java file using text pad .... the error " error 3 opning pipe to plumb.exe has come how to solve it......... PLUMB.EXE Copyright: Copyright © 1995-1997; unless otherwise noted, all else © Copyright DC Venture Software, LLC 2006
Français Deutsch 日本語 Español Help Video Screencast Help Windows System Error Codes (exit codes) Description Created: 28 Jan 2009 • Updated: 20 Dec 2010 | 9 comments Language TranslationsMachine TranslationsDeutsch Français Español 简体ä¸æ–‡ 日本語 Sidd +19 19 Votes Login to vote Tweet Application installation (legacy setup applications or Windows installer applications) sometimes fails without any error message. These tasks will return exit/error codes when log file is generated. The following script will help in getting the Exit/Error code of Application installation else on can get it from log file. Dim oShell, MyApp, i Set oShell = CreateObject("WScript.Shell") MyApp = """C:\MyApplication\Setup.exe"" /Q" i = 0 i = oShell.Run(MyApp, 1 ,True) WScript.Echo "Exit Code is: " & (i) Set http://www.processlist.com/discussion/plumb.html oShell = Nothing Note: Use Silent switches according to the application. The table below describes system Exit/Error codes when a task is executed. The description of codes may help in identifying and troublshooting the issues. Code Description 0 The operation completed successfully. 1 Incorrect function. 2 The system cannot find the file specified. 3 The system cannot find the path specified. 4 The system cannot open the file. 5 Access is denied. 6 The handle http://www.symantec.com/connect/articles/windows-system-error-codes-exit-codes-description is invalid. 7 The storage control blocks were destroyed. 8 Not enough storage is available to process this command. 9 The storage control block address is invalid. 10 The environment is incorrect. 11 An attempt was made to load a program with an incorrect format. 12 The access code is invalid. 13 The data is invalid. 14 Not enough storage is available to complete this operation. 15 The system cannot find the drive specified. 16 The directory cannot be removed. 17 The system cannot move the file to a different disk drive. 18 There are no more files. 19 The media is write protected. 20 The system cannot find the device specified. 21 The device is not ready. 22 The device does not recognize the command. 23 Data error (cyclic redundancy check). 24 The program issued a command but the command length is incorrect. 25 The drive cannot locate a specific area or track on the disk. 26 The specified disk or diskette cannot be accessed. 27 The drive cannot find the sector requested. 28 The printer is out of paper. 29 The system cannot write to the specified device. 30 The system cannot read from the specified device. 31 A device attached to the system is not functioning. 32 The process cannot access the file because it is being
useful when developing shell scripts or Perl programs for software installation, file comparison, and detection of file corruption and tampering. NAME md5 - generate / check MD5 message digest SYNOPSIS md5 [ -csignature ] [ https://www.fourmilab.ch/md5/ -l ] [ -n ] [ -u ] [ -v ] [ -dinput_text | infile… ] DESCRIPTION A message digest is a compact digital signature for an arbitrarily long stream of binary data. An ideal https://docs.oracle.com/cd/E19455-01/806-1075/6jacsnimo/ message digest algorithm would never generate the same signature for two different sets of input, but achieving such theoretical perfection would require a message digest as long as the input file. Practical message digest error 2 algorithms compromise in favour of a digital signature of modest size created with an algorithm designed to make preparation of input text with a given signature computationally infeasible. Message digest algorithms have much in common with techniques used in encryption, but to a different end; verification that data have not been altered since the signature was published. Many older programs requiring digital signatures employed 16 or 32 bit cyclical error 2 opening redundancy codes (CRC) originally developed to verify correct transmission in data communication protocols, but these short codes, while adequate to detect the kind of transmission errors for which they were intended, are insufficiently secure for applications such as electronic commerce and verification of security related software distributions. The most commonly used present-day message digest algorithm is the 128 bit MD5 algorithm, developed by Ron Rivest of the MIT Laboratory for Computer Science and RSA Data Security, Inc. The algorithm, with a reference implementation, was published as Internet RFC 1321 in April 1992, and was placed into the public domain at that time. Message digest algorithms such as MD5 are not deemed “encryption technology” and are not subject to the export controls some governments impose on other data security products. (Obviously, the responsibility for obeying the laws in the jurisdiction in which you reside is entirely your own, but many common Web and Mail utilities use MD5, and I am unaware of any restrictions on their distribution and use.) The MD5 algorithm has been implemented in numerous computer languages including C, Perl, and Java; if you're writing a program in such a language, track down a suitable subroutine and incorporate it into your program. The program describe
are you using? Cause The SunView mailtool(1) and prior 3.3 OpenWindows mailtool(1) produce this message when they cannot cope with an attachment. The attachment is probably in MIME (multipurpose internet mail extensions) format, using base64 encoding. Action To read a mail message containing MIME attachments, use mailtool(1) from a system running at least the Solaris 2.3 release. If you are running an earlier version of the Solaris environment, rlogin(1) to a system running a later version, set the DISPLAY environment variable back to the first system, and run mailtool remotely. If those options prove impossible, ask the originator to send the message again using mailtool(1), or using the CDE dtmail compose File->SendAs->SunMailTool option. Technical Notes Standard MIME attachments with base64 encoding, for example, produce this message and fail to display in older mailtool(1)s. See Also Look into using metamail, available on the Internet, which allows you to send and receive MIME attachments. Identifier removed Cause This message indicates an error in a System V IPC facility. Most likely a file associated with messaging, semaphores, or shared memory was deleted from the file system where it had been created. Technical Notes This error is returned to processes that resume execution after the removal of an identifier from the file system's name space. See msgctl(2), semctl(2), and shmctl(2) for details. The symbolic name for this error is EIDRM, errno=36. ie0: Ethernet jammed Cause This message can appear on SPARCservers or IA machines with an Intel 82586 Ethernet chip. It indicates that 16 successive transmission attempts failed, causing the driver to give up on the current packet. Action If this error occurs sporadically or at busy times, it probably means that the network is saturated. Wait for network traffic to clear. If bottlenecks arise frequently, think about reconfiguring the network or adding subnets. Another possible cause of this message is a noise source somewhere in the network, such as a loose transceiver connection. Use snoop(1M) or a similar program to isolate the problem area, then check and tighten network connectors as necessary. ie0: no carrier Cause This message can appear on SPARCservers or IA machines with an Intel 82586 Ethernet chip. It indicates that the chip has lost input to its carrier detect pin while trying to transmit a packet, causing the packet to be dropped. Action Check that the Ethernet connector is not loose or disconnected. Other possible causes include an open circuit somewhere in the network and noise on the carrier detect line from the transceiver. Use snoop(1M) or a similar program to iso