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- A bridge is a repeater, with add on the functionality of filtering content by reading the MAC addresses of source and destination. It is also used for interconnecting two LANs working on the same protocol. It has a single input and single output port, thus making it a 2 port device. Types of Bridges.
- The value of the first column (i.e., Product name: Reference Number: Serial Number) will be stored into the field Service Ref Customer Product (for display purposes only). Ordered Quantity For referenced returns, the ordered quantity of original (outbound) sales order is used as the default, instead of shipped quantity.
01 Jan 2015
Yesterday, I wanted to delete some of the old email accounts I had set up in Apple Mail, but I didn’t want to lose access to their emails because they have information I might want to reference later. There are many reasons you’d want to do this — for example, you have a school-provided account where you lose access upon graduation.
The Solution
There are two kinds of mailboxes in Apple Mail — ones that sync with an associated email server, and “On My Mac” mailboxes that only exist on your Mac. Basically, copy all messages into an “On My Mac” mailbox before you delete the account.
First, make a new local mailbox to store the messages after your account is deleted. Go to Mailbox > New Mailbox and this sheet will show up:
Now go to the mailbox you want to archive and select all the messages. Right click your selection and go to Copy To > (The name of your newly created mailbox).
(Instead of copying the messages, you could also move the associated files, since mailboxes are stored as folders under ~/Library/Mail/. But that’ll probably break things subtly — maybe Spotlight indexing or something.)
Once you’ve made a local copy of every mailbox, you’re now free to delete the account without losing messages.
| Registration | Wolfram SystemPasswords |
| The mathpass File | MathLM Passwords |
To install and use the Wolfram System and MathLM, you must activate your product and receive a password.
Before registering, you must first begin the installation process according to the instructions in 'Installing Mathematica'. Midway through the installation process, a MathID number will be displayed on your screen. This MathID number is a machine-specific identification number that is automatically determined when running the installer on a machine.
In addition to your MathID number, you will need to provide the activation key located on your electronic or printed license certificate. To register MathLM, you will also need to provide the hostname of the machine that will run MathLM.
Once you have your MathID number, you can register and get a password by following the instructions in 'Activating Mathematica'.
Be sure to write down the password and keep it for future reference. The MathID number for your machine can change under certain circumstances, for example, if you reformat your hard disk. If the MathID number changes, you will need to contact Customer Service to get a new password.
Where Are Mac Addresses Stored For Future Reference
To run the Wolfram System or MathLM, you must have the appropriate password. Passwords are stored within a file called mathpass. The location of the mathpass file for the Wolfram System varies by operating system. See 'Configuration Files' for mathpass file locations. The mathpass file for MathLM is located in the top-level MathLM installation directory. The mathpass file is created automatically by the installer, but you may find it necessary to edit the file by hand at times.
The mathpass file may contain one or many password entries, depending on your license type. Each line of the mathpass file contains information for a separate password. The mathpass file is parsed from top to bottom and the first valid password found is used. You can comment out any line in the mathpass file by placing a % character at the start of the line.
Sitewide mathpass Configuration
If you are a site license administrator, you can create a mathpass file containing a list of all or some of the licenses provided in your license agreement. Then you can copy that mathpass file to all the machines on which the Wolfram System has been installed. When launched, the Wolfram System will scan through the list of passwords in the mathpass file from top to bottom until it finds the appropriate password for that machine. This mathpass configuration is a good option for administrators running automated installations. See 'Installing Mathematica from a Script' for information on automated Wolfram System installations.
Wolfram System passwords have two forms. Network passwords are used by copies of the Wolfram System that get a license from the license server. Single-machine passwords are used by standalone copies of the Wolfram System.
- The number n of processes printed on your single-machine license certificate generally gives you 2 n front end process slots and 6 n kernel process slots (two master kernels and four worker kernels) to allow for parallel computing capabilities.
- The number n of processes printed on your network license certificate generally gives you n front end process slots and 4 n kernel process slots per increment. Contact us for more information on increasing your process increments.
The mathpass file can contain a single password or a mixture of both types. If there is more than one password in the mathpass file, the first valid entry is used.
Network passwords have the form !hostname, where hostname is the hostname or IP address of the MathLM license server. Network passwords must begin with a ! character. A network password is stored in the mathpass file in the following format.
Single-machine passwords typically have the form dddd–ddd–ddd:n::YYYYMMDD. Here, d stands for a digit 0–9, n stands for the number of processes for the license, and YYYYMMDD stands for the license expiration date. The password may have other fields in it depending on your license type. The password is stored in the mathpass file in the following format.
hostname 7000-10419-18404 0123-3012-XK4J9Y 7923-871-948:4::20101230
The hostname here is the name of the machine on which the Wolfram System processes will run. This is given first, followed by the MathID number, the activation key, and the password. The parts of the entry may be separated by spaces or tabs.
The mathpass file may have multiple single-machine passwords listed. It may be shared across the network, allowing you to maintain a single mathpass file for multiple machines.
MathLM passwords typically have the form dddd–ddd–ddd:n::YYYYMMDD:Ct. Here, d stands for a digit 0–9, n stands for the number of processes for the license, YYYYMMDD stands for the license expiration date, and t stands for the license class, which may be A or B. In some passwords, the digit n may be replaced with a pair of digits n, m, which specify the number of kernel processes and front end processes, respectively. The password may have other fields in it, depending on your license.
The capital letters at the end of the password refer to the license class, which determines what client platforms the Wolfram Systemcan run on. Windows, Mac OS X, and some Linux platforms are class A. Server-class platforms are class B. The mathpass file must contain separate password entries for each license class. Class B passwords are valid for both class A and class B clients.
The password is stored in the mathpass file in the following format.
!hostname 7000-10419-18404 0123-3012-XK4J9Y 7923-871-948:20::20080301:CA
The name of the license server running MathLM is given first, followed by its MathID number. The ! character at the start of the line distinguishes a network password from a single‐machine password. The license number is followed by the password. The parts of the entry may be separated by spaces or tabs.