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[/etc/motd] to% echo hei to% exit Send Syn to establish connection, + random Seq from -> to ETHER Type=0800 (IP) , size = 58 bytes from-> to IP D=192.0.2.238 S= 192.0.2.10 LEN=44, ID=53498 from -> to TCP D=23 S=54657 Syn Seq=4095044366 Len=0 Win=8760 from -> to TELNET C port = 54657 Reply with Syn, Ack and Ack=pr ev Seq+1 to -> from ETHER Type=0800 (IP) , size = 60 bytes to -> from IP D=192.0.2.10 S=192.0.2.238 LEN=44, ID=43390 to-> from TCP D=54657 S=23 Syn Ack=4095044367 Seq=826419455 Len=0 Win=8760 to -> from TELNET R port=54657 Reply with Ack = prev Seq+1 from -> to ETHER Type=0800 (IP) , size = 54 bytes from-> to IP D=192.0.2.238 S=192 . 0. 2 .10 LEN=40 , ID=53499 from -> to TCP D=23 S=54657 Ack=826419456 Seq=4095044367 Len=0 Win=8760 from -> to TELNET C port=54657 (retrans) from -> to ETHER Type=0800 (IP) , size = 81 bytes from-> to IP 0=192.0.2.238 5=192.0.2.10 LEN=67, ID=53500 from -> to TCP 0=23 S=54657 Ack=826419456 Seq=4095044367 Len=27 Win=8760 from -> to TELNET C port=54657 Now send data: ack = seq + Len each time until Fin to -> from ETHER Type=0800 (IP) , size = 60 bytes to -> from IP 0=192. 0.2.10 5=192.0.2.238 LEN=40, ID=43391 to-> from TCP D=54657 S=23 Ack=4095044394 Seq=826419456 Len=0 Win=8760 to -> from TELNET R port = 54657 (retrans) to -> from ETHER Type=0800 (IP) , size = 69 bytes to-> from IP 0=192.0.2.10 5=192.0.2.238 LEN=55, 10=43396 to-> from TCP 0=54657 S=23 Ack=4095044394 Seq=826419456 Len=15 Win=8760 to-> from TELNETRport=54657 from -> to ETHER Type=0800 (IP) , size = 54 bytes from-> to IP 0=192.0.2.238 5 = 192.0.2.10 LEN=40, ID=53504

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Generally, if you want to respond to the same event with some work both on external and on in-store elements and their properties, then it s best to set up a separate rule for the in-store material However, if you do want to work on the store elements from the event, bear in mind that you must create a transaction to do it in, and you should not perform those actions if the event is called as a result of an undo or redo:

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When we wrote our Vec class, we noted that we did not want to use the built-in new and delete operations to manage our memory The reason is that if we relied on these operations, our Vec would be more restrictive than the standard vector The new operator does too much for our purposes: It both allocates and initializes memory When used to allocate an array of type T, it needs the default constructor for T This approach prevents us from offering our users as much flexibility as we would like to offer Using new would also be unduly expensive If we use new, it always initializes every element of a T array by using T::T() If we wanted to initialize the Vec elements ourselves, we would have to initialize each element twice once by new, and again to install the value that our user supplied Even worse, consider the allocation strategy that we propose to use for push_back This strategy implies that we'll double the size of the Vec each time we need to get more storage We have no reason to want the extra elements initialized They'll be used only by push_back, which will use the space only when we have a new element to construct in that space If we used new to allocate the underlying array, these elements would be initialized regardless of whether we ever use them Instead of using the built-in new and delete operators, we can do better by using standard-library facilities designed to support flexible memory management The core language itself does not have any notion of memory allocation, because the properties of memory are too variable to wire into the language itself For example, modern computers have many kinds of memory There may be many different speeds of memory on the machine There may be memory with special properties, such as graphical buffers or shared memory There may be memory that is persistent across power failures Because users might want to allocate any of these (or other) kinds of memory, it is best left to the library to specify how we allocate and manage memory The standard library isn't required to support all these kinds of memory either However, by offering a library facility to manage memory, the standard also offers a uniform interface to memory managers, even if those managers themselves are tied to specific implementations As with the decision to make input-output a library rather than a language facility, the decision to make memory management part of the library gives us greater flexibility in using these different kinds of memory The <memory> header provides a class, called allocator<T>, that allocates a block of uninitialized memory that is intended to contain objects of type T, and returns a pointer to the initial element of that memory Such pointers are dangerous, because their type suggests that they point to objects, but the memory doesn't really contain those objects yet The library also provides a way to construct objects in that memory, and to destroy the objects again all without deallocating the memory itself It is up to the programmer using the allocator class to keep track of which space holds constructed objects and which space is still uninitialized The interesting part of the allocator class, for our purposes, comprises four member functions and two associated nonmember functions:.

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