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When you know the maximum size of the text that you need to store, and if it is larger than the 1k attribute limit, you may be able to reserve a few attributes for storing that text For instance, if the maximum text length is 100k, you can break it into 100 1k chunks and have 100 attributes like BodyText , BodyText01 , BodyText02 , and so on This can work even if you don t know what the maximum size of the text will be, so long as you don t overflow the number of attributes allowed within an item A situation where this technique is useful is storing user-entered data where the text could be large in theory, but where a very low percentage of entries ever exceed 1,024 bytes In these cases, an attribute like BodyText will hold the full text in almost all cases, with extra overflow attributes for those few items that actually need it Examples of applications where this can be useful include user comments on blogs, product review websites, and social news and bookmarking sitesAssuming that users will generally type in 1,024 bytes or fewer is reasonable in many situations, even though it may not be intuitive Consider an extreme example of this principle: the website stackoverflowcom Stackoverflow is a large question-and-answer site for programming questions, where the users are specifically encouraged to post detailed questions and responses Not only is markup permitted within the user-submitted text, but it is also stored in the database with the full HTML markup With these forces pushing the size of user posts upward, it is interesting to note that more than 72% of questions and answers on the site are smaller than 1,024 bytes Stackoverflow does not use SimpleDB, but they do publish data dumps that can be analyzed, and they are an excellent example of how difficult it can be to get users to type in large blocks of text, even for a fraction of the time The trade-off from using this approach is that you lose a few of the conveniences you would normally have with a queryYou cannot easily do a query for text matches across the variable number of attributesAlso, it makes it difficult to use that attribute specifically as part of the output selection clause; you end up needing to use SELECT * anytime you need that attribute in a query However, the benefit is that it is easy to split up and reassemble the text because it doesn t require any special processing It is most applicable when the majority of read operations are in the form of GetAttributes rather than Select In these cases, you don t suffer the query inconvenience It is more difficult to update the text stored in these types of items, however, because there are more steps involvedAnytime the text needs to be updated, you must be sure to delete any attributes no longer usedThe procedure for processing an update of text would be something like this: 1 Read the item using GetAttributes or Select 2 Reassemble the original text using the attribute naming conventions 3 Present this text to the user 4 Accept the user s new text and break it into chunks.

Throughout this pattern language, we have used molecular dynamics as a recurring example Molecular dynamics simulates the motions of a large molecular system It uses an explicit time stepping methodology where at each time step, the force on each atom is computed and standard techniques from classical mechanics are used to compute how the forces change atomic motions This problem is ideal for presenting key concepts in parallel algorithms because there are so many ways to approach the problem based on the target computer system and the intended use of the program In this discussion, we will follow the approach taken in [Mat95] and assume that (1) a sequential version of the program exists, (2) having a single program for sequential and parallel execution is important, and (3) the target system is a small cluster connected by standard Ethernet LAN More scalable algorithms for execution on massively parallel systems are discussed in [PH95]

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The javanetConnectException occurs when a socket can't connect to a specific remote host and port There can be several reasons for this, such as that the remote server does not have a service bound to that port, or that it is so swamped by queued connections, it cannot accept any further ones

Figure 57 Pseudocode for molecular dynamics example This code is very similar to the version discussed earlier, but a few extra details have been included To support more detailed pseudocode examples, the call to the function that initializes the force arrays has been made explicit Also, the fact that the neighbor list is only occasionally updated is made explicit Int const N // number of atoms Array Array Array Array of of of of Real Real Real List :: :: :: :: atoms (3,N) //3D coordinates velocities (3,N) //velocity vector forces (3,N) //force in each dimension neighbors(N) //atoms in cutoff volume

The javanetNoRouteToHostException is thrown when, due to a network error, it is impossible to find a route to the remote host The cause of this may be local (ie, the network on which the software application is running), may be a temporary gateway or router problem, or may be the fault of the remote network to which the socket is trying to connect Another common cause of this is that firewalls and routers are blocking the client software, which is usually a permanent condition

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