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gets(str); printf("Length is %d", strlen(str));
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ASDM was introduced in version 7.0 of the security appliances and is supported on both the PIXs and ASAs. ASDM is Java-based code that sits in flash on the appliances. Table 27-1 displays the security appliance operating systems and their corresponding ASDM images; when upgrading from one version of the OS to another, like version 7.0 to 7.1, you will also have to upgrade your ASDM image to its corresponding version. ASDM takes about 7 8 MB of space in flash. For the ASAs, this is not an issue, since they have large amounts of flash; however, for the PIXs, only one operating system and one ASDM image will fit into flash. So upgrading a PIX will require you to first delete the older images before performing an upgrade.
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Connections: Image Formats: Video Capture Format: Video Capture Resolutions: Frames per Second: Maximum Video Length: Size: Weight: Other Features: Included Software: Included Components:
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// Demonstrate multiple indirection. #include <iostream> using namespace std; int main() { int x, *p, **q; x = 10; p = &x; q = &p; cout << **q; // prints the value of x return 0; }
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ciscoasa(config)# nat-control ciscoasa(config)# static (dmz,outside) netmask ciscoasa(config)# static (dmz,outside) netmask ciscoasa(config)# static (inside,outside) netmask ciscoasa(config)# nat (inside) 1 ciscoasa(config)# global (outside) 1 netmask ciscoasa(config)# global (dmz) 1 netmask
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Figure 10-9
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Table 1.2 depicts a brief history of database technology through four generations of sys tems. The first generation supported sequential and random searching, but the user was re quired to write a computer program to obtain access. For example, a program could be written to retrieve all customer records or to just find the customer record with a specified customer number. Because first-generation systems did not offer much support for relating data, they are usually regarded as file processing systems rather than DBMSs. File pro cessing systems can manage only one entity rather than many entities and relationships managed by a DBMS. The second-generation products were the first true DBMSs as they could manage mul tiple entity types and relationships. However, to obtain access to data, a computer program still had to be written. Second-generation systems are referred to as "navigational" because the programmer had to write code to navigate among a network of linked records. Some of the second-generation products adhered to a standard database definition and manipulation language developed by the Committee on Data Systems Languages (CODASYL), a stan dards organization. The CODASYL standard had only limited market acceptance partly be cause IBM, the dominant computer company during this time, ignored the standard. IBM supported a different approach known as the hierarchical data model. Rather than focusing on the second-generation standard, research labs at IBM and academic institutions developed the foundations for a new generation of DBMSs. The most important development involved nonprocedural languages for database access. Thirdgeneration systems are known as relational DBMSs because of the foundation based on mathematical relations and associated operators. Optimization technology was developed so that access using nonprocedural languages would be efficient. Because nonprocedural access provided such an improvement over navigational access, third-generation systems supplanted the second generation. Since the technology was so different, most of the new systems were founded by start-up companies rather than by vendors of previous generation products. IBM was the major exception. It was IBM's weight that led to the adoption of SQL as a widely accepted standard.
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