Examples of using Complex data structures in English and their translations into Italian
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Colloquial
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Ecclesiastic
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Computer
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Files having complex data structures.
Though it is simple it is powerful enough to express complex data structures.
Using shared memory to communicate with complex data structures is pretty much equivalent to dynamic linking.
build complex data structures.
With nested{section}'s, you can access complex data structures, such as multi-dimensional arrays.
an international standard for transmitting complex data structures, like XML.
Our approach makes easier the adoption of complex data structures without any semantic constraint.
It can describe complex data structures, is highly machine-readable as well as reasonably human-readable,
Modern telephony software means that even complex data structures can be displayed and processed.
In general, files having more complex data structures, e.g. Cobol data files with record fields including various Picture types, cannot be transferred using FTAMType 1 because file format and structure information would not be communicated.
we can build very complex data structures, and we can do lots of interesting things.
Email client software developers, willingly or unknowingly, create complex data structures, decentralize data storages
and they establish intimate communication by sharing complex data structures, or shipping complex data structures back and forth, that can make them one single combined program.
this would be most useful for large, complex data structures. That is, structures with lots and lots
Using shared memory to communicate with complex data structures is pretty much equivalent to dynamic linking.
They are typed dynamically They have little or no provision for complex data structures Programs in them(scripts)
They are typed statically They support creating complex data structures Programs in them are compiled into machine code
The full IIM specification includes a complex data structure and a set of metadata definitions.
Narrator Now you understand a little about how to use a complex data structure like a list.
exchanging complex internal data structures, that too could be a basis to consider
although the YAML format is capable of describing much more complex nested data structures.
C++ revealed powerful enough to allow rollback implementation on complex memory data structures without any syntax overhead when using the structure.
they are more commonly used to construct more complex compound data structures, notably lists and binary trees.
The value for beamExceptions, a somewhat complex Scheme data structure, is easiest generated with the\beamExceptions function.