| Use any ASN.1 syntax |
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OneDecoder is able to work with any ASN.1 Syntax. Once configured OneDecoder
can decode messages according to any ASN.1 syntax. (list
of currently supported syntaxes). Additional syntaxes can be added on
request at short notice.
The following diagram shows the message definition process from the standards
bodies through to a decoded message. The appropriate standards bodies are
responsible for creating the ASN.1 definition of a message set. This definition
is then used to create a configuration for OneDecoder so that it can then
decode messages defined by the ASN.1 syntax.
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| Easy to use |
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OneDecoder is operated through familiar Windows® user interface controls. No
programming or training is required.
To decode a message simply open the file containing the encoded message. The
message structure is then displayed in a tree format with the currently
included fields highlighted. Information on each field’s name and value are
displayed.
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| Input Format |
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OneDecoder can read messages in either binary or ASCII format. The data
is decoded as the message file is opened. The file format used is simple
and can easily be read by other applications. More detailed information is
available on request.
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| Typical Applications |
Applications involving ASN.1 include:
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3GPP Layer 3 Protocols (NBAP, RRC, RANAP, RNSAP)
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Secure Electronic Transaction Protocol (SET)
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Z39.50 Information Retrieval Protocol and Wide Area Information Server (WAIS)
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H.225.0 Call signalling protocols and media stream packetization for
packet-based multimedia communication systems
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more applications...
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