ASN.1 Input ⇒ Pick the ASN.1 module text or binary encoded data file: Autodetect file type... ASN.1 specification text ... BER/DER/CER binary file ... GSM TAP3-09 binary file ... GSM TAP3-10 binary file ... GSM TAP3-11 binary file ... IETF LDAPv3 message ... X.509 in DER (not PEM!) ... MEGACO (H.248.1) message ... ISO MHEG-5 stream file ... --- not autodetectable (PER): --- 3GPP RRC UL-CCCH-Message 3GPP RRC DL-DCCH-Message 3GPP RRC UL-DCCH-Message 3GPP RRC PCCH-Message    ⇒ Or paste the ASN.1 text into the area below: /* * This ASN.1 specification is given as an example. * Your own ASN.1 module must be properly formed as well! * (Make sure it has BEGIN/END statements, etc.) */ TestModule DEFINITIONS ::= BEGIN TestType ::= SEQUENCE { num [PRIVATE 1] INTEGER, str UTF8String (SIZE(1..20)) OPTIONAL } END These options may be used to control the compiler's behavior: Debug lexer (-Wdebug-lexer) Just parse and dump (do not verify) (-E) Parse, verify validity, and dump (-E -F) Use native machine types (e.g. double instead of REAL_t) (-fnative-types) Generate PER support (-gen-PER), default is BER, DER and XER Prevent name clashes in compiled output (-fcompound-names) ... the command line ASN.1 compiler, asn1c, supports many other parameters. Process only the first PDU in file Generate simple text dump instead of XML (XER) Ignore protocol framing preamble (-s 4 -1 unber options to skip first 4 bytes) Generate terser output while still preserving BER encoding information (-m unber option) ⇒ (Available disk space: 9.8G)

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