to support Brace value notation assignment

[kimgr]

to support Brace value notation assignment

[kimgr]

Probably, yes. Can you provide a self-contained example? I.e. how is MyType defined?

[huaihuaiVV]

for example:

MyType ::= SEQUENCE
{
a INTEGER,
b INTEGER,
c INTEGER
}
myValue MyType ::=
{
a 100,
b 200,
c 300
}

then, it can generate the python value named :
myValue = MyType()
myValue.setComponentByname("a", univ.integer(100))
myValue.setComponentByname("a", univ.integer(200))
myValue.setComponentByname("a", univ.integer(300))

for more complex type:

MyType2 ::= SEQUENCE
{
a SET OF SEQUENCE { m0 INTEGER, m1 INTEGER, m2 INTEGER},
b SET OF SEQUENCE { m0 INTEGER, m1 INTEGER, m2 INTEGER},
c SET OF SEQUENCE { m0 INTEGER, m1 INTEGER, m2 INTEGER}
}

myValue MyType2 ::=
{
a {{m0 1, m1 2, m3 3}, {m0 1, m1 2, m3 3}, {m0 1, m1 2, m3 3}},
b {{m0 1, m1 2, m3 3}, {m0 1, m1 2, m3 3}, {m0 1, m1 2, m3 3}},
c {{m0 1, m1 2, m3 3}, {m0 1, m1 2, m3 3}, {m0 1, m1 2, m3 3}},
}

it can generate the value:

myValue = MyType2()
myValue.setComponentByName("a", ........)
myValue.setComponentByName("b", ........)
myValue.setComponentByName("c", ........)
...

like this .

it will be very useful,
we don'e need write python code to generate these data,
just need write the ASN1 file .

Thanks a lot ~

[huaihuaiVV]

and for value reference by other value:

MyType ::= SEQUENCE
{
a INTEGER,
b INTEGER,
c INTEGER
}

MyType2 ::= SEQUENCE OF MyType

myValue MyType ::=
{
a 100,
b 200,
c 300
}

myValue2 MyType2 ::= { myValue, myValue, myValue }

can generate :

myValue = myType()

myValue2 = MyType2()
myValue2.SetComponenetByPosition(0, myValue)
myValue2.SetComponenetByPosition(1, myValue)
myValue2.SetComponenetByPosition(2, myValue)

That is all !!

[huaihuaiVV]

for value notation details:
http://stackoverflow.com/questions/26760194/value-notation-for-this-asn-1-schema
http://www.oss.com/asn1/resources/reference/asn1-reference-card.html

Thanks a lot ~