Uses of Class com.objsys.asn1j.runtime.Asn1InvalidArgException

Methods in com.objsys.asn1j.runtime that throw Asn1InvalidArgException
`void`	`Asn1PerEncodeBuffer.encodeBits(byte[] value, int offset, int nbits)` This method encodes bit values from an array of octets.
`void`	`Asn1PerEncoder.encodeBits(byte[] value, int offset, int nbits)` This method encodes bit values from an array of octets.
`void`	`Asn1PerOutputStream.encodeBits(byte[] value, int offset, int nbits)`
`void`	`Asn1PerEncodeBuffer.encodeBits(byte[] value, int offset, int bitOffset, int nbits, java.lang.String ident)` This method encodes bit values from an array of octets.
`void`	`Asn1PerEncodeBuffer.encodeBits(byte[] value, int offset, int nbits, java.lang.String ident)` This method encodes bit values from an array of octets.
`void`	`Asn1PerEncoder.encodeBits(byte[] value, int offset, int nbits, java.lang.String ident)` This method encodes bit values from an array of octets.
`void`	`Asn1PerOutputStream.encodeBits(byte[] value, int offset, int nbits, java.lang.String ident)`
`void`	`Asn1PerEncodeBuffer.encodeBits(byte value, int nbits)` This method encodes bit values from an octet.
`void`	`Asn1PerEncoder.encodeBits(byte value, int nbits)` This method encodes bit values from an octet.
`void`	`Asn1PerOutputStream.encodeBits(byte value, int nbits)`
`void`	`Asn1PerEncodeBuffer.encodeConsWholeNumber(long adjustedValue, long rangeValue)` This method implements the rules to encode a constrained whole number as specified in section 10.5 of the X.691 standard.
`void`	`Asn1PerEncoder.encodeConsWholeNumber(long adjustedValue, long rangeValue)` This method implements the rules to encode a constrained whole number as specified in section 10.5 of the X.691 standard.
`void`	`Asn1PerOutputStream.encodeConsWholeNumber(long adjustedValue, long rangeValue)`
`void`	`Asn1PerEncodeBuffer.encodeConsWholeNumber(long adjustedValue, long rangeValue, java.lang.String ident)` This method implements the rules to encode a constrained whole number as specified in section 10.5 of the X.691 standard.
`void`	`Asn1PerEncoder.encodeConsWholeNumber(long adjustedValue, long rangeValue, java.lang.String ident)` This method implements the rules to encode a constrained whole number as specified in section 10.5 of the X.691 standard.
`void`	`Asn1PerOutputStream.encodeConsWholeNumber(long adjustedValue, long rangeValue, java.lang.String ident)`
`void`	`Asn1PerEncodeBuffer.encodeInt(long value, boolean encodeLen, boolean signExtend)` This method implements the rules to encode either a non-negative binary integer as specified in section 10.3 or a two's complement binary integer as specified in section 10.4 of the X.691 standard.
`void`	`Asn1PerEncoder.encodeInt(long value, boolean encodeLen, boolean signExtend)` This method implements the rules to encode either a non-negative binary integer as specified in section 10.3 or a two's complement binary integer as specified in section 10.4 of the X.691 standard.
`void`	`Asn1PerOutputStream.encodeInt(long value, boolean encodeLen, boolean signExtend)`
`void`	`Asn1PerEncodeBuffer.encodeInt(long value, boolean encodeLen, boolean signExtend, java.lang.String ident)` This method implements the rules to encode either a non-negative binary integer as specified in section 10.3 or a two's complement binary integer as specified in section 10.4 of the X.691 standard.
`void`	`Asn1PerEncoder.encodeInt(long value, boolean encodeLen, boolean signExtend, java.lang.String ident)` This method implements the rules to encode either a non-negative binary integer as specified in section 10.3 or a two's complement binary integer as specified in section 10.4 of the X.691 standard.
`void`	`Asn1PerOutputStream.encodeInt(long value, boolean encodeLen, boolean signExtend, java.lang.String ident)`
`void`	`Asn1PerEncodeBuffer.encodeInt(long value, int nbits)` This method encodes bit values from an integer value.
`void`	`Asn1PerEncoder.encodeInt(long value, int nbits)` This method encodes bit values from an integer value.
`void`	`Asn1PerOutputStream.encodeInt(long value, int nbits)`
`void`	`Asn1PerEncodeBuffer.encodeInt(long value, int nbits, java.lang.String ident)` This method encodes bit values from an integer value.
`void`	`Asn1PerEncoder.encodeInt(long value, int nbits, java.lang.String ident)` This method encodes bit values from an integer value.
`void`	`Asn1PerOutputStream.encodeInt(long value, int nbits, java.lang.String ident)`
`long`	`Asn1PerEncodeBuffer.encodeLength(long value)` This method encodes a general (unconstrained) length determinant value as described in section 10.9 or the X.691 standard.
`long`	`Asn1PerEncoder.encodeLength(long value)` This method encodes a general (unconstrained) length determinant value as described in section 10.9 or the X.691 standard.
`long`	`Asn1PerOutputStream.encodeLength(long value)`
`void`	`Asn1PerEncodeBuffer.encodeSmallLength(int value)` This method implements the rules to encode a normally small length as specified in section 11.9 of the X.691 standard.
`void`	`Asn1PerEncoder.encodeSmallLength(int value)` This method implements the rules to encode a normally small length as specified in section 11.9 of the X.691 standard.
`void`	`Asn1PerOutputStream.encodeSmallLength(int value)`
`void`	`Asn1PerEncodeBuffer.encodeSmallNonNegWholeNumber(int value)` This method implements the rules to encode a small non-negative whole number as specified in section 10.6 of the X.691 standard.
`void`	`Asn1PerEncoder.encodeSmallNonNegWholeNumber(int value)` This method implements the rules to encode a small non-negative whole number as specified in section 10.6 of the X.691 standard.
`void`	`Asn1PerOutputStream.encodeSmallNonNegWholeNumber(int value)`

void

Asn1PerEncodeBuffer.encodeBits(byte[] value,
           int offset,
           int nbits)