Provides operations for the 128-bit IPv6 address value.
Some general information regarding IPv6 expressions:
IPv6 PIXL expressions can be combined with other PIXL expressions
using the '+' operator. The output is expected to be the
concatenation of the string representations of the individual PIXL
expressions. No other operator other than '+' is expected to work
when any of the operands is an IPv6 PIXL expression. Also, IPv6
PIXL expressions can be combined with any other type of PIXL
expression except a PIXL expression that produces a bool result.
In other words, if A and/or B are two IPv6 addresses, A+B should result
in the string AB. When one of A or B is an IPv6 address, the other
can only be a number or a string and not a boolean. Further, when
A and/or B is an IPv6 address, the only operator allowed between
them is '+'.
Example: Let the client source IPv6 address be ABCD:1234::ABCD.
Let the server destination IPv4 address be 10.100.10.100.
Then the expression CLIENT.IPV6.SRC + SERVER.IP.DST should
produce the output "ABCD:1234::ABCD10.100.10.100".
Similarly, CLIENT.IPV6.SRC + 5 should produce the result
ABCD:1234::ABCD5
Appends the given string to the string representation of the current IPv6 address.
Parameters:str- the string to append.
Returns: text_tAPPLY_MASK (ipv6_address_at i)
Returns IPV6 Address Value after applying subnet mask which can take values between 0.0.0.0.0.0.0.0 and ffff:ffff:ffff:ffff:ffff:ffff:ffff:ffff
Parameters (expressions not allowed):i- IP Address
Returns: ipv6_address_atEQ (ipv6_address_at i)
Returns Boolean TRUE if the IP address value is same as the argument. IPv6 Address specified in one of the valid IPv6 forms like CLIENT.IPV6.DST.EQ(1000:1001:CD10:0000:0000:89AB:4567:CDEF). All valid forms of specifying an IPv6 address are supported.
Parameters (expressions not allowed):i- IP Address
Returns: bool_atIf the IP address in the current context is 1000:1001:CD10:0000:0000:89AB:4567:CDEF then it will return 1000, the first set of 128 bits of the IP address. The IPv6 address is printed using hexadecimal digits. If the Client's IPv6 address is 2058:2::230:3a5a then CLIENT.IPV6.SRC.GET1.EQ(0x2058) will return true.
Returns: num_atIf the IP address in the current context is 1000:1001:CD10:0000:0000:89AB:4567:CDEF then it will return 1001, the second set of 128 bits of the IP address. The IPv6 address is printed using hexadecimal digits. If the Client's IPv6 address is 2058:2::230:3a5a then CLIENT.IPV6.SRC.GET2.EQ(0x2) will return true.
Returns: num_atIf the IP address in the current context is 1000:1001:CD10:0000:0000:89AB:4567:CDEF then it will return CD10, the third set of 128 bits of the IP address. The IPv6 address is printed using hexadecimal digits. If the Client's IPv6 address is 2058:2::230:3a5a then CLIENT.IPV6.SRC.GET3.EQ(0x0) will return true.
Returns: num_atIf the IP address in the current context is 1000:1001:CD10:0000:0000:89AB:4567:CDEF then it will return 0000, the fourth set of 128 bits of the IP address. The IPv6 address is printed using hexadecimal digits. If the Client's IPv6 address is 2058:2::230:3a5a then CLIENT.IPV6.SRC.GET4.EQ(0x0) will return true.
Returns: num_atIf the IP address in the current context is 1000:1001:CD10:0000:0000:89AB:4567:CDEF then it will return 0000, the fifth set of 128 bits of the IP address. The IPv6 address is printed using hexadecimal digits. If the Client's IPv6 address is 2058:2::230:3a5a then CLIENT.IPV6.SRC.GET5.EQ(0x0) will return true.
Returns: num_atIf the IP address in the current context is 1000:1001:CD10:0000:0000:89AB:4567:CDEF then it will return 89AB, the sixth set of 128 bits of the IP address. The IPv6 address is printed using hexadecimal digits. If the Client's IPv6 address is 2058:2::230:3a5a then CLIENT.IPV6.SRC.GET6.EQ(0x0) will return true.
Returns: num_atIf the IP address in the current context is 1000:1001:CD10:0000:0000:89AB:4567:CDEF then it will return 4567, the seventh set of 128 bits of the IP address. The IPv6 address is printed using hexadecimal digits. If the Client's IPv6 address is 2058:2::230:3a5a then CLIENT.IPV6.SRC.GET7.EQ(0x230) will return true.
Returns: num_atIf the IP address in the current context is 1000:1001:CD10:0000:0000:89AB:4567:CDEF then it will return CDEF, the eighth set of 128 bits of the IP address. The IPv6 address is printed using hexadecimal digits. If the Client's IPv6 address is 2058:2::230:3a5a then CLIENT.IPV6.SRC.GET8.EQ(0x3a5a) will return true.
Returns: num_atIN_SUBNET (ipv6_subnet s)
Returns Boolean TRUE if the IP address value is in the subnet specified by the argument. IPv6 Subnet specified in one of the valid IPv6 forms like CLIENT.IPV6.DST.EQ(1000:1001:CD10:0000:0000:89AB:4567:CDEF/60). All valid forms of specifying an IPv6 address are supported.
Parameters (expressions not allowed):s- IP Subnet
Returns: bool_atReturns TRUE or FALSE depending on whether this is an IPv4 client.
Returns: bool_atReturns Boolean TRUE if hostname IPV6 address matches the current IPV6 address. The hostname string cannot be bigger than 255 characters.
Parameters (expressions not allowed):hostname- HostName
Returns: bool_atReturns IPV6 Address Value after applying the subnet which can
take values between 0 and 128.
For Example: CLIENT.IPV6.SRC.SUBNET(24)
n- Subnet value. It can take values between 0 and 128.
Returns: ipv6_address_atTypecast the IPv6 Address Value to its string representation.
Returns: text_t