IP_ADDRESS_AT
Provides operations for the 32-bit integral IP address value.
This topic lists the expressions that are provided by this class.
Note:Expressions with the *symbol are inherited/promoted from num_at.
* ABS
Return the absolute value of the number.
Returns: num_at
* ADD(double_ati)
Return the Double Value after adding the argument to the
current double value.
Parameters:
i -
Double
Returns: double_at
* ADD(ip_address_ati)
Return the Unsigned Long after adding the argument to the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* ADD(unsigned_long_ati)
Return the Unsigned Long after adding the argument to the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* ADD(num_ati)
Return the Number Value after adding the argument to the
current number value.
Parameters:
i -
Number
Returns: num_at
* ADD(time_ati)
Return the Unsigned Long after adding the argument to the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
APPEND(text_tstr)
Appends the given string to the string representation of the current
IP address.
Parameters:
str -
the string to append.
Returns: text_t
APPLY_MASK(ip_address_ati)
Returns IP Address Value after applying subnet mask which
can take values between 0.0.0.0 and 255.255.255.255.
Parameters(expressions not allowed):
i -
IP Address
Returns: ip_address_at
APPLY_MASK(ip_address_atmask)
Returns IP Address Value after applying subnet mask
which can take values between 0 and 0xffffffffUL.
Parameters(expressions not allowed):
mask -
Subnet Mask
Returns: ip_address_at
APPLY_MASK(num_atmask)
Returns IP Address Value after applying subnet mask
which can take values between 0 and 0xffffffffUL.
Parameters(expressions not allowed):
mask -
Subnet Mask
Returns: ip_address_at
APPLY_MASK(time_atmask)
Returns IP Address Value after applying subnet mask
which can take values between 0 and 0xffffffffUL.
Parameters(expressions not allowed):
mask -
Subnet Mask
Returns: ip_address_at
APPLY_MASK(unsigned_long_atmask)
Returns IP Address Value after applying subnet mask
which can take values between 0 and 0xffffffffUL.
Parameters(expressions not allowed):
mask -
Subnet Mask
Returns: ip_address_at
* AS_MICROSEC_STR
Returns the current system time in the following format
Format: Wday, day Month year hh:mm:ss.ffffff GMT
ffffff represents microseconds
Examples:
Mon, 05 Mar 2018 10:23:36.568419 GMT
Returns: text_t
* AS_MILLISEC_STR
Returns the current system time in the following format
Format: Wday, day Month year hh:mm:ss.fff GMT
fff represents milliseconds
Examples:
Mon, 05 Mar 2018 10:23:36.568 GMT
Returns: text_t
* AS_NANOSEC_STR
Returns the current system time in the following format
Format: Wday, day Month year hh:mm:ss.fffffffff GMT
fffffffff represents nanoseconds
Accuracy may be at larger granularity than nanosecond resolution.
Examples:
Mon, 05 Mar 2018 10:23:36.568419567 GMT
Returns: text_t
* BETWEEN(double_ati, double_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(double_ati, ip_address_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(double_ati, unsigned_long_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(ip_address_ati, double_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(ip_address_ati, ip_address_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(ip_address_ati, unsigned_long_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(unsigned_long_ati, double_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(unsigned_long_ati, ip_address_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(unsigned_long_ati, unsigned_long_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(double_ati, num_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(ip_address_ati, num_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(unsigned_long_ati, num_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(double_ati, time_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(ip_address_ati, time_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(unsigned_long_ati, time_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(num_ati, double_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(num_ati, ip_address_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(num_ati, unsigned_long_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
Returns Boolean TRUE if the number value is greater than or
equal to the Lower argument and the number value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(time_ati, double_atj)
Returns Boolean TRUE if the double value is greater than or
equal to the Lower argument and the double value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(time_ati, ip_address_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BETWEEN(time_ati, unsigned_long_atj)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the Lower argument and the unsigned long value is lesser
than or equal to the Upper argument.
Parameters:
i -
Lower
j -
Upper
Returns: bool_at
* BITAND(ip_address_ati)
Return the Unsigned Long Value after bitwise ANDing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* BITAND(unsigned_long_ati)
Return the Unsigned Long Value after bitwise ANDing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* BITAND(num_ati)
Return the Number Value after bitwise ANDing the argument to the
current number value.
Parameters:
i -
Number
Returns: num_at
* BITAND(time_ati)
Return the Unsigned Long Value after bitwise ANDing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* BITNEG
Return the Number Value after bitwise negating the current number
value.
Returns: num_at
* BITOR(ip_address_ati)
Return the Unsigned Long Value after bitwise ORing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* BITOR(unsigned_long_ati)
Return the Unsigned Long Value after bitwise ORing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* BITOR(num_ati)
Return the Number Value after bitwise ORing the argument to the
current number value.
Parameters:
i -
Number
Returns: num_at
* BITOR(time_ati)
Return the Unsigned Long Value after bitwise ORing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* BITXOR(ip_address_ati)
Return the Unsigned Long Value after bitwise XORing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* BITXOR(unsigned_long_ati)
Return the Unsigned Long Value after bitwise XORing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* BITXOR(num_ati)
Return the Number Value after bitwise XORing the argument to the
current number value.
Parameters:
i -
Number
Returns: num_at
* BITXOR(time_ati)
Return the Unsigned Long Value after bitwise XORing the argument to
the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* DIV(double_ati)
Return the Double Value after dividing the current double
value by the argument.
Parameters:
i -
Double
Returns: double_at
* DIV(ip_address_ati)
Return the Unsigned Long Value after dividing the current unsigned
long value by the argument.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* DIV(unsigned_long_ati)
Return the Unsigned Long Value after dividing the current unsigned
long value by the argument.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* DIV(num_ati)
Return the Number Value after dividing the current number
value by the argument.
Parameters:
i -
Number
Returns: num_at
* DIV(time_ati)
Return the Unsigned Long Value after dividing the current unsigned
long value by the argument.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
EQ(double_ati)
Returns Boolean TRUE if the double value is equal to
the argument.
Parameters:
i -
Double
Returns: bool_at
EQ(ip_address_ati)
Returns Boolean TRUE if the IP address value is same as the
argument. For example: CLIENT.IP.DST.EQ(10.100.10.100)
Parameters:
i -
IP Address
Returns: bool_at
EQ(unsigned_long_ati)
Returns Boolean TRUE if the unsigned long is equal to the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* EQ(num_ati)
Returns Boolean TRUE if the number value is equal to
the argument.
Parameters:
i -
Number
Returns: bool_at
* EQ(time_ati)
Returns Boolean TRUE if the unsigned long is equal to the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
GET1
Returns a Number Value 10 if the IP address value is 10.100.200.1
Returns: num_at
GET2
Returns a Number Value 100 if the IP address value is 10.100.200.1
Returns: num_at
GET3
Returns a Number Value 200 if the IP address value is 10.100.200.1
Returns: num_at
GET4
Returns a Number Value 1 if the IP address value is 10.100.200.1
Returns: num_at
* GE(double_ati)
Returns Boolean TRUE if the double value is greater than or
equal to the argument.
Parameters:
i -
Double
Returns: bool_at
* GE(ip_address_ati)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* GE(unsigned_long_ati)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* GE(num_ati)
Returns Boolean TRUE if the number value is greater than or
equal to the argument.
Parameters:
i -
Number
Returns: bool_at
* GE(time_ati)
Returns Boolean TRUE if the unsigned long value is greater than or
equal to the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* GT(double_ati)
Returns Boolean TRUE if the double value is greater than the
argument.
Parameters:
i -
Double
Returns: bool_at
* GT(ip_address_ati)
Returns Boolean TRUE if the unsigned long value is greater than the
argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* GT(unsigned_long_ati)
Returns Boolean TRUE if the unsigned long value is greater than the
argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* GT(num_ati)
Returns Boolean TRUE if the number value is greater than the
argument.
Parameters:
i -
Number
Returns: bool_at
* GT(time_ati)
Returns Boolean TRUE if the unsigned long value is greater than the
argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
IN_SUBNET(ip_subnet s)
Returns Boolean TRUE if the IP address value is in the
subnet specified by the argument. For example: CLIENT.IP.DST.IN_SUBNET(10.100.10.100/18)
Parameters(expressions not allowed):
s -
IP Subnet
Returns: bool_at
IPREP_IS_MALICIOUS
IP Reputation.
Returns TRUE if the client IP is categorized as malicious
else returns FALSE.
Returns: bool_at
IPREP_THREAT_CATEGORY(ip_protocol_iprep_category_ecategory)
IP Reputation.
Returns TRUE if the client IP is categorized as malicious
and threat category matches category argument.
else returns FALSE.
Parameters(expressions not allowed):
category -
is IP category
Returns: bool_at
IS_IPV6
Returns TRUE or FALSE depending on whether this is an IPv6 client.
Returns: bool_at
LAT_LONG
Results in text_t containing location as cordinates.
Location will be of the form:
Latitude,Longitude Expression example: CLIENT.IP.SRC.LAT_LONG
For example: 36,-119
Returns: text_t
* LE(double_ati)
Returns Boolean TRUE if the double value is lesser than or
equal to the argument.
Parameters:
i -
Double
Returns: bool_at
* LE(ip_address_ati)
Returns Boolean TRUE if the unsigned long value is lesser than or
equal to the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* LE(unsigned_long_ati)
Returns Boolean TRUE if the unsigned long value is lesser than or
equal to the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* LE(num_ati)
Returns Boolean TRUE if the number value is lesser than or
equal to the argument.
Parameters:
i -
Number
Returns: bool_at
* LE(time_ati)
Returns Boolean TRUE if the unsigned long value is lesser than or
equal to the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
LOCATION
Results in list_t containing location.
Location will be of the form:
qual1.qual2.qual3.qual4.qual5.qual6 Expression example: CLIENT.IP.SRC.LOCATION
For example: NorthAmerica.US....
Returns: list_t
LOCATION(num_atn)
Results in list_t containing location.
Location will be of the form:
qual1.qual2.qual3.qual4.qual5.qual6 Expression example: CLIENT.IP.SRC.LOCATION(2)
For example: NorthAmerica.US
Parameters(expressions not allowed):
n -
is the level up to which location will be
returned, the first qualifier is numbered 1.
Returns: list_t
* LSHIFT(uint i)
Return the Number Value after bitwise left shifting the current
number value by the argument number of bits. Note that the number
of bits shifted is i modulo 32. For example,
let HTTP.REQ.URL.LENGTH be 4. Then,
HTTP.REQ.URL.LENGTH.LSHIFT(1) = HTTP.REQ.URL.LENGTH.LSHIFT(33) = 8,
since 33 on division by 32 yields a remainder of 1.
Parameters:
i -
Left Shift Length
Returns: num_at
* LT(double_ati)
Returns Boolean TRUE if the double value is lesser than
the argument.
Parameters:
i -
Double
Returns: bool_at
* LT(ip_address_ati)
Returns Boolean TRUE if the unsigned long value is lesser than
the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* LT(unsigned_long_ati)
Returns Boolean TRUE if the unsigned long value is lesser than
the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* LT(num_ati)
Returns Boolean TRUE if the number value is lesser than
the argument.
Parameters:
i -
Number
Returns: bool_at
* LT(time_ati)
Returns Boolean TRUE if the unsigned long value is lesser than
the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
MATCHES_LOCATION(text_tlocation)
Results in Boolean TRUE
value if the location of the IP matches the location argument.
Location string can be of the form:
qual1.qual2.qual3.qual4.qual5.qual6 For example:
NorthAmerica.CA.*
Parameters(expressions not allowed):
location -
Location
Returns: bool_at
MATCHES(text_thostname)
Returns Boolean TRUE if hostname IP address matches the current IP
address.
The hostname string cannot be bigger than 255 characters.
Parameters(expressions not allowed):
hostname -
HostName
Returns: bool_at
* MAX(double_ati)
Return the maximum double value after comparing
the argument with the current double value.
Parameters:
i -
Double
Returns: double_at
* MAX(ip_address_ati)
Return the maximum unsigned long value after comparing the argument
value to the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MAX(unsigned_long_ati)
Return the maximum unsigned long value after comparing the argument
value to the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MAX(num_ati)
Return the maximum value after comparing the argument
with the current number value.
Parameters:
i -
Number
Returns: num_at
* MAX(time_ati)
Return the maximum unsigned long value after comparing the argument
value to the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MIN(double_ati)
Return the minimum double value after comparing
the argument with the current double value.
Parameters:
i -
Double
Returns: double_at
* MIN(ip_address_ati)
Return the minimum unsigned long value after comparing the argument
value to the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MIN(unsigned_long_ati)
Return the minimum unsigned long value after comparing the argument
value to the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MIN(num_ati)
Return the minimum value after comparing the argument
with the current number value.
Parameters:
i -
Number
Returns: num_at
* MIN(time_ati)
Return the minimum unsigned long value after comparing the argument
value to the current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MOD(ip_address_ati)
Return the Unsigned Long Value that is the renaminder after dividing
the current unsigned long value by the argument.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MOD(unsigned_long_ati)
Return the Unsigned Long Value that is the renaminder after dividing
the current unsigned long value by the argument.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MOD(num_ati)
Return the Number Value that is the renaminder after dividing the
current number value by the argument.
Parameters:
i -
Number
Returns: num_at
* MOD(time_ati)
Return the Unsigned Long Value that is the renaminder after dividing
the current unsigned long value by the argument.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MUL(double_ati)
Return the Double Value after multiplying the argument to the
current double value.
Parameters:
i -
Double
Returns: double_at
* MUL(ip_address_ati)
Return the Unsigned Long Value after multiplying the argument to the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MUL(unsigned_long_ati)
Return the Unsigned Long Value after multiplying the argument to the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* MUL(num_ati)
Return the Number Value after multiplying the argument to the
current number value.
Parameters:
i -
Number
Returns: num_at
* MUL(time_ati)
Return the Unsigned Long Value after multiplying the argument to the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* NEG
Return the Number Value after negating the current number
value.
Returns: num_at
* NE(double_ati)
Returns Boolean TRUE if the double value is not equal to
the argument.
Parameters:
i -
Double
Returns: bool_at
* NE(ip_address_ati)
Returns Boolean TRUE if the unsigned long value is not equal to
the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* NE(unsigned_long_ati)
Returns Boolean TRUE if the unsigned long value is not equal to
the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* NE(num_ati)
Returns Boolean TRUE if the number value is not equal to
the argument.
Parameters:
i -
Number
Returns: bool_at
* NE(time_ati)
Returns Boolean TRUE if the unsigned long value is not equal to
the argument.
Parameters:
i -
Unsigned Long
Returns: bool_at
* RSHIFT(uint i)
Return the Number Value after bitwise right shifting the current
number value by the argument number of bits. Note that the number
of bits shifted is i modulo 32. For example,
let HTTP.REQ.URL.LENGTH be 4. Then,
HTTP.REQ.URL.LENGTH.RSHIFT(1) = HTTP.REQ.URL.LENGTH.RSHIFT(33) = 2,
since 33 on division by 32 yields a remainder of 1.
Parameters:
i -
Right Shift Length
Returns: num_at
* SIGNED16_STRING(endian_eendianness)
Create a signed 16-bit binary string from the number.
Parameters(expressions not allowed):
endianness -
Select little or big endian
Returns: text_t
* SIGNED32_STRING(endian_eendianness)
Create a signed 32-bit binary string from the number.
Parameters(expressions not allowed):
endianness -
Select little or big endian
Returns: text_t
* SIGNED8_STRING
Create a signed 8-bit binary string from the number.
Returns: text_t
SUBNET(num_atn)
Returns IP Address Value after applying the subnet which can
take values between 0 and 32. For Example: CLIENT.IP.SRC.SUBNET(24) will give 192.168.1.0 for 192.168.1.[0-255]
Parameters(expressions not allowed):
n -
Subnet Value
Returns: ip_address_at
* SUB(double_ati)
Return the Double Value after subtracting the argument from the
current double value.
Parameters:
i -
Double
Returns: double_at
* SUB(ip_address_ati)
Return the Unsigned Long Value after subtracting the argument from the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* SUB(unsigned_long_ati)
Return the Unsigned Long Value after subtracting the argument from the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* SUB(num_ati)
Return the Number Value after subtracting the argument from the
current number value.
Parameters:
i -
Number
Returns: num_at
* SUB(time_ati)
Return the Unsigned Long Value after subtracting the argument from the
current unsigned long value.
Parameters:
i -
Unsigned Long
Returns: unsigned_long_at
* TYPECAST_DOUBLE_AT
Typecast the Number Value to a Double value.
Returns: double_at
TYPECAST_IPV6_ADDRESS_AT
Typecast IPv4 address to its "IPv4-mapped IPv6 address"
representation.
Returns: ipv6_address_at
* TYPECAST_IP_ADDRESS_AT
Typecast the Number Value to an IP Address value.
Returns: ip_address_at
TYPECAST_NUM_AT
Convert ip_address_at to num_at. Will raise an undef if the value is null, empty, or the value has an invalid format for the destination type. (num_at : Number Value)
Returns: num_at
TYPECAST_TEXT_T
Typecast the IP Address Value to its string representation.
Returns: text_t
* TYPECAST_TIME_AT
Typecast the Number Value to a Time value.
Returns: time_at
TYPECAST_UNSIGNED_LONG_AT
Typecast the IPv4 address value to an Unsigned Long value.
Returns: unsigned_long_at
* UNSIGNED16_STRING(endian_eendianness)
Create an unsigned 16-bit binary string from the number.
Parameters(expressions not allowed):
endianness -
Select little or big endian
Returns: text_t
* UNSIGNED32_STRING(endian_eendianness)
Create an unsigned 32-bit binary string from the number.
Parameters(expressions not allowed):
endianness -
Select little or big endian
Returns: text_t
* UNSIGNED64_STRING(endian_eendianness)
Create an unsigned 64-bit binary string from the number.
Parameters(expressions not allowed):
endianness -
Select little or big endian
Returns: text_t
* UNSIGNED8_STRING
Create an unsigned 8-bit binary string from the number.
Returns: text_t
* WEEKDAY_STRING
Given the numeric day of the week, e.g. SYS.TIME.WEEKDAY,
return the long form of the string name for that day, e.g.
0 = "Sunday", 6 = "Saturday".
Returns: text_t
* WEEKDAY_STRING_SHORT
Given the numeric day of the week, e.g. SYS.TIME.WEEKDAY,
return the short form of the string name for that day, e.g.
0 = "Sun", 6 = "Sat".
Returns: text_t