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4 - 4 COMMAND REFERENCE
<integer> = <digit> {<digit>}
Integer notation that specifies a number.
<numeric_data> = <NRf> | <hexadecimal_data> | <octal_data> |
<binary_data>
Any decimal or non-decimal numeric data type.
<hexadecimal_data> = #H <hex_digit> {<hex_digit>}
<hex_digit> is one of the characters 0 .. 9 or A .. F.
<octal_data> = #Q <octal_digit> {<octal_digit>}
<octal_digit> is one of the digits 0 .. 7.
<binary_data> = #B <binary_digit> { <binary_digit> }
<binary_digit> = 0 | 1
<Boolean> = 0 | 1 | OFF | ON
0 equals OFF; 1 equals ON.
<block_data> = <definite_block> | <indefinite_block>
This is used to transfer data that consists of any arbitrary
8 bit codes.
<indefinite_block> = #0 {<dab>}
This data type is of indefinite length and must be
terminated by NL
^END.
<dab> = Any arbitrary 8 bit data byte code.
<definite_block> = # <digit> <length> {<dab>}
This data type is of definite length.
<digit> specifies the number of bytes of <length>.
<length> specifies the number of <dab> bytes.
<digit> = One of the ASCII characters 0 .. 9.
<character_data> = <alpha_character> { <alpha_character> | _ | <digit> }
<alpha_character> is any alphabetic ASCII character.
<string_data> = Sequence of ASCII characters placed between single or
double quotes.
Examples: "This is a string"
’This also’
<channel_list> = ( @ <NRf> )
Example: (@2)