Following is the rules for input to each panel and dialog box.
Character sets that are allowed to input are as follows:
Table 2.26 | List of Character Set |
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ASCII
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1- byte alphabets, numbers, symbols.
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Shift-JIS
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2-byte alphabet, number, symbol, Hiragana, Katakana, Kanji and 1-byte Katakana.
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EUC-JP
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2-byte alphabet, number, symbol, Hiragana, Katakana, Kanji and 1-byte Katakana.
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UTF-8
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2-byte alphabet, number, symbol, Hiragana, Katakana, Kanji (include Chinese characters) and 1-byte Katakana.
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UTF-16 (Unicode)
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2-byte alphabet, number, symbol, Hiragana, Katakana, Kanji (include Chinese characters) and 1-byte Katakana.
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Escape sequences that are allowed to input are as follows:
Table 2.27 | Escape Sequence List |
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\0
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0x00
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null character
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\a
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0x07
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Alert
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\b
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0x08
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Backspace
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\t
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0x09
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Horizontal tab
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\n
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0x0A
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New line
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\v
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0x0B
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Vertical tab
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\f
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0x0C
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Form feed
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\r
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0x0D
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Carriage return
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\"
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0x22
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Double-quotation mark
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\'
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0x27
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Single-quotation mark
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\?
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0x3F
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Question mark
handled as a question mark if ? is entered.
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\\
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0x5C
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Backslash
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Notations allowed when entering numbers are as follows:
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Binary number
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Starts with 0b and continues with the numbers from 0 to 1.
(Case insensitive for alphabets)
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Octal number
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Starts with 0 and continues with the numbers from 0 to 7.
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Decimal number
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Starts without 0 and continues with the numbers from 0 to 9.
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Hexadecimal number
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Starts with 0x and continues with the numbers from 0 to 9 and alphabets a to f.
(Case insensitive for alphabets)
In the input area with the 
mark, prefix 0x is not needed.
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(4) | Expression and operator |
Expression represents constants, CPU register name, I/O register name and symbols and those connected with operators.
An expression comes in two types: an address expression and a watch-expression. The expression that requires the address of a symbol is referred to as an address expression, and the one that requires the value of a symbol is referred to as a watch-expression.
(a) | An address expression and operators |
With an address expression, the address of a symbol is used to perform operations. Only when a CPU register name is written, the value of the symbol is used to perform operations.
The basic input formats of address expressions are as follows:
Table 2.29 | Basic Input Format of Address Expressions |
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C/C++ variable name Note 1 No 2
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Address of a C/C++ variable
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Expression [ExpressionNote 3]
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Address of an array
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Expression.Member nameNote 4
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Address of a structure/union/class member
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Expression->Member nameNote 4
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Address of a structure/union/class member that is pointed to
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Watch-expression.*Cast expression
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Address of the pointer to a member variable
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Watch-expression->*Cast expression
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Address of the pointer to a member variable
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CPU register name
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Value of a CPU register
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I/O register name
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Address of an I/O register
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Label nameNote 5, EQU symbol nameNote 5, [immediate value]
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Address of a label, a value of an EQU symbol, and an immediate address
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Integer constant
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Address
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Note 1. | It represents C89, C99 and C++ variables. |
Note 2. | If the register is assigned the value of a C variable, an error results. |
Note 3. | The expression that is input as an index to an array is parsed as a watch-expression. |
Note 4. | To specify a member variable of base class, specify scope before a member name.
(Example: variable.BaseClass::member) |
Note 5. | If a label name or EQU symbol name contains a "$," enclose the name in braces "{ }."
(Example: {$Label})
When you specify the CPU register name "I", add ":REG" (e.g. I:REG) to distinguish it from the keyword "I" that indicates an imaginary number. |
From "Table 2.29 Basic Input Format of Address Expressions", the following address expressions with operator can be constructed.
Table 2.30 | Construction of Address Expressions with Operators |
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(Expression)
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Specifies the order in which operations are performed
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-Expression
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Inverts sign
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!Expression
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Logical negation
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~Expression
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Bit inversion
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Expression * ExpressionNote
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Multiplication
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Expression / ExpressionNote
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Division
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Expression % ExpressionNote
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Remainder calculation
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Expression + ExpressionNote
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Addition
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Expression - ExpressionNote
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Subtraction
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Expression & ExpressionNote
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Bit-wise logical AND
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Expression ^ ExpressionNote
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Bit-wise logical exclusive OR
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Expression | ExpressionNote
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Bit-wise logical (inclusive) OR
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Note | Variables and functions can be combined by an operator only with variables, functions and integer constants. (Example: C variable name + I/O register name) |
(b) | Watch-expression and operator |
With watch-expression, the value of a symbol is used to perform operations. Only when the value does not exist, the address of the symbol is used to perform operations. (Example: main( ) + 1)
The basic input formats of watch-expressions are as follows:
Table 2.31 | Basic Input Format of Watch-expressions |
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C/C++ variable nameNote 1
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Value of a C/C++ variable
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Expression[Expression]
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Element values of an array
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Expression.Member nameNote 2
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Member values of a structure/union/class
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Expression->Member nameNote 2
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Member values of the structure/union/class pointed to by a pointer
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Watch-expression.*Cast expression
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Value of a pointer to member variable
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Watch-expression->*Cast expression
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Value of a pointer to member variable
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*Expression
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Value of pointer variable
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&Expression
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Location address
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CPU register name
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Value of a CPU register
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I/O register name
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Value of an I/O register
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Label nameNote 3, EQU symbol nameNote 3, [immediate value]
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Value of a label, value of an EQU symbol, value of an immediate address
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Integer constant
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Constant value of an integer
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Floating constant
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Constant value of a floating point
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Character constant
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Constant value of a character
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Note 1. | It represents C89, C99 and C++ variables. |
Note 2. | To specify a member variable of base class, specify scope before a member name.
(Example: variable.BaseClass::member) |
Note 3. | If a label name or EQU symbol name contains a "$," enclose the name in braces "{ }."
(Example: {$Label})
Any imaginary number must be multiplied by an uppercase "I" (e.g. 1.0 + 2.0*I). When you specify the CPU register name "I", add ":REG" (e.g. I:REG) to distinguish it from the keyword "I" that indicates an imaginary number. |
From "Table 2.31 Basic Input Format of Watch-expressions", the following watch-expressions with operator can be constructed. For the operators listed in the table below, the expression is parsed according to C language specifications.
Table 2.32 | Construction of Watch-expressions with Operators |
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(Expression)
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Specifies the order in which operations are performed
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!Expression
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Logical negation
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~Expression
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Bit inversion
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Expression * ExpressionNote
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Multiplication
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Expression / ExpressionNote
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Division
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Expression % ExpressionNote
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Remainder calculation
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Expression + ExpressionNote
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Addition
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Expression - ExpressionNote
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Subtraction
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Expression & ExpressionNote
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Bit-wise logical AND
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Expression ^ ExpressionNote
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Bit-wise logical exclusive OR
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Expression | ExpressionNote
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Bit-wise logical (inclusive) OR
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Note | Variables and functions can be combined by an operator only with variables, functions and integer constants. (Example: C variable name + I/O register name) |