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f
The double argument is converted to decimal notation in
the format [–]ddd.ddd, where the number of digits after
the decimal point is equal to the precision specification. If
the precision is not specified, it is 6 by default; if the
precision is explicitly zero, no decimal point appears. If
there is a decimal point, at least one digit appears before it.
g, G
The double argument is printed in f or e notation, or in F or
E notation when G is used. The precision specifies the
number of significant digits. The notation used depends on
the value converted; e or E notation will be used only if the
exponent resulting from the conversion is less than –3 or
greater than or equal to the precision. Trailing zeros are
removed from the result; a decimal point appears only if it is
followed by a digit.
h
The argument is either the debugger internal variable
@HLPC, or a high level line number preceded by the #
character. Source lines are formatted as strings according to
%s rules. (Note: See @HLPC in the "Registers" chapter of
this manual.)
m
The argument is an instruction address. The disassembled
instruction is treated as a string.
s
The argument is a string. The characters from the string are
copied to the output until a NULL character is encountered
or the maximum number of characters specified have been
printed.
u
The argument is converted to unsigned decimal format.
v
The argument is displayed according to its type.
w
The argument is is a window number. The current contents
of the window are written to the specified window.
X
The argument is converted to hexadecimal. Letters are
displayed in upper case. 0x is not printed before the value.
Chapter 9: Debugger Commands
Expression Fprintf
313
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