Differences

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--- en:multiasm:papc:chapter_6_12 [2025/11/16 13:44] – [Constants] ktokarz
+++ en:multiasm:papc:chapter_6_12 [2025/11/17 08:33] (current) – [Constants] ktokarz
@@ Line 202: / Line 202: @@
 int_const_octal = 372o          ; finished with "o", "O", "q", or "Q"
 int_const_hex = 0FFA4h          ; finished with "h", or "H"
-int_const_expr = const_dec * 5
+int_const_expr = int_const_dec * 5
 </code>
 Floating-point numeric constants can be defined with the **EQU** directive only. The number can be expressed in decimal or scientific notation.
@@ Line 209: / Line 209: @@
 real_const2 EQU 6.28e2          ; scientific
 </code>
-Text string constants can be defined with **EQU** or **TEXTEQU** directives. Text constants assigned with the **EQU** directive can be redefined later in the program. The **TEXEQU** is considered a text macro and is described in the section about macros.
+Text string constants can be defined with **EQU** or **TEXTEQU** directives. Text constants assigned with the **EQU** or **TEXTEQU** directive can be redefined later in the program. The **TEXEQU** is considered a text macro and is described in the section about macros.
 <code asm>
 text_const1 EQU 'Hello World!'
 text_const2 EQU "Hello World!"
 </code>
-Integer constants:
-binary, 1b, 0101B, -10y, 111111Y
-octal, 34o, -746O, 2167q, 0Q
-decimal, 39, 12d, 1200D, -90t, 56T
-hex, 0h, 14A6h, 0FE3H
-.RADIX base directive:
-(.RADIX 16)
-Floating point constants:
-decimal notation, 1.0, 3.1415, -0.5
-exponent notation, 1e5, 1.56e-2, -15.7e+12
-String is an array of characters.
-‘Hello world’
-”123*x=???”
-Equal notations:
-mov BH,’A’
-mov BH,”A”
-mov BH,41h

en/multiasm/papc/chapter_6_12.1763300699.txt.gz · Last modified: 2025/11/16 13:44 by ktokarz