Assembly Language Syntax Error
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Error A2008 Syntax Error
Learn more about hiring developers or posting ads with us Stack Overflow Questions Jobs Documentation error a2008: syntax error : c Tags Users Badges Ask Question x Dismiss Join the Stack Overflow Community Stack Overflow is a community of 4.7 million programmers, just assembly language syntax and program structure like you, helping each other. Join them; it only takes a minute: Sign up Syntax errors in my assembly code [closed] up vote -7 down vote favorite 1 I had this code and I was wondering if
Error A2008 Assembly
anyone would be willing to help me get it working. TITLE MASM Template (main.asm) ; Description: this code is supposed to print out each letter followed by a space and then the capitalized version on seperate lines ; Revision date: INCLUDE Irvine32.inc .data myArray byte 'l','s','d','t','h','c','f','u','c','k' ;my array of 10 characters .code main PROC mov ecx,0 ;clears ecx mov ecx,LENGTHOF myArray ;should be 10 mov edi,OFFSET myArray ;will point to the beginning of the array
Assembly Language Syntax Pdf
mov eax,0 ;clears eax mov esi,0 ;clears esi LOne: mov eax,myArray[esi] ;points the pointer at the beginning of myArray WriteChar eax ;prints the designated value in the array WriteChar 32 ;prints a space (32 is the ascii value for ' ') sub eax,32 ;subtracts 32 from the ascii value of the char ;the capital version of each letter is -32 of its ascii value WriteChar eax ;prints the capital version call CLRF ;prints new line inc esi ;increments esi to the next array value dec ecx ;decrements ecx, moving it through the array loop LOne ;loops back until ecx is equal to zero exit main ENDP END main It won't compile giving me syntax errors. 1>main.asm(22): error A2008: syntax error : eax 1>main.asm(23): error A2008: syntax error : WriteChar 1>main.asm(26): error A2008: syntax error : eax 1>main.asm(21): error A2022: instruction operands must be the same size 1>main.asm(27): error A2006: undefined symbol : CLRF assembly syntax masm irvine32 share|improve this question edited Jan 7 at 8:24 rkhb 7,55271628 asked Sep 23 '11 at 3:16 Mattj7 614 closed as not a real question by Jaguar, bensiu, TheHippo, syb0rg, kolossus May 2 '13 at 3:16 It's difficult to tell what is being asked here. This question is ambiguous, vague, incomplete, overly broad, or rhetorical and cannot be reasonably answered in its current form. For help
Assembler Syntax The SunOS 5.x SPARC assembler takes assembly language programs, as specified in this document, and produces relocatable object files for processing by the SunOS 5.x SPARC link editor. The assembly language syntax error endp described in this document corresponds to the SPARC instruction set defined in the
Error A2008 Syntax Error In Instruction
SPARC Architecture Manual (Version 8 and Version 9) and is intended for use on machines that use the SPARC assembly language commands list architecture. This chapter is organized into the following sections: 2.1 Syntax Notation 2.2 Assembler File Syntax 2.3 Lexical Features 2.4 Assembler Error Messages 2.1 Syntax Notation In the descriptions of assembly language http://stackoverflow.com/questions/7523869/syntax-errors-in-my-assembly-code syntax in this chapter: Brackets ([ ]) enclose optional items. Asterisks (*) indicate items to be repeated zero or more times. Braces ({ }) enclose alternate item choices, which are separated from each other by vertical bars (|). Wherever blanks are allowed, arbitrary numbers of blanks and horizontal tabs may be used. Newline characters are not allowed in place of blanks. 2.2 Assembler File https://docs.oracle.com/cd/E19120-01/open.solaris/816-1681/assemblersyntax-68740/index.html Syntax The syntax of assembly language files is: [line]* 2.2.1 Lines Syntax The syntax of assembly language lines is: [statement [ ; statement]*] [!comment] 2.2.2 Statement Syntax The syntax of an assembly language statement is: [label:] [instruction] where: label is a symbol name. instruction is an encoded pseudo-op, synthetic instruction, or instruction. 2.3 Lexical Features This section describes the lexical features of the assembler syntax. 2.3.1 Case Distinction Uppercase and lowercase letters are distinct everywhere except in the names of special symbols. Special symbol names have no case distinction. 2.3.2 Comments A comment is preceded by an exclamation mark character (!); the exclamation mark character and all following characters up to the end of the line are ignored. C language-style comments (``/*…*/'') are also permitted and may span multiple lines. 2.3.3 Labels A label is either a symbol or a single decimal digit n (0…9). A label is immediately followed by a colon ( : ). Numeric labels may be defined repeatedly in an assembly file; normal symbolic labels may be defined only once. A numeric label n is referenced after its definition (backward reference) as nb, and before
Assembly - Basic Syntax Assembly - Memory Segments Assembly - Registers Assembly - System Calls Assembly - Addressing Modes Assembly - Variables https://www.tutorialspoint.com/assembly_programming/assembly_basic_syntax.htm Assembly - Constants Assembly - Arithmetic Instructions Assembly - Logical Instructions Assembly - Conditions Assembly - Loops Assembly - Numbers Assembly - Strings Assembly - Arrays Assembly http://www.freepascal.org/docs-html/user/usersu100.html - Procedures Assembly - Recursion Assembly - Macros Assembly - File Management Assembly - Memory Management Assembly Useful Resources Assembly - Quick Guide Assembly - Useful Resources syntax error Assembly - Discussion Selected Reading Developer's Best Practices Questions and Answers Effective Resume Writing HR Interview Questions Computer Glossary Who is Who Assembly - Basic Syntax Advertisements Previous Page Next Page An assembly program can be divided into three sections − The data section, The bss section, and The text section. The data assembly language syntax Section The data section is used for declaring initialized data or constants. This data does not change at runtime. You can declare various constant values, file names, or buffer size, etc., in this section. The syntax for declaring data section is − section.data The bss Section The bss section is used for declaring variables. The syntax for declaring bss section is − section.bss The text section The text section is used for keeping the actual code. This section must begin with the declaration global _start, which tells the kernel where the program execution begins. The syntax for declaring text section is − section.text global _start _start: Comments Assembly language comment begins with a semicolon (;). It may contain any printable character including blank. It can appear on a line by itself, like − ; This program displays a message on screen or, on the same line along with an instruction, like − add eax, ebx ; adds ebx to eax A
error is reported when a constant assembler expression is too big to be evaluated by the constant parser. Try reducing the number of terms. Invalid numeric format in asm evaluator This fatal error is reported when a non-numeric value is detected by the constant parser. Normally this error should never occur. Invalid Operator in asm evaluator This fatal error is reported when a mathematical operator is detected by the constant parser. Normally this error should never occur. Unknown error in asm evaluator This fatal error is reported when an internal error is detected by the constant parser. Normally this error should never occur. Invalid numeric value This warning is emitted when a conversion from octal, binary or hexadecimal to decimal is outside of the supported range. Escape sequence ignored This error is emitted when a non ANSI C escape sequence is detected in a C string. Asm syntax error - Prefix not found This occurs when trying to use a non-valid prefix instruction. Asm syntax error - Trying to add more than one prefix This occurs when you try to add more than one prefix instruction. Asm syntax error - Opcode not found You have tried to use an unsupported or unknown opcode. Constant value out of bounds This error is reported when the constant parser determines that the value you are using is out of bounds, either with the opcode or with the constant declaration used. Non-label pattern contains @ This only applied to the m68k and Intel styled assembler. This is reported when you try to use a non-label identifier with an '@' prefix. Internal error in Findtype() Internal Error in ConcatOpcode() Internal Errror converting binary Internal Errror converting hexadecimal Internal Errror converting octal Internal Error in BuildScaling() Internal Error in BuildConstant() internal error in BuildReference() internal error in HandleExtend() Internal error in ConcatLabeledInstr() These errors should never occur. If they do then you have found a new bug in the assembler parsers. Please contact one of the developers. Opcode not in table, operands not checked This warning only occurs when compiling the system unit, or related files. No checking is performed on the operands of the opcodes. @CODE and @DATA not supported This T