0
One well known and good assembler is NASM. (Netwide ASseMbler). This can be found at http://nasm.sf.net
1 answer
An assembler which runs on a computer for which it produces object codes
1 answer
An absolute assembler is a computing term for an assembler which generates code which uses only absolute addresses.
1 answer
There are several examples of assemblers:
GAS - the GNU Assembler
MASM - Microsoft Macro Assembler
NASM - Netwide Assembler
The assembler is the program which converts assembly code into machine code - a necessary step to prepare a program for execution.
1 answer
Meta-assembler is a program that accepts the syntactic and semantic description of an assembly language, and generates an assembler for that language.
1 answer
Meta-assembler is a program that accepts the syntactic and semantic description of an assembly language, and generates an assembler for that language.
1 answer
Assembly langue is translated into machine language by an assembler.
3 answers
what is the difference between an assembler and the translator
1 answer
Assembler directives are also known as pseudocode.It is instruction to assembler regarding the program to be assembled. For example ORG 4000 is an assembler directive which tells the assembler that program is stored from location 4000.
1 answer
pass 1 assembler is assembler which convert assembly level language into machine level language in one pass only
1 answer
Two main options for the design of assembler are:
1. One pass assembler
2. Multi-pass assembler
One pass assemblers generally have problem of "forward referencing" which is resolved by using mulitpasses
1 answer
Initial Orders was the first assembler. It was developed for the EDSAC in 1949.
1 answer
The objective of assembler is to provide a programmer oriented interface to the hardware of a particular computer
1 answer
The Microsoft Macro Assembler (abbreviated MASM) is an x86 high-level assembler for DOS and Microsoft Windows.
Microsoft Assembeler for MS Dos
M As M
Today, MASM is still the most popular assembler,[1] despite competition from new products such as NASM and Yasm, FASM, and HLA.
1 answer
Kevin McQuillen has written:
'DOS/VSE assembler language' -- subject(s): Assembler language (Computer program language), DOS/VSE
'MVS assembler language' -- subject(s): Assembler language (Computer program language), IBM MVS
1 answer
An Assembler converts an assembly language source code into machine-specific code.
1 answer
Most of the compiler's that are used to compile programs is coded with the old assembler language. Assembler is also the older language which is used in the old Mainframe environment
1 answer
Micro assembler is a assembler which is a sub part of assembler. It is also translate a low level language to machine level language.
Sri himadri sekhar maiti
lecturer
department of computer science
raja n.l. Khan women's college
guest lecturer
department of computer science
vidyasagar university
guest lecturer
department of computer science
kharagpur college
1 answer
The output of an assembler is a part or all of a product. An assembler can work in a variety of manufacturing operations with the right training.
2 answers
The functions of an assembler mainly include fitting in parts of a computer together. This is what is commonly known as assembly of a computer.
1 answer
It is an assembler language programmer
2 answers
The functions of an assembler mainly include fitting in parts of a computer together. This is what is commonly known as assembly of a computer.
1 answer
Manual coding of 8086 is difficult hence we use a assembler or a compiler. Note that the microprocessor should be able to interpret your discussions via the program. Suppose if the instruction corresponds to word(16 bits), we use assembler directive WORD PTR, but when assembler is contacting the processor it sets a bit called 'w' indicating its a byte operation.
3 answers
an assembler is aroutine program that translates assemly language source code to a machine language object code
1 answer
For completing all the tasks, an assembler needs some hints from the programmer, i.e. the required storage for a particular constant or a variable, logical names of the segments, types of the different routines and modules, end of file, etc. These types of hints are given to the assembler using some predefined alphabetical strings called assembler directives, which help the assembler to correctly understand the assembly language programs to prepare the codes.
1 answer
Assembler However, because the computer does not understand mnemonics, we utilise Assembler to convert them into machine language. Assembler is a machine code translator that accepts assembly code as input and outputs machine code.
To learn more about data science please visit- Learnbay.co
2 answers
An assembler takes abbreviated names for computer instructions, like "MOV", and turns them into the numeric bytes which, when loaded into memory, can be executed by the CPU.
1 answer
Rainer Alletsee has written:
'Assembler' -- subject(s): Assembler language (Computer program language), Study and teaching
1 answer
An Assembler converts assembly language instructions into machine language.
2 answers
I am not sure about the answer but think so,
Assembler: Its a program that converts a low level language into machine code, and there is a one-to-one correspondence between the source language statements and machine instructions
Macro- Assembler: It performs the same task as does the assembler but there is some times a one-to-many correspondence between the source language statements and machine instructions.
Please discuss further...
1 answer
There is only one type of low-level language: assembler language. However, every architecture has its own specific version of assembler.
1 answer
For completing all the tasks, an assembler needs some hints from the programmer, i.e. the required storage for a particular constant or a variable, logical names of the segments, types of the different routines and modules, end of file, etc. These types of hints are given to the assembler using some predefined alphabetical strings called assembler directives, which help the assembler to correctly understand the assembly language programs to prepare the codes.
1 answer
For completing all the tasks, an assembler needs some hints from the programmer, i.e. the required storage for a particular constant or a variable, logical names of the segments, types of the different routines and modules, end of file, etc. These types of hints are given to the assembler using some predefined alphabetical strings called assembler directives, which help the assembler to correctly understand the assembly language programs to prepare the codes.
1 answer
The task that the Assembler needs to be perform among of these are....
- the assembler takes its source code as assembly language program.
- making direct hardware access for device driver.
- produce machine code.
8 answers
Single Pass Assembler A single pass assembler scans the program only once and creates the equivalent binary program. The assembler substitute all of the symbolic instruction with machine code in one pass. Advantages
Every source statement needs to be processed once.
Disadvantages
We cannot use any forward reference in our program. Forward Reference
Forward reference means; reference to an instruction which has not yet been encountered by the assembler. In order to handle forward reference, the program needs to be scanned twice. In other words a two pass assembler is needed.
4 answers
The first generation C++ compiler was written in C. Newer generations of C++ compilers are written using the previous generation of C++, however some implementations also use assembler, either in part or in whole.
Bear in mind that one of the first programs ever written for a computer was an assembler. Before assembler, all code had to be written in machine code, the native language of the computer, which was labour intensive and prone to error. But that was exactly how the first generation assembler had to be written. Thereafter, the assembler was used to create the next generation assembler, and the next, until high-level languages began to appear (again, written in assembler), until C finally appeared, which eventually led to C++.
2 answers
