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Machine language is often (incorrectly) referred to as binary language. Binary is a numbering system comprised of zeros and ones. (Also thought of as true/false, or originally from the electronic ancestry, on and off.) Machine language is the instructions that computers understand. These instructions are comprized of binary values which instruct the CPU to perform specific actions.
The language is often termed Spanglish which has evolved as something quite different from Spanish.
Computers only understand machine code. Low-level Assembler language and all high-level languages must be assembled or compiled to machine code in order to execute. However, the computer itself can be programmed (with a machine-code program) to generate the required machine code from either a low-level or high-level input. Low-level Assembler is an almost one-to-one translation of symbols and mnemonics to machine code whereas high-level languages often compile to object code which is then linked to produce machine code. Interpreted high-level languages are not compiled to machine code but are interpreted by another program, an interpreter, which translates each line of high-level code into the required machine code at runtime. Java, for instance, compiles to byte code suitable for the Java virtual machine. The JVM is a machine code program that interprets the byte code to produce machine-specific machine code. As a result of this interpretation, Java programs are much slower than machine-coded implementations of the same program.
Ultimately, the processor that is used in any robotic device must execute the binary instructions that correspond with that processor. But processors are often programmed using a high level language such as C++ or Java, then the programmer runs the code through either a compiler or interpreter to convert the program into binary. Often the manufacturers of a processor may have provided several high level languages that work with a specific processor, giving the programmer options as to which language might best serve his/her needs. The binary instructions and the higher level programming language are often referred to as a language for processors, whether in robots or other automation devices.
Converting machine language to a high-level language is very difficult. It is not possible to convert machine language back to the original high-level source code because there are an infinite number of source code files that can produce any given machine language output. For example, machine language uses memory addresses or stack locations to store variables, so all variable names used in the source code are lost and cannot be regenerated. There are some reverse compiler tools that can produce a probable high level language file from machine language. And some machine code file formats store information about source code for debugging or tracing, and when available, that information can be very useful to reverse-compile machine code. It is also possible to generate an assembly language file that is close to the machine code, and although that is not high-level it is more human readable.
Excessive and lingering anger over other drivers behave on the road is often termed
Business communication is often termed as the lifeblood of business concern justify this statement with an example?
It is often called Binary. There are only 2 symbols, usually "0" and "1". Digital devices often use Binary.
theories
It is often termed a splendid little war.
Inflammation caused by a pathogen is often termed microbial infection. The signs of inflammation include swelling, redness, pain, and a fever.
A compiled language is written and then run through a compiler which checks its syntax and compresses it into a binary executable. Since an interpreted language is not compiled, it must be checked for errors at run-time, which makes it quite a bit slower than a compiled language (like C or Java). Perl is an example of an interpreted language. Remember, though, that just because a language is interpreted doesn't necessarily mean it is not full-featured, or simplistic. Perl can get very complex and very cryptic, very quickly.