General information about Assembly
Assembly is a software development tool used for low-level programming. It is a symbolic representation of machine code, which is directly executed by the computer's CPU. Assembly language provides direct access to a computer’s hardware, making it ideal for tasks that require high performance or have specific hardware requirements.
It translates mnemonic codes into executable machine code, making it easier for programmers to read and write than binary code. However, it requires a deep understanding of the computer architecture and is more complex to use than higher-level languages. Each CPU architecture has its own version of Assembly language, making it less portable than other languages.
Despite its complexity and specificity, Assembly is still used in system software, real-time systems, and hardware manipulation due to its power and efficiency.
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See alternatives to Assembly like Adobe Premiere Pro or Pixpa.What is Assembly used for?
Assembly is a valuable software development tool for small businesses that require optimal performance from their systems. It allows for low-level programming, offering direct control over computer hardware. This can be useful, for example, for optimizing data processing operations or for developing customized system software. Despite its complexity, its use can lead to faster and more efficient software. Moreover, promotions on Assembly can make this powerful tool more accessible for small businesses.Assembly features
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Symbolic representation
It is a symbolic representation of machine code, which is directly executed by the computer's CPU -
Low-level programming
Assembly is used for low-level programming, providing direct access to a computer's hardware -
Complexity
Assembly requires a deep understanding of the computer architecture and is more complex to use than higher-level languages -
High performance
Assembly is ideal for tasks that require high performance or have specific hardware requirements -
Specificity
Each CPU architecture has its own version of Assembly language, making it less portable than other languages.
29 Assembly Reviews
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Amanda M
Efficient Assembly Tracking and Exceptional Simulation Capabilities
it allowed me to track changes and revert back to previous versions of my assembly when necessary. The software's simulation capabilities were outstanding
October 20, 2024
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Kenneth N
DeVry Experience: A Journey of Recognition
I had a positive experience with Assembly. I value its feature that allows me to acknowledge colleagues who may have been unnoticed. At present, I have no complaints about it.
October 12, 2024
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Amy A
Excellent Service, Prompt and Friendly.
I hired Any Assembly to install an IKEA kitchen and overall, I wouldn't hire them again for several reasons. On the positive side, the contractors were committed and found solutions when replacement parts for my outdated kitchen weren't available. They also addressed my concerns about the final cabinet installation. However, they often arrived late in the evening, working until late at night which was difficult for my family. The project, initially estimated to take a weekend, extended into a week, disrupting our plans. They even suggested we leave our door unlocked or leave keys under the mat for them to start work when we weren't home. The late arrivals and limited work hours likely contributed to the project extension. After they left past midnight on the final day, I noticed several issues including crooked drawer pulls, missing soft-close mechanisms on some cabinets, chipped counter edges, uncleaned cabinets despite a clean-up fee, and personal trash left behind. I found their lack of attention to detail and disregard for the fact they were working in someone's home disappointing.
October 8, 2024
Assembly: Pros & Cons
Pros
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Direct Hardware Control: Assembly language allows direct control over the hardware, enabling programmers to manipulate specific hardware functions
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High Performance: Assembly code is converted directly into machine code, making it faster and more efficient than higher-level languages
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Small Memory Footprint: Programs written in assembly language tend to have a smaller memory footprint, as they do not require additional runtime environments or interpreters.
Cons
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Lack of portability: Assembly code is specific to a particular hardware platform and cannot be easily transferred to another
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Complexity: Assembly language is low-level and harder to understand than high-level languages
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Time-consuming: Writing and debugging in assembly takes much longer than in high-level languages.
Why is Assembly better than other Application Development software?
Assembly has more positive reviews than Adobe Premiere Pro: 100 vs 95
Assembly is better at support than Adobe Premiere Pro: 5.0 vs 4.6
Assembly is easier to use than Adobe Premiere Pro: 5.0 vs 4.7
Assembly is more suitable for small businesses thanks to its good value for money than Adobe Premiere Pro: 4.8 vs 4.6
Assembly has more features than Adobe Premiere Pro: 84 vs 70
Assembly is a better solution based on percentage of positive reviews than Pixpa: 100 vs 98
Assembly is easier to set up than Pixpa: 5.0 vs 4.5
Assembly is more versatile than Pixpa: 84 vs 56
