Awlsim soft-PLC is a simple to use tool that acts as a CPU AWL simulator for Step 7 PLC devices. The tool comes in handy when you need to test the capacity of a particular CPU by sending thousands of instructions per second.
S7 compatible AWL/STL simulation
The utility can be used with PLC hardware since it offers a suitable response in terms of speed and accuracy. Moreover, it provides support for the S7-3xx and S7-4xx CPU families, being capable of emulating CPUs with two and four accumulator registers.
You can manually choose the number of analyzed accumulator registers, as well as specify the clock memory and the mnemonics language for AWL.
This Python-build utility can send thousands to millions or AWL/STL instructions per second, based on the Python interpreter and the capabilities of the host machine. Aside from that, the tool can operate as a simulator core or connect to an external core, on a specified port range. You may manually add sources and define symbol tables or libraries.
Observe several CPU functionality details
Once connected to a simulated or external core, you can run the CPU analysis and view the results in real-time. Awlsim soft-PLC can display the response for several parameters, including the S7-CPU, STW, accuracy, PStack, calls, speed or the CycleT. You can inspect specific input/output memory parameters.
Awlsim soft-PLC allows you to download individual sources to CPU or set all the sources to be downloaded at the same destination.
Reliable CPU emulator
The tool supports analyzing one or more hardware modules, that you can configure yourself or select from the available templates: debug, dummy, Linux CDC or pyprofibus. Each module can be customized by adding or re-defining parameters and values.
Awlsim soft-PLC comes with a series of sample libraries you can use in the analysis to obtain the desired parameter results, or just load the standard library.

The tool is based on AWL/STL functionalities, and can be used for several systems. You can connect to external cores or analyze a simulated system. Connect to an external or simulated core, if you are building a test bench or testing a validation environment.
Download Awlsim soft-PLC now and get started.Wat Phasalai

Wat Phasalai (; ) is a Buddhist temple in Bangkok, Thailand, built by King Rama III in 1833 on the ruins of the temple Wat Tha Sala. It is the most important structure of the complex of which it is a part. Wat Phasalai is known for its beauty and its association with the poet Sunthorn Phu (1849-1932), who is buried in the temple. Wat Phasalai is one of the 100 most visited places in Thailand.

Name
The temple is named after the Buddha statue that was the main object of veneration here. In Thai, “วัดพัสลาย” (wǎn phasalài) means “Temple of the Golden Buddha”.

Location
Wat Phasalai stands on the site of the original or Tha Sala temple of which it is a part. It is one of six Buddhist temples mentioned in the name of the central Wat Tha Sala temple compound, the central four of which are Wat Tha Phra Thaen, Wat Lokayuth Te Suwan, Wat Chakkraphat and Wat Phra Kaew.

History

The original temple was built by King Rama II (1782-1809) during his reign. The ruins of the original temple were excavated and moved to new foundations in Bangkok in 1833 by King Rama III, who then ordered construction of a new temple in its place. The new temple was completed in 1836 under the supervision of Sangharat.

Wat Phasalai was dedicated as a Mahayana temple, but over the years since it was built, it has lost much of its monastic character due to the emergence of a large number of new temples in Bangkok during the 19th and early 20th centuries.

Reformation

In 1928, the temple was reformed by the Thai Rama IX, who transferred the main Buddha statue from the other temples in the complex to the present

Awlsim soft-PLC is a Python-based, multi-platform development tool built to simulate the CPU of Step 7 PLC devices. It helps you test the capacity of these CPU in terms of speed and accuracy. This CPU simulation environment is capable of simulating the two main S7-4xx series, as well as their STW version.
Features:
(1) Simulation of most steps of the S7 family.
(2) Supports S7-4xx as well as its STW version.
(3) Live analysis.
(4) System for CPU hardware emulation.
(5) Support for Linux CDC.
(6) Support for Python/multiprocessing.
(7) Download of entire, single or part of the sources to the CPU.
(8) Support for the addresses (POLLed, MTP, MTP/SH-POLLed, SRS, SRS/POLLed, PLL, PLL/SH-POLLed, POLLed-FP).
(9) Support for Call-to-Call-Back (C2CB), Call-to-Call-Back Double (C2CB-D) and Call-to-Call-Back Triple (C2CB-T).
(10) Support for the PStack (Polled-on-Trigger).
(11) Support for the Memory-on-Trigger (MOT).
(12) Support for the CycleT(continuous time).
(13) Support for a set of P/S/M/Q messages.
(14) Support for the parameters Speed, Accurate and Accuracy.
(15) Support for the parameters Cache, T/N, I/O and D/N.
(16) Support for the various sources: Machine Tool, Scheduler, I/O and II/O.
(17) Completely customizable.
(18) Free version.
Since the latest version requires Python, I have decided to remove the old versions from the GIT Repo. For information or issues you may use the following links.

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AWLSIM Software is a compact, powerful, easy-to-use and open-source S7 PLC simulators for Step 7 devices such as DCS, S7-3xx and S7-4xx. It is capable of simulating S7-3xx and S7-4xx CPUs with 2 and 4 accumulator registers, or running at CPU speed without a cycle memory.
Designed to use the Step7 license, it can run either under a graphical interface or a command line, with many functionalities to help you in your study.
For automation tasks, you can connect it to a PC, or add external cores in order to design test-benches. It can send thousands to millions of S7 instructions per second, with the possibility to monitor operation in real-time, or to download the results in text format.
High-level AWLSIM language allows full control on S7 signals. It can easily simulate any Step7 device with a graphical interface with limited effort.
It can be used as an S7 debugger. You can set output registers and monitor signal sets independently, with the possibility to download the results in XML format.
It is capable of writing code to provide real-time debugging, download to a text file or download to external cores.
It can save any S7 document or create a new one by importing a STEP-7 project.
Real-time execution
In order to obtain results in real-time, the tool runs in a separate Python process, so you don’t have to compile or install any third-party libraries. It’s possible to set parameters and to run the simulation from the Python shell or directly from a standalone application.
The main target is to simulate a Step7 CPU, but it is also able to work with a different PLC simulator available for other manufacturers, such as the Gpos ProgramS7 PLC simulator, or the SB. Modules that support other protocols can be added by manually editing the configuration files.
AWLSIM Tool Manual:
– Main Tool Information: [Quick Start Guide] [Step7 License]
– Installing and using AWLSIM: [Set up and Run Tests]
– PLC Models: [PLC Models] [Company Models] [Library Models] [Template Models] [Reverse Engineering Files]
– Execution Functions: [SetParameters] [Start/Stop] [Communicate]
– Results: [Stopwatch] [Cycle] [Stack

– is a CPU AWL/STL simulator;
– can simulate the machine code responses of the S7 family of CPUs;
– allows you to generate thousands of AWL/STL instructions per second;
– can send thousands to millions of instructions per second;
– can analyze one or more hardware modules, select the ones you want to simulate, customize them, and save them in one or more text files;
– supports Linux CDC and pyprofibus modules;
– can be used for debugging hardware or software analysis;
– shows memory response;
– allows the user to control the maximum memory length or set memory access functions as reads or writes;
– supports multilingual text files;
– can operate as a simulator core or connect to an external core, on a specified port range;
– allows you to specify parameters and values that are to be used when configuring the analysis;
– can be used in many projects that aim to improve CPU analysis;
– can simulate the machine code responses of the S7 family of CPUs;
– allows you to view the CPU analysis results in real time;
– is written in Python;
– is a part of the VAST-M family of VAST-CPI simulators;
– is completely open source;

AWLSIM

AWLSIM is a program for simulating the behavior of a CPU. It allows you to specify the behavior of a CPU in a textual way. This behavior is compiled into code by a pre-processor, which is responsible for writing the generated code into a binary executable. The binary executable is then loaded into memory and executed. The preprocessor can be configured to simulate either the hardware behaviour or the software behaviour.
The different use-cases include:
Simulation of the Hardware Behavior:
This case is used to simulation a real CPU when it is tested.
The CPU behaviour is specified in a way that requires the development of a model for the different internal states of the CPU. This model can be defined based on a state transition diagram.
Simulation of the Software Behaviour:
The software behaviour is specified in a way that requires the development of a model for the execution of a program. This model can be defined as a collection of instructions. The instructions in this case are defined as entry instructions and exit instructions.

AWLSIM Library

The AWLSIM Library is a library for creating AWLSIM compatible programs. The programs are written in ANSI

1..ISO file format and System Requirements are compatible with Windows 10
2. 1GHz CPU, 512 MB memory
3. Emulator can be easily set at Fullscreen
4. 1024 x 600 screen resolution, DPI: 200
5. Requires DirectX 9.0 compatible video card, Internet connection and ability to run unsigned, arbitrary executables from Internet
6. Internet connection
Note: Please install emulator to D:\ as the default.
Note 2: In order to download the game, please change the settings of your

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