Demo Smart Place Language

Theory of languages

The project consists in the definition of a language called DSPL (Smart Place Scene Language) and in the implementation of a translator for said language.

The translator will receive a program written in the DSPL language and generate a C ++ program that, with the help of a library (provided) called "dspl environment" will simulate the behavior of the different intelligent elements of the house

Lenguaje structure

1. C++ Definitions
2. Zone 1
   1. Variables definition
   2. Variables asignations
   3. Sensors
   4. Actuators
3. Separation Token
4. Zone 2
   1. Behaviour

Extensions

• The control structures may include other nested control structures.
  • The knotting of loops and even logical conditions is allowed. This is thanks to the design of the grammar
• The extension will consist of the storage of the arithmetic and logical expressions in an auxiliary control structure
  • A linked list has been used to store all the variables that are carried out within a scenario. This means that there is a table for each scenario.

Data Structures

External Libraries

Name	Url	Modifications
HashMap	https://github.com/chennqqi/map	Self Modified
LinkedList	https://github.com/ivanseidel/LinkedList	Raw

HashMap

Making use of an open source C ++ library uploaded to the GitHub network, and with small modifications to be able to store custom values, it could be used for a very fast and effective storage of the data

License: This library is free software; you can redistribute it and/or modify it under the terms of the MIT license

LinkedList

Making use of another open source library, a Linkdlist folder is added, where a single header file will have the necessary code

License: The MIT License (MIT)

Copyright (c) 2015 Ivan Seidel

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

Usage

// Clean all compilation files of the program
make clean

// It will show the help output provided by bison
make logger

// Only the program will compile
make

// Compile and run the program using ./translator example1.dsp
make run

Output example

Nameless:gsiestos Guille$ make run
make
make[1]: `traductor' is up to date.
./traductor ejemplo1.dsp


******************************************************

] { ESCENA }----------------------------------------------------------------------------------------
0 | Comando: 0   | Parametro 1: indoorTemp   | Parametro 2: 18.2
1 | Comando: 1   | Parametro 1: Heat         | Parametro 2: ON
2 | Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: "Calefacción encendida"
3 | Comando: 3   | Parametro 1: 3            | Parametro 2:
4 | Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: OFF
5 | Comando: 0   | Parametro 1: indoorTemp   | Parametro 2: 28.2
6 | Comando: 1   | Parametro 1: Heat         | Parametro 2: OFF
7 | Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: "Calefacción apagada"
8 | Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: OFF
]----------------------------------------------------------------------------------------

] { ESCENA }----------------------------------------------------------------------------------------
0 | Comando: 0   | Parametro 1: indoorTemp   | Parametro 2: 18.2
1 | Comando: 1   | Parametro 1: Heat         | Parametro 2: ON
2 | Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: "Calefacción encendida"
3 | Comando: 3   | Parametro 1: 3            | Parametro 2:
4 | Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: OFF
5 | Comando: 0   | Parametro 1: indoorTemp   | Parametro 2: 28.2
6 | Comando: 1   | Parametro 1: Heat         | Parametro 2: OFF
7 | Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: "Calefacción apagada"
8 | Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: OFF
9 | Comando: 3   | Parametro 1: 1            | Parametro 2:
10| Comando: 0   | Parametro 1: S            | Parametro 2: 100
11| Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: "Alarma. Alta probabilidad de incendio"
12| Comando: 4   | Parametro 1: 2            | Parametro 2:
13| Comando: 1   | Parametro 1: A            | Parametro 2: ON
14| Comando: 3   | Parametro 1: 1            | Parametro 2:
15| Comando: 1   | Parametro 1: Whatsapp     | Parametro 2: OFF
]----------------------------------------------------------------------------------------
******************************************************


------------- HashMap ------------------------------------------------------------------
Key:                f  | Type:   0 | Value:           20 | Posicion: <  0,  0> | Alias:
Key:                A  | Type:  20 | Value:              | Posicion: <  0,  0> | Alias:
Key:           Winter  | Type:  30 | Value:              | Posicion: <  0,  0> | Alias:
Key:                S  | Type:  12 | Value:              | Posicion: <250,250> | Alias: "SH"
Key:                c  | Type:   0 | Value:            4 | Posicion: <  0,  0> | Alias:
Key:       indoorTemp  | Type:  10 | Value:              | Posicion: < 25, 25> | Alias: "T1"
Key:       summerTemp  | Type:   1 | Value:    24.500000 | Posicion: <  0,  0> | Alias:
Key:       winterTemp  | Type:   1 | Value:    20.825001 | Posicion: <  0,  0> | Alias:
Key:              msg  | Type:   3 | Value: "Alarma. Alta probabilidad de incendio" | Posicion: <  0,  0> | Alias:
Key:         p_Sensor  | Type:   2 | Value:    < 25, 25> | Posicion: <  0,  0> | Alias:
Key:             Fire  | Type:  30 | Value:              | Posicion: <  0,  0> | Alias:
Key:         Whatsapp  | Type:  22 | Value:              | Posicion: <150,550> | Alias: "CA"
Key:             Heat  | Type:  21 | Value:              | Posicion: <150,550> | Alias: "CA"
----------------------------------------------------------------------------------------

Conclusions

With this project we have learned how text recognizers work, how they detect errors, and how a compiler behaves. In addition, the organization and cleanliness of the code is essential in this type of project based on recursion. It helps us to have a more abstract and at the same time profound vision of the internal functioning of any program. It has been a long but didactic project to reinforce what was studied in the theoretical classes of the subject.

License

MIT License