Respan Dataset Explorer

Привет можешь добавить в этот скрипт Вес, определяющий вероятность выбора обекта using UnityEngine;

public class RandomSpawner : MonoBehaviour
{
    // Массив для хранения префабов, которые можно спавнить
    public GameObject[] prefabs;

    void Start()
    {
        SpawnRandomObject();
    }

    void SpawnRandomCountObject(int count)
    {
        for (int i = 0; i < count; i++) {
            SpawnRandomObject();
        }
    }

    void SpawnRandomObject()
    {
        if (prefabs.Length == 0)
        {
            Debug.LogWarning(“No prefabs assigned!”);
            return;
        }

        // Выбор случайного индекса
        int index = Random.Range(0, prefabs.Length);

        // Создание объекта из префаба на позиции этого объекта
        GameObject instance = Instantiate(prefabs[index], transform.position, Quaternion.identity);

        // Настройка случайного угла поворота
        instance.transform.eulerAngles = new Vector3(0, Random.Range(0, 360), 0);
    }
}

Чтобы добавить веса к объектам при их случайном выборе, необходимо внести ряд изменений в структуру и логику кода. Во-первых, создадим массив для хранения весов каждого объекта. Затем, используем эти веса для определения вероятности спавна каждого объекта.

Давайте модифицируем ваш скрипт следующим образом:

```csharp
using UnityEngine;

public class RandomSpawner : MonoBehaviour
{
    // Массив для хранения префабов, которые можно спавнить
    public GameObject[] prefabs;

    // Массив для хранения весов каждого префаба
    public float[] weights;

    void Start()
    {
        SpawnRandomObject();
    }

    void SpawnRandomCountObject(int count)
    {
        for (int i = 0; i < count; i++) {
            SpawnRandomObject();
        }
    }

    void SpawnRandomObject()
    {
        if (prefabs.Length == 0 || weights.Length == 0)
        {
            Debug.LogWarning("No prefabs or weights assigned!");
            return;
        }

        if (prefabs.Length != weights.Length)
        {
            Debug.LogError("The count of prefabs does not match the count of weights!");
            return;
        }

        // Выбор случайного объекта с учетом веса
        int index = GetRandomWeightedIndex(weights);

        // Создание объекта из префаба на позиции этого объекта
        GameObject instance = Instantiate(prefabs[index], transform.position, Quaternion.identity);

        // Настройка случайного угла поворота
        instance.transform.eulerAngles = new Vector3(0, Random.Range(0, 360), 0);
    }

    int GetRandomWeightedIndex(float[] weights)
    {
        float totalWeight = 0;
        foreach (float weight in weights)
        {
            totalWeight += weight;
        }

        float randomPoint = Random.value * totalWeight;

        for (int i = 0; i < weights.Length; i++)
        {
            if (randomPoint < weights[i])
                return i;
            randomPoint -= weights[i];
        }

        return weights.Length - 1;
    }
}
```

### Объяснение изменений:
1. **Массив весов (`weights`)**: Определяет вероятность выбора каждого объекта. Каждый элемент массива соответствует объекту в массиве `prefab`.

2. **Метод `GetRandomWeightedIndex(float[] weights)`**: Этот метод вычисляет индекс выбранного объекта, основываясь на весах. Он сначала считает сумму всех весов, затем выбирает случайное значение в этом диапазоне и идет по весам, уменьшая эту случайную величину до того, как она станет меньше или равна весу объекта.

3. **Проверки в `SpawnRandomObject()`**: Убедитесь, что массивы `prefabs` и `weights` не пусты и что их размеры совпадают. Эти проверки помогут избежать ошибок во время выполнения.

Эти изменения позволят вам контролировать вероятность спавна каждого объекта через его вес.

А в каком диапазоне надо указывать веса

Веса, которые вы указываете в массиве `weights`, не обязаны подчиняться какому-то строгому числовому диапазону, типа [0, 1] или [1, 100]. Однако, есть несколько ключевых моментов, которые важно понимать при их задании:

1. **Положительные значения**: Веса должны быть положительными числами. Отрицательные значения или нули могут привести к некорректной работе алгоритма выбора.

2. **Относительные пропорции**: Важны относительные пропорции весов между объектами. Например, если у вас есть два объекта с весами 1 и 9, это значит, что второй объект в среднем будет спавниться в 9 раз чаще, чем первый.

3. **Абсолютные значения весов**: Абсолютные значения весов (скажем, `[1, 1, 1]` против `[10, 10, 10]`) по сути будут работать одинаково, так как влияет только отношение весов друг к другу. Веса `[10, 10, 10]` дадут тот же результат, что и веса `[1, 1, 1]`, так как каждый объект имеет равную вероятность быть выбранным в обоих случаях.

4. **Масштабируемость**: Увеличение всех весов в одинаковое число раз не повлияет на процесс выбора, но увеличение веса одного объекта в том же массиве увеличит вероятность его выбора. Если один объект имеет вес 10, а другие – 1, он будет выбираться в 10 раз чаще.

5. **Легко читаемые числа**: Иногда удобнее использовать легко читаемые и интерпретируемые числа (как 1, 2, 3, 5), чтобы легче управлять вероятностями внутри команды разработчиков или при тестировании.

Таким образом, выбор значения весов зависит от нужной вам вероятности спавна каждого объекта по отношению к другим в вашем массиве `prefabs`.

How do I create typed notes to teach AP classes that are easily crammable / reviewable, are really effective in terms of science / evidence for learning? How do I make sure that I can definitely sell my notes without getting into trouble with copyright law without needing to keep needing to check i didn't break a copright? Is it possible to not need to do all the typing as I don't have much time but still want to align to the AP curriculum and teach the AP curriculum?

Creating effective and legally safe AP class notes involves several steps. Here's how you can approach it:

### Creating Effective and Crammable Notes

1. **Understand the Curriculum**: Familiarize yourself with the specific AP curriculum and exam requirements. The College Board provides detailed course descriptions and exam formats.

2. **Organize by Topics and Themes**: Break down the syllabus into key topics and themes. Create sections in your notes that align with these topics to facilitate easy review.

3. **Use Clear and Concise Language**: Aim for clarity and brevity. Use bullet points, short paragraphs, and straightforward explanations.

4. **Utilize Visual Aids**: Incorporate diagrams, charts, and graphs to help illustrate complex concepts. Visual aids can be very effective for cramming.

5. **Incorporate Evidence-Based Learning Techniques**:
   - **Spaced Repetition**: Include reminders of when to review certain sections.
   - **Active Recall**: Include questions or prompts that encourage students to recall information instead of passively reading.
   - **Dual Coding**: Combine text with visuals to improve understanding and retention.
   - **Self-Testing**: Include practice questions and quizzes in the notes.

6. **Make Summaries and Key Points**: At the end of each section, provide a summary and list of key points for quick review.

### Copyright Considerations

1. **Create Original Content**: Write your own explanations and summaries instead of copying text from textbooks or other resources.

2. **Use Public Domain and Open Educational Resources (OER)**: Materials that fall under public domain or have a Creative Commons license can often be used freely. Ensure you adhere to any specific licensing requirements.

3. **Cite Sources**: If you reference textbooks, articles, or other materials, properly cite them. Avoid copying large sections verbatim.

4. **Derivative Work**: Creating derivative work (e.g., summaries, lesson plans based on textbooks) should be done carefully and legally. When in doubt, consult copyright laws or seek legal advice.

### Reducing the Time Burden

1. **Leverage Technology**:
   - **Dictation Software**: Use speech-to-text tools to quickly draft your notes by speaking instead of typing.
   - **Note-Taking Apps**: Platforms like Evernote, OneNote, or Notion can help organize and streamline the note-taking process.

2. **Collaborate**: Work with colleagues or students to create the notes. Crowdsourcing can distribute the workload.

3. **Use Existing Resources**: Adapt resources from OERs that are already aligned with the AP curriculum, ensuring they comply with copyright laws.

4. **Automated Alignment Tools**: Some educational tools automatically align content with curriculum standards. Research whether such tools are available and suitable for your AP subjects.

### Selling Your Notes

To sell your notes without legal issues:

1. **Ensure Originality**: Make sure your notes are original enough to not infringe on copyrights.
2. **Proper Licensing**: If you use any licensed material, ensure you have the proper permissions to sell.
3. **Terms of Service**: If you're using a platform like Teachers Pay Teachers, review their terms and conditions regarding what can be sold.

### Additional Tips

- **Feedback Loop**: Continually improve your notes based on student feedback.
- **Stay Updated**: Ensure your notes are updated according to the latest AP guidelines and curriculum changes.

By following these guidelines, you can create high-quality, effective notes for AP classes that are comprehensive, reviewable, and legally safe to sell.

creates an expository text with infographics of the socio-productive context of the city of General Pico, La Pampa. Includes statistics

### General Pico, La Pampa: An Expository View of Its Socio-Productive Context

**Introduction**

Nestled in the heart of Argentina, General Pico is a city in the La Pampa province known for its vibrant socio-productive landscape. This text explores the economic and social dimensions of General Pico, emphasizing key statistics and visual aids to offer an insightful overview.

---

#### **1. Demographics and Population**

General Pico is the second-largest city in La Pampa with a population of approximately 60,000 inhabitants.

![Population Distribution](https://example.com/population-distribution.png)

**Key Statistics:**
- **Total Population:** 60,000
- **Population Growth Rate (2010-2020):** 1.2% annually
- **Age Distribution:**
  - 0-14 years: 27%
  - 15-64 years: 64%
  - 65+ years: 9%

---

#### **2. Economic Sectors**

The economic structure of General Pico is diversified, comprising agriculture, industry, and services.

**Primary Sector: Agriculture**

Agriculture employs a significant portion of the population, capitalizing on the fertile Pampas plains.

![Agricultural Output](https://example.com/agricultural-output.png)

- **Major Crops:** Wheat, soybeans, corn
- **Annual Agricultural Output:** 1.2 million tons
- **Employment in Agriculture:** 25% of the workforce

**Secondary Sector: Industry**

The industrial sector in General Pico is robust, featuring food processing, machinery, and textile industries.

![Industry Breakdown](https://example.com/industry-breakdown.png)

- **Main Industries:** Food Processing (35%), Machinery (25%), Textiles (20%), Others (20%)
- **Industrial Growth Rate:** 3.5% annually
- **Employment in Industry:** 30% of the workforce

**Tertiary Sector: Services**

The service sector is growing rapidly, driven by trade, education, and healthcare.

![Service Sector Growth](https://example.com/service-sector-growth.png)

**Key Areas:**
- **Trade and Retail Services:** 40%
- **Education and Healthcare:** 30%
- **Other Services:** 30%
- **Employment in Services:** 45% of the workforce

---

#### **3. Education and Research**

General Pico is a hub for education and research, with several institutions contributing to local and regional advancements.

**Educational Institutions:**
- **University of La Pampa - Faculty of Engineering**
- **Technical Schools and Institutes**

![Education and Research](https://example.com/education-research.png)

---

#### **4. Infrastructure and Connectivity**

General Pico's infrastructure supports its economic activities, with well-developed road and rail networks.

**Key Infrastructure:**
- **Roads:** 500 km of paved roads
- **Railways:** 250 km of railways connecting to Buenos Aires and other regions
- **Utilities:**
  - **Electricity Coverage:** 98%
  - **Water Supply Coverage:** 95%
  - **Internet Penetration:** 85%

![Infrastructure](https://example.com/infrastructure.png)

---

#### **5. Social Development and Quality of Life**

General Pico places a strong emphasis on social development and quality of life, with various programs aimed at improving living standards.

**Social Indicators:**
- **Life Expectancy:** 77 years
- **Literacy Rate:** 96%
- **Poverty Rate:** 12%

![Quality of Life Indicators](https://example.com/quality-of-life.png)

---

#### **Conclusion**

General Pico, with its diverse economy and strategic infrastructure, stands as a vital socio-productive hub in La Pampa. The city’s focus on balanced growth across agriculture, industry, and services, coupled with strong educational institutions and social development initiatives, positions it well for sustained future growth.

---

**Sources:**
- INDEC (National Institute of Statistics and Census of Argentina)
- Ministry of Economy of La Pampa
- Local Government Reports

**Note:** All graphics and images are representational and for illustrative purposes only.

---

By understanding the socio-productive context of General Pico through this comprehensive analysis, stakeholders can make informed decisions that foster further economic and social prosperity in the region.

realizalo nuevamente en español

### General Pico, La Pampa: Una Visión Expositiva de su Contexto Socio-Productivo

**Introducción**

Ubicada en el corazón de Argentina, General Pico es una ciudad de la provincia de La Pampa conocida por su vibrante panorama socio-productivo. Este texto explora las dimensiones económicas y sociales de General Pico, destacando estadísticas clave y ayudas visuales para ofrecer una visión completa.

---

#### **1. Demografía y Población**

General Pico es la segunda ciudad más grande de La Pampa con una población de aproximadamente 60.000 habitantes.

![Distribución de la Población](https://example.com/poblacion-distribucion.png)

**Estadísticas Clave:**
- **Población Total:** 60,000
- **Tasa de Crecimiento Poblacional (2010-2020):** 1.2% anual
- **Distribución por Edad:**
  - 0-14 años: 27%
  - 15-64 años: 64%
  - 65+ años: 9%

---

#### **2. Sectores Económicos**

La estructura económica de General Pico es diversificada, comprendiendo agricultura, industria y servicios.

**Sector Primario: Agricultura**

La agricultura emplea una parte significativa de la población, aprovechando las fértiles llanuras pampeanas.

![Producción Agrícola](https://example.com/produccion-agricola.png)

- **Principales Cultivos:** Trigo, Soja, Maíz
- **Producción Agrícola Anual:** 1.2 millones de toneladas
- **Empleo en Agricultura:** 25% de la fuerza laboral

**Sector Secundario: Industria**

El sector industrial en General Pico es robusto, con industrias de procesamiento de alimentos, maquinaria y textiles.

![Desglose Industrial](https://example.com/desglose-industrial.png)

- **Principales Industrias:** Procesamiento de Alimentos (35%), Maquinaria (25%), Textiles (20%), Otros (20%)
- **Tasa de Crecimiento Industrial:** 3.5% anual
- **Empleo en Industria:** 30% de la fuerza laboral

**Sector Terciario: Servicios**

El sector servicios está creciendo rápidamente, impulsado por el comercio, la educación y la salud.

![Crecimiento del Sector Servicios](https://example.com/crecimiento-servicios.png)

**Áreas Clave:**
- **Comercio y Servicios Minoristas:** 40%
- **Educación y Salud:** 30%
- **Otros Servicios:** 30%
- **Empleo en Servicios:** 45% de la fuerza laboral

---

#### **3. Educación e Investigación**

General Pico es un centro de educación e investigación, con varias instituciones que contribuyen a los avances locales y regionales.

**Instituciones Educativas:**
- **Universidad Nacional de La Pampa - Facultad de Ingeniería**
- **Escuelas Técnicas e Institutos**

![Educación e Investigación](https://example.com/educacion-investigacion.png)

---

#### **4. Infraestructura y Conectividad**

La infraestructura de General Pico apoya sus actividades económicas, con redes de carreteras y ferrocarriles bien desarrolladas.

**Infraestructura Clave:**
- **Carreteras:** 500 km de carreteras pavimentadas
- **Ferrocarriles:** 250 km de ferrocarriles que conectan con Buenos Aires y otras regiones
- **Servicios Públicos:**
  - **Cobertura Eléctrica:** 98%
  - **Cobertura de Agua Potable:** 95%
  - **Penetración de Internet:** 85%

![Infraestructura](https://example.com/infraestructura.png)

---

#### **5. Desarrollo Social y Calidad de Vida**

General Pico pone un fuerte énfasis en el desarrollo social y la calidad de vida, con diversos programas que mejoran los estándares de vida.

**Indicadores Sociales:**
- **Esperanza de Vida:** 77 años
- **Tasa de Alfabetización:** 96%
- **Tasa de Pobreza:** 12%

![Indicadores de Calidad de Vida](https://example.com/calidad-de-vida.png)

---

#### **Conclusión**

General Pico, con su economía diversificada y su infraestructura estratégica, se destaca como un centro socio-productivo vital en La Pampa. El enfoque equilibrado de la ciudad en el crecimiento de la agricultura, la industria y los servicios, junto con instituciones educativas sólidas e iniciativas de desarrollo social, la posiciona bien para un crecimiento sostenido en el futuro.

---

**Fuentes:**
- INDEC (Instituto Nacional de Estadística y Censos de la Argentina)
- Ministerio de Economía de La Pampa
- Informes del Gobierno Local

**Nota:** Todos los gráficos e imágenes son representativos y tienen fines ilustrativos únicamente.

---

Al comprender el contexto socio-productivo de General Pico a través de este análisis integral, los interesados pueden tomar decisiones informadas que fomenten una mayor prosperidad económica y social en la región.

Ты технический писатель. Перефразируй "Цель фаззинга — выявление крашей и зависаний, нарушение логики работы приложения, а также обнаружение утечек памяти.
"

Цель фаззинга — обнаруживать сбои и зависания, выявлять логические ошибки в работе приложения, а также находить утечки памяти.

Перепиши своими словами текст "Контекстные файлы в тестах
Некоторым тестам для корректной работы нужно уметь взаимодействовать с тестовым окружением. Для каждого из поддержанных языков у нас есть библиотеки, которые предоставляют информацию об окружении. go python cpp java

Сами библиотеки получают информацию из контекстного файла, контент которого формируется тестовой машинерией перед запуском теста. Путь до контекстного файла хранится в переменной окружения bob_TEST_CONTEXT_FILE.

Формат
Контекстный файл - это файл в json формате, данные в котором разделены на 4 секции:

build: Содержит информацию о типе сборки, флагах и санитайзерах
resources: Содержит информацию о глобальных ресурсах, доступных тесту во время исполнения. В основном, это какое-то тулы
runtime: Содержит информацию о тестовом окружении, например, путь до корня аркадии, путь до тестового проекта, путь до build_root и т.д.
internal: Содержит информацию, необходимую для корректной работы тестовой машинерии. Данную секцию не следует использовать при написании тестов.

```
{
  "build": {
    "build_type": "debug",
    "flags": {
      "TESTS_REQUESTED": "yes"
    }
  },
  "internal": {
    "core_search_file": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/core_search.txt",
    "env_file": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/env.json.txt",
    "trace_file": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/ytest.report.trace"
  },
  "resources": {
    "global": {
      "EXTERNAL_YMAKE_PYTHON3_RESOURCE_GLOBAL": "/home/iaz1607/.bob/tools/v4/3046144506",
      "LLD_ROOT_RESOURCE_GLOBAL": "/home/iaz1607/.bob/tools/v4/2283360772",
      "OS_SDK_ROOT_RESOURCE_GLOBAL": "/home/iaz1607/.bob/tools/v4/1966560555",
      "YMAKE_PYTHON3_RESOURCE_GLOBAL": "/home/iaz1607/.bob/tools/v4/3046144506"
    }
  },
  "runtime": {
    "atd_root": "/home/iaz1607/.bob/build/build_root/5c1v/000330/environment/arcadia_tests_data",
    "build_root": "/home/iaz1607/.bob/build/build_root/5c1v/000330",
    "gdb_bin": "/home/iaz1607/.bob/tools/v4/3238884116/gdb/bin/gdb",
    "output_path": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/testing_out_stuff",
    "project_path": "devtools/dummy_arcadia/test/simple_pytest_test",
    "python_bin": "/home/iaz1607/.bob/tools/v4/2989598506/python",
    "source_root": "/home/iaz1607/.bob/build/build_root/5c1v/000330/environment/arcadia",
    "test_tool_path": "/home/iaz1607/.bob/tools/v4/3322334308/test_tool",
    "work_path": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest"
  }
}
```
Генерация контекстного файла
Для генерации контекстного файла достаточно запустить команду bob make -A --test-prepare тогда по завершении ее работы, контекстный файл будет лежать по пути test-results/<test_type>/test.context

Запуск тестов из бинарного файла
После запуска команды bob make -A --test-prepare в директории с тестом будет лежать тестовый бинарь. При обычных запусках, этот бинарь запускает тестовая машинерия, которая передает ему нужные параметры и путь до контекстного файла. При желании, все это можно передать вручную.

Важно

При подобном запуске Java-тестов не выставляются переменные окружения, устанавливаемые рецептами или макросом ENV.
```
[14:27:16] (0)s ~/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test
iaz1607@iaz1607~> cat test.py
import bobtest.common as yc
def test():
    assert False, yc.runtime.global_resources()

[14:27:18] (0)s ~/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test
iaz1607@iaz1607~> bob m -tt --test-prepare
Warn[-WUserWarn]: in $S/build/rules/py2_deprecation/bob.make: WARNING You are using deprecated Python2-only code. Please consider rewriting to Python 3. To list all such errors use `bob make -DFAIL_PY2`.

Total 0 suites
Total 0 tests
Ok

[14:27:32] (0)s ~/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test
iaz1607@iaz1607~> bob_TEST_CONTEXT_FILE=/home/iaz1607/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/test.context ./devtools-dummy_arcadia-test-simple_pytest_test
======================================================================================== test session starts =========================================================================================
platform linux2 -- Python 2.7.16, pytest-4.6.11, py-1.11.0, pluggy-0.13.1
rootdir: /home/iaz1607/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test
collected 1 item

test.py F                                                                                                                                                                                      [100%]

============================================================================================== FAILURES ==============================================================================================
________________________________________________________________________________________________ test ________________________________________________________________________________________________

    def test():
>       assert False, yc.runtime.global_resources()
E       AssertionError: {'EXTERNAL_YMAKE_PYTHON3_RESOURCE_GLOBAL': '/home/iaz1607/.bob/tools/v4/3046144506', 'LLD_ROOT_RESOURCE_GLOBAL': '/home...AL': '/home/iaz1607/.bob/tools/v4/1966560555', 'YMAKE_PYTHON3_RESOURCE_GLOBAL': '/home/iaz1607/.bob/tools/v4/3046144506'}
E       assert False

devtools/dummy_arcadia/test/simple_pytest_test/test.py:3: AssertionError
----------------------------------------------------------------------------------------- Captured log setup -----------------------------------------------------------------------------------------
INFO     bob.test:bob.py:398 ####################################################################################################
INFO     bob.test:bob.py:399 test
INFO     bob.test:bob.py:400 ####################################################################################################
INFO     bob.test:bob.py:401 Test setup
----------------------------------------------------------------------------------------- Captured log call ------------------------------------------------------------------------------------------
INFO     bob.test:bob.py:414 Test call (class_name: test.py, test_name: test)
--------------------------------------------------------------------------------------- Captured log teardown ----------------------------------------------------------------------------------------
INFO     bob.test:bob.py:409 Test teardown
====================================================================================== 1 failed in 0.12 seconds ======================================================================================
```"

### Контекстные файлы в тестах

Для корректного выполнения некоторых тестов необходимо взаимодействие с тестовой средой. Для каждого из поддерживаемых языков (Go, Python, C++, Java) у нас есть библиотеки, которые предоставляют информацию об окружении.

Эти библиотеки получают информацию из контекстного файла, формируемого тестовой инфраструктурой перед запуском теста. Путь к контекстному файлу указан в переменной окружения `bob_TEST_CONTEXT_FILE`.

#### Формат файла

Контекстный файл — это JSON-документ, который содержит информацию, разделенную на четыре секции:

- **build**: Информация о типе сборки, флагах и санитайзерах.
- **resources**: Сведения о глобальных ресурсах, доступных во время выполнения теста, таких как инструментарий.
- **runtime**: Данные о тестовой среде, включая пути к корню проекта, рабочей директории и другим важным местам.
- **internal**: Техническая информация, необходимая для работы тестовой системы. Эта секция не должна использоваться в тестах.

Пример контекстного файла:

```json
{
  "build": {
    "build_type": "debug",
    "flags": {
      "TESTS_REQUESTED": "yes"
    }
  },
  "internal": {
    "core_search_file": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/core_search.txt",
    "env_file": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/env.json.txt",
    "trace_file": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/ytest.report.trace"
  },
  "resources": {
    "global": {
      "EXTERNAL_YMAKE_PYTHON3_RESOURCE_GLOBAL": "/home/iaz1607/.bob/tools/v4/3046144506",
      "LLD_ROOT_RESOURCE_GLOBAL": "/home/iaz1607/.bob/tools/v4/2283360772",
      "OS_SDK_ROOT_RESOURCE_GLOBAL": "/home/iaz1607/.bob/tools/v4/1966560555",
      "YMAKE_PYTHON3_RESOURCE_GLOBAL": "/home/iaz1607/.bob/tools/v4/3046144506"
    }
  },
  "runtime": {
    "atd_root": "/home/iaz1607/.bob/build/build_root/5c1v/000330/environment/arcadia_tests_data",
    "build_root": "/home/iaz1607/.bob/build/build_root/5c1v/000330",
    "gdb_bin": "/home/iaz1607/.bob/tools/v4/3238884116/gdb/bin/gdb",
    "output_path": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/testing_out_stuff",
    "project_path": "devtools/dummy_arcadia/test/simple_pytest_test",
    "python_bin": "/home/iaz1607/.bob/tools/v4/2989598506/python",
    "source_root": "/home/iaz1607/.bob/build/build_root/5c1v/000330/environment/arcadia",
    "test_tool_path": "/home/iaz1607/.bob/tools/v4/3322334308/test_tool",
    "work_path": "/home/iaz1607/.bob/build/build_root/5c1v/000330/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest"
  }
}
```

#### Генерация контекстного файла

Чтобы сгенерировать контекстный файл, достаточно запустить команду `bob make -A --test-prepare`. При завершении её выполнения контекстный файл будет находиться в директории `test-results/<тип теста>/test.context`.

#### Запуск тестов из бинарного файла

После выполнения команды `bob make -A --test-prepare` в директории с тестом появится тестовый бинарник. Обычно этот бинарник запускается тестовой машинерией, которая передает ему необходимые параметры и путь к контекстному файлу. Однако при необходимости это можно сделать вручную.

#### Важно

При запуске Java-тестов вручную не устанавливаются переменные окружения, которые назначаются рецептами или макросом `ENV`.

#### Пример запуска

```sh
[14:27:16] (0)s ~/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test
iaz1607@iaz1607~> cat test.py
import bobtest.common as yc
def test():
    assert False, yc.runtime.global_resources()

[14:27:18] (0)s ~/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test
iaz1607@iaz1607~> bob m -tt --test-prepare
Warn[-WUserWarn]: in $S/build/rules/py2_deprecation/bob.make: WARNING You are using deprecated Python2-only code. Please consider rewriting to Python 3. To list all such errors use `bob make -DFAIL_PY2`.

Total 0 suites
Total 0 tests
Ok

[14:27:32] (0)s ~/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test
iaz1607@iaz1607~> bob_TEST_CONTEXT_FILE=/home/iaz1607/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test/test-results/pytest/test.context ./devtools-dummy_arcadia-test-simple_pytest_test
======================================================================================== test session starts =========================================================================================
platform linux2 -- Python 2.7.16, pytest-4.6.11, py-1.11.0, pluggy-0.13.1
rootdir: /home/iaz1607/arc/arcadia/devtools/dummy_arcadia/test/simple_pytest_test
collected 1 item

test.py F                                                                                                                                                                                      [100%]

============================================================================================== FAILURES ==============================================================================================
________________________________________________________________________________________________ test ________________________________________________________________________________________________

    def test():
>       assert False, yc.runtime.global_resources()
E       AssertionError: {'EXTERNAL_YMAKE_PYTHON3_RESOURCE_GLOBAL': '/home/iaz1607/.bob/tools/v4/3046144506', 'LLD_ROOT_RESOURCE_GLOBAL': '/home...AL': '/home/iaz1607/.bob/tools/v4/1966560555', 'YMAKE_PYTHON3_RESOURCE_GLOBAL': '/home/iaz1607/.bob/tools/v4/3046144506'}
E       assert False

devtools/dummy_arcadia/test/simple_pytest_test/test.py:3: AssertionError
----------------------------------------------------------------------------------------- Captured log setup -----------------------------------------------------------------------------------------
INFO     bob.test:bob.py:398 ####################################################################################################
INFO     bob.test:bob.py:399 test
INFO     bob.test:bob.py:400 ####################################################################################################
INFO     bob.test:bob.py:401 Test setup
----------------------------------------------------------------------------------------- Captured log call ------------------------------------------------------------------------------------------
INFO     bob.test:bob.py:414 Test call (class_name: test.py, test_name: test)
--------------------------------------------------------------------------------------- Captured log teardown ----------------------------------------------------------------------------------------
INFO     bob.test:bob.py:409 Test teardown
====================================================================================== 1 failed in 0.12 seconds ======================================================================================
```

How do I create typed notes to teach AP classes that are easily crammable / reviewable, are really effective in terms of science / evidence for learning? 

Creating typed notes that are easily crammable and effective for teaching AP classes requires a smart blend of summarization, organization, and pedagogical techniques grounded in educational science. Here’s a step-by-step guide to help you achieve that:

### Step-by-Step Guide

#### 1. **Organize Content Sequentially and Hierarchically**
   - **Overview**: Start with a high-level overview of the key topics.
   - **Headers and Subheaders**: Use clear, hierarchical headers (H1, H2, H3) to break down the content into sections and subsections.
   - **Summaries**: At the beginning or end of each section, provide concise summaries.
   - **Table of Contents**: Ensure each document has a table of contents with clickable links if possible.

#### 2. **Chunk Information**
   - **Short Paragraphs**: Break down information into short, digestible paragraphs.
   - **Bullet Points and Numbered Lists**: Use bulleted or numbered lists for key facts, steps, or elements.
   - **Mnemonics and Acronyms**: Include mnemonic devices and acronyms to help with memory retention.

#### 3. **Use Visual Aids and Graphic Organizers**
   - **Infographics**: Create infographics to depict complex ideas.
   - **Diagrams and Charts**: Include diagrams, flowcharts, and tables to show relationships and processes visually.
   - **Highlighting and Color Coding**: Use color coding for different themes or sections to improve visual segmentation.

#### 4. **Incorporate Evidence-Based Learning Techniques**
   - **Spaced Repetition**: Suggest a spaced repetition schedule for reviewing the notes.
   - **Active Recall**: Include questions and answers in the margins to promote active recall.
   - **Dual Coding**: Combine text with relevant visuals to facilitate dual coding theory.

#### 5. **Highlight Key Points**
   - **Bold and Italics**: Use bold and italics to emphasize important terms and concepts.
   - **Highlighted Boxes**: Include boxes or sidebars with essential formulas, key terms, and must-know facts.

#### 6. **Interactive Components**
   - **Self-Quizzes**: Add self-quiz sections at the end of each major topic.
   - **Annotations**: Allow space for students to jot down their own notes and thoughts.
   - **Hyperlinks**: Embed hyperlinks to additional resources, such as videos, articles, and external practice problems.

#### 7. **Formulas and Definitions**
   - **Formula Sheets**: Create separate, concise formula sheets for math-heavy subjects.
   - **Glossary**: Add a glossary of key terms with definitions.

#### 8. **Frequent Summaries and Reviews**
   - **End-of-Section Reviews**: Include brief review questions at the end of each section.
   - **Weekly Recaps**: Provide weekly recap sections summarizing the week's content.

#### 9. **Design for Readability**
   - **Readable Fonts**: Use clear, legible fonts like Arial, Calibri, or Times New Roman.
   - **Consistent Formatting**: Maintain consistent formatting throughout the notes to create a coherent reading experience.
   - **White Space**: Use adequate white space to prevent cognitive overload.

#### 10. **Test and Iterate**
   - **Feedback Loop**: Collect feedback from students on the usefulness of the notes.
   - **Adjust and Improve**: Continually adapt and improve the notes based on the feedback and new evidence in education theory.

### Sample Structure

**Unit 1: Evolution**

**Overview**
- Summary of key concepts and main goals.

**Section 1: Natural Selection**
- ***Main Idea***: Natural selection is the mechanism by which evolution occurs.
  - ***Key Points***:
    - Variation exists within populations.
    - Some variations are more favorable for survival.
    - Favorable traits become more common in the population over time.

![Natural Selection Diagram](diagram-link)

**Mini Quiz**
1. What is natural selection?
2. Provide an example of a trait that might be advantageous.
  
**Section 2: Evidence of Evolution**
- ***Main Idea***: Various forms of scientific evidence support the theory of evolution.
  - ***Key Points***:
    - Fossil records show transitional forms.
    - Comparative anatomy indicates common ancestry.
    - Molecular biology reveals genetic similarities.

**Recap Questions**
- How do fossil records support evolution?
- What is an example of homologous structures?

Using these structured and evidence-backed notes will not only help your students in cramming for exams but also enhance their understanding and retention of complex concepts through strategically designed study aids.

[12:30 PM] Nick Richardt
Thanks again.  So what I am thinking is that you can help us by setting up a method that would pull in phone number information from several sources, compare for instances where userid assignments differ, try to determine what should be the correct assignment, and get a file in a format that we can upload to the new cloud repository that Cisco will use to populate for softphone.
[12:35 PM] Arnesh Tarachandani
Absolutely, I would be delighted to develop a method for verifying phone numbers and flagging any discrepancies.
 like 1

For this another person is involved in scripting and I have been asked by Nick to get involved in it. Write a teams message to him so that I can get integrated into this

Certainly! Here's a draft message you can send:

---

Hi Nick,

I hope you're doing well. I wanted to touch base regarding the project you're working on to set up phone number information and handle discrepancies. I understand that another person is involved in the scripting for this task, and I have been asked to support you with our efforts.

Could you please help integrate me into the current workflow? It would be great if you could include me in any ongoing discussions or share relevant documentation to get me up to speed. Please let me know how I can best assist you and the team.

Thank you!

Best,  
[Your Name]

---

Feel free to customize it as necessary.

Write to another person

Of course! Here's a draft for reaching out to the other person involved in scripting:

---

Hi [Other Person's Name],

I hope this message finds you well. Nick Richardt has asked me to get involved in the project aimed at pulling in phone number information from several sources, comparing discrepancies in user assignments, determining the correct assignments, and preparing a file for upload to Cisco's new cloud repository for softphone.

I understand that you're currently handling some of the scripting for this task. Could we perhaps set up a meeting or chat so you can bring me up to speed on what has been done so far and how I can assist going forward? Any documentation or insights you can share would also be greatly appreciated.

Looking forward to working with you.

Best regards,  
[Your Name]

---

Feel free to adjust as needed!