python-arango 3.3.0

Python Driver for ArangoDB

Welcome to the GitHub page for python-arango, a Python driver for ArangoDB.

Features

• Clean, Pythonic interface

• Lightweight

• 95%+ ArangoDB REST API coverage

Compatibility

• Python versions 2.7.x, 3.4.x and 3.5.x are supported

• Latest version of python-arango (3.x) supports ArangoDB 3.x only

• Older versions of python-arango support ArangoDB 1.x ~ 2.x only

Installation

To install a stable version from PyPi:

pip install python-arango

To install the latest version directly from GitHub:

git clone https://github.com/joowani/python-arango.git
cd python-arango
python setup.py install

You may need to use sudo depending on your environment setup.

Getting Started

Here is a simple usage example:

from arango import ArangoClient

# Initialize the client for ArangoDB
client = ArangoClient(
    protocol='http',
    host='localhost',
    port=8529,
    username='root',
    password='',
    enable_logging=True
)

# Create a new database named "my_database"
db = client.create_database('my_database')

# Create a new collection named "students"
students = db.create_collection('students')

# Add a hash index to the collection
students.add_hash_index(fields=['name'], unique=True)

# Insert new documents into the collection
students.insert({'name': 'jane', 'age': 19})
students.insert({'name': 'josh', 'age': 18})
students.insert({'name': 'jake', 'age': 21})

# Execute an AQL query
result = db.aql.execute('FOR s IN students RETURN s')
print([student['name'] for student in result])

Here is another example involving graphs:

from arango import ArangoClient

client = ArangoClient()

# Create a new graph
graph = client.db('my_database').create_graph('my_graph')
students = graph.create_vertex_collection('students')
courses = graph.create_vertex_collection('courses')
takes = graph.create_edge_definition(
    name='takes',
    from_collections=['students'],
    to_collections=['courses']
)

# Insert vertices
students.insert({'_key': '01', 'full_name': 'Anna Smith'})
students.insert({'_key': '02', 'full_name': 'Jake Clark'})
students.insert({'_key': '03', 'full_name': 'Lisa Jones'})

courses.insert({'_key': 'MAT101', 'title': 'Calculus'})
courses.insert({'_key': 'STA101', 'title': 'Statistics'})
courses.insert({'_key': 'CSC101', 'title': 'Algorithms'})

# Insert edges
takes.insert({'_from': 'students/01', '_to': 'courses/MAT101'})
takes.insert({'_from': 'students/01', '_to': 'courses/STA101'})
takes.insert({'_from': 'students/01', '_to': 'courses/CSC101'})
takes.insert({'_from': 'students/02', '_to': 'courses/MAT101'})
takes.insert({'_from': 'students/02', '_to': 'courses/STA101'})
takes.insert({'_from': 'students/03', '_to': 'courses/CSC101'})

# Traverse the graph in outbound direction, breath-first
traversal_results = graph.traverse(
    start_vertex='students/01',
    strategy='bfs',
    direction='outbound'
)
print(traversal_results['vertices'])

Please read the full API documentation for more details!