py-hive-iomete is a collection of Python DB-API and SQLAlchemy interfaces for iomete hive.
Usage
DB-API
from pyhive import hive
connection = hive.connect(
host="<data_plane_host>",
port=<data_plane_port>,
scheme="http", # or "https"
lakehouse="<lakehouse_cluster_name>",
data_plane=None # or data_plane (namespace)
database="default",
username="<username>",
password="<password>"
)
cursor = connection.cursor()
cursor.execute("SELECT * FROM my_awesome_data LIMIT 10")
print(cursor.fetchone())
print(cursor.fetchall())
DB-API (asynchronous)
from pyhive import hive
from TCLIService.ttypes import TOperationState
connection = hive.connect(
host="<data_plane_host>",
port=<data_plane_port>,
scheme="http", # or "https"
lakehouse="<lakehouse_cluster_name>",
data_plane=None # or data_plane (namespace)
database="default",
username="<username>",
password="<password>"
)
cursor = connection.cursor()
cursor.execute("SELECT * FROM my_awesome_data LIMIT 10", async_=True)
status = cursor.poll().operationState
while status in (TOperationState.INITIALIZED_STATE, TOperationState.RUNNING_STATE):
logs = cursor.fetch_logs()
for message in logs:
print(message)
# If needed, an asynchronous query can be cancelled at any time with:
# cursor.cancel()
status = cursor.poll().operationState
print(cursor.fetchall())
SQLAlchemy
First install this package to register it with SQLAlchemy (see setup.py).
from sqlalchemy.engine import create_engine
from sqlalchemy.orm import sessionmaker
from sqlalchemy.schema import *
# Possible dialects (hive and iomete are both operate identically):
# hive+http
# hive+https
# iomete+http
# iomete+https
engine = create_engine(
'iomete+https://<username>:<password>@<data_plane_host>:<data_plane_port>/<database>?lakehouse=<lakehouse_cluster_name>')
# or with data_plane specified
# engine = create_engine(
# 'iomete+https://<username>:<password>@<data_plane_host>:<data_plane_port>/<database>?lakehouse=<lakehouse_cluster_name>&data_plane=<data_plane>')
# Alternatively, "hive" driver could be used as well
# engine = create_engine(
# 'hive+https://<username>:<password>@<data_plane_host>:<data_plane_port>/<database>?lakehouse=<lakehouse_cluster_name>')
session = sessionmaker(bind=engine)()
records = session.query(Table('my_awesome_data', MetaData(bind=engine), autoload=True)) \
.limit(10) \
.all()
print(records)
Note: query generation functionality is not exhaustive or fully tested, but there should be no problem with raw SQL.
Requirements
Install using
pip install 'py-hive-iomete' for the DB-API interface
pip install 'py-hive-iomete[sqlalchemy]' for the SQLAlchemy interface
py-hive-iomete works with
Python 2.7 / Python 3
Changelog
Contributing
Changes must come with tests, with the exception of trivial things like fixing comments. See .travis.yml for the test environment setup.
Notes on project scope:
This project is intended to be a minimal iomete (hive) client that does that one thing and nothing else. Features that can be implemented on top of py-hive-iomete, such integration with your favorite data analysis library, are likely out of scope.
We prefer having a small number of generic features over a large number of specialized, inflexible features.
Updating TCLIService
The TCLIService module is autogenerated using a TCLIService.thrift file. To update it, the generate.py file can be used: python generate.py <TCLIServiceURL>. When left blank, the version for Hive 2.3 will be downloaded.
Metadata
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