Pinned Repositories
charts
Curated applications for Kubernetes
charts-1
Helm Charts
drill
Apache Drill
druid-exporter
A Golang based exporter captures druid API related metrics and receives druid-emitting HTTP JSON data.
private-data-objects
The Private Data Objects lab provides technology for confidentiality-preserving, off-chain smart contracts.
tinyscheme
Tiny fork of TinySCHEME to support no-hassle building on Mac OS X (plus a bridge to Objective-C, but use CocoaScheme instead of this) WARNING: NOT UPDATED, OLD
webcam-capture
Project goal is to give users possibility to access build-in or connected via USB webcams or remote IP / network cameras directly from Java code. Using provided libraries user is able to read camera images and detect motion. Main project consist of several sub projects - the root one, which contains required classes, build-in webcam driver compatible with Windows, Linux and Mac OS, which can stream images as fast as your camera can serve them (up to 50 FPS). Main project can be used standalone, but user is able to replace build-in driver with different one - such as OpenIMAJ, GStreamer, V4L4j, JMF, LTI-CIVIL, FMJ, etc.
snowflake-jdbc
Snowflake JDBC Driver
cheevo's Repositories
cheevo/charts
Curated applications for Kubernetes
cheevo/charts-1
Helm Charts
cheevo/drill
Apache Drill
cheevo/druid-exporter
A Golang based exporter captures druid API related metrics and receives druid-emitting HTTP JSON data.
cheevo/private-data-objects
The Private Data Objects lab provides technology for confidentiality-preserving, off-chain smart contracts.
cheevo/tinyscheme
Tiny fork of TinySCHEME to support no-hassle building on Mac OS X (plus a bridge to Objective-C, but use CocoaScheme instead of this) WARNING: NOT UPDATED, OLD
cheevo/webcam-capture
Project goal is to give users possibility to access build-in or connected via USB webcams or remote IP / network cameras directly from Java code. Using provided libraries user is able to read camera images and detect motion. Main project consist of several sub projects - the root one, which contains required classes, build-in webcam driver compatible with Windows, Linux and Mac OS, which can stream images as fast as your camera can serve them (up to 50 FPS). Main project can be used standalone, but user is able to replace build-in driver with different one - such as OpenIMAJ, GStreamer, V4L4j, JMF, LTI-CIVIL, FMJ, etc.