Implements traversing through the keyword and its child keywords.Ĭan be overridden to allow modifying the passed in kw withoutĬalling start_keyword() or end_keyword() nor visitingĬan be overridden to allow modifying the passed in msg withoutĬalling start_message() or end_message(). Default implementation does nothing.Ĭan return explicit False to stop visiting. start_test ( test ) ¶Ĭalled when test starts. start_suite ( suite ) ¶Ĭalled when suite starts.

start_message ( msg ) ¶Ĭalled when message starts. remove_tags ¶ start_keyword ( keyword ) ¶Ĭalled when keyword starts. end_test ( test ) ¶Ĭalled when test ends. end_suite ( suite ) ¶Ĭalled when suite ends. end_message ( msg ) ¶Ĭalled when message ends. add_tags ¶ end_keyword ( keyword ) ¶Ĭalled when keyword ends. Suites, tests or keywords (setup and teardown) at all. Implements traversing through the suite and its direct children.Ĭan be overridden to allow modifying the passed in suite withoutĬalling start_suite() or end_suite() nor visiting child That will do further configuration based on them. SuiteConfigurer ( remove_keywords=None, log_level=None, start_time=None, end_time=None, critical_tags=None, non_critical_tags=None, **base_config ) ¶īases: Īnd sets its start and end time based on the given named parameters. The NumberDecimal('') constructor accepts the decimal value as a string: db.getCollection('Bills').insert().limit(3). module ¶ class. significant digits) and an exponent range of −6143 to +6144.

The decimal BSON type uses the IEEE 754 decimal128 floating-point numbering format which supports 34 decimal digits (i.e. This functionality is intended for applications that handle monetary data, such as financial, tax, and scientific computations. NumberDecimal('') constructor is now usable to explicitly specify 128-bit decimal-based floating-point values capable of emulating decimal rounding with exact precision. Normally, mongo shell (and Robo 3T shell) treats all numbers as 64-bit floating-point double values by default. NumberDecimal (Decimal128) is added as new data type in MongoDB 3.4. New Data Type: NumberDecimal (Decimal128) Support By the time of writing this blog post, MongoDB offers free, easily configurable and usable 3.4 cluster at Mongo Atlas web site.Įxample MongoDB 3.4 cluster view on Mongo Atlas web site:Įxample MongoDB 3.4 cluster view on Robo 3T:Ģ. Some major evolution in capabilities and enhancements in MongoDB 3.4 are 'native graph computation, faceted navigation, rich real-time analytics, geo-distributed MongoDB zones, elastic clustering'.įinally, some words about 'Free Mongo DB 3.4 Cluster by Mongo Atlas'.

(More about this topic can be seen in section 2 in this blog)

Some key features in MongoDB 3.4 are linearizable read concerns, views, collation and new data type NumberDecimal (Decimal128).Ī quick word about new data type NumberDecimal (Decimal128), it is added to represent 128-bit decimal-based floating-point values capable of emulating decimal rounding with exact precision. After being busy developing and releasing some critical features like SSL and Replica Sets, finally with this version Robo 3T also supports MongoDB 3.4. Since the latest version of MongoDB version 3.4 released, we were very eager to support this new MongoDB version as soon as possible. Tool Chain Improvements: Modern C++14 features are enabled Security Improvement: OpenSSL version upgradeĭ. Stability Improvement: Fix for a crash on MACOS SierraĬ. ECMAScript 2015 aka ES6 Support (Modernized JavaScript Implementation)ī.New Data Type: NumberDecimal (Decimal128) Support.One important change worth to mention is that we changed our name from Robomongo to Robo 3T because of trademark reasons (more details about this topic can be seen in section Renaming from Robomongo to Robo 3T). We are very happy to announce the release of Robo 3T 1.1 with MongoDB 3.4 Support! In this release we have some fundamental changes, improvements and fixes. Menu Robomongo is now Robo 3T, with MongoDB 3.4 support 14 June 2017

Robo 3t print env