Yes! (Chad Brock album)

Yes! is the second studio album released by country music artist Chad Brock. Lead-off single "A Country Boy Can Survive (Y2K Version)", featuring George Jones and Hank Williams, Jr., is a rewritten version of Williams' hit "A Country Boy Can Survive", rewritten to address the Y2K problem. This song peaked at #30 on the country charts in late 1999. Following it were the title track, which became Brock's only Number One hit in mid-2000, and finally "The Visit" at #21.

Track listing

Maria Gaidar

Maria Yegorovna Gaidar (Russian: Мари́я Его́ровна Гайда́р; 1990–2004 Smirnova (Russian: Смирно́ва); born 21 October 1982, Moscow) is a Russian political activist and since July 2015 a vice-governor of Odessa Oblast in Ukraine. From 2009 till 2011 Gaidar was a deputy governor in Kirov Oblast in Russia. She is also the founder of the Youth movement "DA!" ("Yes!").

Personal life

Maria Gaidar is the daughter of former Russian Prime Minister, Yegor Gaidar. She is a granddaughter of Soviet admiral Timur Gaidar, and a great-granddaughter of famous Soviet writers Arkady Gaidar and Pavel Bazhov. Maria's parents divorced in 1985, three years after she was born. Gaida stayed with her mother, Irina Smirnova. In 1991 the family moved to Cochabamba, Bolivia, where they lived for five years. In 1996 she returned to Moscow.

In 2000 she entered and in 2005 graduated summa cum laude from the Academy of National Economy under the Government of the Russian Federation.

Gaidar is fluent in English, German, Spanish and her native Russian. In 2011, she was admitted to Harvard University for a Mid-Career Masters in Public Administration, where she studied for 8 months. In 2014 she graduated from Kutafin Moscow State Law University.

Yes (Morphine album)

Yes is an album by alternative rock band Morphine, released in March 1995. It was their first album to make the Billboard Top 200, but fared less well abroad than its predecessor.

Track listing

All songs written by Mark Sandman (except as noted).

Chart history

Album

References

Single UNIX Specification

The Single UNIX Specification (SUS) is the collective name of a family of standards for computer operating systems, compliance with which is required to qualify for to use the "UNIX" trademark. The core specifications of the SUS are developed and maintained by the Austin Group, which is a joint working group of IEEE, ISO JTC 1 SC22 and The Open Group. If an operating system is submitted to The Open Group for certification, and passes conformance tests, then it is termed to be compliant with a UNIX standard such as UNIX 98 or UNIX 03.

Very few BSD and Linux-based operating systems are submitted for compliance with the Single UNIX Specification, although system developers generally aim for compliance with POSIX standards, which form the core of the Single UNIX Specification.

History

1980s: Motivation

The SUS emerged from a mid-1980s project to standardize operating system interfaces for software designed for variants of the Unix operating system. The need for standardization arose because enterprises using computers wanted to be able to develop programs that could be used on the computer systems of different manufacturers without reimplementing the programs. Unix was selected as the basis for a standard system interface partly because it was manufacturer-neutral.

Year 2038 problem

The Year 2038 problem is an issue for computing and data storage situations in which time values are stored or calculated as a signed 32-bit integer, and this number is interpreted as the number of seconds since 00:00:00 UTC on 1 January 1970 ("the epoch"). Such implementations cannot encode times after 03:14:07 UTC on 19 January 2038 (21 years' time), a problem similar to but not entirely analogous to the "Y2K problem" (also known as the "Millennium Bug"), in which 2-digit values representing the number of years since 1900 could not encode the year 2000 or later. Most 32-bit Unix-like systems store and manipulate time in this "Unix time" format, so the year 2038 problem is sometimes referred to as the "Unix Millennium Bug" by association.

Technical cause

The latest time that can be represented in Unix's signed 32-bit integer time format is 03:14:07 UTC on Tuesday, 19 January 2038 (2,147,483,647 seconds after 1 January 1970). Times beyond that will "wrap around" and be stored internally as a negative number, which these systems will interpret as having occurred on 13 December 1901 rather than 19 January 2038. This is caused by integer overflow. The counter "runs out" of usable bits, "increments" the sign bit instead, and reports a maximally negative number (continuing to count up, toward zero). Resulting erroneous calculations on such systems are likely to cause problems for users and other relying parties.