version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 270 Chapter 4. Contributors Returns a generator of unique elements in the sequence logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < Returns a generator of unique elements in the sequence logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some boolean constants True or False; that is, it is the callers' responsibility to do the conversion of expressions recursively. This is done because we do not have data structures representing the various logical

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 272 Chapter 4. Contributors Returns a generator of unique elements in the sequence logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 4.4. Release notes Returns a generator of unique elements in the sequence logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 4.4. Release notes Returns a generator of unique elements in the sequence logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 4.4. Release notes Returns a generator of unique elements in the sequence logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 4.4. Release notes Returns a generator of unique elements in the sequence logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 4.4. Release notes sequence 4.6. Developer guide 527 conda, Release 25.1.2.dev1 logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 4.4. Release notes 4.6. Developer guide 523 conda, Release 24.11.3.dev2 logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some

version 1.0 or 1.2 – * matches 0 or more characters in the version string. In terms of regular expressions, it is the same as r.*````. EXAMPLE: 1.0|1.4* matches 1.0, 1.4 and 1.4.1b2, but not 1.2. – < environment and a “user default” environment. (#3068) • Regex Version Specification: Regular expressions are now valid version specifiers. For example, ^1\.[5-8]\ .1$|2.2. (#2933) 4.4. Release notes sequence 4.6. Developer guide 515 conda, Release 24.9.3.dev1 logic The basic idea to nest logical expressions is instead of trying to denest things via distribution, we add new variables. So if we have some