management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility

management, it can create and reuse any number of different binaries (for different config- urations like architectures, compiler versions, etc.) for any number of different versions of a package, using build the binaries from sources, etc. One package “conanfile.py” recipe can generate any arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler will trigger it) Furthermore the default versioning scheme in Conan has been generalized to any number of digits and letters, as opposed to the official “semver” that uses just 3 fields. 2.9 compatibility