julia 1.10.10[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 1692 页 | 6.34 MB | 3 月前3
 Julia 1.10.9[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 1692 页 | 6.34 MB | 3 月前3
 Julia 1.11.4[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 2007 页 | 6.73 MB | 3 月前3
 Julia 1.11.5 Documentation[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 2007 页 | 6.73 MB | 3 月前3
 Julia 1.11.6 Release Notes[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 2007 页 | 6.73 MB | 3 月前3
 julia 1.13.0 DEV[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 2058 页 | 7.45 MB | 3 月前3
 Julia 1.12.0 Beta4[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 2057 页 | 7.44 MB | 3 月前3
 Julia 1.12.0 Beta3[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 2057 页 | 7.44 MB | 3 月前3
 julia 1.12.0 beta1[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 2047 页 | 7.41 MB | 3 月前3
 Julia 1.12.0 RC1[env₁, env₂, …] then we have: roots = reduce(merge, reverse([roots₁, roots₂, …])) graph = reduce(merge, reverse([graph₁, graph₂, …])) paths = reduce(merge, reverse([paths₁, paths₂, …])) The subscripted correspond to the subscripted environments, envᵢ, contained in stack. The reverse is present because merge favors the last argument rather than first when there are collisions between keys in its argument active project. This allows depot-wide preference defaults to exist, with active projects able to merge or even completely overwrite these inherited preferences. See the docstring for Preferences.set_preferences0 码力 | 2057 页 | 7.44 MB | 3 月前3
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