SUSE Package Hub 12 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-Standard-Pool Package Hub 12 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-Standard-Pool Package Hub 12 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP1 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP1-Standard-Pool Package Hub 12 SP1 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP1 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP1-Standard-Pool Package Hub 12 SP1 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP2 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP2-Standard-Pool Package Hub 12 SP2 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP2 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP2-Standard-Pool Package Hub 12 SP2 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP3 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP3-Standard-Pool Package Hub 12 SP3 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP3 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP3-Standard-Pool Package Hub 12 SP3 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP4 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP4-Standard-Pool Package Hub 12 SP4 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP4 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP4-Standard-Pool Package Hub 12 SP4 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP5 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP5-Standard-Pool Package Hub 12 SP5 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 12 SP5 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-12-SP5-Standard-Pool Package Hub 12 SP5 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-Standard-Pool Package Hub 15 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-Standard-Pool Package Hub 15 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP1 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP1-Backports-Pool Package Hub 15 SP1 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP1 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP1-Backports-Pool Package Hub 15 SP1 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP2 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP2-Backports-Pool Package Hub 15 SP2 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP2 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP2-Backports-Pool Package Hub 15 SP2 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP3 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP3-Backports-Pool Package Hub 15 SP3 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP3 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP3-Backports-Pool Package Hub 15 SP3 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP4 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP4-Backports-Pool Package Hub 15 SP4 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP4 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP4-Backports-Pool Package Hub 15 SP4 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP5 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP5-Standard-Pool Package Hub 15 SP5 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added. SUSE Package Hub 15 SP5 one-click install Install ghc-semigroupoids NOTE: This one-click installation requires that the SUSE Package Hub extension to already be enabled. See http://packagehub.suse.com/how-to-use/ for information on enabling the Package Hub extension If the extension is not enabled, this installation will fail while trying to enable an invalid repo. This package might depend on packages from SUSE Linux Enterprise modules. If those modules are not enabled, a package dependency error will be encountered. SUSE-PackageHub-15-SP5-Standard-Pool Package Hub 15 SP5 Dummy repo - this will fail ghc-semigroupoids Semigroupoids: Category sans id Provides a wide array of (semi)groupoids and operations for working with them. A 'Semigroupoid' is a 'Category' without the requirement of identity arrows for every object in the category. A 'Category' is any 'Semigroupoid' for which the Yoneda lemma holds. When working with comonads you often have the '<*>' portion of an 'Applicative', but not the 'pure'. This was captured in Uustalu and Vene's "Essence of Dataflow Programming" in the form of the 'ComonadZip' class in the days before 'Applicative'. Apply provides a weaker invariant, but for the comonads used for data flow programming (found in the streams package), this invariant is preserved. Applicative function composition forms a semigroupoid. Similarly many structures are nearly a comonad, but not quite, for instance lists provide a reasonable 'extend' operation in the form of 'tails', but do not always contain a value. Ideally the following relationships would hold: > Foldable ----> Traversable <--- Functor ------> Alt ---------> Plus Semigroupoid > | | | | | > v v v v v > Foldable1 ---> Traversable1 Apply --------> Applicative -> Alternative Category > | | | | > v v v v > Bind ---------> Monad -------> MonadPlus Arrow > Apply, Bind, and Extend (not shown) give rise the Static, Kleisli and Cokleisli semigroupoids respectively. This lets us remove many of the restrictions from various monad transformers as in many cases the binding operation or '<*>' operation does not require them. Finally, to work with these weaker structures it is beneficial to have containers that can provide stronger guarantees about their contents, so versions of 'Traversable' and 'Foldable' that can be folded with just a 'Semigroup' are added.