>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in range(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in range(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in range(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in range(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in range(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in xrange(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in range(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in range(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in xrange(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s())).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable

>>> res = c2() >>> res.get() 352 Chaining a group together with another task will automatically upgrade it to be a chord: >>> c3 = (group(add.s(i, i) for i in xrange(10)) | xsum.s()) >>> res = c3() >>> result backend is disabled for any task (header or body) in your chord you should read “Important Notes.” Chords are not currently supported with the RPC result backend. A chord is a task that only executes s(i, i) for i in range(10)) | ... xsum.s().on_error(on_chord_error.s()))).delay() Important Notes Tasks used within a chord must not ignore their results. In practice this means that you must enable