- CLEAR-OUTPUT
- clear-output-content
- COMM-CLOSE
- comm-close-content
- COMM-INFO-REPLY
- comm-info-reply-content
- COMM-INFO-REQUEST
- comm-info-request-content
- COMM-MSG
- comm-msg-content
- COMM-MSG-CUSTOM
- COMM-MSG-REQUEST-STATE
- COMM-MSG-UPDATE
- COMM-OPEN
- comm-open-content
- COMPLETE-REPLY
- complete-reply-content
- COMPLETE-REQUEST
- complete-request-content
- DISPLAY-DATA
- display-data-content
- ERROR
- error-message-content
- execute-error-response
- EXECUTE-INPUT
- execute-input-msg-content
- EXECUTE-REPLY
- execute-reply-content
- EXECUTE-REQUEST
- execute-request-content
- EXECUTE-RESULT
- execute-result-content
- frames->jupmsg
- HISTORY-REPLY
- history-reply-content
- HISTORY-REQUEST
- history-request-content
- INPUT-REPLY
- input-reply-content
- INPUT-REQUEST
- input-request-content
- insert-paths
- INSPECT-REPLY
- inspect-reply-content
- INSPECT-REQUEST
- inspect-request-content
- INTERRUPT-REPLY
- interrupt-reply-content
- INTERRUPT-REQUEST
- interrupt-request-content
- IS-COMPLETE-REPLY
- is-complete-reply-content
- IS-COMPLETE-REQUEST
- is-complete-request-content
- jupmsg->frames
- jupmsg->kernelreq
- JupMsgBuffers
- JupMsgPreframes
- KERNEL-INFO-REPLY
- kernel-info-reply-content
- KERNEL-INFO-REQUEST
- kernel-info-request-content
- kernelrsp->jupmsg
- leaf-paths
- make-jupmsg
- make-jupmsg-header
- message-allow-stdin
- message-buffers
- message-code
- message-comm-data
- message-comm-id
- message-comm-method
- message-comm-state
- message-content
- message-cursor-pos
- message-date
- message-delimiter
- message-envelope
- message-header
- message-metadata
- message-msg-id
- message-msg-type
- message-parent-date
- message-parent-header
- message-parent-msg-id
- message-parent-msg-type
- message-parent-session
- message-parent-username
- message-parent-version
- message-restart
- message-session
- message-signature
- message-silent
- message-stop-on-error?
- message-store-history?
- message-user-expressions
- message-username
- message-value
- message-version
- PROTOCOL-VERSION
- SHUTDOWN-REPLY
- shutdown-reply-content
- SHUTDOWN-REQUEST
- shutdown-request-content
- STATUS
- status-message-content
- STREAM
- stream-message-content
- transducer-error
- UPDATE-DISPLAY-DATA
- update-display-data
clojupyter.messages
execute-reply-contentclj
(execute-reply-content status execution-count)(execute-reply-content status
execution-count
{:keys [ename evalue traceback] :as opts})execute-request-contentclj
(execute-request-content code
allow-stdin?
silent?
stop-on-error?
store-history?)execute-result-contentclj
(execute-result-content data execution-count)(execute-result-content data execution-count {:keys [metadata]})frames->jupmsgclj
(frames->jupmsg check-signature frames)Returns a map representing a Jupyter message. frames must be a sequential collection of
byte-arrays consisting of a
Returns a map representing a Jupyter message. `frames` must be a sequential collection of byte-arrays consisting of a
history-request-contentclj
(history-request-content)(history-request-content {:keys [output? raw? hist-access-type session start
stop pattern unique?]})input-request-contentclj
(input-request-content prompt)(input-request-content prompt password?)insert-pathsclj
(insert-paths jupyter-message path-value-map)Returns the result of inserting into jupyter-message values from vals in path-value-map at the
point specified by their keys. path-value-map must be a map from paths to values and all paths
must refer to insertion points in either maps or vectors.
Example:
(let [pred #(and (int? %) (odd? %))
replfn (constantly :replaced)
value {:a 1, :b [0 1 [1 2 3 {:x [1]}]]}
[result paths] (leaf-paths pred replfn value)]
[(= value (insert-paths result paths)) ;; <-- The point of leaf-paths and insert-paths
result paths])
;; =>
[true
{:a :replaced, :b [0 :replaced [:replaced 2 :replaced {:x [:replaced]}]]}
{[:a] 1, [:b 1] 1, [:b 2 0] 1, [:b 2 2] 3, [:b 2 3 :x 0] 1}]
NOTE: The implementation does NOT work correctly for any Clojure value; it is specialised to handle Jupyter messages which are losslessly serializable to JSON. Paths can only refer to insertion points in vectors and maps.
Returns the result of inserting into `jupyter-message` values from vals in `path-value-map` at the
point specified by their keys. `path-value-map` must be a map from paths to values and all paths
must refer to insertion points in either maps or vectors.
Example:
(let [pred #(and (int? %) (odd? %))
replfn (constantly :replaced)
value {:a 1, :b [0 1 [1 2 3 {:x [1]}]]}
[result paths] (leaf-paths pred replfn value)]
[(= value (insert-paths result paths)) ;; <-- The point of `leaf-paths` and `insert-paths`
result paths])
;; =>
[true
{:a :replaced, :b [0 :replaced [:replaced 2 :replaced {:x [:replaced]}]]}
{[:a] 1, [:b 1] 1, [:b 2 0] 1, [:b 2 2] 3, [:b 2 3 :x 0] 1}]
NOTE: The implementation does NOT work correctly for any Clojure value; it is specialised to
handle Jupyter messages which are losslessly serializable to JSON. Paths can only refer to
insertion points in vectors and maps.inspect-request-contentclj
(inspect-request-content code cursor-pos)(inspect-request-content code cursor-pos {:keys [details?]})jupmsg->framesclj
(jupmsg->frames signer
{:keys [header parent-header metadata content preframes buffers]
:as jupmsg})kernel-info-reply-contentclj
(kernel-info-reply-content protocol-version)(kernel-info-reply-content protocol-version
{:keys [banner clj-ver help-links implementation
version-string]})kernelrsp->jupmsgclj
(kernelrsp->jupmsg port kernel-rsp)(kernelrsp->jupmsg port
{:keys [rsp-content rsp-msgtype rsp-socket rsp-metadata
rsp-buffers req-message]}
{:keys [messageid now] :as opts})leaf-pathsclj
(leaf-paths pred f v)Recursively traverses v replacing elements for which pred returns a truthy value with the
result of applying f to the elements. Returns a 2-tuple of the result of the replacements and a
map of paths to the replaced elements.
NOTE: The implementation does NOT work correctly for any Clojure value; it is specialised to handle Jupyter messages which are losslessly serializable to JSON. Extraction only occurs from vectors and maps.
Recursively traverses `v` replacing elements for which `pred` returns a truthy value with the result of applying `f` to the elements. Returns a 2-tuple of the result of the replacements and a map of paths to the replaced elements. NOTE: The implementation does NOT work correctly for any Clojure value; it is specialised to handle Jupyter messages which are losslessly serializable to JSON. Extraction only occurs from vectors and maps.
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