(append-and-replace struct m)Append :Value, :SdValue and :N if present. Relaces :Type and
:Unit.
Append `:Value`, `:SdValue` and `:N` if present. Relaces `:Type` and `:Unit`.
(fit-in-struct s m)Fits m into the given structure s. Function looks up the
:Type of m. If a structure with the same :Type exist
append-and-replace is called.
Fits `m` into the given structure `s`. Function looks up the `:Type` of `m`. If a structure with the same `:Type` exist [[append-and-replace]] is called.
(store-result d x p)Stores the result x(ensured to be a map m) in the given
document under path. If m contains :Type and :Value m
is fit-in-struct and the structure s is assumed to be a
vector. Other cases (e.g. merge in :AuxValues) are straight
forward (see [[vl-data-insert/test/cmp/doc_test.clj]] for details).
Stores the result `x`(ensured to be a map `m`) in the given `d`ocument under `p`ath. If `m` contains `:Type` and `:Value` `m` is [[fit-in-struct]] and the structure `s` is assumed to be a `vector`. Other cases (e.g. merge in `:AuxValues`) are straight forward (see [[vl-data-insert/test/cmp/doc_test.clj]] for details).
(store-results doc v p)Takes a vector of maps. Calls store-result on each map.
Example:
(def p "Calibration.Measurement.Values.Pressure")
(def m {:Type "a"
:Unit "b"
:Value [0]
:SdValue [0]
:N [1]})
(def d {:Calibration
{:Measurement
{:Values
{:Pressure
[{:Type "a"
:Unit "b"
:Value [0]
:SdValue [0]
:N [1]}]}}}})
(store-results d [m m m m] p)
;; =>
;; {:Calibration
;; {:Measurement
;; {:Values
;; {:Pressure
;; [{:Type "a",
;; :Unit "b",
;; :Value [0 0 0 0 0],
;; :SdValue [0 0 0 0 0],
;; :N [1 1 1 1 1]}]}}}}
Takes a vector of maps. Calls `store-result` on each map.
Example:
```clojure
(def p "Calibration.Measurement.Values.Pressure")
(def m {:Type "a"
:Unit "b"
:Value [0]
:SdValue [0]
:N [1]})
(def d {:Calibration
{:Measurement
{:Values
{:Pressure
[{:Type "a"
:Unit "b"
:Value [0]
:SdValue [0]
:N [1]}]}}}})
(store-results d [m m m m] p)
;; =>
;; {:Calibration
;; {:Measurement
;; {:Values
;; {:Pressure
;; [{:Type "a",
;; :Unit "b",
;; :Value [0 0 0 0 0],
;; :SdValue [0 0 0 0 0],
;; :N [1 1 1 1 1]}]}}}}
```(vector-vals m)Ensures that the values of :Value,:SdValue and :N are
vectors.
Ensures that the values of `:Value`,`:SdValue` and `:N` are vectors.
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