convex.clj
Convert cells to Clojure types.
Sometimes lossy since some cells do not have equivalents in Clojure. For instance, addresses are converted to long. Recursive when it comes to collection.
Mainly useful for a deeper Clojure integration.
Convert cells to Clojure types. Sometimes lossy since some cells do not have equivalents in Clojure. For instance, addresses are converted to long. Recursive when it comes to collection. Mainly useful for a deeper Clojure integration.
addressclj
(address address)Returns the given address as a JVM long.
Returns the given `address` as a JVM long.
blobclj
(blob blob)Returns the given blob as a byte array.
Returns the given `blob` as a byte array.
booleanclj
(boolean boolean)Returns the given boolean cell as a JVM boolean.
Returns the given `boolean` cell as a JVM boolean.
byteclj
(byte cell)Returns the given byte cell as a JVM long.
Returns the given `byte` cell as a JVM long.
charclj
(char char)Returns the given char cell as a JVM char.
Returns the given `char` cell as a JVM char.
doubleclj
(double double)Returns the given double cell as a JVM double.
Returns the given `double` cell as a JVM double.
IClojuresquecljprotocol
Generic function for converting a cell to a Clojure representation.
Relies all other functions from this namespace.
(any (convex.cell/* {:a [:b]}))
Generic function for converting a cell to a Clojure representation.
Relies all other functions from this namespace.
```clojure
(any (convex.cell/* {:a [:b]}))
```anyclj
(any cell)keywordclj
(keyword keyword)Returns the given keyword cell as a Clojure keyword.
Returns the given `keyword` cell as a Clojure keyword.
listclj
(list list)Returns the given list cell as a Clojure list.
Returns the given `list` cell as a Clojure list.
longclj
(long long)Returns the given long cell as a JVM long.
Returns the given `long` cell as a JVM long.
mapclj
(map map)Returns the given map cell (hash map or blob map) as a Clojure map.
Attention, in Clojure maps, sequential types containg the same items are equivalent but not in Convex. Hence, a clash could happen in the rare case where different sequential types are used as keys. For instance, the following is possible in Convex but not in Clojure (would complain about duplicate keys:
{[:a] :foo
'(:a) :foo}
Returns the given `map` cell (hash map or blob map) as a Clojure map.
Attention, in Clojure maps, sequential types containg the same items are equivalent but
not in Convex. Hence, a clash could happen in the rare case where different sequential types
are used as keys. For instance, the following is possible in Convex but not in Clojure (would
complain about duplicate keys:
```clojure
{[:a] :foo
'(:a) :foo}
```setclj
(set set)Returns the given set cell as a Clojure set.
Same comment about sequential types as in map applies here.
Returns the given `set` cell as a Clojure set. Same comment about sequential types as in [[map]] applies here.
stringclj
(string string)Returns the given string cell as a JVM string.
Returns the given `string` cell as a JVM string.
symbolclj
(symbol symbol)Returns the given symbol cell as a Clojure symbol.
Returns the given `symbol` cell as a Clojure symbol.
syntaxclj
(syntax syntax)Returns the given syntax cell as a Clojure map such as:
| Key | Value |
|---|---|
:meta | Clojure map of metadata |
:value | Value wrapped, converted as well |
Returns the given `syntax` cell as a Clojure map such as: | Key | Value | |---|---| | `:meta` | Clojure map of metadata | | `:value` | Value wrapped, converted as well |
vectorclj
(vector vector)Returns the given vector cell as a Clojure vector.
Returns the given `vector` cell as a Clojure vector.
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