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API method:
GET /api/symbols?search=hello&page=1&limit=20
where search is your query, page is a page number and limit is a number of items on a single page. Pagination information (such as a number of pages and etc) is returned
in response headers.
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Return the file name of the derivation INPUT refers to.
Read the derivation from PATH (`/gnu/store/xxx.drv'), and return the list of name/path pairs of its outputs.
Return the file name corresponding to MODULE, a Guile module name (a list of symbols.)
Write the ATerm-like serialization of DRV to PORT. See Section 2.4 of Eelco Dolstra's PhD dissertation for an overview of a previous version of that form.
Return a one-argument procedure that, when passed a store file name, returns a 'substitutable?' if it's substitutable and #f otherwise.
The returned procedure knows about all substitutes for all the derivation inputs or derivations listed in INPUTS-OR-DRV, *except* those that are already valid (that is, it won't bother checking whether an item is substitutable if it's already on disk); it also knows about their prerequisites, unless they are themselves substitutable.
Creating a single oracle (thus making a single 'substitutable-path-info' call) and reusing it is much more efficient than calling 'has-substitutes?' or similar repeatedly, because it avoids the costs associated with launching the substituter many times.
Return #t if DRV is a fixed-output derivation, such as the result of a download with a fixed hash (aka. `fetchurl').
Read the derivation from DRV-PORT and return the corresponding <derivation> object. Call READ-DERIVATION-FROM-FILE to read derivations declared as inputs of the derivation being parsed.
Most of the time you'll want to use 'read-derivation-from-file', which caches things as appropriate and is thus more efficient.
Return the base name of DRV.
Given INPUTS, a list of derivation-inputs, return two values: the list of derivations to build, in topological order, and the list of substitutable items that, together, allow INPUTS to be realized.
SUBSTITUTABLE-INFO must be a one-argument procedure similar to that returned by 'substitution-oracle'.
Return the hash of DRV, modulo its fixed-output inputs, as a bytevector.