Enter the query into the form above.
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.
If you'd like to join our channel webring send a patch to ~whereiseveryone/toys@lists.sr.ht adding your channel as an entry in channels.scm.
Update the cached checkout of URL to REF in CACHE-DIRECTORY. Return three values: the cache directory name, and the SHA1 commit (a string) corresponding to REF, and the relation of STARTING-COMMIT relative to the new commit (if provided) as returned by 'commit-relation'.
REF is pair whose key is [branch | commit | symref | tag | tag-or-commit ] and value the associated data: [<branch name> | <sha1> | <tag name> | <string>]. If REF is the empty list, the remote HEAD is used.
When RECURSIVE? is true, check out submodules as well, if any.
When CHECK-OUT? is true, reset the cached working tree to REF; otherwise leave it unchanged.
When VERIFY-CERTIFICATE? is true, raise an error when encountering an invalid X.509 host certificate; otherwise, warn about the problem and keep going.
Wait for up to CONNECTION-TIMEOUT milliseconds when establishing connection to the remote server, and for up to READ-TIMEOUT milliseconds when reading from it. When zero, use the system defaults for these timeouts; when false, leave current settings unchanged.
Return the list of commits between NEW and OLD, where OLD is assumed to be an ancestor of NEW. Exclude all the commits listed in EXCLUDED along with their ancestors.
Essentially, this computes the set difference between the closure of NEW and that of OLD.
Convert the <git-reference> REFERENCE to an equivalent <git-checkout>.
Use the system's X.509 certificates for Git checkouts over HTTPS. Honor the 'SSL_CERT_FILE' and 'SSL_CERT_DIR' environment variables.
Return a symbol denoting the relation between OLD and NEW, two commit objects: 'ancestor (meaning that OLD is an ancestor of NEW), 'descendant, or 'unrelated, or 'self (OLD and NEW are the same commit).
Return the list of references advertised at Git repository URL. If TAGS? is true, limit to only refs/tags.
Return the string "<REPO-NAME>-<SHA1:7>" where REPO-NAME is the name of the git repository, extracted from URL and SHA1:7 the seven first digits of SHA1 string.
Open the Git repository in DIRECTORY or one of its parent and return three values: the working directory of that repository, its checked out commit ID, and its checked out reference (such as a branch name). Return #f (three values) if DIRECTORY does not hold a readable Git repository.
Return an sexp, called an "sglob", that represents the compiled form of STR, a glob pattern such as "foo*" or "foo??bar".
Return true if STR matches PATTERN, a compiled glob pattern as returned by 'compile-sglob'.
Compile SGLOB into a more efficient representation.
Rewrite URL so that the URL path components matching the current VERSION or VERSION-MAJOR.VERSION-MINOR are updated with that of the latest version found by crawling the corresponding URL directories. Alternatively, when TO-VERSION is specified, rewrite version matches directly to it without crawling URL. If TO-VERSION is provided and PARTIAL-VERSION? set to #t, then crawl URL to find the newest compatible release (one that is prefixed by TO-VERSION).
For example, the URL "https://dist.libuv.org/dist/v1.45.0/libuv-v1.45.0.tar.gz" could be rewritten to something like "https://dist.libuv.org/dist/v1.46.0/libuv-v1.46.0.tar.gz".
With TO-VERSION set to "1.49" and PARTIAL-VERSION? set to #t, the URL "https://dist.libuv.org/dist/v1.45.0/libuv-v1.45.0.tar.gz" could be rewritten to something like "https://dist.libuv.org/dist/v1.49.2/libuv-v1.49.2.tar.gz".
Return the package name and version number extracted from NAME+VERSION.
Rewrite URI to a mirror:// URI if possible, or return URI unmodified.
Return the list of <upstream-release> of PROJECT as a list of release name/directory pairs.