9fa5e216c4
w-level general upgrades and as a complement to module-specific upgrade. * Called on startup after initial XML parsing, but before module-specific upgrades * Enabled by definign the `.ca_datastore_upgrade` * [General-purpose upgrade documentation](https://clixon-docs.readthedocs.io/en/latest/backend.html#ge neral-purpose) * JSON parse error messages change from ` on line x: syntax error,..` to `json_parse: line x: syntax err or` * Unknown-element error message is more descriptive, eg from `namespace is: urn:example:clixon` to: `Fai led to find YANG spec of XML node: x with parent: xp in namespace urn:example:clixon`. * C-API parse and validation API more capable * `xml_spec_populate` family of functions extended with three-value return values * -1: error, 0: parse OK, 1: parse and YANG binding OK. * `xml_parse` and `json_parse` API changes * Three value returns: -1: error, 0: parse OK, 1: parse and YANG binding OK. * Extended `xml_parse_file2` and `xml_parse_string2` extended API functions with all options available. * New concept called `yang_bind` that defines how XML symbols are bound to YANG after parsing * Existing API same except `xml_parse_file` `endtag` argument moved to `xml_parse_file2` * C-API: Added instrumentation: `xml_size` and `xml_stats_get`. * Fixed: Enabling modstate (CLICON_XMLDB_MODSTATE), changing a revision on a yang, and restarting made the backend daemon exit at start (thanks Matt) * Also: ensure to load `ietf-yang-library.yang ` if CLICON_XMLDB_MODSTATE is set
135 lines
3.7 KiB
Bash
Executable file
135 lines
3.7 KiB
Bash
Executable file
#!/usr/bin/env bash
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# Test: JSON parser tests. See RFC7951
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# - Multi-line + pretty-print
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# - Empty values
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# Note that members should not be quoted. See test_restconf2.sh for typed
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#PROG="valgrind --leak-check=full --show-leak-kinds=all ../util/clixon_util_json"
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# Magic line must be first in script (see README.md)
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s="$_" ; . ./lib.sh || if [ "$s" = $0 ]; then exit 0; else return 0; fi
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: ${clixon_util_json:=clixon_util_json}
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: ${clixon_util_xml:=clixon_util_xml}
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fyang=$dir/json.yang
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cat <<EOF > $fyang
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module json{
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prefix ex;
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namespace "urn:example:clixon";
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identity genre {
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description
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"From RFC8040 jukebox example.
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Identity prefixes are translated from module-name to xml prefix";
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}
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identity blues {
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base genre;
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}
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typedef gtype{
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type identityref{
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base genre;
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}
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}
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leaf a{
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type int32;
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}
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container c{
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leaf a{
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type int32;
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}
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leaf s{
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type string;
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}
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}
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leaf g1 {
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description "direct type";
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type identityref { base genre; }
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}
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leaf g2 {
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description "indirect type";
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type gtype;
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}
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}
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EOF
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new "test params: -y $fyang"
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# No yang
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new "json parse to xml"
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expecteofx "$clixon_util_json" 0 '{"foo": -23}' "<foo>-23</foo>"
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new "json parse to json" # should be {"foo": -23}
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expecteofx "$clixon_util_json -j" 0 '{"foo": -23}' '{"foo":"-23"}'
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new "json parse list xml"
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expecteofx "$clixon_util_json" 0 '{"a":[0,1,2,3]}' "<a>0</a><a>1</a><a>2</a><a>3</a>"
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new "json parse list json" # should be {"a":[0,1,2,3]}
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expecteofx "$clixon_util_json -j" 0 '{"a":[0,1,2,3]}' '{"a":"0"}{"a":"1"}{"a":"2"}{"a":"3"}'
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# Multi-line JSON not pretty-print
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JSON='{"json:c":{"a":42,"s":"string"}}'
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# Same with pretty-print
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JSONP='{
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"json:c": {
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"a": 42,
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"s": "string"
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}
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}'
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new "json no pp in/out"
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expecteofx "$clixon_util_json -jy $fyang" 0 "$JSON" "$JSON"
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new "json pp in/out"
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expecteofeq "$clixon_util_json -jpy $fyang" 0 "$JSONP" "$JSONP"
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new "json pp in/ no pp out"
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expecteofeq "$clixon_util_json -jy $fyang" 0 "$JSONP" "$JSON"
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new "json no pp in/ pp out"
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expecteofeq "$clixon_util_json -jpy $fyang" 0 "$JSON" "$JSONP"
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JSON='{"json:a":-23}'
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new "json leaf back to json"
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expecteofx "$clixon_util_json -jy $fyang" 0 "$JSON" "$JSON"
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JSON='{"json:c":{"a":937}}'
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new "json parse container back to json"
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expecteofx "$clixon_util_json -jy $fyang" 0 "$JSON" "$JSON"
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# identities translation json -> xml is tricky wrt prefixes, json uses module
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# name, xml uses xml namespace prefixes (or default)
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JSON='{"json:g1":"json:blues"}'
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new "json identity to xml"
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expecteofx "$clixon_util_json -y $fyang" 0 "$JSON" '<g1 xmlns="urn:example:clixon">blues</g1>'
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new "json identity back to json"
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expecteofx "$clixon_util_json -jy $fyang" 0 "$JSON" '{"json:g1":"blues"}'
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new "xml identity with explicit ns to json"
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expecteofx "$clixon_util_xml -ovjy $fyang" 0 '<g1 xmlns="urn:example:clixon" xmlns:ex="urn:example:clixon">ex:blues</g1>' '{"json:g1":"blues"}'
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# Same with indirect type
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JSON='{"json:g2":"json:blues"}'
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new "json indirect identity to xml"
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expecteofx "$clixon_util_json -y $fyang" 0 "$JSON" '<g2 xmlns="urn:example:clixon">blues</g2>'
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new "json indirect identity back to json"
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expecteofx "$clixon_util_json -jy $fyang" 0 "$JSON" '{"json:g2":"blues"}'
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new "xml indirect identity with explicit ns to json"
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expecteofx "$clixon_util_xml -ojvy $fyang" 0 '<g2 xmlns="urn:example:clixon" xmlns:ex="urn:example:clixon">ex:blues</g2>' '{"json:g2":"blues"}'
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# XXX CDATA translation, should work bit does not
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if false; then
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JSON='{"json:c": {"s": "<![CDATA[ z > x & x < y ]]>"}}'
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new "json parse cdata xml"
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expecteofx "$clixon_util_json -j -y $fyang" 0 "$JSON" "$JSON"
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fi
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rm -rf $dir
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# unset conditional parameters
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unset clixon_util_json
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unset clixon_util_xml
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