* Renamed clixon-clispec.yang to clixon-autocli.yang

* First version of clixon-autocli.yang semantics
   * Default rules for module exclusion, list-keywords, completion, treeref-state
   * Specialized rules for compress and exclusion of modules
   * See [autocli documentation](https://clixon-docs.readthedocs.io/en/latest/cli.html#autocli)
* Obsoleted and moved autocli config options from clixon-config.yang to clixon-autocli.yang as follows:
   * `CLICON_CLI_GENMODEL`, use: `autocli/module-default=false` instead
      * Removed `clicon_cli_genmodel()`
   * `CLICON_CLI_GENMODEL_TYPE`, use `autocli/list-keyword-default` and compress rules instead)
      * Removed `clicon_cli_genmodel_type()`
   * `CLICON_CLI_GENMODEL_COMPLETION`, use `autocli/completion-default` instead
      * Removed `clicon_cli_genmodel_completion()`
   * `CLICON_CLI_AUTOCLI_EXCLUDE`, use `autocli/rule/operation=exclude` instead
   * `CLICON_CLI_MODEL_TREENAME`, use constant `AUTOCLI_TREENAME` instead
     * Removed `clicon_cli_model_treename()`
* New YANG functions: yang_single_child_type, yang_find_namespace_by_prefix, yang_str2key
* Changed return values of yang_find_prefix_by_namespace
* Merged `cli_cli2xml()` into `cli2xml()`
This commit is contained in:
Olof hagsand 2021-12-28 19:21:52 +01:00
parent dec05e2cae
commit 081e6871b3
45 changed files with 1804 additions and 900 deletions

View file

@ -211,151 +211,6 @@ xml2txt(FILE *f,
return xml2txt_recurse(f, x, fprintf, level);
}
/*! Translate from XML to CLI commands
* Howto: join strings and pass them down.
* Identify unique/index keywords for correct set syntax.
* @param[in] f Where to print cli commands
* @param[in] x XML Parse-tree (to translate)
* @param[in] prepend Print this text in front of all commands.
* @param[in] gt option to steer cli syntax
* @param[in] fn Callback to make print function
*/
int
xml2cli_recurse(FILE *f,
cxobj *x,
char *prepend,
enum genmodel_type gt,
clicon_output_cb *fn)
{
int retval = -1;
cxobj *xe = NULL;
cbuf *cbpre = NULL;
yang_stmt *ys;
int match;
char *body;
if (xml_type(x)==CX_ATTR)
goto ok;
if ((ys = xml_spec(x)) == NULL)
goto ok;
/* If leaf/leaf-list or presence container, then print line */
if (yang_keyword_get(ys) == Y_LEAF ||
yang_keyword_get(ys) == Y_LEAF_LIST){
if (prepend)
(*fn)(f, "%s", prepend);
if (gt == GT_ALL || gt == GT_VARS || gt == GT_HIDE)
(*fn)(f, "%s ", xml_name(x));
if ((body = xml_body(x)) != NULL){
if (index(body, ' '))
(*fn)(f, "\"%s\"", body);
else
(*fn)(f, "%s", body);
}
(*fn)(f, "\n");
goto ok;
}
/* Create prepend variable string */
if ((cbpre = cbuf_new()) == NULL){
clicon_err(OE_PLUGIN, errno, "cbuf_new");
goto done;
}
if (prepend)
cprintf(cbpre, "%s", prepend);
/* If non-presence container && HIDE mode && only child is
* a list, then skip container keyword
* See also yang2cli_container */
if (yang_container_cli_hide(ys, gt) == 0)
cprintf(cbpre, "%s ", xml_name(x));
/* If list then first loop through keys */
if (yang_keyword_get(ys) == Y_LIST){
xe = NULL;
while ((xe = xml_child_each(x, xe, -1)) != NULL){
if ((match = yang_key_match(ys, xml_name(xe), NULL)) < 0)
goto done;
if (!match)
continue;
if (gt == GT_ALL)
cprintf(cbpre, "%s ", xml_name(xe));
cprintf(cbpre, "%s ", xml_body(xe));
}
}
else if ((yang_keyword_get(ys) == Y_CONTAINER) &&
yang_find(ys, Y_PRESENCE, NULL) != NULL){
/* If presence container, then print as leaf (but continue to children) */
if (prepend)
(*fn)(f, "%s", prepend);
if (gt == GT_ALL || gt == GT_VARS || gt == GT_HIDE || gt == GT_OC_COMPRESS)
(*fn)(f, "%s ", xml_name(x));
if ((body = xml_body(x)) != NULL){
if (index(body, ' '))
(*fn)(f, "\"%s\"", body);
else
(*fn)(f, "%s", body);
}
(*fn)(f, "\n");
}
/* Then loop through all other (non-keys) */
xe = NULL;
while ((xe = xml_child_each(x, xe, -1)) != NULL){
if (yang_keyword_get(ys) == Y_LIST){
if ((match = yang_key_match(ys, xml_name(xe), NULL)) < 0)
goto done;
if (match){
(*fn)(f, "%s\n", cbuf_get(cbpre));
continue; /* Not key itself */
}
}
if (xml2cli_recurse(f, xe, cbuf_get(cbpre), gt, fn) < 0)
goto done;
}
ok:
retval = 0;
done:
if (cbpre)
cbuf_free(cbpre);
return retval;
}
/*! Translate from XML to CLI commands
* Howto: join strings and pass them down.
* Identify unique/index keywords for correct set syntax.
* @param[in] f Where to print cli commands
* @param[in] x XML Parse-tree (to translate)
* @param[in] prepend Print this text in front of all commands.
* @param[in] gt option to steer cli syntax
* @param[in] fn Callback to make print function
*/
int
xml2cli_cb(FILE *f,
cxobj *x,
char *prepend,
enum genmodel_type gt,
clicon_output_cb *fn)
{
return xml2cli_recurse(f, x, prepend, gt, fn);
}
/*! Translate from XML to CLI commands
* Howto: join strings and pass them down.
* Identify unique/index keywords for correct set syntax.
* Args:
* @param[in] f Where to print cli commands
* @param[in] x XML Parse-tree (to translate)
* @param[in] prepend Print this text in front of all commands.
* @param[in] gt option to steer cli syntax
*/
int
xml2cli(FILE *f,
cxobj *x,
char *prepend,
enum genmodel_type gt)
{
return xml2cli_recurse(f, x, prepend, gt, fprintf);
}
/*! Translate a single xml node to a cligen variable vector. Note not recursive
* @param[in] xt XML tree containing one top node
* @param[in] ys Yang spec containing type specification of top-node of xt
@ -1592,6 +1447,7 @@ assign_namespace(cxobj *x0, /* source */
cvec *nsc0 = NULL;
cvec *nsc = NULL;
yang_stmt *y;
int ret;
/* 2a. Detect if namespace is declared in x1 target parent */
if (xml2prefix(x1p, ns, &pexist) == 1){
@ -1649,9 +1505,9 @@ assign_namespace(cxobj *x0, /* source */
goto done;
}
/* Find local (imported) prefix for that module namespace */
if (yang_find_prefix_by_namespace(y, ns, &ptmp) < 0)
if ((ret = yang_find_prefix_by_namespace(y, ns, &ptmp)) < 0)
goto done;
if ((prefix1 = strdup(ptmp)) == NULL){
if (ret == 1 && (prefix1 = strdup(ptmp)) == NULL){
clicon_err(OE_UNIX, errno, "strdup");
goto done;
}