Issue with wildcards in calculations.

[RML-IAEA]

Description

Issue with wildcards in calculations.
see error: "Wildcards for interims are not allowed:"

In the current code wildcards cannot be used without defining the keyword elsewhere in the function. You cannot use the "keyword.wildcard" by itself.

Reproduction guide

Create the analysis service "gs_Be7_00 " and calculation "send_object" and attempt to run it.
gs_Be7_00 is a keyword for the analysis service

Looking at the code:

        keywords = re.compile(r"\[([^\.^\]]+)\]").findall(value)
        for keyword in keywords:
            # Check if the service keyword exists and is active.
            dep_service = catalog(getKeyword=keyword, is_active=True)
            if not dep_service and keyword not in interim_keywords:
                msg = _(
                    "Validation failed: Keyword '${keyword}' is invalid",
                    mapping={
                        'keyword': safe_unicode(keyword)
                    })
                return to_utf8(translate(msg))

        # Allow to use Wildcards, LDL and UDL values in calculations
        allowedwds = ["LDL", "UDL", "BELOWLDL", "ABOVEUDL"]
        keysandwildcards = re.compile(r"\[([^\]]+)\]").findall(value)
        keysandwildcards = [k for k in keysandwildcards if "." in k]
        keysandwildcards = [k.split(".", 1) for k in keysandwildcards]
        errwilds = [k[1] for k in keysandwildcards if k[0] not in keywords]
        if len(errwilds) > 0:
            msg = _(
                "Wildcards for interims are not allowed: ${wildcards}",
                mapping={
                    "wildcards": safe_unicode(", ".join(errwilds))
                })
            return to_utf8(translate(msg))

The list "errwilds" will be filled if the key from keysandwildcards is not in keywords.

Expected behaviour

I would like to be able to use wildcards without passing the keyword separately.

Versions

• OS: Linux

• senaite.core: master

• senaite.impress: master

• senaite.core.listing: master

• senaite.core.supermodel: master