This largely reintroduces the legacy classification system, but there are a
number of things that are not affected by the flag. For example:
1. Alias classifications are still optimized when the flag is off;
2. Classifications without predicates emit slightly different code than
before, though their functionality has not changed;
3. There's been a lot of refactoring and minor optimizations that are
unaffected by the flag;
4. lv:match/@pattern will now emit a warning; and
5. Cleaning and casting of input data is not gated.
This allows us to incrementally migrate to the new system where behavior may
be different, but this is admittedly a bit dangerous in that the new system
was aggressively tested and reasoned about, so reintroducing the legacy
system may combine in unexpected ways.
This template prepares for the introduction of the new classification
system, which is a full rewrite that is both more performant and more
correct in its behavior. Unfortunately, the corrections will cause problems
with old code that may be relying on certain cases, particularly where
undefined values are implicitly treated as zero.
Consequently, the legacy and new systems will exist side-by-side, able to be
toggled on as desired so people can verify that behavior is correct before
we switch it on by default. This template allows switching on the system
for an entire package (if it's placed at the toplevel), or portions of a
package, though the latter should only be used in exceptional circumstances.
See the test cases in commits to follow for more information.
This package is not used today. See RELEASES.md for more information; This
is a dangerous package that never should have existed.
This also fixes the test suite.
We were still having issues with this function when taking the positive
branch, when predicates cause many matches within tables. This was causing
us to hit stack limits in certain browsers on the Summary Page.
This converts it to an iterator so that all branches are tail-recursive, and
then enables TCO on them.
I was disappointed to find that there's little performance or memory benefit
in running our test suite.
Replacing the existing macros with templates will allow us to now have
to deal with macros in the new compiler.
The `indexNameType` pattern needed to change to allow for variables. I
also had to remove the prefix for the `gentle-no` option of `rate`.
Create a "yield" and add backwards compatibility for the macro of the
same name. This is one of 2 macros that need to be replaced so we do not
have to worry about them with the new compiler.
Add a new step to the build process that copies the `xml` file to an
`xmli` file. Eventually, the new compiler will create the `xmli` file
and the old compiler will convert it to an `amle` file during the
transition.
The UI values need to match AND the question needs to be
visible. We do not have the visibility classifications yet, so we need to
define externs to allow this to build.
It doesn't makes sense to consider a question to be set if it's not even
applicable. This also helps to remove a bunch of duplicate code where these
templates are being used.
This now uses year ranges, which I'll update annually.
This also renames "R-T Specialty" to "Ryan Specialty Group". The latter is
the parent company of the former. I was originally employed under the
former when LoVullo Associates was purchased, by I now work for the parent
company.
These provide a more pleasent abstraction than having to reference CMP_OP_*
constants.
* core/test/core/vector/interpolate.xml: {t:when=>t:where-eq}.
* core/test/core/vector/table.xml: Likewise, but using the other variants
where appropriate given the value of `@op'.
* core/vector/interpolate.xml: Likewise.
* core/vector/table.xml (_when_, _where_): Rename former to latter and
provide deprecation warning.
(_when-lt_, _when-lte_, _when-gt_, _when-gte_): Add abstractions.
* src/current/rater.xsd: Permit template variable as tenplate name.
This is fairly primitive support and it completely sidesteps the bisect
algorithm for now. The next commit will abstract this a little bit further
to make it less awkward to use.
* core/test/core/vector/table.xml: New test cases.
* core/vector/filter.xml (CmpOp): New typedef.
(mfilter): Document that bisecting will not happen unless `CMP_OP_EQ'
is used. Implement that restriction.
[op]: New parameter. Provide it to `mrange'.
(_mfilter, _mrange_cmp): Rename from `_mfilter'. Implement new comparison
check based on `op'
[op]: New argument.
* core/vector/table.xml (_when_)[@op@]: New param. Add it to the produced
vector.
(_mquery): Unpack op (from `_when_') in call to `mfilter'.
Just trying to clean up a little as I go to start to make it easier
to understand.
* core/vector/filter.xml: Use _when-*_ templates and c:recurse.
* core/vector/table.xml: Likewise.
* core/test/spec.xml (_describe_): Enclose aggregate classification in a
series of nested expand-sequence to work around bug (described in
comment), which was causing test cases to not be compiled.
This is a BC break since this generates assertions by default. To maintain
BC, set `@allow-zero@' and `@allow-negative@' to `true' in existing template
applications.
* core/insurance.xml
(assert_ignore_premium_zero, assert_ignore_premium_negative): New params.
(_premium_): Generate assertions.
[@allow-zero@, @allow-negative@]: New params.
This is the start of a working build for core.
* .gitignore: Ignore generated files from configuration and build.
* build.xml: Copy from rater repo. This is the last remaining ant-based
dependency and can be gotten rid of; see comments.
* configure.ac: New file.
* rater/build-aux, rater/src: New symlinks.
This was broken by a previous commit, but was not noticed because
the test cases aren't being compiled as part of the build yet!
Now that we have tamed, that is an option.
* test/core/insurance.xml: Add missing @desc@.
* assert.xml (_assert_)[@neg-desc@]: New param to allow setting the
description of the negative classification. This is especially useful
when humans are going to be reading the assertion classifications; it can
otherwise be very confusing.
Mike Gerwitz
Austin Schaffer