func otag(t *testing.T, classifier *fuz.Classifier, tag string, inputs string) {
for _, input := range strings.Split(inputs, "\n") {
input = strings.TrimSpace(input)
if input == "" {
continue
}
if strings.HasPrefix(input, "#") {
continue
}
r := classifier.Process(input)
actual, _ := r.GetTagMatchString(tag, fuz.Raw)
inputAdjusted := fuz.CanonicalString(input)
if actual != inputAdjusted {
if actual != "" {
t.Errorf("In %#v only matched %#v", input, actual)
} else {
t.Errorf("In %#v no match", input)
}
t.Logf("Result =\n%v", r.Description())
}
}
}
matcher := rp.NewMatcher()
incorrect := new(UniqueStringList)
matched := new(UniqueStringList)
partial := new(UniqueStringList)
unmatched := new(UniqueStringList)
problematic := new(UniqueStringList)
problematicDirections := new(UniqueStringList)
for _, recipe := range recipes {
totalIngredients := 0
matchedIngredients := 0
var problematicHere []string
for _, ingred := range recipe.Ingredients {
s := fuz.CanonicalString(ingred.Text)
subheadm := matcher.MatchIngredientSubhead(s)
im := matcher.MatchIngredient(s)
dm := matcher.MatchDirection(s)
if subheadm.Confidence >= rp.Likely {
continue
}
switch im.Confidence {
case rp.Negative:
incorrect.Add(s)
case rp.Perfect:
matchedIngredients++
matched.Add(s + "\n")