Quelle  conditionset_test.go   Sprache: unbekannt

// Copyright 2021 Google LLC
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
//      http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.

package compliance

import (
 "strings"
 "testing"
)

func TestConditionSet(t *testing.T) {
 tests := []struct {
  name        string
  conditions  []string
  plus        *[]string
  minus       *[]string
  matchingAny map[string][]string
  expected    []string
 }{
  {
   name:       "empty",
   conditions: []string{},
   plus:       &[]string{},
   matchingAny: map[string][]string{
    "notice":                []string{},
    "restricted":            []string{},
    "restricted|reciprocal": []string{},
   },
   expected: []string{},
  },
  {
   name:       "emptyminusnothing",
   conditions: []string{},
   minus:      &[]string{},
   matchingAny: map[string][]string{
    "notice":                []string{},
    "restricted":            []string{},
    "restricted|reciprocal": []string{},
   },
   expected: []string{},
  },
  {
   name:       "emptyminusnotice",
   conditions: []string{},
   minus:      &[]string{"notice"},
   matchingAny: map[string][]string{
    "notice":                []string{},
    "restricted":            []string{},
    "restricted|reciprocal": []string{},
   },
   expected: []string{},
  },
  {
   name:       "noticeonly",
   conditions: []string{"notice"},
   matchingAny: map[string][]string{
    "notice":             []string{"notice"},
    "notice|proprietary": []string{"notice"},
    "restricted":         []string{},
   },
   expected: []string{"notice"},
  },
  {
   name:       "allnoticeonly",
   conditions: []string{"notice"},
   plus:       &[]string{"notice"},
   matchingAny: map[string][]string{
    "notice":             []string{"notice"},
    "notice|proprietary": []string{"notice"},
    "restricted":         []string{},
   },
   expected: []string{"notice"},
  },
  {
   name:       "emptyplusnotice",
   conditions: []string{},
   plus:       &[]string{"notice"},
   matchingAny: map[string][]string{
    "notice":             []string{"notice"},
    "notice|proprietary": []string{"notice"},
    "restricted":         []string{},
   },
   expected: []string{"notice"},
  },
  {
   name:       "everything",
   conditions: []string{"unencumbered", "permissive", "notice", "reciprocal", "restricted", "proprietary"},
   plus:       &[]string{"restricted_if_statically_linked", "by_exception_only", "not_allowed"},
   matchingAny: map[string][]string{
    "unencumbered":                    []string{"unencumbered"},
    "permissive":                      []string{"permissive"},
    "notice":                          []string{"notice"},
    "reciprocal":                      []string{"reciprocal"},
    "restricted":                      []string{"restricted"},
    "restricted_if_statically_linked": []string{"restricted_if_statically_linked"},
    "proprietary":                     []string{"proprietary"},
    "by_exception_only":               []string{"by_exception_only"},
    "not_allowed":                     []string{"not_allowed"},
    "notice|proprietary":              []string{"notice", "proprietary"},
   },
   expected: []string{
    "unencumbered",
    "permissive",
    "notice",
    "reciprocal",
    "restricted",
    "restricted_if_statically_linked",
    "proprietary",
    "by_exception_only",
    "not_allowed",
   },
  },
  {
   name: "everythingplusminusnothing",
   conditions: []string{
    "unencumbered",
    "permissive",
    "notice",
    "reciprocal",
    "restricted",
    "restricted_if_statically_linked",
    "proprietary",
    "by_exception_only",
    "not_allowed",
   },
   plus:  &[]string{},
   minus: &[]string{},
   matchingAny: map[string][]string{
    "unencumbered|permissive|notice": []string{"unencumbered", "permissive", "notice"},
    "restricted|reciprocal":          []string{"reciprocal", "restricted"},
    "proprietary|by_exception_only":  []string{"proprietary", "by_exception_only"},
    "not_allowed":                    []string{"not_allowed"},
   },
   expected: []string{
    "unencumbered",
    "permissive",
    "notice",
    "reciprocal",
    "restricted",
    "restricted_if_statically_linked",
    "proprietary",
    "by_exception_only",
    "not_allowed",
   },
  },
  {
   name:       "allbutone",
   conditions: []string{"unencumbered", "permissive", "notice", "reciprocal", "restricted", "proprietary"},
   plus:       &[]string{"restricted_if_statically_linked", "by_exception_only", "not_allowed"},
   matchingAny: map[string][]string{
    "unencumbered":                    []string{"unencumbered"},
    "permissive":                      []string{"permissive"},
    "notice":                          []string{"notice"},
    "reciprocal":                      []string{"reciprocal"},
    "restricted":                      []string{"restricted"},
    "restricted_if_statically_linked": []string{"restricted_if_statically_linked"},
    "proprietary":                     []string{"proprietary"},
    "by_exception_only":               []string{"by_exception_only"},
    "not_allowed":                     []string{"not_allowed"},
    "notice|proprietary":              []string{"notice", "proprietary"},
   },
   expected: []string{
    "unencumbered",
    "permissive",
    "notice",
    "reciprocal",
    "restricted",
    "restricted_if_statically_linked",
    "proprietary",
    "by_exception_only",
    "not_allowed",
   },
  },
  {
   name: "everythingminusone",
   conditions: []string{
    "unencumbered",
    "permissive",
    "notice",
    "reciprocal",
    "restricted",
    "restricted_if_statically_linked",
    "proprietary",
    "by_exception_only",
    "not_allowed",
   },
   minus: &[]string{"restricted_if_statically_linked"},
   matchingAny: map[string][]string{
    "unencumbered":                    []string{"unencumbered"},
    "permissive":                      []string{"permissive"},
    "notice":                          []string{"notice"},
    "reciprocal":                      []string{"reciprocal"},
    "restricted":                      []string{"restricted"},
    "restricted_if_statically_linked": []string{},
    "proprietary":                     []string{"proprietary"},
    "by_exception_only":               []string{"by_exception_only"},
    "not_allowed":                     []string{"not_allowed"},
    "restricted|proprietary":          []string{"restricted", "proprietary"},
   },
   expected: []string{
    "unencumbered",
    "permissive",
    "notice",
    "reciprocal",
    "restricted",
    "proprietary",
    "by_exception_only",
    "not_allowed",
   },
  },
  {
   name: "everythingminuseverything",
   conditions: []string{
    "unencumbered",
    "permissive",
    "notice",
    "reciprocal",
    "restricted",
    "restricted_if_statically_linked",
    "proprietary",
    "by_exception_only",
    "not_allowed",
   },
   minus: &[]string{
    "unencumbered",
    "permissive",
    "notice",
    "reciprocal",
    "restricted",
    "restricted_if_statically_linked",
    "proprietary",
    "by_exception_only",
    "not_allowed",
   },
   matchingAny: map[string][]string{
    "unencumbered":                    []string{},
    "permissive":                      []string{},
    "notice":                          []string{},
    "reciprocal":                      []string{},
    "restricted":                      []string{},
    "restricted_if_statically_linked": []string{},
    "proprietary":                     []string{},
    "by_exception_only":               []string{},
    "not_allowed":                     []string{},
    "restricted|proprietary":          []string{},
   },
   expected: []string{},
  },
  {
   name:       "restrictedplus",
   conditions: []string{"restricted", "restricted_if_statically_linked"},
   plus:       &[]string{"permissive", "notice", "restricted", "proprietary"},
   matchingAny: map[string][]string{
    "unencumbered":                    []string{},
    "permissive":                      []string{"permissive"},
    "notice":                          []string{"notice"},
    "restricted":                      []string{"restricted"},
    "restricted_if_statically_linked": []string{"restricted_if_statically_linked"},
    "proprietary":                     []string{"proprietary"},
    "restricted|proprietary":          []string{"restricted", "proprietary"},
    "by_exception_only":               []string{},
    "proprietary|by_exception_only":   []string{"proprietary"},
   },
   expected: []string{"permissive", "notice", "restricted", "restricted_if_statically_linked", "proprietary"},
  },
 }
 for _, tt := range tests {
  toConditions := func(names []string) []LicenseCondition {
   result := make([]LicenseCondition, 0, len(names))
   for _, name := range names {
    result = append(result, RecognizedConditionNames[name])
   }
   return result
  }
  populate := func() LicenseConditionSet {
   testSet := NewLicenseConditionSet(toConditions(tt.conditions)...)
   if tt.plus != nil {
    testSet = testSet.Plus(toConditions(*tt.plus)...)
   }
   if tt.minus != nil {
    testSet = testSet.Minus(toConditions(*tt.minus)...)
   }
   return testSet
  }
  populateSet := func() LicenseConditionSet {
   testSet := NewLicenseConditionSet(toConditions(tt.conditions)...)
   if tt.plus != nil {
    testSet = testSet.Union(NewLicenseConditionSet(toConditions(*tt.plus)...))
   }
   if tt.minus != nil {
    testSet = testSet.Difference(NewLicenseConditionSet(toConditions(*tt.minus)...))
   }
   return testSet
  }
  populatePlusSet := func() LicenseConditionSet {
   testSet := NewLicenseConditionSet(toConditions(tt.conditions)...)
   if tt.plus != nil {
    testSet = testSet.Union(NewLicenseConditionSet(toConditions(*tt.plus)...))
   }
   if tt.minus != nil {
    testSet = testSet.Minus(toConditions(*tt.minus)...)
   }
   return testSet
  }
  populateMinusSet := func() LicenseConditionSet {
   testSet := NewLicenseConditionSet(toConditions(tt.conditions)...)
   if tt.plus != nil {
    testSet = testSet.Plus(toConditions(*tt.plus)...)
   }
   if tt.minus != nil {
    testSet = testSet.Difference(NewLicenseConditionSet(toConditions(*tt.minus)...))
   }
   return testSet
  }
  checkMatching := func(cs LicenseConditionSet, t *testing.T) {
   for data, expectedNames := range tt.matchingAny {
    expectedConditions := toConditions(expectedNames)
    expected := NewLicenseConditionSet(expectedConditions...)
    actual := cs.MatchingAny(toConditions(strings.Split(data, "|"))...)
    actualNames := actual.Names()

    t.Logf("MatchingAny(%s): actual set %#v %s", data, actual, actual.String())
    t.Logf("MatchingAny(%s): expected set %#v %s", data, expected, expected.String())

    if actual != expected {
     t.Errorf("MatchingAny(%s): got %#v, want %#v", data, actual, expected)
     continue
    }
    if len(actualNames) != len(expectedNames) {
     t.Errorf("len(MatchinAny(%s).Names()): got %d, want %d",
      data, len(actualNames), len(expectedNames))
    } else {
     for i := 0; i < len(actualNames); i++ {
      if actualNames[i] != expectedNames[i] {
       t.Errorf("MatchingAny(%s).Names()[%d]: got %s, want %s",
        data, i, actualNames[i], expectedNames[i])
       break
      }
     }
    }
    actualConditions := actual.AsList()
    if len(actualConditions) != len(expectedConditions) {
     t.Errorf("len(MatchingAny(%s).AsList()):  got %d, want %d",
      data, len(actualNames), len(expectedNames))
    } else {
     for i := 0; i < len(actualNames); i++ {
      if actualNames[i] != expectedNames[i] {
       t.Errorf("MatchingAny(%s).AsList()[%d]: got %s, want %s",
        data, i, actualNames[i], expectedNames[i])
       break
      }
     }
    }
   }
  }
  checkMatchingSet := func(cs LicenseConditionSet, t *testing.T) {
   for data, expectedNames := range tt.matchingAny {
    expected := NewLicenseConditionSet(toConditions(expectedNames)...)
    actual := cs.MatchingAnySet(NewLicenseConditionSet(toConditions(strings.Split(data, "|"))...))
    actualNames := actual.Names()

    t.Logf("MatchingAnySet(%s): actual set %#v %s", data, actual, actual.String())
    t.Logf("MatchingAnySet(%s): expected set %#v %s", data, expected, expected.String())

    if actual != expected {
     t.Errorf("MatchingAnySet(%s): got %#v, want %#v", data, actual, expected)
     continue
    }
    if len(actualNames) != len(expectedNames) {
     t.Errorf("len(MatchingAnySet(%s).Names()): got %d, want %d",
      data, len(actualNames), len(expectedNames))
    } else {
     for i := 0; i < len(actualNames); i++ {
      if actualNames[i] != expectedNames[i] {
       t.Errorf("MatchingAnySet(%s).Names()[%d]: got %s, want %s",
        data, i, actualNames[i], expectedNames[i])
       break
      }
     }
    }
    expectedConditions := toConditions(expectedNames)
    actualConditions := actual.AsList()
    if len(actualConditions) != len(expectedConditions) {
     t.Errorf("len(MatchingAnySet(%s).AsList()): got %d, want %d",
      data, len(actualNames), len(expectedNames))
    } else {
     for i := 0; i < len(actualNames); i++ {
      if actualNames[i] != expectedNames[i] {
       t.Errorf("MatchingAnySet(%s).AsList()[%d]: got %s, want %s",
        data, i, actualNames[i], expectedNames[i])
       break
      }
     }
    }
   }
  }

  checkExpected := func(actual LicenseConditionSet, t *testing.T) bool {
   t.Logf("checkExpected{%s}", strings.Join(tt.expected, ", "))

   expectedConditions := toConditions(tt.expected)
   expected := NewLicenseConditionSet(expectedConditions...)

   actualNames := actual.Names()

   t.Logf("actual license condition set: %#v %s", actual, actual.String())
   t.Logf("expected license condition set: %#v %s", expected, expected.String())

   if actual != expected {
    t.Errorf("checkExpected: got %#v, want %#v", actual, expected)
    return false
   }

   if len(actualNames) != len(tt.expected) {
    t.Errorf("len(actual.Names()): got %d, want %d", len(actualNames), len(tt.expected))
   } else {
    for i := 0; i < len(actualNames); i++ {
     if actualNames[i] != tt.expected[i] {
      t.Errorf("actual.Names()[%d]: got %s, want %s", i, actualNames[i], tt.expected[i])
      break
     }
    }
   }

   actualConditions := actual.AsList()
   if len(actualConditions) != len(expectedConditions) {
    t.Errorf("len(actual.AsList()): got %d, want %d", len(actualConditions), len(expectedConditions))
   } else {
    for i := 0; i < len(actualConditions); i++ {
     if actualConditions[i] != expectedConditions[i] {
      t.Errorf("actual.AsList()[%d]: got %s, want %s",
       i, actualConditions[i].Name(), expectedConditions[i].Name())
      break
     }
    }
   }

   if len(tt.expected) == 0 {
    if !actual.IsEmpty() {
     t.Errorf("actual.IsEmpty(): got false, want true")
    }
    if actual.HasAny(expectedConditions...) {
     t.Errorf("actual.HasAny(): got true, want false")
    }
   } else {
    if actual.IsEmpty() {
     t.Errorf("actual.IsEmpty(): got true, want false")
    }
    if !actual.HasAny(expectedConditions...) {
     t.Errorf("actual.HasAny(all expected): got false, want true")
    }
   }
   if !actual.HasAll(expectedConditions...) {
    t.Errorf("actual.Hasll(all expected): want true, got false")
   }
   for _, expectedCondition := range expectedConditions {
    if !actual.HasAny(expectedCondition) {
     t.Errorf("actual.HasAny(%q): got false, want true", expectedCondition.Name())
    }
    if !actual.HasAll(expectedCondition) {
     t.Errorf("actual.HasAll(%q): got false, want true", expectedCondition.Name())
    }
   }

   notExpected := (AllLicenseConditions &^ expected)
   notExpectedList := notExpected.AsList()
   t.Logf("not expected license condition set: %#v %s", notExpected, notExpected.String())

   if len(tt.expected) == 0 {
    if actual.HasAny(append(expectedConditions, notExpectedList...)...) {
     t.Errorf("actual.HasAny(all conditions): want false, got true")
    }
   } else {
    if !actual.HasAny(append(expectedConditions, notExpectedList...)...) {
     t.Errorf("actual.HasAny(all conditions): want true, got false")
    }
   }
   if len(notExpectedList) == 0 {
    if !actual.HasAll(append(expectedConditions, notExpectedList...)...) {
     t.Errorf("actual.HasAll(all conditions): want true, got false")
    }
   } else {
    if actual.HasAll(append(expectedConditions, notExpectedList...)...) {
     t.Errorf("actual.HasAll(all conditions): want false, got true")
    }
   }
   for _, unexpectedCondition := range notExpectedList {
    if actual.HasAny(unexpectedCondition) {
     t.Errorf("actual.HasAny(%q): got true, want false", unexpectedCondition.Name())
    }
    if actual.HasAll(unexpectedCondition) {
     t.Errorf("actual.HasAll(%q): got true, want false", unexpectedCondition.Name())
    }
   }
   return true
  }

  checkExpectedSet := func(actual LicenseConditionSet, t *testing.T) bool {
   t.Logf("checkExpectedSet{%s}", strings.Join(tt.expected, ", "))

   expectedConditions := toConditions(tt.expected)
   expected := NewLicenseConditionSet(expectedConditions...)

   actualNames := actual.Names()

   t.Logf("actual license condition set: %#v %s", actual, actual.String())
   t.Logf("expected license condition set: %#v %s", expected, expected.String())

   if actual != expected {
    t.Errorf("checkExpectedSet: got %#v, want %#v", actual, expected)
    return false
   }

   if len(actualNames) != len(tt.expected) {
    t.Errorf("len(actual.Names()): got %d, want %d", len(actualNames), len(tt.expected))
   } else {
    for i := 0; i < len(actualNames); i++ {
     if actualNames[i] != tt.expected[i] {
      t.Errorf("actual.Names()[%d]: got %s, want %s", i, actualNames[i], tt.expected[i])
      break
     }
    }
   }

   actualConditions := actual.AsList()
   if len(actualConditions) != len(expectedConditions) {
    t.Errorf("len(actual.AsList()): got %d, want %d", len(actualConditions), len(expectedConditions))
   } else {
    for i := 0; i < len(actualConditions); i++ {
     if actualConditions[i] != expectedConditions[i] {
      t.Errorf("actual.AsList()[%d}: got %s, want %s",
       i, actualConditions[i].Name(), expectedConditions[i].Name())
      break
     }
    }
   }

   if len(tt.expected) == 0 {
    if !actual.IsEmpty() {
     t.Errorf("actual.IsEmpty(): got false, want true")
    }
    if actual.MatchesAnySet(expected) {
     t.Errorf("actual.MatchesAnySet({}): got true, want false")
    }
    if actual.MatchesEverySet(expected, expected) {
     t.Errorf("actual.MatchesEverySet({}, {}): want false, got true")
    }
   } else {
    if actual.IsEmpty() {
     t.Errorf("actual.IsEmpty(): got true, want false")
    }
    if !actual.MatchesAnySet(expected) {
     t.Errorf("actual.MatchesAnySet({all expected}): want true, got false")
    }
    if !actual.MatchesEverySet(expected, expected) {
     t.Errorf("actual.MatchesEverySet({all expected}, {all expected}): want true, got false")
    }
   }

   notExpected := (AllLicenseConditions &^ expected)
   t.Logf("not expected license condition set: %#v %s", notExpected, notExpected.String())

   if len(tt.expected) == 0 {
    if actual.MatchesAnySet(expected, notExpected) {
     t.Errorf("empty actual.MatchesAnySet({expected}, {not expected}): want false, got true")
    }
   } else {
    if !actual.MatchesAnySet(expected, notExpected) {
     t.Errorf("actual.MatchesAnySet({expected}, {not expected}): want true, got false")
    }
   }
   if actual.MatchesAnySet(notExpected) {
    t.Errorf("actual.MatchesAnySet({not expected}): want false, got true")
   }
   if actual.MatchesEverySet(notExpected) {
    t.Errorf("actual.MatchesEverySet({not expected}): want false, got true")
   }
   if actual.MatchesEverySet(expected, notExpected) {
    t.Errorf("actual.MatchesEverySet({expected}, {not expected}): want false, got true")
   }

   if !actual.Difference(expected).IsEmpty() {
    t.Errorf("actual.Difference({expected}).IsEmpty(): want true, got false")
   }
   if expected != actual.Intersection(expected) {
    t.Errorf("expected == actual.Intersection({expected}): want true, got false (%#v != %#v)", expected, actual.Intersection(expected))
   }
   if actual != actual.Intersection(expected) {
    t.Errorf("actual == actual.Intersection({expected}): want true, got false (%#v != %#v)", actual, actual.Intersection(expected))
   }
   return true
  }

  t.Run(tt.name, func(t *testing.T) {
   cs := populate()
   if checkExpected(cs, t) {
    checkMatching(cs, t)
   }
   if checkExpectedSet(cs, t) {
    checkMatchingSet(cs, t)
   }
  })

  t.Run(tt.name+"_sets", func(t *testing.T) {
   cs := populateSet()
   if checkExpected(cs, t) {
    checkMatching(cs, t)
   }
   if checkExpectedSet(cs, t) {
    checkMatchingSet(cs, t)
   }
  })

  t.Run(tt.name+"_plusset", func(t *testing.T) {
   cs := populatePlusSet()
   if checkExpected(cs, t) {
    checkMatching(cs, t)
   }
   if checkExpectedSet(cs, t) {
    checkMatchingSet(cs, t)
   }
  })

  t.Run(tt.name+"_minusset", func(t *testing.T) {
   cs := populateMinusSet()
   if checkExpected(cs, t) {
    checkMatching(cs, t)
   }
   if checkExpectedSet(cs, t) {
    checkMatchingSet(cs, t)
   }
  })
 }
}