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date_test.go
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date_test.go
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package gedcom_test
import (
"testing"
"time"
"github.com/elliotchance/gedcom/v39"
"github.com/elliotchance/tf"
"github.com/stretchr/testify/assert"
)
func TestDate_Time(t *testing.T) {
t.Run("StartDate", func(t *testing.T) {
for date, test := range dateTests {
t.Run(date, func(t *testing.T) {
node := gedcom.NewDateNode(date)
assert.Equal(t, node.StartDate().Time(), test.startTime)
})
}
})
t.Run("EndDate", func(t *testing.T) {
for date, test := range dateTests {
t.Run(date, func(t *testing.T) {
node := gedcom.NewDateNode(date)
assert.Equal(t, node.EndDate().Time(), test.endTime)
})
}
})
}
func TestDate_String(t *testing.T) {
tests := map[gedcom.Date]string{
// Exact
gedcom.Date{0, 0, 0, false, gedcom.DateConstraintExact, nil}: "",
gedcom.Date{0, 0, 1932, false, gedcom.DateConstraintExact, nil}: "1932",
gedcom.Date{0, 3, 1987, false, gedcom.DateConstraintExact, nil}: "Mar 1987",
gedcom.Date{24, 4, 1774, false, gedcom.DateConstraintExact, nil}: "24 Apr 1774",
// Non-exact
gedcom.Date{0, 0, 0, false, gedcom.DateConstraintBefore, nil}: "Bef.",
gedcom.Date{0, 0, 1932, false, gedcom.DateConstraintAbout, nil}: "Abt. 1932",
gedcom.Date{0, 3, 1987, false, gedcom.DateConstraintAfter, nil}: "Aft. Mar 1987",
gedcom.Date{24, 4, 1774, false, gedcom.DateConstraintBefore, nil}: "Bef. 24 Apr 1774",
}
for date, expected := range tests {
t.Run("", func(t *testing.T) {
assert.Equalf(t, expected, date.String(), "%#+v", date)
})
}
}
func TestDate_Is(t *testing.T) {
tests := []struct {
date1, date2 gedcom.Date
match bool
}{
// Matches
{
gedcom.Date{0, 0, 0, false, gedcom.DateConstraintExact, nil},
gedcom.Date{0, 0, 0, false, gedcom.DateConstraintExact, nil},
true,
},
{
gedcom.Date{0, 0, 1932, false, gedcom.DateConstraintExact, nil},
gedcom.Date{0, 0, 1932, false, gedcom.DateConstraintExact, nil},
true,
},
{
gedcom.Date{0, 3, 1987, false, gedcom.DateConstraintExact, nil},
gedcom.Date{0, 3, 1987, false, gedcom.DateConstraintExact, nil},
true,
},
{
gedcom.Date{24, 4, 1774, false, gedcom.DateConstraintExact, nil},
gedcom.Date{24, 4, 1774, false, gedcom.DateConstraintExact, nil},
true,
},
{
gedcom.Date{24, 4, 1774, false, gedcom.DateConstraintExact, nil},
gedcom.Date{24, 4, 1774, true, gedcom.DateConstraintExact, nil},
true,
},
// Non-matches.
{
gedcom.Date{0, 0, 0, false, gedcom.DateConstraintExact, nil},
gedcom.Date{0, 0, 0, false, gedcom.DateConstraintAbout, nil},
false,
},
{
gedcom.Date{0, 0, 1933, false, gedcom.DateConstraintExact, nil},
gedcom.Date{0, 0, 1932, false, gedcom.DateConstraintExact, nil},
false,
},
{
gedcom.Date{0, 2, 1987, false, gedcom.DateConstraintExact, nil},
gedcom.Date{0, 3, 1987, false, gedcom.DateConstraintExact, nil},
false,
},
{
gedcom.Date{25, 4, 1774, false, gedcom.DateConstraintExact, nil},
gedcom.Date{24, 4, 1774, false, gedcom.DateConstraintExact, nil},
false,
},
{
gedcom.Date{24, 4, 1774, false, gedcom.DateConstraintAbout, nil},
gedcom.Date{24, 4, 1774, false, gedcom.DateConstraintBefore, nil},
false,
},
}
for _, test := range tests {
t.Run("", func(t *testing.T) {
assert.Equalf(t, test.match, test.date1.Is(test.date2),
"%#+v %#+v", test.date1, test.date2)
})
}
}
func TestDate_Years(t *testing.T) {
tests := []struct {
date gedcom.Date
expected float64
}{
// Zero
{gedcom.Date{0, 0, 0, false, gedcom.DateConstraintExact, nil}, 0.0},
// Year
{gedcom.Date{0, 0, 750, false, gedcom.DateConstraintExact, nil}, 750.5},
{gedcom.Date{0, 0, 1845, false, gedcom.DateConstraintExact, nil}, 1845.5},
// Months
{gedcom.Date{0, 1, 1845, false, gedcom.DateConstraintExact, nil}, 1845.0437158469945},
{gedcom.Date{0, 3, 1999, false, gedcom.DateConstraintExact, nil}, 1999.204918032787},
{gedcom.Date{0, 12, 1832, false, gedcom.DateConstraintExact, nil}, 1832.956403269755},
// Days
{gedcom.Date{1, 1, 1789, false, gedcom.DateConstraintExact, nil}, 1789.0027322404371},
{gedcom.Date{31, 1, 1435, false, gedcom.DateConstraintExact, nil}, 1435.0846994535518},
{gedcom.Date{1, 2, 1601, false, gedcom.DateConstraintExact, nil}, 1601.0874316939892},
{gedcom.Date{1, 3, 845, false, gedcom.DateConstraintExact, nil}, 845.1639344262295},
{gedcom.Date{31, 12, 2010, false, gedcom.DateConstraintExact, nil}, 2010.9972677595629},
}
for _, test := range tests {
t.Run(test.date.String(), func(t *testing.T) {
assert.Equal(t, test.expected, test.date.Years())
})
}
}
func TestDate_Equals(t *testing.T) {
Equals := tf.Function(t, gedcom.Date.Equals)
at14Jan1845 := gedcom.Date{14, 1, 1845, false, gedcom.DateConstraintExact, nil}
abt14Jan1845 := gedcom.Date{14, 1, 1845, false, gedcom.DateConstraintAbout, nil}
bef14Jan1845 := gedcom.Date{14, 1, 1845, false, gedcom.DateConstraintBefore, nil}
aft14Jan1845 := gedcom.Date{14, 1, 1845, false, gedcom.DateConstraintAfter, nil}
at15Jan1845 := gedcom.Date{15, 1, 1845, false, gedcom.DateConstraintExact, nil}
abt15Jan1845 := gedcom.Date{15, 1, 1845, false, gedcom.DateConstraintAbout, nil}
bef15Jan1845 := gedcom.Date{15, 1, 1845, false, gedcom.DateConstraintBefore, nil}
aft15Jan1845 := gedcom.Date{15, 1, 1845, false, gedcom.DateConstraintAfter, nil}
// Zero dates are equal.
Equals(gedcom.Date{}, gedcom.Date{}).Returns(false)
Equals(at14Jan1845, gedcom.Date{}).Returns(false)
Equals(gedcom.Date{}, at14Jan1845).Returns(false)
// Test matrix.
Equals(at14Jan1845, at14Jan1845).Returns(true) // #4
Equals(at14Jan1845, abt14Jan1845).Returns(true)
Equals(at14Jan1845, bef14Jan1845).Returns(false)
Equals(at14Jan1845, aft14Jan1845).Returns(false)
Equals(at14Jan1845, at15Jan1845).Returns(false)
Equals(at14Jan1845, abt15Jan1845).Returns(false)
Equals(at14Jan1845, bef15Jan1845).Returns(true)
Equals(at14Jan1845, aft15Jan1845).Returns(false)
Equals(abt14Jan1845, at14Jan1845).Returns(true) // #12
Equals(abt14Jan1845, abt14Jan1845).Returns(true)
Equals(abt14Jan1845, bef14Jan1845).Returns(false)
Equals(abt14Jan1845, aft14Jan1845).Returns(false)
Equals(abt14Jan1845, at15Jan1845).Returns(false)
Equals(abt14Jan1845, abt15Jan1845).Returns(false)
Equals(abt14Jan1845, bef15Jan1845).Returns(false)
Equals(abt14Jan1845, aft15Jan1845).Returns(false)
Equals(bef14Jan1845, at14Jan1845).Returns(false) // #20
Equals(bef14Jan1845, abt14Jan1845).Returns(false)
Equals(bef14Jan1845, bef14Jan1845).Returns(true)
Equals(bef14Jan1845, aft14Jan1845).Returns(false)
Equals(bef14Jan1845, at15Jan1845).Returns(false)
Equals(bef14Jan1845, abt15Jan1845).Returns(false)
Equals(bef14Jan1845, bef15Jan1845).Returns(true)
Equals(bef14Jan1845, aft15Jan1845).Returns(false)
Equals(aft14Jan1845, at14Jan1845).Returns(false) // #28
Equals(aft14Jan1845, abt14Jan1845).Returns(false)
Equals(aft14Jan1845, bef14Jan1845).Returns(false)
Equals(aft14Jan1845, aft14Jan1845).Returns(true)
Equals(aft14Jan1845, at15Jan1845).Returns(true)
Equals(aft14Jan1845, abt15Jan1845).Returns(false)
Equals(aft14Jan1845, bef15Jan1845).Returns(false)
Equals(aft14Jan1845, aft15Jan1845).Returns(false)
Equals(at15Jan1845, at14Jan1845).Returns(false) // #36
Equals(at15Jan1845, abt14Jan1845).Returns(false)
Equals(at15Jan1845, bef14Jan1845).Returns(false)
Equals(at15Jan1845, aft14Jan1845).Returns(true)
Equals(at15Jan1845, at15Jan1845).Returns(true)
Equals(at15Jan1845, abt15Jan1845).Returns(true)
Equals(at15Jan1845, bef15Jan1845).Returns(false)
Equals(at15Jan1845, aft15Jan1845).Returns(false)
Equals(abt15Jan1845, at14Jan1845).Returns(false) // #44
Equals(abt15Jan1845, abt14Jan1845).Returns(false)
Equals(abt15Jan1845, bef14Jan1845).Returns(false)
Equals(abt15Jan1845, aft14Jan1845).Returns(false)
Equals(abt15Jan1845, at15Jan1845).Returns(true)
Equals(abt15Jan1845, abt15Jan1845).Returns(true)
Equals(abt15Jan1845, bef15Jan1845).Returns(false)
Equals(abt15Jan1845, aft15Jan1845).Returns(false)
Equals(bef15Jan1845, at14Jan1845).Returns(true) // #52
Equals(bef15Jan1845, abt14Jan1845).Returns(false)
Equals(bef15Jan1845, bef14Jan1845).Returns(false)
Equals(bef15Jan1845, aft14Jan1845).Returns(false)
Equals(bef15Jan1845, at15Jan1845).Returns(false)
Equals(bef15Jan1845, abt15Jan1845).Returns(false)
Equals(bef15Jan1845, bef15Jan1845).Returns(true)
Equals(bef15Jan1845, aft15Jan1845).Returns(false)
Equals(aft15Jan1845, at14Jan1845).Returns(false) // #60
Equals(aft15Jan1845, abt14Jan1845).Returns(false)
Equals(aft15Jan1845, bef14Jan1845).Returns(false)
Equals(aft15Jan1845, aft14Jan1845).Returns(true)
Equals(aft15Jan1845, at15Jan1845).Returns(false)
Equals(aft15Jan1845, abt15Jan1845).Returns(false)
Equals(aft15Jan1845, bef15Jan1845).Returns(false)
Equals(aft15Jan1845, aft15Jan1845).Returns(true)
}
func TestDate_IsZero(t *testing.T) {
IsZero := tf.Function(t, gedcom.Date.IsZero)
IsZero(gedcom.Date{}).Returns(true)
IsZero(gedcom.Date{14, 1, 1845, false, gedcom.DateConstraintExact, nil}).Returns(false)
IsZero(gedcom.Date{0, 1, 1845, false, gedcom.DateConstraintExact, nil}).Returns(false)
IsZero(gedcom.Date{0, 0, 1845, false, gedcom.DateConstraintExact, nil}).Returns(false)
IsZero(gedcom.Date{0, 0, 0, false, gedcom.DateConstraintExact, nil}).Returns(true)
IsZero(gedcom.Date{0, 0, 0, true, gedcom.DateConstraintExact, nil}).Returns(true)
IsZero(gedcom.Date{0, 0, 0, false, gedcom.DateConstraintAfter, nil}).Returns(true)
}
func TestNewDateWithTime(t *testing.T) {
NewDateWithTime := tf.Function(t, gedcom.NewDateWithTime)
tm, err := time.Parse(time.UnixDate, "Mon Jan 2 15:04:05 MST 2006")
assert.NoError(t, err)
NewDateWithTime(time.Time{}, false).Returns(gedcom.Date{})
NewDateWithTime(time.Time{}, true).Returns(gedcom.Date{})
NewDateWithTime(tm, false).Returns(
gedcom.Date{2, time.January, 2006, false, gedcom.DateConstraintExact, nil})
NewDateWithTime(tm, true).Returns(
gedcom.Date{2, time.January, 2006, true, gedcom.DateConstraintExact, nil})
}
func TestNewDateRangeWithNow(t *testing.T) {
NewDateRangeWithNow := tf.Function(t, gedcom.NewDateRangeWithNow)
now := time.Now()
NewDateRangeWithNow().Returns(
gedcom.NewDateRange(
gedcom.Date{now.Day(), now.Month(), now.Year(), false, gedcom.DateConstraintExact, nil},
gedcom.Date{now.Day(), now.Month(), now.Year(), true, gedcom.DateConstraintExact, nil},
),
)
}