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|
package main
import (
"fmt"
"io"
"reflect"
"text/template"
)
type MaskCmpMethodTest struct {
Kind reflect.Kind
Name string
}
const testMaskCmpMethodRaw = `func TestDense_{{title .Name}}_{{short .Kind}}(t *testing.T){
assert := assert.New(t)
T := New(Of({{reflectKind .Kind}}), WithShape(2, 3, 4, 5))
assert.False(T.IsMasked())
data := T.{{sliceOf .Kind}}
for i := range data {
{{if eq "string" (asType .Kind) -}}
data[i] = fmt.Sprint(i)
{{else -}}
data[i] = {{asType .Kind}}(i)
{{end -}}
}
{{if eq "string" (asType .Kind) -}}
T.MaskedEqual(fmt.Sprint(0))
{{else -}}
T.MaskedEqual({{asType .Kind}}(0))
{{end -}}
assert.True(T.IsMasked())
{{if eq "string" (asType .Kind) -}}
T.MaskedEqual(fmt.Sprint(1))
{{else -}}
T.MaskedEqual({{asType .Kind}}(1))
{{end -}}
assert.True(T.mask[0] && T.mask[1])
{{if eq "string" (asType .Kind) -}}
T.MaskedNotEqual(fmt.Sprint(2))
{{else -}}
T.MaskedNotEqual({{asType .Kind}}(2))
{{end -}}
assert.False(T.mask[2] && !(T.mask[0]))
T.ResetMask()
{{if eq "string" (asType .Kind) -}}
T.MaskedInside(fmt.Sprint(1), fmt.Sprint(22))
{{else -}}
T.MaskedInside({{asType .Kind}}(1), {{asType .Kind}}(22))
{{end -}}
assert.True(!T.mask[0] && !T.mask[23] && T.mask[1] && T.mask[22])
T.ResetMask()
{{if eq "string" (asType .Kind) -}}
T.MaskedOutside(fmt.Sprint(1), fmt.Sprint(22))
{{else -}}
T.MaskedOutside({{asType .Kind}}(1), {{asType .Kind}}(22))
{{end -}}
assert.True(T.mask[0] && T.mask[23] && !T.mask[1] && !T.mask[22])
T.ResetMask()
for i := 0; i < 5; i++ {
{{if eq "string" (asType .Kind) -}}
T.MaskedEqual(fmt.Sprint(i*10))
{{else -}}
T.MaskedEqual({{asType .Kind}}(i*10))
{{end -}}
}
it := IteratorFromDense(T)
j := 0
for _, err := it.Next(); err == nil; _, err = it.Next() {
j++
}
it.Reset()
assert.Equal(120, j)
j = 0
for _, _, err := it.NextValid(); err == nil; _, _, err = it.NextValid() {
j++
}
it.Reset()
assert.Equal(115, j)
j = 0
for _, _, err := it.NextInvalid(); err == nil; _, _, err = it.NextInvalid() {
j++
}
it.Reset()
assert.Equal(5,j)
}
`
var (
testMaskCmpMethod *template.Template
)
func init() {
testMaskCmpMethod = template.Must(template.New("testmaskcmpmethod").Funcs(funcs).Parse(testMaskCmpMethodRaw))
}
func generateMaskCmpMethodsTests(f io.Writer, generic Kinds) {
for _, mm := range maskcmpMethods {
fmt.Fprintf(f, "/* %s */ \n\n", mm.Name)
for _, k := range generic.Kinds {
if isOrd(k) {
if mm.ReqFloat && isntFloat(k) {
} else {
op := MaskCmpMethodTest{k, mm.Name}
testMaskCmpMethod.Execute(f, op)
}
}
}
}
}
|
