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Copy pathzzzt_errpref_0002220_test.go
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zzzt_errpref_0002220_test.go
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package errpref
import (
"fmt"
"strings"
"testing"
)
func TestErrPrefixDto_NewIBasicErrorPrefix_000100(t *testing.T) {
var twoDSlice [][2]string
twoDSlice = make([][2]string, 14)
twoDSlice[0][0] = "Tx1.Something()"
twoDSlice[0][1] = ""
twoDSlice[1][0] = "Tx2.SomethingElse()"
twoDSlice[1][1] = ""
twoDSlice[2][0] = "Tx3.DoSomething()"
twoDSlice[2][1] = ""
twoDSlice[3][0] = "Tx4()"
twoDSlice[3][1] = ""
twoDSlice[4][0] = "Tx5()"
twoDSlice[4][1] = ""
twoDSlice[5][0] = "Tx6.DoSomethingElse()"
twoDSlice[5][1] = ""
twoDSlice[6][0] = "Tx7.TrySomethingNew()"
twoDSlice[6][1] = "something->newSomething"
twoDSlice[7][0] = "Tx8.TryAnyCombination()"
twoDSlice[7][1] = ""
twoDSlice[8][0] = "Tx9.TryAHammer()"
twoDSlice[8][1] = "x->y"
twoDSlice[9][0] = "Tx10.X()"
twoDSlice[9][1] = ""
twoDSlice[10][0] = "Tx11.TryAnything()"
twoDSlice[10][1] = ""
twoDSlice[11][0] = "Tx12.TryASalad()"
twoDSlice[11][1] = ""
twoDSlice[12][0] = "Tx13.SomeFabulousAndComplexStuff()"
twoDSlice[12][1] = ""
twoDSlice[13][0] = "Tx14.MoreAwesomeGoodness"
twoDSlice[13][1] = "A=7 B=8 C=9"
iBasicPref := testIBasicErrPref{}
var err error
err = iBasicPref.SetEPrefStrings(
twoDSlice)
if err != nil {
t.Errorf("Error from iBasicPref.SetEPrefStrings()\n"+
"%v\n", err.Error())
return
}
var ePDto *ErrPrefixDto
ePDto,
err = ErrPrefixDto{}.NewIBasicErrorPrefix(
&iBasicPref,
"",
"")
if err != nil {
t.Errorf("Error returned by NewIBasicErrorPrefix()\n"+
"%v\n",
err.Error())
return
}
ePDto.SetMaxTextLineLen(40)
ePDto2 := ErrPrefixDto{}.Ptr()
ePDto2.SetEPrefStrings(twoDSlice)
ePDto2.SetMaxTextLineLen(40)
ePDtoStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto.String()),
true)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
true)
if !ePDto.Equal(ePDto2) {
t.Errorf("Error: Expected ePDto==ePDto2.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDto=\n%v\n\nePDto2=\n%v\n\n",
ePDtoStr,
ePDto2Str)
return
}
if ePDtoStr != ePDto2Str {
t.Errorf("Error: Expected ePDtoStr==ePDto2Str.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDto=\n%v\n\nePDto2=\n%v\n\n",
ePDtoStr,
ePDto2Str)
}
}
func TestErrPrefixDto_NewIBasicErrorPrefix_000200(t *testing.T) {
var twoDSlice [][2]string
twoDSlice = make([][2]string, 14)
twoDSlice[0][0] = "Tx1.Something()"
twoDSlice[0][1] = ""
twoDSlice[1][0] = "Tx2.SomethingElse()"
twoDSlice[1][1] = ""
twoDSlice[2][0] = "Tx3.DoSomething()"
twoDSlice[2][1] = ""
twoDSlice[3][0] = "Tx4()"
twoDSlice[3][1] = ""
twoDSlice[4][0] = "Tx5()"
twoDSlice[4][1] = ""
twoDSlice[5][0] = "Tx6.DoSomethingElse()"
twoDSlice[5][1] = ""
twoDSlice[6][0] = "Tx7.TrySomethingNew()"
twoDSlice[6][1] = "something->newSomething"
twoDSlice[7][0] = "Tx8.TryAnyCombination()"
twoDSlice[7][1] = ""
twoDSlice[8][0] = "Tx9.TryAHammer()"
twoDSlice[8][1] = "x->y"
twoDSlice[9][0] = "Tx10.X()"
twoDSlice[9][1] = ""
twoDSlice[10][0] = "Tx11.TryAnything()"
twoDSlice[10][1] = ""
twoDSlice[11][0] = "Tx12.TryASalad()"
twoDSlice[11][1] = ""
twoDSlice[12][0] = "Tx13.SomeFabulousAndComplexStuff()"
twoDSlice[12][1] = ""
twoDSlice[13][0] = "Tx14.MoreAwesomeGoodness"
twoDSlice[13][1] = "A=7 B=8 C=9"
iBasicPref := testIBasicErrPref{}
var err error
err = iBasicPref.SetEPrefStrings(
twoDSlice)
if err != nil {
t.Errorf("Error from iBasicPref.SetEPrefStrings()\n"+
"%v\n", err.Error())
return
}
var ePDto *ErrPrefixDto
newErrPrefix := "Tx15.TomorrowIsABetterDay()"
ePDto,
err = ErrPrefixDto{}.NewIBasicErrorPrefix(
&iBasicPref,
newErrPrefix,
"")
if err != nil {
t.Errorf("Error returned by NewIBasicErrorPrefix()\n"+
"%v\n",
err.Error())
return
}
ePDto.SetMaxTextLineLen(40)
ePDto2 := ErrPrefixDto{}.Ptr()
ePDto2.SetEPrefStrings(twoDSlice)
ePDto2.SetMaxTextLineLen(40)
ePDto2.SetEPref(newErrPrefix)
ePDtoStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto.String()),
true)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
true)
if !ePDto.Equal(ePDto2) {
t.Errorf("Error: Expected ePDto==ePDto2.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDto=\n%v\n\nePDto2=\n%v\n\n",
ePDtoStr,
ePDto2Str)
return
}
if ePDtoStr != ePDto2Str {
t.Errorf("Error: Expected ePDtoStr==ePDto2Str.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDto=\n%v\n\nePDto2=\n%v\n\n",
ePDtoStr,
ePDto2Str)
}
}
func TestErrPrefixDto_NewIBasicErrorPrefix_000300(t *testing.T) {
var twoDSlice [][2]string
twoDSlice = make([][2]string, 14)
twoDSlice[0][0] = "Tx1.Something()"
twoDSlice[0][1] = ""
twoDSlice[1][0] = "Tx2.SomethingElse()"
twoDSlice[1][1] = ""
twoDSlice[2][0] = "Tx3.DoSomething()"
twoDSlice[2][1] = ""
twoDSlice[3][0] = "Tx4()"
twoDSlice[3][1] = ""
twoDSlice[4][0] = "Tx5()"
twoDSlice[4][1] = ""
twoDSlice[5][0] = "Tx6.DoSomethingElse()"
twoDSlice[5][1] = ""
twoDSlice[6][0] = "Tx7.TrySomethingNew()"
twoDSlice[6][1] = "something->newSomething"
twoDSlice[7][0] = "Tx8.TryAnyCombination()"
twoDSlice[7][1] = ""
twoDSlice[8][0] = "Tx9.TryAHammer()"
twoDSlice[8][1] = "x->y"
twoDSlice[9][0] = "Tx10.X()"
twoDSlice[9][1] = ""
twoDSlice[10][0] = "Tx11.TryAnything()"
twoDSlice[10][1] = ""
twoDSlice[11][0] = "Tx12.TryASalad()"
twoDSlice[11][1] = ""
twoDSlice[12][0] = "Tx13.SomeFabulousAndComplexStuff()"
twoDSlice[12][1] = ""
twoDSlice[13][0] = "Tx14.MoreAwesomeGoodness"
twoDSlice[13][1] = "A=7 B=8 C=9"
iBasicPref := testIBasicErrPref{}
var err error
err = iBasicPref.SetEPrefStrings(
twoDSlice)
if err != nil {
t.Errorf("Error from iBasicPref.SetEPrefStrings()\n"+
"%v\n", err.Error())
return
}
var ePDto *ErrPrefixDto
newErrPrefix := "Tx15.TomorrowIsABetterDay()"
ePDto,
err = ErrPrefixDto{}.NewIBasicErrorPrefix(
&iBasicPref,
newErrPrefix,
"")
if err != nil {
t.Errorf("Error returned by NewIBasicErrorPrefix()\n"+
"%v\n",
err.Error())
return
}
ePDto.SetMaxTextLineLen(40)
ePDto2 := ErrPrefixDto{}.Ptr()
ePDto2.SetEPrefStrings(twoDSlice)
ePDto2.SetMaxTextLineLen(40)
ePDto2.SetEPref(newErrPrefix)
ePDtoStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto.String()),
true)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
true)
if !ePDto.Equal(ePDto2) {
t.Errorf("Error: Expected ePDto==ePDto2.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDto=\n%v\n\nePDto2=\n%v\n\n",
ePDtoStr,
ePDto2Str)
return
}
if ePDtoStr != ePDto2Str {
t.Errorf("Error: Expected ePDtoStr==ePDto2Str.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDto=\n%v\n\nePDto2=\n%v\n\n",
ePDtoStr,
ePDto2Str)
}
}
func TestErrPrefixDto_NewIBasicErrorPrefix_000400(t *testing.T) {
var twoDSlice [][2]string
twoDSlice = make([][2]string, 14)
twoDSlice[0][0] = "Tx1.Something()"
twoDSlice[0][1] = ""
twoDSlice[1][0] = "Tx2.SomethingElse()"
twoDSlice[1][1] = ""
twoDSlice[2][0] = "Tx3.DoSomething()"
twoDSlice[2][1] = ""
twoDSlice[3][0] = "Tx4()"
twoDSlice[3][1] = ""
twoDSlice[4][0] = "Tx5()"
twoDSlice[4][1] = ""
twoDSlice[5][0] = "Tx6.DoSomethingElse()"
twoDSlice[5][1] = ""
twoDSlice[6][0] = "Tx7.TrySomethingNew()"
twoDSlice[6][1] = "something->newSomething"
twoDSlice[7][0] = "Tx8.TryAnyCombination()"
twoDSlice[7][1] = ""
twoDSlice[8][0] = "Tx9.TryAHammer()"
twoDSlice[8][1] = "x->y"
twoDSlice[9][0] = "Tx10.X()"
twoDSlice[9][1] = ""
twoDSlice[10][0] = "Tx11.TryAnything()"
twoDSlice[10][1] = ""
twoDSlice[11][0] = "Tx12.TryASalad()"
twoDSlice[11][1] = ""
twoDSlice[12][0] = "Tx13.SomeFabulousAndComplexStuff()"
twoDSlice[12][1] = ""
twoDSlice[13][0] = "Tx14.MoreAwesomeGoodness"
twoDSlice[13][1] = "A=7 B=8 C=9"
iBasicPref := testIBasicErrPref{}
var err error
err = iBasicPref.SetEPrefStrings(
twoDSlice)
if err != nil {
t.Errorf("Error from iBasicPref.SetEPrefStrings()\n"+
"%v\n", err.Error())
return
}
var ePDto *ErrPrefixDto
newErrPrefix := "Tx15.TomorrowIsABetterDay()"
newErrContext := "X=7/Y Y==0"
ePDto,
err = ErrPrefixDto{}.NewIBasicErrorPrefix(
&iBasicPref,
newErrPrefix,
newErrContext)
if err != nil {
t.Errorf("Error returned by NewIBasicErrorPrefix()\n"+
"%v\n",
err.Error())
return
}
ePDto.SetMaxTextLineLen(40)
ePDto2 := ErrPrefixDto{}.Ptr()
ePDto2.SetEPrefStrings(twoDSlice)
ePDto2.SetMaxTextLineLen(40)
ePDto2.SetEPrefCtx(newErrPrefix, newErrContext)
ePDtoStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto.String()),
true)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
true)
if !ePDto.Equal(ePDto2) {
t.Errorf("Error: Expected ePDto==ePDto2.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDto=\n%v\n\nePDto2=\n%v\n\n",
ePDtoStr,
ePDto2Str)
return
}
if ePDtoStr != ePDto2Str {
t.Errorf("Error: Expected ePDtoStr==ePDto2Str.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDto=\n%v\n\nePDto2=\n%v\n\n",
ePDtoStr,
ePDto2Str)
}
}
func TestErrPrefixDto_NewEPrefCollection_000100(t *testing.T) {
expectedStr :=
"Tx1.Something() - Tx2.SomethingElse() - Tx3.DoSomething()\n" +
"Tx4() - Tx5() - Tx6.DoSomethingElse()\n" +
"Tx7.TrySomethingNew() : something->newSomething\n" +
"Tx8.TryAnyCombination() - Tx9.TryAHammer() : x->y - Tx10.X()\n" +
"Tx11.TryAnything() - Tx12.TryASalad()\n" +
"Tx13.SomeFabulousAndComplexStuff()\n" +
"Tx14.MoreAwesomeGoodness : A=7 B=8 C=9"
ePDtoNoOfElements,
ePDto := ErrPrefixDto{}.NewEPrefCollection(
expectedStr)
ePDto.SetMaxTextLineLen(40)
ePDto2 := ErrPrefixDto{}.New()
ePDto2.SetMaxTextLineLen(40)
ePDto2.SetEPrefOld(expectedStr)
ePDto2NoOfElements := ePDto2.GetEPrefCollectionLen()
ePDtoStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto.String()),
false)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
false)
if ePDtoNoOfElements != ePDto2NoOfElements {
t.Errorf("Error: Expected ePDtoNoOfElements==ePDto2NoOfElements.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDtoNoOfElements=\n%v\n\nePDto2NoOfElements=\n%v\n\n",
ePDtoNoOfElements,
ePDto2NoOfElements)
return
}
if ePDtoStr != ePDto2Str {
t.Errorf("Error: Expected ePDtoNoePDtoStrOfElements==ePDto2Str.\n"+
"However, THEY ARE NOT EQUAL!\n"+
"ePDtoStr=\n%v\n\nePDto2Str=\n%v\n\n",
ePDtoStr,
ePDto2Str)
return
}
}
func TestErrPrefixDto_NewEPrefCtx_000100(t *testing.T) {
newErrPrefix := "Tx5.BrandNewMethod()"
newErrContext := "X->G"
expectedDto := new(ErrPrefixDto)
expectedDto.SetMaxTextLineLen(40)
expectedDto.SetEPrefCtx(newErrPrefix, newErrContext)
actualDto := ErrPrefixDto{}.NewEPrefCtx(
newErrPrefix,
newErrContext)
actualDto.SetMaxTextLineLen(40)
expectedStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(expectedDto.String()),
true)
actualStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(actualDto.String()),
true)
if !actualDto.Equal(expectedDto) {
t.Errorf("ERROR: Expected expectedDto==actualDto.\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedDto='%v'\n"+
"actualDto='%v'\n",
expectedStr,
actualStr)
return
}
if expectedStr != actualStr {
t.Errorf("ERROR: Expected expectedStr==actualStr.\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedStr='%v'\n"+
"actualStr='%v'\n",
expectedStr,
actualStr)
}
}
func TestErrPrefixDto_NewEPrefCtx_000200(t *testing.T) {
newErrPrefix := "Tx5.BrandNewMethod()"
newErrContext := ""
expectedDto := new(ErrPrefixDto)
expectedDto.SetMaxTextLineLen(40)
expectedDto.SetEPrefCtx(newErrPrefix, newErrContext)
actualDto := ErrPrefixDto{}.NewEPrefCtx(
newErrPrefix,
newErrContext)
actualDto.SetMaxTextLineLen(40)
expectedStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(expectedDto.String()),
true)
actualStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(actualDto.String()),
true)
if !actualDto.Equal(expectedDto) {
t.Errorf("ERROR: Expected expectedDto==actualDto.\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedDto='%v'\n"+
"actualDto='%v'\n",
expectedStr,
actualStr)
return
}
if expectedStr != actualStr {
t.Errorf("ERROR: Expected expectedStr==actualStr.\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedStr='%v'\n"+
"actualStr='%v'\n",
expectedStr,
actualStr)
}
}
func TestErrPrefixDto_NewEPrefCtx_000300(t *testing.T) {
newErrPrefix := ""
newErrContext := ""
expectedDto := new(ErrPrefixDto)
expectedDto.SetMaxTextLineLen(40)
expectedDto.SetEPrefCtx(newErrPrefix, newErrContext)
actualDto := ErrPrefixDto{}.NewEPrefCtx(
newErrPrefix,
newErrContext)
actualDto.SetMaxTextLineLen(40)
expectedStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(expectedDto.String()),
true)
actualStr := ErrPref{}.ConvertNonPrintableChars(
[]rune(actualDto.String()),
true)
if !actualDto.Equal(expectedDto) {
t.Errorf("ERROR: Expected expectedDto==actualDto.\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedDto='%v'\n"+
"actualDto='%v'\n",
expectedStr,
actualStr)
return
}
if expectedStr != actualStr {
t.Errorf("ERROR: Expected expectedStr==actualStr.\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedStr='%v'\n"+
"actualStr='%v'\n",
expectedStr,
actualStr)
}
}
func TestErrPrefixDto_NewEPrefOld_000100(t *testing.T) {
initialStr :=
"Tx1.Something()\nTx2.SomethingElse()\nTx3.DoSomething()\nTx4() - Tx5()\nTx6.DoSomethingElse()"
expectedStr := "Tx1.Something() - Tx2.SomethingElse()\nTx3.DoSomething() - Tx4() - Tx5()\nTx6.DoSomethingElse()"
ePDto := ErrPrefixDto{}.NewEPrefOld(initialStr)
ePDto.SetMaxTextLineLen(40)
actualStr := ePDto.String()
expectedStr = ErrPref{}.ConvertNonPrintableChars(
[]rune(expectedStr),
true)
actualStr = ErrPref{}.ConvertNonPrintableChars(
[]rune(actualStr),
true)
if expectedStr != actualStr {
t.Errorf("Error:"+
"Expected actualStr= '%v'\n"+
"Instead, actualStr= '%v'\n",
expectedStr,
actualStr)
}
}
func TestErrPrefixDto_NewEPrefOld_000200(t *testing.T) {
initialStr := "Tx1.StartThis()"
expectedStr := "Tx1.StartThis()"
ePDto := ErrPrefixDto{}.NewEPrefOld(initialStr)
ePDto.SetMaxTextLineLen(40)
actualStr := ePDto.String()
expectedStr = ErrPref{}.ConvertNonPrintableChars(
[]rune(expectedStr),
true)
actualStr = ErrPref{}.ConvertNonPrintableChars(
[]rune(actualStr),
true)
if expectedStr != actualStr {
t.Errorf("Error:"+
"Expected actualStr= '%v'\n"+
"Instead, actualStr= '%v'\n",
expectedStr,
actualStr)
}
}
func TestErrPrefixDto_NewFromErrPrefDto_000100(t *testing.T) {
callingMethod := "TestErrPrefixDto_NewFromErrPrefDto_000100()"
ePDto := ErrPrefixDto{}.New()
maxTextLineLen := 50
ePDto.SetMaxTextLineLen(maxTextLineLen)
initialStr :=
"Tx1.Something() - Tx2.SomethingElse() - Tx3.DoSomething()\n" +
"Tx4() - Tx5() - Tx6.DoSomethingElse()\n" +
"Tx7.TrySomethingNew() : something->newSomething\n" +
"Tx8.TryAnyCombination() - Tx9.TryAHammer() : x->y - Tx10.X()\n" +
"Tx11.TryAnything() - Tx12.TryASalad()\n" +
"Tx13.SomeFabulousAndComplexStuff()\n" +
"Tx14.MoreAwesomeGoodness() : A=7 B=8 C=9"
ePDto.SetEPrefOld(initialStr)
ePDtoCpy,
err := ePDto.CopyOut(callingMethod)
if err != nil {
t.Errorf("Error from ePDto.CopyOut(callingMethod)\n"+
"%v\n", err.Error())
return
}
var ePDto2 *ErrPrefixDto
newErrPref := "Tx15.SomeBrilliantStuff()"
newErrCtx := "X=5;Y=9"
ePDto2,
err = ErrPrefixDto{}.NewFromErrPrefDto(
&ePDtoCpy,
newErrPref,
newErrCtx)
if err != nil {
t.Errorf("Error from ErrPrefixDto{}.NewFromErrPrefDto()\n"+
"%v\n", err.Error())
return
}
ePDto2.SetMaxTextLineLen(maxTextLineLen)
ePDto3 := ePDto.XEPrefCtx(
newErrPref,
newErrCtx)
expectedOutputStr :=
ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto3.String()),
false)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
false)
if expectedOutputStr != ePDto2Str {
t.Errorf("ERROR:\n"+
"Expected expectedOutputStr == ePDto2Str\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedOutputStr = '%v'\n"+
" ePDto2Str = '%v'\n",
expectedOutputStr,
ePDto2Str)
return
}
if !ePDto3.Equal(ePDto2) {
t.Error("Error: Expected ePDto3 and ePDto2 would be equal!\n" +
"THEY ARE NOT EQUAL!\n")
}
}
func TestErrPrefixDto_NewFromErrPrefDto_000200(t *testing.T) {
callingMethod := "TestErrPrefixDto_NewFromErrPrefDto_000200()"
ePDto := ErrPrefixDto{}.New()
maxTextLineLen := 50
ePDto.SetMaxTextLineLen(maxTextLineLen)
initialStr :=
"Tx1.Something() - Tx2.SomethingElse() - Tx3.DoSomething()\n" +
"Tx4() - Tx5() - Tx6.DoSomethingElse()\n" +
"Tx7.TrySomethingNew() : something->newSomething\n" +
"Tx8.TryAnyCombination() - Tx9.TryAHammer() : x->y - Tx10.X()\n" +
"Tx11.TryAnything() - Tx12.TryASalad()\n" +
"Tx13.SomeFabulousAndComplexStuff()\n" +
"Tx14.MoreAwesomeGoodness() : A=7 B=8 C=9"
ePDto.SetEPrefOld(initialStr)
ePDtoCpy,
err := ePDto.CopyOut(callingMethod)
if err != nil {
t.Errorf("Error from ePDto.CopyOut(callingMethod)\n"+
"%v\n", err.Error())
return
}
var ePDto2 *ErrPrefixDto
newErrPref := ""
newErrCtx := ""
ePDto2,
err = ErrPrefixDto{}.NewFromErrPrefDto(
&ePDtoCpy,
newErrPref,
newErrCtx)
if err != nil {
t.Errorf("Error from ErrPrefixDto{}.NewFromErrPrefDto()\n"+
"%v\n", err.Error())
return
}
ePDto2.SetMaxTextLineLen(maxTextLineLen)
expectedOutputStr :=
ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto.String()),
false)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
false)
if expectedOutputStr != ePDto2Str {
t.Errorf("ERROR:\n"+
"Expected expectedOutputStr == ePDto2Str\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedOutputStr = '%v'\n"+
" ePDto2Str = '%v'\n",
expectedOutputStr,
ePDto2Str)
return
}
if !ePDto.Equal(ePDto2) {
t.Error("Error: Expected ePDto and ePDto2 would be equal!\n" +
"THEY ARE NOT EQUAL!\n")
}
}
func TestErrPrefixDto_NewFromErrPrefDto_000300(t *testing.T) {
callingMethod := "TestErrPrefixDto_NewFromErrPrefDto_000300()"
ePDto := ErrPrefixDto{}.New()
maxTextLineLen := 50
ePDto.SetMaxTextLineLen(maxTextLineLen)
initialStr :=
"Tx1.Something() - Tx2.SomethingElse() - Tx3.DoSomething()\n" +
"Tx4() - Tx5() - Tx6.DoSomethingElse()\n" +
"Tx7.TrySomethingNew() : something->newSomething\n" +
"Tx8.TryAnyCombination() - Tx9.TryAHammer() : x->y - Tx10.X()\n" +
"Tx11.TryAnything() - Tx12.TryASalad()\n" +
"Tx13.SomeFabulousAndComplexStuff()\n" +
"Tx14.MoreAwesomeGoodness() : A=7 B=8 C=9"
ePDto.SetEPrefOld(initialStr)
ePDtoCpy,
err := ePDto.CopyOut(callingMethod)
if err != nil {
t.Errorf("Error from ePDto.CopyOut(callingMethod)\n"+
"%v\n", err.Error())
return
}
var ePDto2 *ErrPrefixDto
newErrPref := "Tx15.SomeBrilliantStuff()"
newErrCtx := ""
ePDto2,
err = ErrPrefixDto{}.NewFromErrPrefDto(
&ePDtoCpy,
newErrPref,
newErrCtx)
if err != nil {
t.Errorf("Error from ErrPrefixDto{}.NewFromErrPrefDto()\n"+
"%v\n", err.Error())
return
}
ePDto2.SetMaxTextLineLen(maxTextLineLen)
ePDto3 := ePDto.XEPrefCtx(
newErrPref,
newErrCtx)
expectedOutputStr :=
ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto3.String()),
false)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
false)
if expectedOutputStr != ePDto2Str {
t.Errorf("ERROR:\n"+
"Expected expectedOutputStr == ePDto2Str\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedOutputStr = '%v'\n"+
" ePDto2Str = '%v'\n",
expectedOutputStr,
ePDto2Str)
return
}
if !ePDto3.Equal(ePDto2) {
t.Error("Error: Expected ePDto3 and ePDto2 would be equal!\n" +
"THEY ARE NOT EQUAL!\n")
}
}
func TestErrPrefixDto_NewFromErrPrefDto_000400(t *testing.T) {
ePDto := ErrPrefixDto{}.New()
maxTextLineLen := 50
ePDto.SetMaxTextLineLen(maxTextLineLen)
newErrPref := "Tx15.SomeBrilliantStuff()"
newErrCtx := "X=5;Y=9"
ePDto.SetEPrefOld(newErrPref + " : " +
newErrCtx)
ePDto2,
err := ErrPrefixDto{}.NewFromErrPrefDto(
nil,
newErrPref,
newErrCtx)
if err != nil {
t.Errorf("Error from ErrPrefixDto{}.NewFromErrPrefDto()\n"+
"%v\n", err.Error())
return
}
ePDto2.SetMaxTextLineLen(maxTextLineLen)
expectedOutputStr :=
ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto.String()),
false)
ePDto2Str := ErrPref{}.ConvertNonPrintableChars(
[]rune(ePDto2.String()),
false)
if expectedOutputStr != ePDto2Str {
t.Errorf("ERROR:\n"+
"Expected expectedOutputStr == ePDto2Str\n"+
"HOWEVER, THEY ARE NOT EQUAL!\n"+
"expectedOutputStr = '%v'\n"+
" ePDto2Str = '%v'\n",
expectedOutputStr,
ePDto2Str)
return