package ut_test import ( "testing" "github.com/go-playground/universal-translator" _ "github.com/go-playground/universal-translator/resources/locales" . "gopkg.in/go-playground/assert.v1" ) // NOTES: // - Run "go test" to run tests // - Run "gocov test | gocov report" to report on test converage by file // - Run "gocov test | gocov annotate -" to report on all code and functions, those ,marked with "MISS" were never called // // or // // -- may be a good idea to change to output path to somewherelike /tmp // go test -coverprofile cover.out && go tool cover -html=cover.out -o cover.html // func TestCurrencyEn(t *testing.T) { en, err := ut.GetTranslator("en") Equal(t, err, nil) result, err := en.FmtCurrencySafe(ut.CurrencyStandard, "USD", 12345.6789) Equal(t, err, nil) Equal(t, result, "$12,345.68") result = en.FmtCurrency(ut.CurrencyStandard, "USD", 12345.6789) Equal(t, result, "$12,345.68") result, err = en.FmtCurrencySafe(ut.CurrencyAccounting, "USD", 12345.6789) Equal(t, err, nil) Equal(t, result, "$12,345.68") result = en.FmtCurrency(ut.CurrencyAccounting, "USD", 12345.6789) Equal(t, result, "$12,345.68") result, err = en.FmtCurrencySafe(ut.CurrencyStandard, "USD", -12345.6789) Equal(t, err, nil) Equal(t, result, "-$12,345.68") result = en.FmtCurrency(ut.CurrencyStandard, "USD", -12345.6789) Equal(t, result, "-$12,345.68") result, err = en.FmtCurrencySafe(ut.CurrencyAccounting, "USD", -12345.6789) Equal(t, err, nil) Equal(t, result, "($12,345.68)") result = en.FmtCurrency(ut.CurrencyAccounting, "USD", -12345.6789) Equal(t, result, "($12,345.68)") result, err = en.FmtCurrencySafe(ut.CurrencyStandard, "WHAT???", 12345.6789) NotEqual(t, err, nil) Equal(t, err.Error(), "**** WARNING **** unknown currency: WHAT???") result = en.FmtCurrency(ut.CurrencyStandard, "WHAT???", 12345.6789) Equal(t, result, "WHAT???12,345.68") result, err = en.FmtCurrencySafe(ut.CurrencyAccounting, "WHAT???", 12345.6789) NotEqual(t, err, nil) Equal(t, err.Error(), "**** WARNING **** unknown currency: WHAT???") result = en.FmtCurrency(ut.CurrencyAccounting, "WHAT???", 12345.6789) Equal(t, result, "WHAT???12,345.68") // try some really big numbers to make sure weird floaty stuff doesn't // happen result, err = en.FmtCurrencySafe(ut.CurrencyStandard, "USD", 12345000000000.6789) Equal(t, err, nil) Equal(t, result, "$12,345,000,000,000.68") result = en.FmtCurrency(ut.CurrencyStandard, "USD", 12345000000000.6789) Equal(t, result, "$12,345,000,000,000.68") result, err = en.FmtCurrencySafe(ut.CurrencyAccounting, "USD", 12345000000000.6789) Equal(t, err, nil) Equal(t, result, "$12,345,000,000,000.68") result = en.FmtCurrency(ut.CurrencyAccounting, "USD", 12345000000000.6789) Equal(t, result, "$12,345,000,000,000.68") result, err = en.FmtCurrencySafe(ut.CurrencyStandard, "USD", -12345000000000.6789) Equal(t, err, nil) Equal(t, result, "-$12,345,000,000,000.68") result = en.FmtCurrency(ut.CurrencyStandard, "USD", -12345000000000.6789) Equal(t, result, "-$12,345,000,000,000.68") result, err = en.FmtCurrencySafe(ut.CurrencyAccounting, "USD", -12345000000000.6789) Equal(t, err, nil) Equal(t, result, "($12,345,000,000,000.68)") result = en.FmtCurrency(ut.CurrencyAccounting, "USD", -12345000000000.6789) Equal(t, result, "($12,345,000,000,000.68)") saq, err := ut.GetTranslator("saq") Equal(t, err, nil) // no Formatting or symbols for "saq" in locales result, err = saq.FmtCurrencySafe(ut.CurrencyStandard, "USD", 12345.6789) Equal(t, err, nil) Equal(t, result, "1234568") result = saq.FmtCurrency(ut.CurrencyStandard, "USD", 12345.6789) Equal(t, result, "1234568") result, err = saq.FmtCurrencySafe(ut.CurrencyAccounting, "USD", 12345.6789) Equal(t, err, nil) Equal(t, result, "1234568") result = saq.FmtCurrency(ut.CurrencyAccounting, "USD", 12345.6789) Equal(t, result, "1234568") ar, err := ut.GetTranslator("ar") Equal(t, err, nil) result, err = ar.FmtCurrencySafe(ut.CurrencyStandard, "USD", -12345.6789) Equal(t, err, nil) Equal(t, result, "\u200F-US$\u00A012٬345٫68") result = ar.FmtCurrency(ut.CurrencyStandard, "USD", -12345.6789) Equal(t, result, "\u200F-US$\u00A012٬345٫68") result, err = ar.FmtCurrencySafe(ut.CurrencyAccounting, "USD", -12345.6789) Equal(t, err, nil) Equal(t, result, "\u200F-US$\u00A012٬345٫68") result = ar.FmtCurrency(ut.CurrencyAccounting, "USD", -12345.6789) Equal(t, result, "\u200F-US$\u00A012٬345٫68") // And one more for with some unusual symbols for good measure result, err = en.FmtCurrencySafe(ut.CurrencyStandard, "USD", 0.0084) Equal(t, err, nil) Equal(t, result, "$0.01") result = en.FmtCurrency(ut.CurrencyStandard, "USD", 0.0084) Equal(t, result, "$0.01") } func TestCurrencyWholeEn(t *testing.T) { en, err := ut.GetTranslator("en") Equal(t, err, nil) result, err := en.FmtCurrencyWholeSafe(ut.CurrencyStandard, "USD", 12345.6789) Equal(t, err, nil) Equal(t, result, "$12,346") result = en.FmtCurrencyWhole(ut.CurrencyStandard, "USD", 12345.6789) Equal(t, result, "$12,346") result, err = en.FmtCurrencyWholeSafe(ut.CurrencyAccounting, "USD", 12345.6789) Equal(t, err, nil) Equal(t, result, "$12,346") result = en.FmtCurrencyWhole(ut.CurrencyAccounting, "USD", 12345.6789) Equal(t, result, "$12,346") result, err = en.FmtCurrencyWholeSafe(ut.CurrencyStandard, "USD", -12345.6789) Equal(t, err, nil) Equal(t, result, "-$12,346") result = en.FmtCurrencyWhole(ut.CurrencyStandard, "USD", -12345.6789) Equal(t, result, "-$12,346") result, err = en.FmtCurrencyWholeSafe(ut.CurrencyAccounting, "USD", -12345.6789) Equal(t, err, nil) Equal(t, result, "($12,346)") result = en.FmtCurrencyWhole(ut.CurrencyAccounting, "USD", -12345.6789) Equal(t, result, "($12,346)") result, err = en.FmtCurrencyWholeSafe(ut.CurrencyStandard, "WHAT???", 12345.6789) NotEqual(t, err, nil) Equal(t, result, "WHAT???12,346") result = en.FmtCurrencyWhole(ut.CurrencyStandard, "WHAT???", 12345.6789) Equal(t, result, "WHAT???12,346") // try some really big numbers to make sure weird floaty stuff doesn't // happen result, err = en.FmtCurrencyWholeSafe(ut.CurrencyStandard, "USD", 12345000000000.6789) Equal(t, err, nil) Equal(t, result, "$12,345,000,000,001") result, err = en.FmtCurrencyWholeSafe(ut.CurrencyAccounting, "USD", 12345000000000.6789) Equal(t, err, nil) Equal(t, result, "$12,345,000,000,001") result, err = en.FmtCurrencyWholeSafe(ut.CurrencyStandard, "USD", -12345000000000.6789) Equal(t, err, nil) Equal(t, result, "-$12,345,000,000,001") result = en.FmtCurrencyWhole(ut.CurrencyStandard, "USD", -12345000000000.6789) Equal(t, result, "-$12,345,000,000,001") result, err = en.FmtCurrencyWholeSafe(ut.CurrencyAccounting, "USD", -12345000000000.6789) Equal(t, err, nil) Equal(t, result, "($12,345,000,000,001)") result = en.FmtCurrencyWhole(ut.CurrencyAccounting, "USD", -12345000000000.6789) Equal(t, result, "($12,345,000,000,001)") } func TestNumberEn(t *testing.T) { en, err := ut.GetTranslator("en") Equal(t, err, nil) // check basic english result := en.FmtNumber(12345.6789) Equal(t, result, "12,345.679") result = en.FmtNumber(-12345.6789) Equal(t, result, "-12,345.679") result = en.FmtNumber(123456789) Equal(t, result, "123,456,789") hi, err := ut.GetTranslator("hi") Equal(t, err, nil) // check Hindi - different group sizes result = hi.FmtNumber(12345.6789) Equal(t, result, "12,345.679") result = hi.FmtNumber(-12345.6789) Equal(t, result, "-12,345.679") result = hi.FmtNumber(123456789) Equal(t, result, "12,34,56,789") uz, err := ut.GetTranslator("uz") Equal(t, err, nil) // check Uzbek - something with a partial fallback result = uz.FmtNumber(12345.6789) Equal(t, result, "12٬345٫679") result = uz.FmtNumber(-12345.6789) Equal(t, result, "-12٬345٫679") result = uz.FmtNumber(123456789) Equal(t, result, "123٬456٬789") } func TestNumberWholeEn(t *testing.T) { en, err := ut.GetTranslator("en") Equal(t, err, nil) result := en.FmtNumberWhole(12345.6789) Equal(t, result, "12,346") result = en.FmtNumberWhole(-12345.6789) Equal(t, result, "-12,346") } func TestPercentEn(t *testing.T) { en, err := ut.GetTranslator("en") Equal(t, err, nil) result := en.FmtPercent(0.01234) Equal(t, result, "1%") result = en.FmtPercent(0.1234) Equal(t, result, "12%") result = en.FmtPercent(1.234) Equal(t, result, "123%") result = en.FmtPercent(12.34) Equal(t, result, "1,234%") }