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package xlsx
import (
"math"
"path/filepath"
"testing"
"time"
qt "github.com/frankban/quicktest"
)
func TestCell(t *testing.T) {
c := qt.New(t)
// Initially a cell is unmodified
c.Run("TestUnmodified", func(c *qt.C) {
cell := &Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
})
// Test that we can set and get a Value from a Cell
c.Run("TestValueSet", func(c *qt.C) {
// Note, this test is fairly pointless, it serves mostly to
// reinforce that this functionality is important, and should
// the mechanics of this all change at some point, to remind
// us not to lose this.
cell := Cell{}
cell.Value = "A string"
c.Assert(cell.Modified(), qt.Equals, true)
})
// Test that GetStyle correctly converts the xlsxStyle.Fonts.
c.Run("TestGetStyleWithFonts", func(c *qt.C) {
font := NewFont(10, "Calibra")
style := NewStyle()
style.Font = *font
cell := &Cell{Value: "123", style: style, origValue: "123"}
style = cell.GetStyle()
c.Assert(style, qt.Not(qt.IsNil))
c.Assert(style.Font.Size, qt.Equals, 10.0)
c.Assert(style.Font.Name, qt.Equals, "Calibra")
c.Assert(cell.Modified(), qt.Equals, false)
})
// Test that SetStyle correctly translates into a xlsxFont element
csRunO(c, "TestSetStyleWithFonts", func(c *qt.C, option FileOption) {
file := NewFile(option)
sheet, _ := file.AddSheet("Test")
row := sheet.AddRow()
cell := row.AddCell()
font := NewFont(12, "Calibra")
style := NewStyle()
style.Font = *font
cell.SetStyle(style)
style = cell.GetStyle()
xFont, _, _, _ := style.makeXLSXStyleElements()
c.Assert(xFont.Sz.Val, qt.Equals, "12")
c.Assert(xFont.Name.Val, qt.Equals, "Calibra")
c.Assert(cell.Modified(), qt.Equals, true)
})
// Test that GetStyle correctly converts the xlsxStyle.Fills.
c.Run("TestGetStyleWithFills", func(c *qt.C) {
fill := *NewFill("solid", "FF000000", "00FF0000")
style := NewStyle()
style.Fill = fill
cell := &Cell{Value: "123", style: style, origValue: "123"}
style = cell.GetStyle()
_, xFill, _, _ := style.makeXLSXStyleElements()
c.Assert(xFill.PatternFill.PatternType, qt.Equals, "solid")
c.Assert(xFill.PatternFill.BgColor.RGB, qt.Equals, "00FF0000")
c.Assert(xFill.PatternFill.FgColor.RGB, qt.Equals, "FF000000")
c.Assert(cell.Modified(), qt.Equals, false)
})
// Test that SetStyle correctly updates xlsxStyle.Fills.
csRunO(c, "TestSetStyleWithFills", func(c *qt.C, option FileOption) {
file := NewFile(option)
sheet, _ := file.AddSheet("Test")
row := sheet.AddRow()
cell := row.AddCell()
fill := NewFill("solid", "00FF0000", "FF000000")
style := NewStyle()
style.Fill = *fill
cell.SetStyle(style)
style = cell.GetStyle()
_, xFill, _, _ := style.makeXLSXStyleElements()
xPatternFill := xFill.PatternFill
c.Assert(xPatternFill.PatternType, qt.Equals, "solid")
c.Assert(xPatternFill.FgColor.RGB, qt.Equals, "00FF0000")
c.Assert(xPatternFill.BgColor.RGB, qt.Equals, "FF000000")
c.Assert(cell.Modified(), qt.Equals, true)
})
// Test that GetStyle correctly converts the xlsxStyle.Borders.
c.Run("TestGetStyleWithBorders", func(c *qt.C) {
border := *NewBorder("thin", "thin", "thin", "thin")
style := NewStyle()
style.Border = border
cell := Cell{Value: "123", style: style, origValue: "123"}
style = cell.GetStyle()
_, _, xBorder, _ := style.makeXLSXStyleElements()
c.Assert(xBorder.Left.Style, qt.Equals, "thin")
c.Assert(xBorder.Right.Style, qt.Equals, "thin")
c.Assert(xBorder.Top.Style, qt.Equals, "thin")
c.Assert(xBorder.Bottom.Style, qt.Equals, "thin")
c.Assert(cell.Modified(), qt.Equals, false)
})
// We can return a string representation of the formatted data
c.Run("TestSetFloatWithFormat", func(c *qt.C) {
cell := Cell{}
cell.SetFloatWithFormat(37947.75334343, "yyyy/mm/dd")
c.Assert(cell.Value, qt.Equals, "37947.75334343")
c.Assert(cell.NumFmt, qt.Equals, "yyyy/mm/dd")
c.Assert(cell.Type(), qt.Equals, CellTypeNumeric)
c.Assert(cell.Modified(), qt.Equals, true)
})
c.Run("TestSetFloat", func(c *qt.C) {
cell := Cell{}
cell.SetFloat(0)
c.Assert(cell.Value, qt.Equals, "0")
cell.SetFloat(0.000005)
c.Assert(cell.Value, qt.Equals, "0.000005")
cell.SetFloat(100.0)
c.Assert(cell.Value, qt.Equals, "100")
cell.SetFloat(37947.75334343)
c.Assert(cell.Value, qt.Equals, "37947.75334343")
c.Assert(cell.Modified(), qt.Equals, true)
})
c.Run("TestGeneralNumberHandling", func(c *qt.C) {
// If you go to Excel, make a new file, type 18.99 in a cell, and save, what you will get is a
// cell where the format is General and the storage type is Number, that contains the value 18.989999999999998.
// The correct way to format this should be 18.99.
// 1.1 will get you the same, with a stored value of 1.1000000000000001.
// Also, numbers greater than 1e11 and less than 1e-9 wil be shown as scientific notation.
testCases := []struct {
value string
formattedValueOutput string
noScientificValueOutput string
}{
{
value: "18.989999999999998",
formattedValueOutput: "18.99",
noScientificValueOutput: "18.99",
},
{
value: "1.1000000000000001",
formattedValueOutput: "1.1",
noScientificValueOutput: "1.1",
},
{
value: "0.0000000000000001",
formattedValueOutput: "1E-16",
noScientificValueOutput: "0.0000000000000001",
},
{
value: "0.000000000000008",
formattedValueOutput: "8E-15",
noScientificValueOutput: "0.000000000000008",
},
{
value: "1000000000000000000",
formattedValueOutput: "1E+18",
noScientificValueOutput: "1000000000000000000",
},
{
value: "1230000000000000000",
formattedValueOutput: "1.23E+18",
noScientificValueOutput: "1230000000000000000",
},
{
value: "12345678",
formattedValueOutput: "12345678",
noScientificValueOutput: "12345678",
},
{
value: "0",
formattedValueOutput: "0",
noScientificValueOutput: "0",
},
{
value: "-18.989999999999998",
formattedValueOutput: "-18.99",
noScientificValueOutput: "-18.99",
},
{
value: "-1.1000000000000001",
formattedValueOutput: "-1.1",
noScientificValueOutput: "-1.1",
},
{
value: "-0.0000000000000001",
formattedValueOutput: "-1E-16",
noScientificValueOutput: "-0.0000000000000001",
},
{
value: "-0.000000000000008",
formattedValueOutput: "-8E-15",
noScientificValueOutput: "-0.000000000000008",
},
{
value: "-1000000000000000000",
formattedValueOutput: "-1E+18",
noScientificValueOutput: "-1000000000000000000",
},
{
value: "-1230000000000000000",
formattedValueOutput: "-1.23E+18",
noScientificValueOutput: "-1230000000000000000",
},
{
value: "-12345678",
formattedValueOutput: "-12345678",
noScientificValueOutput: "-12345678",
},
}
for _, testCase := range testCases {
cell := Cell{
cellType: CellTypeNumeric,
NumFmt: builtInNumFmt[builtInNumFmtIndex_GENERAL],
Value: testCase.value,
origValue: testCase.value,
}
val, err := cell.FormattedValue()
if err != nil {
c.Fatal(err)
}
c.Assert(val, qt.Equals, testCase.formattedValueOutput)
val, err = cell.GeneralNumericWithoutScientific()
if err != nil {
c.Fatal(err)
}
c.Assert(val, qt.Equals, testCase.noScientificValueOutput)
c.Assert(cell.Modified(), qt.Equals, true)
}
})
// TestCellTypeFormatHandling tests all cell types other than numeric. Numeric cells are tested above since those
// cells have so many edge cases.
c.Run("TestCellTypeFormatHandling", func(c *qt.C) {
testCases := []struct {
cellType CellType
numFmt string
value string
formattedValueOutput string
expectError bool
}{
// All of the string cell types, will return only the string format if there is no @ symbol in the format.
{
cellType: CellTypeInline,
numFmt: `0;0;0;"Error"`,
value: "asdf",
formattedValueOutput: "Error",
},
{
cellType: CellTypeString,
numFmt: `0;0;0;"Error"`,
value: "asdf",
formattedValueOutput: "Error",
},
{
cellType: CellTypeStringFormula,
numFmt: `0;0;0;"Error"`,
value: "asdf",
formattedValueOutput: "Error",
},
// Errors are returned as is regardless of what the format shows
{
cellType: CellTypeError,
numFmt: `0;0;0;"Error"`,
value: "#NAME?",
formattedValueOutput: "#NAME?",
},
{
cellType: CellTypeError,
numFmt: `"$"@`,
value: "#######",
formattedValueOutput: "#######",
},
// Dates are returned as is regardless of what the format shows
{
cellType: CellTypeDate,
numFmt: `"$"@`,
value: "2017-10-24T15:29:30+00:00",
formattedValueOutput: "2017-10-24T15:29:30+00:00",
},
// Make sure the format used above would have done something for a string
{
cellType: CellTypeString,
numFmt: `"$"@`,
value: "#######",
formattedValueOutput: "$#######",
},
// For bool cells, 0 is false, 1 is true, anything else will error
{
cellType: CellTypeBool,
numFmt: `"$"@`,
value: "1",
formattedValueOutput: "TRUE",
},
{
cellType: CellTypeBool,
numFmt: `"$"@`,
value: "0",
formattedValueOutput: "FALSE",
},
{
cellType: CellTypeBool,
numFmt: `"$"@`,
value: "2",
expectError: true,
formattedValueOutput: "2",
},
{
cellType: CellTypeBool,
numFmt: `"$"@`,
value: "2",
expectError: true,
formattedValueOutput: "2",
},
// Invalid cell type should cause an error
{
cellType: CellType(7),
numFmt: `0`,
value: "1.0",
expectError: true,
formattedValueOutput: "1.0",
},
}
for _, testCase := range testCases {
cell := Cell{
cellType: testCase.cellType,
NumFmt: testCase.numFmt,
origNumFmt: testCase.numFmt,
Value: testCase.value,
origValue: testCase.value,
}
val, err := cell.FormattedValue()
if err != nil != testCase.expectError {
c.Fatal(err)
}
c.Assert(val, qt.Equals, testCase.formattedValueOutput)
c.Assert(cell.Modified(), qt.Equals, false)
}
})
c.Run("TestIsTime", func(c *qt.C) {
cell := Cell{}
isTime := cell.IsTime()
c.Assert(isTime, qt.Equals, false)
c.Assert(cell.Modified(), qt.Equals, false)
cell.Value = "43221"
c.Assert(isTime, qt.Equals, false)
c.Assert(cell.Modified(), qt.Equals, true)
cell.NumFmt = "d-mmm-yy"
cell.Value = "43221"
isTime = cell.IsTime()
c.Assert(isTime, qt.Equals, true)
c.Assert(cell.Modified(), qt.Equals, true)
})
c.Run("TestGetTime", func(c *qt.C) {
cell := Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetFloat(0)
c.Assert(cell.Modified(), qt.Equals, true)
date, err := cell.GetTime(false)
c.Assert(err, qt.Equals, nil)
c.Assert(date, qt.Equals, time.Date(1899, 12, 30, 0, 0, 0, 0, time.UTC))
cell.SetFloat(39813.0)
date, err = cell.GetTime(true)
c.Assert(err, qt.Equals, nil)
c.Assert(date, qt.Equals, time.Date(2013, 1, 1, 0, 0, 0, 0, time.UTC))
c.Assert(cell.Modified(), qt.Equals, true)
cell.Value = "d"
_, err = cell.GetTime(false)
c.Assert(err, qt.Not(qt.IsNil))
c.Assert(cell.Modified(), qt.Equals, true)
})
// FormattedValue returns an error for formatting errors
c.Run("TestFormattedValueErrorsOnBadFormat", func(c *qt.C) {
cell := Cell{Value: "Fudge Cake", cellType: CellTypeNumeric, origValue: "Fudge Cake"}
cell.NumFmt = "#,##0 ;(#,##0)"
c.Assert(cell.Modified(), qt.Equals, true)
value, err := cell.FormattedValue()
c.Assert(value, qt.Equals, "Fudge Cake")
c.Assert(err, qt.Not(qt.IsNil))
c.Assert(err.Error(), qt.Equals, "strconv.ParseFloat: parsing \"Fudge Cake\": invalid syntax")
})
// We can return a string representation of the formatted data
c.Run("TestFormattedValue", func(c *qt.C) {
cell := Cell{Value: "37947.7500001", origValue: "37947.7500001", cellType: CellTypeNumeric}
negativeCell := Cell{Value: "-37947.7500001", origValue: "-37947.7500001", cellType: CellTypeNumeric}
smallCell := Cell{Value: "0.007", origValue: "0.007", cellType: CellTypeNumeric}
earlyCell := Cell{Value: "2.1", origValue: "2.1", cellType: CellTypeNumeric}
fvc := formattedValueChecker{c: c}
c.Assert(cell.Modified(), qt.Equals, false)
cell.NumFmt = "general"
c.Assert(cell.Modified(), qt.Equals, true)
fvc.Equals(cell, "37947.7500001")
negativeCell.NumFmt = "general"
fvc.Equals(negativeCell, "-37947.7500001")
// TODO: This test is currently broken. For a string type cell, I
// don't think FormattedValue() should be doing a numeric conversion on the value
// before returning the string.
cell.NumFmt = "0"
fvc.Equals(cell, "37948")
cell.NumFmt = "#,##0" // For the time being we're not doing
// this comma formatting, so it'll fall back to the related
// non-comma form.
fvc.Equals(cell, "37948")
cell.NumFmt = "#,##0.00;(#,##0.00)"
fvc.Equals(cell, "37947.75")
cell.NumFmt = "0.00"
fvc.Equals(cell, "37947.75")
cell.NumFmt = "#,##0.00" // For the time being we're not doing
// this comma formatting, so it'll fall back to the related
// non-comma form.
fvc.Equals(cell, "37947.75")
cell.NumFmt = "#,##0 ;(#,##0)"
fvc.Equals(cell, "37948")
negativeCell.NumFmt = "#,##0 ;(#,##0)"
fvc.Equals(negativeCell, "(37948)")
cell.NumFmt = "#,##0 ;[red](#,##0)"
fvc.Equals(cell, "37948")
negativeCell.NumFmt = "#,##0 ;[red](#,##0)"
fvc.Equals(negativeCell, "(37948)")
negativeCell.NumFmt = "#,##0.00;(#,##0.00)"
fvc.Equals(negativeCell, "(37947.75)")
cell.NumFmt = "0%"
fvc.Equals(cell, "3794775%")
cell.NumFmt = "0.00%"
fvc.Equals(cell, "3794775.00%")
cell.NumFmt = "0.00e+00"
fvc.Equals(cell, "3.794775e+04")
cell.NumFmt = "##0.0e+0" // This is wrong, but we'll use it for now.
fvc.Equals(cell, "3.794775e+04")
cell.NumFmt = "mm-dd-yy"
fvc.Equals(cell, "11-22-03")
cell.NumFmt = "d-mmm-yy"
fvc.Equals(cell, "22-Nov-03")
earlyCell.NumFmt = "d-mmm-yy"
fvc.Equals(earlyCell, "1-Jan-00")
cell.NumFmt = "d-mmm"
fvc.Equals(cell, "22-Nov")
earlyCell.NumFmt = "d-mmm"
fvc.Equals(earlyCell, "1-Jan")
cell.NumFmt = "mmm-yy"
fvc.Equals(cell, "Nov-03")
cell.NumFmt = "h:mm am/pm"
fvc.Equals(cell, "6:00 pm")
smallCell.NumFmt = "h:mm am/pm"
fvc.Equals(smallCell, "12:10 am")
cell.NumFmt = "h:mm:ss am/pm"
fvc.Equals(cell, "6:00:00 pm")
cell.NumFmt = "hh:mm:ss"
fvc.Equals(cell, "18:00:00")
smallCell.NumFmt = "h:mm:ss am/pm"
fvc.Equals(smallCell, "12:10:04 am")
cell.NumFmt = "h:mm"
fvc.Equals(cell, "18:00")
smallCell.NumFmt = "h:mm"
fvc.Equals(smallCell, "00:10")
smallCell.NumFmt = "hh:mm"
fvc.Equals(smallCell, "00:10")
cell.NumFmt = "h:mm:ss"
fvc.Equals(cell, "18:00:00")
cell.NumFmt = "hh:mm:ss"
fvc.Equals(cell, "18:00:00")
smallCell.NumFmt = "hh:mm:ss"
fvc.Equals(smallCell, "00:10:04")
smallCell.NumFmt = "h:mm:ss"
fvc.Equals(smallCell, "00:10:04")
cell.NumFmt = "m/d/yy h:mm"
fvc.Equals(cell, "11/22/03 18:00")
cell.NumFmt = "m/d/yy hh:mm"
fvc.Equals(cell, "11/22/03 18:00")
smallCell.NumFmt = "m/d/yy h:mm"
fvc.Equals(smallCell, "12/30/99 00:10")
smallCell.NumFmt = "m/d/yy hh:mm"
fvc.Equals(smallCell, "12/30/99 00:10")
earlyCell.NumFmt = "m/d/yy hh:mm"
fvc.Equals(earlyCell, "1/1/00 02:24")
earlyCell.NumFmt = "m/d/yy h:mm"
fvc.Equals(earlyCell, "1/1/00 02:24")
cell.NumFmt = "mm:ss"
fvc.Equals(cell, "00:00")
smallCell.NumFmt = "mm:ss"
fvc.Equals(smallCell, "10:04")
cell.NumFmt = "[hh]:mm:ss"
fvc.Equals(cell, "18:00:00")
cell.NumFmt = "[h]:mm:ss"
fvc.Equals(cell, "18:00:00")
smallCell.NumFmt = "[h]:mm:ss"
fvc.Equals(smallCell, "10:04")
const (
expect1 = "0000.0086"
expect2 = "1004.8000"
format = "mmss.0000"
tlen = len(format)
)
for i := 0; i < 3; i++ {
tfmt := format[0 : tlen-i]
cell.NumFmt = tfmt
fvc.Equals(cell, expect1[0:tlen-i])
smallCell.NumFmt = tfmt
fvc.Equals(smallCell, expect2[0:tlen-i])
}
cell.NumFmt = "yyyy\\-mm\\-dd"
fvc.Equals(cell, "2003\\-11\\-22")
cell.NumFmt = "dd/mm/yyyy hh:mm:ss"
fvc.Equals(cell, "22/11/2003 18:00:00")
cell.NumFmt = "dd/mm/yy"
fvc.Equals(cell, "22/11/03")
earlyCell.NumFmt = "dd/mm/yy"
fvc.Equals(earlyCell, "01/01/00")
cell.NumFmt = "hh:mm:ss"
fvc.Equals(cell, "18:00:00")
smallCell.NumFmt = "hh:mm:ss"
fvc.Equals(smallCell, "00:10:04")
cell.NumFmt = "dd/mm/yy\\ hh:mm"
fvc.Equals(cell, "22/11/03\\ 18:00")
cell.NumFmt = "yyyy/mm/dd"
fvc.Equals(cell, "2003/11/22")
cell.NumFmt = "yy-mm-dd"
fvc.Equals(cell, "03-11-22")
cell.NumFmt = "d-mmm-yyyy"
fvc.Equals(cell, "22-Nov-2003")
earlyCell.NumFmt = "d-mmm-yyyy"
fvc.Equals(earlyCell, "1-Jan-1900")
cell.NumFmt = "m/d/yy"
fvc.Equals(cell, "11/22/03")
earlyCell.NumFmt = "m/d/yy"
fvc.Equals(earlyCell, "1/1/00")
cell.NumFmt = "m/d/yyyy"
fvc.Equals(cell, "11/22/2003")
earlyCell.NumFmt = "m/d/yyyy"
fvc.Equals(earlyCell, "1/1/1900")
cell.NumFmt = "dd-mmm-yyyy"
fvc.Equals(cell, "22-Nov-2003")
cell.NumFmt = "dd/mm/yyyy"
fvc.Equals(cell, "22/11/2003")
cell.NumFmt = "mm/dd/yy hh:mm am/pm"
fvc.Equals(cell, "11/22/03 06:00 pm")
cell.NumFmt = "mm/dd/yy h:mm am/pm"
fvc.Equals(cell, "11/22/03 6:00 pm")
cell.NumFmt = "mm/dd/yyyy hh:mm:ss"
fvc.Equals(cell, "11/22/2003 18:00:00")
smallCell.NumFmt = "mm/dd/yyyy hh:mm:ss"
fvc.Equals(smallCell, "12/30/1899 00:10:04")
cell.NumFmt = "yyyy-mm-dd hh:mm:ss"
fvc.Equals(cell, "2003-11-22 18:00:00")
smallCell.NumFmt = "yyyy-mm-dd hh:mm:ss"
fvc.Equals(smallCell, "1899-12-30 00:10:04")
cell.NumFmt = "mmmm d, yyyy"
fvc.Equals(cell, "November 22, 2003")
smallCell.NumFmt = "mmmm d, yyyy"
fvc.Equals(smallCell, "December 30, 1899")
cell.NumFmt = "dddd, mmmm dd, yyyy"
fvc.Equals(cell, "Saturday, November 22, 2003")
smallCell.NumFmt = "dddd, mmmm dd, yyyy"
fvc.Equals(smallCell, "Saturday, December 30, 1899")
})
c.Run("TestTimeToExcelTime", func(c *qt.C) {
c.Assert(0.0, qt.Equals, TimeToExcelTime(time.Date(1899, 12, 30, 0, 0, 0, 0, time.UTC), false))
c.Assert(-1462.0, qt.Equals, TimeToExcelTime(time.Date(1899, 12, 30, 0, 0, 0, 0, time.UTC), true))
c.Assert(25569.0, qt.Equals, TimeToExcelTime(time.Unix(0, 0), false))
c.Assert(43269.0, qt.Equals, TimeToExcelTime(time.Date(2018, 6, 18, 0, 0, 0, 0, time.UTC), false))
c.Assert(401769.0, qt.Equals, TimeToExcelTime(time.Date(3000, 1, 1, 0, 0, 0, 0, time.UTC), false))
smallDate := time.Date(1899, 12, 30, 0, 0, 0, 1000, time.UTC)
smallExcelTime := TimeToExcelTime(smallDate, false)
c.Assert(true, qt.Equals, 0.0 != smallExcelTime)
roundTrippedDate := TimeFromExcelTime(smallExcelTime, false)
c.Assert(roundTrippedDate, qt.Equals, smallDate)
})
// test setters and getters
c.Run("TestSetterGetters", func(c *qt.C) {
cell := Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetString("hello world")
c.Assert(cell.Modified(), qt.Equals, true)
if val, err := cell.FormattedValue(); err != nil {
c.Error(err)
} else {
c.Assert(val, qt.Equals, "hello world")
}
c.Assert(cell.Type(), qt.Equals, CellTypeString)
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetInt(1024)
c.Assert(cell.Modified(), qt.Equals, true)
intValue, _ := cell.Int()
c.Assert(intValue, qt.Equals, 1024)
c.Assert(cell.NumFmt, qt.Equals, builtInNumFmt[builtInNumFmtIndex_GENERAL])
c.Assert(cell.Type(), qt.Equals, CellTypeNumeric)
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetInt64(1024)
c.Assert(cell.Modified(), qt.Equals, true)
int64Value, _ := cell.Int64()
c.Assert(int64Value, qt.Equals, int64(1024))
c.Assert(cell.NumFmt, qt.Equals, builtInNumFmt[builtInNumFmtIndex_GENERAL])
c.Assert(cell.Type(), qt.Equals, CellTypeNumeric)
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetFloat(1.024)
c.Assert(cell.Modified(), qt.Equals, true)
float, _ := cell.Float()
intValue, _ = cell.Int() // convert
c.Assert(float, qt.Equals, 1.024)
c.Assert(intValue, qt.Equals, 1)
c.Assert(cell.NumFmt, qt.Equals, builtInNumFmt[builtInNumFmtIndex_GENERAL])
c.Assert(cell.Type(), qt.Equals, CellTypeNumeric)
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetFormula("10+20")
c.Assert(cell.Modified(), qt.Equals, true)
c.Assert(cell.Formula(), qt.Equals, "10+20")
c.Assert(cell.Type(), qt.Equals, CellTypeNumeric)
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetStringFormula("A1")
c.Assert(cell.Modified(), qt.Equals, true)
c.Assert(cell.Formula(), qt.Equals, "A1")
c.Assert(cell.Type(), qt.Equals, CellTypeStringFormula)
})
// TestOddInput is a regression test for #101. When the number format
// was "@" (string), the input below caused a crash in strconv.ParseFloat.
// The solution was to check if cell.Value was both a CellTypeString and
// had a NumFmt of "general" or "@" and short-circuit FormattedValue() if so.
c.Run("TestOddInput", func(c *qt.C) {
cell := Cell{}
odd := `[1],[12,"DATE NOT NULL DEFAULT '0000-00-00'"]`
cell.Value = odd
cell.NumFmt = "@"
if val, err := cell.FormattedValue(); err != nil {
c.Error(err)
} else {
c.Assert(val, qt.Equals, odd)
}
c.Assert(cell.Modified(), qt.Equals, true)
})
// TestBool tests basic Bool getting and setting booleans.
c.Run("TestBool", func(c *qt.C) {
cell := Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetBool(true)
c.Assert(cell.Modified(), qt.Equals, true)
c.Assert(cell.Value, qt.Equals, "1")
c.Assert(cell.Bool(), qt.Equals, true)
cell.SetBool(false)
c.Assert(cell.Value, qt.Equals, "0")
c.Assert(cell.Bool(), qt.Equals, false)
})
// TestStringBool tests calling Bool on a non CellTypeBool value.
c.Run("TestStringBool", func(c *qt.C) {
cell := Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetInt(0)
c.Assert(cell.Modified(), qt.Equals, true)
c.Assert(cell.Bool(), qt.Equals, false)
cell.SetInt(1)
c.Assert(cell.Bool(), qt.Equals, true)
cell.SetString("")
c.Assert(cell.Bool(), qt.Equals, false)
cell.SetString("0")
c.Assert(cell.Bool(), qt.Equals, true)
})
// TestSetValue tests whether SetValue handle properly for different type values.
c.Run("TestSetValue", func(c *qt.C) {
cell := Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
// int
for _, i := range []interface{}{1, int8(1), int16(1), int32(1), int64(1)} {
cell.SetValue(i)
val, err := cell.Int64()
c.Assert(err, qt.IsNil)
c.Assert(val, qt.Equals, int64(1))
}
c.Assert(cell.Modified(), qt.Equals, true)
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
// float
for _, i := range []interface{}{1.11, float32(1.11), float64(1.11)} {
cell.SetValue(i)
val, err := cell.Float()
c.Assert(err, qt.IsNil)
c.Assert(val, qt.Equals, 1.11)
}
c.Assert(cell.Modified(), qt.Equals, true)
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
// In the naive implementation using go fmt "%v", this test would fail and the cell.Value would be "1e-06"
for _, i := range []interface{}{0.000001, float32(0.000001), float64(0.000001)} {
cell.SetValue(i)
c.Assert(cell.Value, qt.Equals, "0.000001")
val, err := cell.Float()
c.Assert(err, qt.IsNil)
c.Assert(val, qt.Equals, 0.000001)
}
c.Assert(cell.Modified(), qt.Equals, true)
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
// time
cell.SetValue(time.Unix(0, 0))
val, err := cell.Float()
c.Assert(err, qt.IsNil)
c.Assert(math.Floor(val), qt.Equals, 25569.0)
c.Assert(cell.Modified(), qt.Equals, true)
// string and nil
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
for _, i := range []interface{}{nil, "", []byte("")} {
cell.SetValue(i)
c.Assert(cell.Value, qt.Equals, "")
}
c.Assert(cell.Modified(), qt.Equals, true)
// others
cell = Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
cell.SetValue([]string{"test"})
c.Assert(cell.Value, qt.Equals, "[test]")
c.Assert(cell.Modified(), qt.Equals, true)
})
c.Run("TestSetDateWithOptions", func(c *qt.C) {
cell := Cell{}
c.Assert(cell.Modified(), qt.Equals, false)
// time
cell.SetDate(time.Unix(0, 0))
val, err := cell.Float()
c.Assert(err, qt.IsNil)
c.Assert(math.Floor(val), qt.Equals, 25569.0)
c.Assert(cell.Modified(), qt.Equals, true)
// our test subject
date2016UTC := time.Date(2016, 1, 1, 12, 0, 0, 0, time.UTC)
// test ny timezone
nyTZ, err := time.LoadLocation("America/New_York")
c.Assert(err, qt.IsNil)
cell.SetDateWithOptions(date2016UTC, DateTimeOptions{
ExcelTimeFormat: "test_format1",
Location: nyTZ,
})
val, err = cell.Float()
c.Assert(err, qt.IsNil)
c.Assert(val, qt.Equals, TimeToExcelTime(time.Date(2016, 1, 1, 7, 0, 0, 0, time.UTC), false))
// test jp timezone
jpTZ, err := time.LoadLocation("Asia/Tokyo")
c.Assert(err, qt.IsNil)
cell.SetDateWithOptions(date2016UTC, DateTimeOptions{
ExcelTimeFormat: "test_format2",
Location: jpTZ,
})
val, err = cell.Float()
c.Assert(err, qt.IsNil)
c.Assert(val, qt.Equals, TimeToExcelTime(time.Date(2016, 1, 1, 21, 0, 0, 0, time.UTC), false))
})
c.Run("TestIsTimeFormat", func(c *qt.C) {
c.Assert(isTimeFormat("yy"), qt.Equals, true)
c.Assert(isTimeFormat("hh"), qt.Equals, true)
c.Assert(isTimeFormat("h"), qt.Equals, true)
c.Assert(isTimeFormat("am/pm"), qt.Equals, true)
c.Assert(isTimeFormat("AM/PM"), qt.Equals, true)
c.Assert(isTimeFormat("A/P"), qt.Equals, true)
c.Assert(isTimeFormat("a/p"), qt.Equals, true)
c.Assert(isTimeFormat("ss"), qt.Equals, true)
c.Assert(isTimeFormat("mm"), qt.Equals, true)
c.Assert(isTimeFormat(":"), qt.Equals, false)
c.Assert(isTimeFormat("z"), qt.Equals, false)
})
c.Run("TestIs12HourtTime", func(c *qt.C) {
c.Assert(is12HourTime("am/pm"), qt.Equals, true)
c.Assert(is12HourTime("AM/PM"), qt.Equals, true)
c.Assert(is12HourTime("a/p"), qt.Equals, true)
c.Assert(is12HourTime("A/P"), qt.Equals, true)
c.Assert(is12HourTime("x"), qt.Equals, false)
})
c.Run("TestFallbackTo", func(c *qt.C) {
testCases := []struct {
cellType *CellType
cellData string
fallback CellType
expectedReturn CellType
}{
{
cellType: CellTypeNumeric.Ptr(),
cellData: `string`,
fallback: CellTypeString,
expectedReturn: CellTypeString,
},
{
cellType: nil,
cellData: `string`,
fallback: CellTypeNumeric,
expectedReturn: CellTypeNumeric,
},
{
cellType: CellTypeNumeric.Ptr(),
cellData: `300.24`,
fallback: CellTypeString,
expectedReturn: CellTypeNumeric,
},
{
cellType: CellTypeNumeric.Ptr(),
cellData: `300`,
fallback: CellTypeString,
expectedReturn: CellTypeNumeric,
},
}
for _, testCase := range testCases {
c.Assert(testCase.cellType.fallbackTo(testCase.cellData, testCase.fallback), qt.Equals, testCase.expectedReturn)
}
})
// Test that GetCoordinates returns accurate numbers..
csRunO(c, "GetCoordinates", func(c *qt.C, option FileOption) {
file := NewFile(option)
sheet, _ := file.AddSheet("Test")
row := sheet.AddRow()
cell := row.AddCell()
x, y := cell.GetCoordinates()
c.Assert(x, qt.Equals, 0)
c.Assert(y, qt.Equals, 0)
cell = row.AddCell()
x, y = cell.GetCoordinates()
c.Assert(x, qt.Equals, 1)
c.Assert(y, qt.Equals, 0)
row = sheet.AddRow()
cell = row.AddCell()
x, y = cell.GetCoordinates()
c.Assert(x, qt.Equals, 0)
c.Assert(y, qt.Equals, 1)
})
}
// formattedValueChecker removes all the boilerplate for testing Cell.FormattedValue
// after its change from returning one value (a string) to two values (string, error)
// This allows all the old one-line asserts in the test to continue to be one
// line, instead of multi-line with error checking.
type formattedValueChecker struct {
c *qt.C
}
func (fvc *formattedValueChecker) Equals(cell Cell, expected string) {
val, err := cell.FormattedValue()
if err != nil {
fvc.c.Error(err)
}
fvc.c.Assert(val, qt.Equals, expected)
}
func cellsFormattedValueEquals(t *testing.T, cell *Cell, expected string) {
val, err := cell.FormattedValue()
if err != nil {
t.Error(err)
}
if val != expected {
t.Errorf("Expected cell.FormattedValue() to be %v, got %v", expected, val)
}
}
func TestCellMerge(t *testing.T) {
c := qt.New(t)
csRunO(c, "MergeAndSave", func(c *qt.C, option FileOption) {
// This test exposed issue #559 with the custom XML writer for xlsxWorksheet
f := NewFile(option)
sht, err := f.AddSheet("sheet1")
if err != nil {
t.Fatal(err)
}
row := sht.AddRow()
cell := row.AddCell()
cell.Value = "test"
cell.Merge(1, 0)
path := filepath.Join(c.Mkdir(), "merged.xlsx")
err = f.Save(path)
c.Assert(err, qt.Equals, nil)
})
}