scheduleServer/schedule/xlsx.go

package schedule

import (
    // "fmt"
    "strings"
    "strconv"
    // "github.com/tealeg/xlsx"
)

func ImportXLSX(filename string) /*[]*PlanXLSX*/ {
    // var (
    //     listOfPlans []*PlanXLSX
    // )
    // xlFile, err := xlsx.OpenFile(filename)
    // if err != nil {
    //     return nil
    // }
    // for _, sheet := range xlFile.Sheets {
    //     var plan = new(PlanXLSX)
    //     plan.ProgramCode   = sheet.Rows[5].Cells[1].String()
    //     plan.NameCode      = strings.Split(sheet.Rows[5].Cells[6].String(), " ")[0]
    //     plan.PeriodOfStudy = sheet.Rows[7].Cells[6].String()
    //     splited := strings.Split(sheet.Rows[9].Cells[1].String(), " ")
    //     plan.GroupNumber   = strings.Split(splited[len(splited)-1], "-")[0]

    //     for i, row := range sheet.Rows {
    //         if i < 20 {
    //             continue
    //         }
    //         if len(row.Cells) < 20 {
    //             continue
    //         }
    //         if row.Cells[2].String() == "" || row.Cells[2].String() == "ИТОГО" {
    //             continue
    //         }

    //         if strings.HasPrefix(row.Cells[1].String(), "Консультации") || strings.HasPrefix(row.Cells[1].String(), "Государственная") {
    //             continue
    //         }

    //         splited := strings.Split(row.Cells[1].String(), ".")
    //         if len(splited) != 2 {
    //             continue
    //         }

    //         typerow := TypeRow(IsSubTR)
    //         switch {
    //         case strings.Contains(row.Cells[2].String(), "цикл"):
    //             typerow = IsCycleTR
    //         case splited[1] == "00":
    //             typerow = IsStartTR
    //         case splited[0] == "ПМ":
    //             typerow = IsPmTR
    //         }

    //         max, _       := row.Cells[4].Int()
    //         selfstudy, _ := row.Cells[5].Int()
    //         allstudy, _  := row.Cells[6].Int()
    //         lectures, _  := row.Cells[7].Int()
    //         labs, _      := row.Cells[8].Int()
    //         projects, _  := row.Cells[9].Int()
    //         c1s1, _      := row.Cells[12].Int()
    //         c1s2, _      := row.Cells[13].Int()
    //         c2s1, _      := row.Cells[14].Int()
    //         c2s2, _      := row.Cells[15].Int()
    //         c3s1, _      := row.Cells[16].Int()
    //         c3s2, _      := row.Cells[17].Int()
    //         c4s1, _      := row.Cells[18].Int()
    //         c4s2, _      := row.Cells[19].Int()

    //         certform := ""
    //         splited = strings.Split(row.Cells[3].String(), ",")
    //         for _, v := range splited {
    //             if v != "-" {
    //                 certform = v
    //                 break
    //             }
    //         }

    //         plan.Lines = append(plan.Lines, LineXLSX{
    //             ID:        row.Cells[1].String(),
    //             Name:      row.Cells[2].String(),
    //             CertForm:  certform,
    //             StudyLoad: StudyLoadXLSX{
    //                 Max:       max,
    //                 SelfStudy: selfstudy,
    //                 AllStudy:  allstudy,
    //                 Lectures:  lectures,
    //                 Labs:      labs,
    //                 Projects:  projects,
    //             },
    //             Course: [4][2]int{
    //                 [2]int{
    //                     c1s1,
    //                     c1s2,
    //                 },
    //                 [2]int{
    //                     c2s1,
    //                     c2s2,
    //                 },
    //                 [2]int{
    //                     c3s1,
    //                     c3s2,
    //                 },
    //                 [2]int{
    //                     c4s1,
    //                     c4s2,
    //                 },
    //             },
    //             TypeRow: typerow,
    //         })
    //     }
    //     listOfPlans = append(listOfPlans, plan)
    // }
    // return listOfPlans
}

func CreateXLSX(filename string) (*xlsx.File, string) {
    file := xlsx.NewFile()
    _, err := file.AddSheet("Init")
    if err != nil {
        return nil, ""
    }
    err = file.Save(filename)
    if err != nil {
        return nil, ""
    }
    return file, filename
}

func (gen *Generator) WriteXLSX(file *xlsx.File, filename string, schedule []*Schedule, iter int) error {
    const (
        colWidth = 30
        rowHeight = 30
        MAXCOL = 3
    )

    rowsNext := uint(len(schedule)) / MAXCOL
    if rowsNext == 0 || uint(len(schedule)) % MAXCOL != 0 {
        rowsNext += 1
    }

    var (
        colNum = uint(NUM_TABLES + 2)
        row = make([]*xlsx.Row, colNum * rowsNext) //  * (rowsNext + 1)
        cell *xlsx.Cell
        dayN = gen.Day
        day = ""
    )

    if dayN == SUNDAY {
        dayN = SATURDAY
    } else {
        dayN -= 1
    }

    switch dayN {
    case SUNDAY: day = "Sunday"
    case MONDAY: day = "Monday"
    case TUESDAY: day = "Tuesday"
    case WEDNESDAY: day = "Wednesday"
    case THURSDAY: day = "Thursday"
    case FRIDAY: day = "Friday"
    case SATURDAY: day = "Saturday"
    }

    sheet, err := file.AddSheet(day + "-" + strconv.Itoa(iter))
    if err != nil {
        return err
    }

    sheet.SetColWidth(2, int(MAXCOL)*3+1, COL_W)

    for r := uint(0); r < rowsNext; r++ {
        for i := uint(0); i < colNum; i++ {
            row[(r*colNum)+i] = sheet.AddRow() // (r*rowsNext)+
            row[(r*colNum)+i].SetHeight(ROW_H)
            cell = row[(r*colNum)+i].AddCell()
            if i == 0 {
                cell.Value = "Пара"
                continue
            }
            cell.Value = strconv.Itoa(int(i-1))
        }
    }

    index := uint(0)
    exit: for r := uint(0); r < rowsNext; r++ {
        for i := uint(0); i < MAXCOL; i++ {
            if uint(len(schedule)) <= index {
                break exit
            }

            savedCell := row[(r*colNum)+0].AddCell()
            savedCell.Value = "Группа " + schedule[index].Group

            cell = row[(r*colNum)+0].AddCell()
            cell = row[(r*colNum)+0].AddCell()

            savedCell.Merge(2, 0)

            cell = row[(r*colNum)+1].AddCell()
            cell.Value = "Предмет"

            cell = row[(r*colNum)+1].AddCell()
            cell.Value = "Преподаватель"

            cell = row[(r*colNum)+1].AddCell()
            cell.Value = "Кабинет"

            for j, trow := range schedule[index].Table {
                cell = row[(r*colNum)+uint(j)+2].AddCell()
                if trow.Subject[A] == trow.Subject[B] {
                    cell.Value = trow.Subject[A]
                } else {
                    if trow.Subject[A] != "" {
                        cell.Value = trow.Subject[A] + " (A)"
                    }
                    if trow.Subject[B] != "" {
                        cell.Value += "\n" + trow.Subject[B] + " (B)"
                    }
                }

                cell = row[(r*colNum)+uint(j)+2].AddCell()
                if trow.Teacher[A] == trow.Teacher[B] {
                    cell.Value = trow.Teacher[A]
                } else {
                    if trow.Teacher[A] != "" {
                        cell.Value = trow.Teacher[A]
                    }
                    if trow.Teacher[B] != "" {
                        cell.Value += "\n" + trow.Teacher[B]
                    }
                }

                sheet.SetColWidth(colWidthForCabinets(int(j)))
                cell = row[(r*colNum)+uint(j)+2].AddCell()
                if trow.Cabinet[A] == trow.Cabinet[B] {
                    cell.Value = trow.Cabinet[A]
                } else {
                    if trow.Cabinet[A] != "" {
                        cell.Value = trow.Cabinet[A]
                    }
                    if trow.Cabinet[B] != "" {
                        cell.Value += "\n" + trow.Cabinet[B]
                    }
                }
            }

            index++
        }
    }

    err = file.Save(filename)
    if err != nil {
        return err
    }

    return nil
}