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// analyze.go contains all data analysis
package main
import (
"fmt"
)
// Data for Month
type Month struct {
Month int
MonthName string
Year int
Days []int
Earnings float64
Workvalue float64
Workhours float64
//Workdays int
Tasks []int
Projects []int
}
// Yearly Data
type Year struct {
Year int
Months []int
Days []int
Earnings float64
Workvalue float64
Workhours float64
Tasks []int
Projects []int
}
var analysis []Month
var yearly []Year
//Analyze all tasks and PAyments
func MakeAnalysis() {
fmt.Println("Making Analysis")
analysis = nil
yearly = nil
tids := GetTaskIds()
alltasks := GetSelectedTasks(tids)
for _,ta := range alltasks {
year,monthn,day := ta.Start.Local().Date()
month := int(monthn)
monthstr := fmt.Sprintf("%v",monthn)
exist, exid := MonthExists(year,month)
dur := ta.Duration()
val := ta.Money()
if exist {
if !isElement(day,analysis[exid].Days){
analysis[exid].Days = append(analysis[exid].Days,day)
}
analysis[exid].Workvalue += val
analysis[exid].Workhours += dur
analysis[exid].Tasks = append(analysis[exid].Tasks,ta.Id)
if !isElement(ta.Projectid,analysis[exid].Projects){
analysis[exid].Projects = append(analysis[exid].Projects,ta.Projectid)
}
}else{
analysis = append(analysis,Month{
month,
monthstr,
year,
[]int{day},
0.0, //Earning
val, // Workvalue
dur, //Workhours
[]int{ta.Id},[]int{ta.Projectid}})
}
}
pays := GetAllPayments()
for _,py := range pays {
year,monthn,_ := py.Date.Local().Date()
month := int(monthn)
monthstr := fmt.Sprintf("%v",monthn)
exist, exid := MonthExists(year,month)
if exist {
analysis[exid].Earnings += py.Amount
}else{
analysis = append(analysis,Month{
month,
monthstr,
year,
[]int{},
py.Amount, //Earning
0.0, //Workvalue
0.0, //Workhours
[]int{},
[]int{}})
}
}
//fmt.Println("Length:",len(analysis))
for _,mo := range analysis {
exist,exid := YearExists(mo.Year)
if exist{
yearly[exid].Months = append(yearly[exid].Months,mo.Month)
yearly[exid].Days = append(yearly[exid].Days,mo.Days...)
//yearly[exid].Days = AddNewElement(yearly[exid].Days,mo.Days)
yearly[exid].Earnings += mo.Earnings
yearly[exid].Workvalue += mo.Workvalue
yearly[exid].Workhours += mo.Workhours
yearly[exid].Tasks = AddNewElement(yearly[exid].Tasks,mo.Tasks)
yearly[exid].Projects = AddNewElement(yearly[exid].Projects,mo.Projects)
}else{
yearly = append(yearly,Year{
mo.Year,
[]int{mo.Month},
mo.Days,
mo.Earnings,
mo.Workvalue,
mo.Workhours,
mo.Tasks,
mo.Projects})
}
}
ShowMonthlyAnalysis()
ShowYearlyAnalysis()
}
//Show Yearly analysis
func ShowYearlyAnalysis() {
fmt.Println(frame("Yearly Analysis",true))
for _,yr := range yearly {
cnt, hr, dur := AnalyzeTasks(GetSelectedTasks(yr.Tasks))
fmt.Println(sli,yr.Year)
fmt.Printf("%s Workhours: %.2f[h]\n",nli,yr.Workhours)
fmt.Printf("%s Earnings: %.2f[€]\n",nli,yr.Earnings)
fmt.Printf("%s %.2f[€/m]\n",nli,yr.Earnings/float64(len(yr.Months)))
fmt.Printf("%s Workvalue: %.2f[€]\n",nli,yr.Workvalue)
fmt.Printf("%s %.2f[€/m]\n",nli,yr.Workvalue/float64(len(yr.Months)))
fmt.Printf("%s Projects: %v\n",nli,len(yr.Projects))
fmt.Printf("%s Days: %v\n",nli,len(yr.Days))
fmt.Printf("%s Tasks: %v Hours: %.2f[h]\n",nli,cnt, hr)
fmt.Printf("%s %s\n",nli,dur)
fmt.Printf("%s Hourly Rate: %.2f[€/h]\n",nli,yr.Earnings/yr.Workhours)
fmt.Printf("%s Productivity: %.2f[h/d]\n",nli,yr.Workhours/float64(len(yr.Days)))
fmt.Printf("%s %.2f[h/m]\n",nli,yr.Workhours/float64(len(yr.Months)))
fmt.Printf("%s %.2f[d/m]\n",nli,float64(len(yr.Days))/float64(len(yr.Months)))
fmt.Println(nli)
}
fmt.Println(frame("",false))
}
//Show Mothly analysis
func ShowMonthlyAnalysis() {
fmt.Println(frame("Monthly Analysis",true))
for _,mo := range analysis {
cnt, hr, dur := AnalyzeTasks(GetSelectedTasks(mo.Tasks))
fmt.Println(sli,mo.Year,mo.MonthName)
fmt.Printf("%s Workhours: %.2f[h]\n",nli,mo.Workhours)
fmt.Printf("%s Earnings: %.2f[€]\n",nli,mo.Earnings)
fmt.Printf("%s Workvalue: %.2f[€]\n",nli,mo.Workvalue)
fmt.Printf("%s Projects: %v\n",nli,len(mo.Projects))
fmt.Printf("%s Days: %v\n",nli,len(mo.Days))
fmt.Printf("%s Tasks: %v Hours: %.2f[h]\n",nli,cnt, hr)
fmt.Printf("%s %s\n",nli,dur)
fmt.Printf("%s Hourly Rate: %.2f[€/h]\n",nli,mo.Earnings/mo.Workhours)
fmt.Printf("%s Productivity: %.2f[h/d]\n",nli,mo.Workhours/float64(len(mo.Days)))
fmt.Println(nli)
}
fmt.Println(frame("",false))
}
// Test if analysis slice conatins the month already and return its id if
func MonthExists(year, month int) (exist bool, id int) {
for i,mo := range analysis {
if mo.Month == month && mo.Year == year {
return true,i
}
}
return false,-1
}
// Test if yearly slice conatins the year already and return its id if
func YearExists(year int) (exist bool, id int) {
for i,yr := range yearly {
if yr.Year == year {
return true,i
}
}
return false,-1
}
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