mirror of
https://codeberg.org/pluja/kycnot.me
synced 2025-01-09 06:07:56 -05:00
unify score and summary
This commit is contained in:
pluja
parent
31d13b18c9
commit
07f75a809d
@ -133,7 +133,7 @@ func (s *Server) handleScoreSummary(c iris.Context) {
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return
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}
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summary := utils.ScoreSummary(service)
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_, summary := utils.ComputeScore(service)
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c.Text(summary)
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}
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@ -328,7 +328,7 @@ func (s *Server) handlePostRequestServiceForm(c iris.Context) {
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service.KycLevel = data.KYCLevel
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service.Attributes = data.Attributes
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service.Score = utils.ComputeScore(&service)
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service.Score, _ = utils.ComputeScore(&service)
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// Save service to database
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err := database.Pb.CreateService(service)
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@ -342,3 +342,38 @@ func (s *Server) handlePostRequestServiceForm(c iris.Context) {
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// go utils.UpdateScore(sv)
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c.Redirect("/request/service?message=Success!", iris.StatusSeeOther)
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}
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func (s *Server) handlePgp(c iris.Context) {
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text := `
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-----BEGIN PGP SIGNED MESSAGE-----
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Hash: SHA512
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Here's my public PGP key:
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- -----BEGIN PGP PUBLIC KEY BLOCK-----
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mDMEZczexBYJKwYBBAHaRw8BAQdA+X+cNkOv5SmauKLLw+xcEkcDQjVubZ/4Xj3d
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5DNvgru0F3BsdWphIDxhZG1pbkBreWNub3QubWU+iJMEExYKADsWIQQEPOrx9H8d
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Txv0tFhweQHG2o41CgUCZczexAIbAwULCQgHAgIiAgYVCgkICwIEFgIDAQIeBwIX
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gAAKCRBweQHG2o41CjwVAQDpcxgeXK+2KiVzMkmLCXiAYU0hRhQmA4xwXDkqYxn7
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dwD+KzHpcnTwnrK5ZLn3+ti9DVeURTv1lFf9TVZTKgovOAy4OARlzN7EEgorBgEE
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AZdVAQUBAQdAvrCLlUmBr/RswvfC4hOGa5Som7CGQp0WzpkyETZmRh0DAQgHiHgE
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GBYKACAWIQQEPOrx9H8dTxv0tFhweQHG2o41CgUCZczexAIbDAAKCRBweQHG2o41
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ClZ1AQCwZ1XrRYLuM9d5mLXzbZVRjb5INoVXFrZbx9ZkAxKgFAD/dmJI/bUxPcVZ
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f6cwP2HYnxD/i2C6ltaLK0SRrxI2XAM=
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=Tnvi
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- -----END PGP PUBLIC KEY BLOCK-----
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Any important matters, will be signed with this key.
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-----BEGIN PGP SIGNATURE-----
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iHUEARYKAB0WIQQEPOrx9H8dTxv0tFhweQHG2o41CgUCZc0qQwAKCRBweQHG2o41
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Ctx3AP9TBHliRKIXpGmfCWKL6sRHqyT/eQQMjONqaZikrcmdzAEA/ff2+nionjTr
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mQXRsALQl2Fpw4nY/hIOYkdASomusAg=
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=uT9S
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-----END PGP SIGNATURE-----
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`
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c.Text(text)
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}
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@ -4,33 +4,28 @@ import (
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"fmt"
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"math"
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"github.com/rs/zerolog/log"
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"pluja.dev/kycnot.me/database"
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)
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func ComputeScore(s *database.Service) int {
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const (
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baseScore = 10
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maxScore = 10
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minScore = 0
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bonusLow = 15
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bonusMedium = 20
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bonusHigh = 25
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)
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func ComputeScore(s *database.Service) (int, string) {
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summary := fmt.Sprintf("SCORE BREAKDOWN - %s:\n", s.Name)
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grade := float64(baseScore)
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grade := float64(10)
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// KYC Level Adjustment
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switch s.KycLevel {
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case 0:
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grade = 8
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summary += fmt.Sprintf("\n%-*s--> base score for KYC Level %d", 10, fmt.Sprintf("|| %v", grade), s.KycLevel)
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case 1:
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grade = 7
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summary += fmt.Sprintf("\n%-*s--> base score for KYC Level %d", 10, fmt.Sprintf("|| %v", grade), s.KycLevel)
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case 2:
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grade = 6
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summary += fmt.Sprintf("\n%-*s--> base score for KYC Level %d", 10, fmt.Sprintf("|| %v", grade), s.KycLevel)
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case 3:
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grade = 5
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summary += fmt.Sprintf("\n%-*s--> base score for KYC Level %d", 10, fmt.Sprintf("|| %v", grade), s.KycLevel)
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}
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// Attributes
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@ -38,10 +33,13 @@ func ComputeScore(s *database.Service) int {
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switch attr.Rating {
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case "good":
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grade += 0.1
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summary += fmt.Sprintf("\n%-*s--> good attribute.", 10, "|| +0.1")
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case "warn":
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grade -= 0.25
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summary += fmt.Sprintf("\n%-*s--> warn attribute.", 10, "|| -0.25")
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case "bad":
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grade -= 0.5
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grade -= 0.65
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summary += fmt.Sprintf("\n%-*s--> bad attribute.", 10, "|| -0.65")
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}
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}
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@ -51,22 +49,31 @@ func ComputeScore(s *database.Service) int {
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}
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trPenalty := 0.0
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wrns := 0
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for _, tr := range s.TosReviews {
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if tr.Warning {
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trPenalty -= 0.1
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trPenalty -= 0.02
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wrns++
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}
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}
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if trPenalty > 3 {
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trPenalty = 3
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}
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grade += float64(trPenalty)
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if trPenalty != 0 {
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summary += fmt.Sprintf("\n|| %-*f--> %d terms of service warnings.", 10, trPenalty, wrns)
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}
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// Cash/Monero Bonus
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if s.Cash || s.Xmr || s.Btc {
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grade += 0.5
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grade += 0.25
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summary += fmt.Sprintf("\n%-*s--> accepting Cash/BTC.", 10, "|| +0.25")
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if s.Xmr {
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grade += 0.25
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summary += fmt.Sprintf("\n%-*s--> accepting XMR.", 10, "|| +0.25")
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}
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}
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@ -86,115 +93,39 @@ func ComputeScore(s *database.Service) int {
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// Tor URL Bonus
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if len(s.OnionUrls) > 0 && s.OnionUrls[0] != "" {
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grade += 0.5
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summary += fmt.Sprintf("\n%-*s--> has Onion links.", 10, "|| +0.5")
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}
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if s.Verified {
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if grade < 7.5 {
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grade += 0.5
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summary += fmt.Sprintf("\n%-*s--> verified bonus (only if <7.5).", 10, "|| +0.5")
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}
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}
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if !isP2P && grade > 9.5 {
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grade = 9
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summary += fmt.Sprintf("\n%-*s--> Not P2P, score can't be 10.", 10, "|| +0.5")
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}
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if isP2P || isOpenSource && grade < 8 {
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if isP2P {
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grade += 0.5
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summary += fmt.Sprintf("\n%-*s--> P2P bonus.", 10, "|| +0.5")
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}
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if isOpenSource && grade < 7.5 {
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grade += 0.25
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summary += fmt.Sprintf("\n%-*s--> Open Source bonus (if < 7.5).", 10, "|| +0.25")
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}
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// Normalize the grade to be within 0-10 bounds
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grade = math.Min(maxScore, math.Max(minScore, grade))
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grade = math.Min(10, math.Max(0, grade))
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log.Debug().Msgf("Computed score for %s: %f", s.Name, math.RoundToEven(grade))
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summary += "\n||---------------------------------------"
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return int(math.RoundToEven(grade))
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}
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summary += fmt.Sprintf("\n|| %-*v--> Total (rounded to even)", 6, math.RoundToEven(grade)) // Call ComputeScore to get the actual score
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func ScoreSummary(s *database.Service) string {
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summary := fmt.Sprintf("SCORE BREAKDOWN - %s:\n", s.Name)
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const leftPad = 10 // Adjust this based on your longest line
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// KYC Level Adjustment
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switch s.KycLevel {
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case 0:
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summary += fmt.Sprintf("\n%-*s--> base score for KYC Level 0", leftPad, "|| 8")
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case 1:
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summary += fmt.Sprintf("\n%-*s--> base score for KYC Level 1", leftPad, "|| 7")
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case 2:
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summary += fmt.Sprintf("\n%-*s--> base score for KYC Level 2", leftPad, "|| 6")
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case 3:
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summary += fmt.Sprintf("\n%-*s--> base score for KYC Level 3", leftPad, "|| 5")
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}
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// Attributes
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for _, attr := range s.Expand["attributes"] {
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switch attr.Rating {
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case "good":
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summary += fmt.Sprintf("\n%-*s--> good attribute.", leftPad, "|| +0.1")
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case "warn":
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summary += fmt.Sprintf("\n%-*s--> warn attribute.", leftPad, "|| -0.25")
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case "bad":
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summary += fmt.Sprintf("\n%-*s--> bad attribute.", leftPad, "|| -0.5")
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}
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}
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// Tos Highlights Penalty (Corrected to reflect actual penalty logic)
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trPenalty := 0.0
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wrns := 0
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for _, tr := range s.TosReviews {
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if tr.Warning {
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trPenalty -= 0.1
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wrns++
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}
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}
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if trPenalty < -3 {
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trPenalty = -3
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}
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if trPenalty != 0 {
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summary += fmt.Sprintf("\n|| %-*f--> %d terms of service warnings.", leftPad, trPenalty, wrns)
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}
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// Cash/Monero Bonus
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if s.Cash || s.Xmr || s.Btc {
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summary += fmt.Sprintf("\n%-*s--> accepting Cash/BTC.", leftPad, "|| +0.5")
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if s.Xmr {
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summary += fmt.Sprintf("\n%-*s--> monero bonus.", leftPad, "|| +0.25")
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}
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}
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// Tor URL Bonus
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if len(s.OnionUrls) > 0 && s.OnionUrls[0] != "" {
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summary += fmt.Sprintf("\n%-*s--> having a Tor URL.", leftPad, "|| +0.5")
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}
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// Verified Bonus
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if s.Verified {
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summary += fmt.Sprintf("\n%-*s--> being verified (applies only if score was below 7.5 at this point).", leftPad, "|| +0.5")
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}
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// P2P/OpenSource Bonus
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// Note: Since the original ComputeScore doesn't show the exact bonus amount for P2P/OpenSource,
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// it's assumed to follow the similar logic as in ComputeScore for simplicity.
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isP2P := false
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isOpenSource := false
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for _, attr := range s.Attributes {
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if attr == database.AttributeP2P {
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isP2P = true
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}
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if attr == database.AttributeOpenSource {
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isOpenSource = true
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}
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}
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if isP2P || isOpenSource {
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summary += fmt.Sprintf("\n%-*s--> P2P/OpenSource bonus (applies if score was below 8).", leftPad, "|| +0.5")
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}
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summary += "\n||"
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summary += fmt.Sprintf("\n|| Total: %v", ComputeScore(s)) // Call ComputeScore to get the actual score
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summary += "\n(final score is rounded to even number)"
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return summary
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return int(math.RoundToEven(grade)), summary
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}
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/*func UpdateScore(s *ent.Service) error {
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