ripple-api/app/v1/user.go

325 lines
9.8 KiB
Go

// Package v1 implements the first version of the Ripple API.
package v1
import (
"database/sql"
"strconv"
"strings"
"time"
"git.zxq.co/ripple/ocl"
"git.zxq.co/ripple/rippleapi/common"
)
type userData struct {
common.ResponseBase
ID int `json:"id"`
Username string `json:"username"`
UsernameAKA string `json:"username_aka"`
RegisteredOn time.Time `json:"registered_on"`
Rank int `json:"rank"`
LatestActivity time.Time `json:"latest_activity"`
Country string `json:"country"`
}
// UsersGET is the API handler for GET /users
func UsersGET(md common.MethodData) common.CodeMessager {
shouldRet, whereClause, param := whereClauseUser(md, "users")
if shouldRet != nil {
return *shouldRet
}
query := `
SELECT users.id, users.username, register_datetime, rank,
latest_activity, users_stats.username_aka,
users_stats.country, users_stats.show_country
FROM users
LEFT JOIN users_stats
ON users.id=users_stats.id
WHERE ` + whereClause + ` AND users.allowed='1'
LIMIT 1`
return userPuts(md, md.DB.QueryRow(query, param))
}
func userPuts(md common.MethodData, row *sql.Row) common.CodeMessager {
var err error
var user userData
var (
registeredOn int64
latestActivity int64
showCountry bool
)
err = row.Scan(&user.ID, &user.Username, &registeredOn, &user.Rank, &latestActivity, &user.UsernameAKA, &user.Country, &showCountry)
switch {
case err == sql.ErrNoRows:
return common.SimpleResponse(404, "No such user was found!")
case err != nil:
md.Err(err)
return Err500
}
user.RegisteredOn = time.Unix(registeredOn, 0)
user.LatestActivity = time.Unix(latestActivity, 0)
user.Country = genCountry(md, user.ID, showCountry, user.Country)
user.Code = 200
return user
}
func badgesToArray(badges string) []int {
var end []int
badgesSl := strings.Split(badges, ",")
for _, badge := range badgesSl {
if badge != "" && badge != "0" {
// We are ignoring errors because who really gives a shit if something's gone wrong on our end in this
// particular thing, we can just silently ignore this.
nb, err := strconv.Atoi(badge)
if err == nil && nb != 0 {
end = append(end, nb)
}
}
}
return end
}
func genCountry(md common.MethodData, uid int, showCountry bool, country string) string {
// If the user wants to stay anonymous, don't show their country.
// This can be overriden if we have the ReadConfidential privilege and the user we are accessing is the token owner.
if showCountry || (md.User.Privileges.HasPrivilegeReadConfidential() && uid == md.ID()) {
return country
}
return "XX"
}
// UserSelfGET is a shortcut for /users/id/self. (/users/self)
func UserSelfGET(md common.MethodData) common.CodeMessager {
md.C.Request.URL.RawQuery = "id=self&" + md.C.Request.URL.RawQuery
return UsersGET(md)
}
type whatIDResponse struct {
common.ResponseBase
ID int `json:"id"`
}
// UserWhatsTheIDGET is an API request that only returns an user's ID.
func UserWhatsTheIDGET(md common.MethodData) common.CodeMessager {
var (
r whatIDResponse
allowed int
)
err := md.DB.QueryRow("SELECT id, allowed FROM users WHERE username = ? LIMIT 1", md.C.Query("name")).Scan(&r.ID, &allowed)
if err != nil || (allowed != 1 && !md.User.Privileges.HasPrivilegeViewUserAdvanced()) {
return common.SimpleResponse(404, "That user could not be found!")
}
r.Code = 200
return r
}
type modeData struct {
RankedScore uint64 `json:"ranked_score"`
TotalScore uint64 `json:"total_score"`
PlayCount int `json:"playcount"`
ReplaysWatched int `json:"replays_watched"`
TotalHits int `json:"total_hits"`
Level float64 `json:"level"`
Accuracy float64 `json:"accuracy"`
PP int `json:"pp"`
GlobalLeaderboardRank int `json:"global_leaderboard_rank"`
}
type userFullResponse struct {
common.ResponseBase
userData
STD modeData `json:"std"`
Taiko modeData `json:"taiko"`
CTB modeData `json:"ctb"`
Mania modeData `json:"mania"`
PlayStyle int `json:"play_style"`
FavouriteMode int `json:"favourite_mode"`
Badges []int `json:"badges"`
}
// UserFullGET gets all of an user's information, with one exception: their userpage.
func UserFullGET(md common.MethodData) common.CodeMessager {
shouldRet, whereClause, param := whereClauseUser(md, "users")
if shouldRet != nil {
return *shouldRet
}
// Hellest query I've ever done.
query := `
SELECT
users.id, users.username, users.register_datetime, users.rank, users.latest_activity,
users_stats.username_aka, users_stats.badges_shown, users_stats.country, users_stats.show_country,
users_stats.play_style, users_stats.favourite_mode,
users_stats.ranked_score_std, users_stats.total_score_std, users_stats.playcount_std,
users_stats.replays_watched_std, users_stats.total_hits_std,
users_stats.avg_accuracy_std, users_stats.pp_std, leaderboard_std.position as std_position,
users_stats.ranked_score_taiko, users_stats.total_score_taiko, users_stats.playcount_taiko,
users_stats.replays_watched_taiko, users_stats.total_hits_taiko,
users_stats.avg_accuracy_taiko, users_stats.pp_taiko, leaderboard_taiko.position as taiko_position,
users_stats.ranked_score_ctb, users_stats.total_score_ctb, users_stats.playcount_ctb,
users_stats.replays_watched_ctb, users_stats.total_hits_ctb,
users_stats.avg_accuracy_ctb, users_stats.pp_ctb, leaderboard_ctb.position as ctb_position,
users_stats.ranked_score_mania, users_stats.total_score_mania, users_stats.playcount_mania,
users_stats.replays_watched_mania, users_stats.total_hits_mania,
users_stats.avg_accuracy_mania, users_stats.pp_mania, leaderboard_mania.position as mania_position
FROM users
LEFT JOIN users_stats
ON users.id=users_stats.id
LEFT JOIN leaderboard_std
ON users.id=leaderboard_std.user
LEFT JOIN leaderboard_taiko
ON users.id=leaderboard_taiko.user
LEFT JOIN leaderboard_ctb
ON users.id=leaderboard_ctb.user
LEFT JOIN leaderboard_mania
ON users.id=leaderboard_mania.user
WHERE ` + whereClause + ` AND users.allowed = '1'
LIMIT 1
`
// Fuck.
r := userFullResponse{}
var (
badges string
country string
showCountry bool
registeredOn int64
latestActivity int64
)
err := md.DB.QueryRow(query, param).Scan(
&r.ID, &r.Username, &registeredOn, &r.Rank, &latestActivity,
&r.UsernameAKA, &badges, &country, &showCountry,
&r.PlayStyle, &r.FavouriteMode,
&r.STD.RankedScore, &r.STD.TotalScore, &r.STD.PlayCount,
&r.STD.ReplaysWatched, &r.STD.TotalHits,
&r.STD.Accuracy, &r.STD.PP, &r.STD.GlobalLeaderboardRank,
&r.Taiko.RankedScore, &r.Taiko.TotalScore, &r.Taiko.PlayCount,
&r.Taiko.ReplaysWatched, &r.Taiko.TotalHits,
&r.Taiko.Accuracy, &r.Taiko.PP, &r.Taiko.GlobalLeaderboardRank,
&r.CTB.RankedScore, &r.CTB.TotalScore, &r.CTB.PlayCount,
&r.CTB.ReplaysWatched, &r.CTB.TotalHits,
&r.CTB.Accuracy, &r.CTB.PP, &r.CTB.GlobalLeaderboardRank,
&r.Mania.RankedScore, &r.Mania.TotalScore, &r.Mania.PlayCount,
&r.Mania.ReplaysWatched, &r.Mania.TotalHits,
&r.Mania.Accuracy, &r.Mania.PP, &r.Mania.GlobalLeaderboardRank,
)
switch {
case err == sql.ErrNoRows:
return common.SimpleResponse(404, "That user could not be found!")
case err != nil:
md.Err(err)
return Err500
}
r.Country = genCountry(md, r.ID, showCountry, country)
r.Badges = badgesToArray(badges)
r.RegisteredOn = time.Unix(registeredOn, 0)
r.LatestActivity = time.Unix(latestActivity, 0)
for _, m := range []*modeData{&r.STD, &r.Taiko, &r.CTB, &r.Mania} {
m.Level = ocl.GetLevelPrecise(int64(m.TotalScore))
}
r.Code = 200
return r
}
type userpageResponse struct {
common.ResponseBase
Userpage string `json:"userpage"`
}
// UserUserpageGET gets an user's userpage, as in the customisable thing.
func UserUserpageGET(md common.MethodData) common.CodeMessager {
shouldRet, whereClause, param := whereClauseUser(md, "users_stats")
if shouldRet != nil {
return *shouldRet
}
var r userpageResponse
err := md.DB.QueryRow("SELECT userpage_content FROM users_stats WHERE "+whereClause+" LIMIT 1", param).Scan(&r.Userpage)
switch {
case err == sql.ErrNoRows:
return common.SimpleResponse(404, "No such user!")
case err != nil:
md.Err(err)
return Err500
}
r.Code = 200
return r
}
func whereClauseUser(md common.MethodData, tableName string) (*common.CodeMessager, string, interface{}) {
switch {
case md.C.Query("id") == "self":
return nil, tableName + ".id = ?", md.ID()
case md.C.Query("id") != "":
id, err := strconv.Atoi(md.C.Query("id"))
if err != nil {
a := common.SimpleResponse(400, "please pass a valid user ID")
return &a, "", nil
}
return nil, tableName + ".id = ?", id
case md.C.Query("name") != "":
return nil, tableName + ".username = ?", md.C.Query("name")
}
a := common.SimpleResponse(400, "you need to pass either querystring parameters name or id")
return &a, "", nil
}
type userLookupResponse struct {
common.ResponseBase
Users []lookupUser `json:"users"`
}
type lookupUser struct {
ID int `json:"id"`
Username string `json:"username"`
}
// UserLookupGET does a quick lookup of users beginning with the passed
// querystring value name.
func UserLookupGET(md common.MethodData) common.CodeMessager {
name := strings.NewReplacer(
"%", "\\%",
"_", "\\_",
"\\", "\\\\",
).Replace(md.C.Query("name"))
if name == "" {
return common.SimpleResponse(400, "please provide an username to start searching")
}
name = "%" + name + "%"
rows, err := md.DB.Query("SELECT users.id, users.username FROM users WHERE username LIKE ? AND allowed = '1' LIMIT 25", name)
if err != nil {
md.Err(err)
return Err500
}
var r userLookupResponse
for rows.Next() {
var l lookupUser
err := rows.Scan(&l.ID, &l.Username)
if err != nil {
continue // can't be bothered to handle properly
}
r.Users = append(r.Users, l)
}
r.Code = 200
return r
}