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F.go
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F.go
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package reply
import (
"bytes"
"context"
"encoding/json"
"errors"
"fmt"
"io"
"math"
"net"
"net/http"
"net/http/pprof"
"net/url"
"sort"
"strconv"
"strings"
"sync"
"time"
"database/sql"
_ "github.com/go-sql-driver/mysql"
_ "github.com/lib/pq"
psql "github.com/qydysky/part/sql"
"golang.org/x/text/encoding/simplifiedchinese"
_ "modernc.org/sqlite"
"github.com/dustin/go-humanize"
c "github.com/qydysky/bili_danmu/CV"
F "github.com/qydysky/bili_danmu/F"
_ "github.com/qydysky/bili_danmu/Reply/F"
"github.com/qydysky/bili_danmu/Reply/F/danmuXml"
videoInfo "github.com/qydysky/bili_danmu/Reply/F/videoInfo"
send "github.com/qydysky/bili_danmu/Send"
p "github.com/qydysky/part"
pctx "github.com/qydysky/part/ctx"
file "github.com/qydysky/part/file"
pio "github.com/qydysky/part/io"
limit "github.com/qydysky/part/limit"
msgq "github.com/qydysky/part/msgq"
slice "github.com/qydysky/part/slice"
psync "github.com/qydysky/part/sync"
pweb "github.com/qydysky/part/web"
websocket "github.com/qydysky/part/websocket"
encoder "golang.org/x/text/encoding"
)
/*
F额外功能区
*/
var flog = c.C.Log.Base(`功能`)
// 功能开关选取函数
func IsOn(s string) bool {
return c.C.IsOn(s)
}
// 字符重复度检查
// a在buf中出现的字符占a的百分数
func cross(a string, buf []string) float32 {
var s float32
var matched bool
for _, v1 := range a {
for _, v2 := range buf {
for _, v3 := range v2 {
if v3 == v1 {
matched = true
break
}
}
if matched {
break
}
}
if matched {
s += 1
}
matched = false
}
return s / float32(len([]rune(a)))
}
// 在a中仅出现一次出现的字符占a的百分数
// func selfcross(a string) float32 {
// buf := make(map[rune]bool)
// for _, v := range a {
// if _, ok := buf[v]; !ok {
// buf[v] = true
// }
// }
// return 1 - float32(len(buf))/float32(len([]rune(a)))
// }
// 在a的每个字符串中
// 出现的字符次数最多的
// 占出现的字符总数的百分数
// *单字符串中的重复出现计为1次
func selfcross2(a []string) (float32, string) {
buf := make(map[rune]float32)
for _, v := range a {
block := make(map[rune]bool)
for _, v1 := range v {
if _, ok := block[v1]; ok {
continue
}
block[v1] = true
buf[v1] += 1
}
}
var (
max float32
maxS string
all float32
)
for k, v := range buf {
all += v
if v > max {
max = v
maxS = string(k)
}
}
return max / all, maxS
}
// 功能区
// 显示营收
func init() {
if !IsOn("统计营收") {
return
}
go func() {
var ShowRev = make(map[int]float64)
clog := c.C.Log.Base_add(`营收`)
for {
if _, ok := ShowRev[c.C.Roomid]; !ok && c.C.Roomid != 0 {
ShowRev[c.C.Roomid] = 0
}
for room, rev := range ShowRev {
if c.C.Roomid != room {
clog.L(`I: `, fmt.Sprintf("%d ￥%.2f", room, c.C.Rev))
delete(ShowRev, room)
} else if c.C.Rev != rev {
ShowRev[room] = c.C.Rev
clog.L(`I: `, fmt.Sprintf("%d ￥%.2f", room, c.C.Rev))
}
}
time.Sleep(time.Minute)
}
}()
}
// Ass 弹幕转字幕
type Ass struct {
file string //弹幕ass文件名
startT time.Time //开始记录的基准时间
header string //ass开头
wrap encoder.Encoding //编码
}
var (
Ass_height = 720 //字幕高度
Ass_width = 1280 //字幕宽度
Ass_font = 50 //字幕字体大小
Ass_T = 7 //单条字幕显示时间
Ass_loc = 7 //字幕位置 小键盘对应的位置
)
var ass = Ass{
header: `[Script Info]
Title: Default Ass file
ScriptType: v4.00+
WrapStyle: 0
ScaledBorderAndShadow: yes
PlayResX: ` + strconv.Itoa(Ass_height) + `
PlayResY: ` + strconv.Itoa(Ass_width) + `
[V4+ Styles]
Format: Name, Fontname, Fontsize, PrimaryColour, SecondaryColour, OutlineColour, BackColour, Bold, Italic, Underline, StrikeOut, ScaleX, ScaleY, Spacing, Angle, BorderStyle, Outline, Shadow, Alignment, MarginL, MarginR, MarginV, Encoding
Style: Default,,` + strconv.Itoa(Ass_font) + `,&H40FFFFFF,&H000017FF,&H80000000,&H40000000,0,0,0,0,100,100,0,0,1,4,4,` + strconv.Itoa(Ass_loc) + `,20,20,50,1
[Events]
Format: Layer, Start, End, Style, Name, MarginL, MarginR, MarginV, Effect, Text
`,
wrap: simplifiedchinese.GB18030,
}
func init() {
accept := map[string]bool{
`GB18030`: true,
`utf-8`: true,
}
if v, ok := c.C.K_v.LoadV("Ass编码").(string); ok {
if v1, ok := accept[v]; ok && v1 {
c.C.Log.Base(`Ass`).L(`T: `, "编码:", v)
if v == `utf-8` {
ass.wrap = nil
}
}
}
}
// 设定字幕文件名，为""时停止输出
func Ass_f(ctx context.Context, save_path string, filePath string, st time.Time) {
if !IsOn(`仅保存当前直播间流`) {
return
}
ass.file = filePath
if filePath == "" {
return
}
fl := flog.Base_add(`Ass`)
fl.L(`I: `, `开始`)
f := &file.File{
Config: file.Config{
FilePath: ass.file + ".ass",
AutoClose: true,
Coder: ass.wrap,
},
}
_, _ = f.Write([]byte(ass.header), true)
ass.startT = st
ctx, done := pctx.WaitCtx(ctx)
defer done()
<-ctx.Done()
ass.file = ""
fl.L(`I: `, "结束")
}
// 传入要显示的单条字幕
func Assf(s string) {
if !IsOn("生成Ass弹幕") {
return
}
if ass.file == "" {
return
}
if s == "" {
return
}
st := time.Since(ass.startT) + time.Duration(p.Rand().MixRandom(0, 2000))*time.Millisecond
et := st + time.Duration(Ass_T)*time.Second
var b string
// b += "Comment: " + strconv.Itoa(loc) + " "+ Dtos(showedt) + "\n"
b += `Dialogue: 0,`
b += dtos(st) + `,` + dtos(et)
b += `,Default,,0,0,0,,{\fad(200,500)\blur3}` + s + "\n"
f := file.New(ass.file+".ass", -1, true)
f.Config.Coder = ass.wrap
if _, e := f.Write([]byte(b), true); e != nil {
flog.Base(`Assf`).L(`E: `, e)
}
}
// 时间转化为0:00:00.00规格字符串
func dtos(t time.Duration) string {
M := int(math.Floor(t.Minutes())) % 60
S := int(math.Floor(t.Seconds())) % 60
Ns := t.Nanoseconds() / int64(time.Millisecond) % 1000 / 10
return fmt.Sprintf("%d:%02d:%02d.%02d", int(math.Floor(t.Hours())), M, S, Ns)
}
// 获取实例的Common
func StreamOCommon(roomid int) (array []*c.Common) {
if roomid != -1 { //返回特定房间
if v, ok := c.StreamO.Load(roomid); ok {
return []*c.Common{v.(*M4SStream).Common()}
}
} else { //返回所有
c.StreamO.Range(func(_, v interface{}) bool {
array = append(array, v.(*M4SStream).Common())
return true
})
}
return
}
// 获取实例的录制状态
func StreamOStatus(roomid int) (Islive bool) {
v, ok := c.StreamO.Load(roomid)
return ok && (!pctx.Done(v.(*M4SStream).Status) || v.(*M4SStream).exitSign.Islive())
}
// 开始实例
func StreamOStart(roomid int) {
if StreamOStatus(roomid) {
flog.L(`W: `, `已录制 `+strconv.Itoa(roomid)+` 不能重复录制`)
return
}
var tmp = new(M4SStream)
if e := tmp.LoadConfig(c.C.Copy()); e != nil {
flog.L(`E: `, e)
return
}
tmp.common.Roomid = roomid
//实例回调，避免重复录制
tmp.Callback_start = func(ms *M4SStream) error {
//流服务添加
if _, ok := c.StreamO.LoadOrStore(ms.common.Roomid, tmp); ok {
return fmt.Errorf("已存在此直播间(%d)录制", ms.common.Roomid)
}
return nil
}
tmp.Callback_stop = func(ms *M4SStream) {
c.StreamO.Delete(ms.common.Roomid) //流服务去除
}
tmp.Start()
}
// 停止实例
//
// -2 其他房间
// -1 所有房间
// 针对某房间
func StreamOStop(roomid int) {
switch roomid {
case -2: // 其他房间
c.StreamO.Range(func(_roomid, v interface{}) bool {
if c.C.Roomid == _roomid {
return true
}
if !pctx.Done(v.(*M4SStream).Status) {
v.(*M4SStream).Stop()
}
c.StreamO.Delete(_roomid)
return true
})
case -1: // 所有房间
c.StreamO.Range(func(k, v interface{}) bool {
if !pctx.Done(v.(*M4SStream).Status) {
v.(*M4SStream).Stop()
}
c.StreamO.Delete(k)
return true
})
default: // 针对某房间
if v, ok := c.StreamO.Load(roomid); ok {
if !pctx.Done(v.(*M4SStream).Status) {
v.(*M4SStream).Stop()
}
c.StreamO.Delete(roomid)
}
}
}
// 实例切断
func StreamOCut(roomid int) (setTitle func(string)) {
if v, ok := c.StreamO.Load(roomid); ok {
if !pctx.Done(v.(*M4SStream).Status) {
v.(*M4SStream).Cut()
flog.L(`I: `, `已切片 `+strconv.Itoa(roomid))
return func(title string) {
if title != "" {
v.(*M4SStream).Common().Title = title
}
}
}
}
return func(s string) {}
}
// type Obs struct {
// c obsws.Client
// Prog string //程序路径
// }
// var obs = Obs{
// c: obsws.Client{Host: "127.0.0.1", Port: 4444},
// Prog: "obs",
// }
// func Obsf(on bool) {
// if !IsOn("调用obs") {
// return
// }
// l := c.C.Log.Base(`obs`)
// if on {
// if sys.Sys().CheckProgram("obs")[0] != 0 {
// l.L(`W: `, "obs已经启动")
// return
// }
// if sys.Sys().CheckProgram("obs")[0] == 0 {
// if obs.Prog == "" {
// l.L(`E: `, "未知的obs程序位置")
// return
// }
// l.L(`I: `, "启动obs")
// p.Exec().Start(exec.Command(obs.Prog))
// sys.Sys().Timeoutf(3)
// }
// // Connect a client.
// if err := obs.c.Connect(); err != nil {
// l.L(`E: `, err)
// return
// }
// } else {
// if sys.Sys().CheckProgram("obs")[0] == 0 {
// l.L(`W: `, "obs未启动")
// return
// }
// obs.c.Disconnect()
// }
// }
// func Obs_R(on bool) {
// if !IsOn("调用obs") {
// return
// }
// l := c.C.Log.Base("obs_R")
// if sys.Sys().CheckProgram("obs")[0] == 0 {
// l.L(`W: `, "obs未启动")
// return
// } else {
// if err := obs.c.Connect(); err != nil {
// l.L(`E: `, err)
// return
// }
// }
// //录
// if on {
// req := obsws.NewStartRecordingRequest()
// if err := req.Send(obs.c); err != nil {
// l.L(`E: `, err)
// return
// }
// resp, err := req.Receive()
// if err != nil {
// l.L(`E: `, err)
// return
// }
// if resp.Status() == "ok" {
// l.L(`I: `, "开始录制")
// }
// } else {
// req := obsws.NewStopRecordingRequest()
// if err := req.Send(obs.c); err != nil {
// l.L(`E: `, err)
// return
// }
// resp, err := req.Receive()
// if err != nil {
// l.L(`E: `, err)
// return
// }
// if resp.Status() == "ok" {
// l.L(`I: `, "停止录制")
// }
// sys.Sys().Timeoutf(3)
// }
// }
// type Autoban struct {
// Banbuf []string
// buf []string
// }
// var autoban = Autoban{}
// func Autobanf(s string) bool {
// if !IsOn("Autoban") {
// return false
// }
// l := c.C.Log.Base("autoban")
// if len(autoban.Banbuf) == 0 {
// f := file.New("Autoban.txt", -1, false)
// for {
// if data, e := f.ReadUntil('\n', 50, 5000); e != nil {
// if !errors.Is(e, io.EOF) {
// l.L(`E: `, e)
// }
// break
// } else {
// autoban.Banbuf = append(autoban.Banbuf, string(data))
// }
// }
// }
// if len(autoban.buf) < 10 {
// autoban.buf = append(autoban.buf, s)
// return false
// }
// defer func() {
// autoban.buf = append(autoban.buf[1:], s)
// }()
// var res []float32
// {
// pt := float32(len([]rune(s)))
// if pt <= 5 {
// return false
// } //字数过少去除
// res = append(res, pt)
// }
// {
// pt := selfcross(s)
// // if pt > 0.5 {return false}//自身重复高去除
// // res = append(res, pt)
// pt1 := cross(s, autoban.buf)
// if pt+pt1 > 0.3 {
// return false
// } //历史重复高去除
// res = append(res, pt, pt1)
// }
// {
// pt := cross(s, autoban.Banbuf)
// if pt < 0.8 {
// return false
// } //ban字符重复低去除
// res = append(res, pt)
// }
// l.L(`W: `, res)
// return true
// }
type Danmuji struct {
Buf map[string]string
Inuse_auto bool
reflect_limit *limit.Limit
mute bool
}
var danmuji = Danmuji{
Inuse_auto: IsOn("自动弹幕机"),
Buf: map[string]string{
"弹幕机在么": "在",
},
reflect_limit: limit.New(1, "4s", "8s"),
}
func init() { //初始化反射型弹幕机
f := file.New("config/config_auto_reply.json", 0, true)
if !f.IsExist() {
return
}
bb, err := f.ReadAll(100, 1<<16)
if !errors.Is(err, io.EOF) {
return
}
var buf map[string]interface{}
_ = json.Unmarshal(bb, &buf)
for k, v := range buf {
if k == v {
continue
}
danmuji.Buf[k] = v.(string)
}
}
func Danmujif(s string) {
if !IsOn("反射弹幕机") {
return
}
if danmuji.reflect_limit.TO() {
return
}
for k, v := range danmuji.Buf {
if strings.Contains(s, k) {
Msg_senddanmu(v)
break
}
}
}
func Danmuji_auto() {
if !IsOn("反射弹幕机") || !IsOn("自动弹幕机") || danmuji.mute {
return
}
danmuji.mute = true
var (
list []string
timeout int
)
for _, v := range c.C.K_v.LoadV(`自动弹幕机_内容`).([]interface{}) {
list = append(list, v.(string))
}
timeout = int(c.C.K_v.LoadV(`自动弹幕机_发送间隔s`).(float64))
if timeout < 5 {
timeout = 5
}
go func() {
for i := 0; true; i++ {
if i >= len(list) {
i = 0
}
if msg := list[i]; msg != `` {
Msg_senddanmu(msg)
}
time.Sleep(time.Duration(timeout) * time.Second)
}
}()
}
type Autoskip struct {
roomid int
buf map[string]Autoskip_item
sync.Mutex
now uint
ticker *time.Ticker
}
type Autoskip_item struct {
Exprie uint
Num uint
}
var autoskip = Autoskip{
buf: make(map[string]Autoskip_item),
ticker: time.NewTicker(time.Duration(2) * time.Second),
}
func init() {
go func() {
for {
<-autoskip.ticker.C
autoskip.Lock()
if len(autoskip.buf) == 0 {
autoskip.Unlock()
continue
}
autoskip.now += 1
if autoskip.roomid != c.C.Roomid {
autoskip.buf = make(map[string]Autoskip_item)
autoskip.roomid = c.C.Roomid
flog.Base_add(`弹幕合并`).L(`T: `, `房间更新:`, autoskip.roomid)
autoskip.Unlock()
continue
}
for k, v := range autoskip.buf {
if v.Exprie <= autoskip.now {
delete(autoskip.buf, k)
{ //超时显示
if v.Num > 3 {
c.C.Danmu_Main_mq.Push_tag(`tts`, Danmu_mq_t{ //传入消息队列
uid: `0multi`,
m: map[string]string{
`{num}`: strconv.Itoa(int(v.Num)),
`{msg}`: k,
},
})
Msg_showdanmu(Danmu_item{
msg: strconv.Itoa(int(v.Num)) + " x " + k,
uid: `0multi`,
roomid: autoskip.roomid,
})
} else if v.Num > 1 {
Msg_showdanmu(Danmu_item{
msg: strconv.Itoa(int(v.Num)) + " x " + k,
uid: `0default`,
roomid: autoskip.roomid,
})
}
}
}
}
{ //copy map
tmp := make(map[string]Autoskip_item)
for k, v := range autoskip.buf {
tmp[k] = v
}
autoskip.buf = tmp
}
autoskip.Unlock()
}
}()
}
func Autoskipf(s string) uint {
if !IsOn("弹幕合并") || s == "" {
return 0
}
autoskip.Lock()
defer autoskip.Unlock()
if autoskip.roomid != c.C.Roomid {
autoskip.buf = make(map[string]Autoskip_item)
autoskip.roomid = c.C.Roomid
flog.Base_add(`弹幕合并`).L(`T: `, `房间更新:`, autoskip.roomid)
return 0
}
{ //验证是否已经存在
if v, ok := autoskip.buf[s]; ok && autoskip.now < v.Exprie {
autoskip.buf[s] = Autoskip_item{
Exprie: v.Exprie,
Num: v.Num + 1,
}
return v.Num
}
}
{ //设置
autoskip.buf[s] = Autoskip_item{
Exprie: autoskip.now + 8,
Num: 1,
}
}
return 0
}
type Lessdanmu struct {
roomid int
buf []string
limit *limit.Limit
max_num int
threshold float32
}
var lessdanmu = Lessdanmu{
threshold: 0.7,
}
func init() {
if max_num, ok := c.C.K_v.LoadV(`每秒显示弹幕数`).(float64); ok && int(max_num) >= 1 {
flog.Base_add(`更少弹幕`).L(`T: `, `每秒弹幕数:`, int(max_num))
lessdanmu.max_num = int(max_num)
lessdanmu.limit = limit.New(int(max_num), "1s", "0s") //timeout right now
}
}
func Lessdanmuf(s string) (show bool) {
if !IsOn("相似弹幕忽略") {
return true
}
if lessdanmu.roomid != c.C.Roomid {
lessdanmu.buf = nil
lessdanmu.roomid = c.C.Roomid
lessdanmu.threshold = 0.7
flog.Base_add(`更少弹幕`).L(`T: `, `房间更新:`, lessdanmu.roomid)
return true
}
if len(lessdanmu.buf) < 20 {
lessdanmu.buf = append(lessdanmu.buf, s)
return true
}
o := cross(s, lessdanmu.buf)
if o == 1 {
return false
} //完全无用
Jiezouf(lessdanmu.buf)
slice.DelFront(&lessdanmu.buf, 1)
show = o < lessdanmu.threshold
if show && lessdanmu.max_num > 0 {
return !lessdanmu.limit.TO()
}
return
}
/*
Moredanmu
目标：弹幕机自动发送弹幕
原理：留存弹幕，称为buf。将当前若干弹幕在buf中的位置找出，根据位置聚集情况及该位置出现语句的频率，选择发送的弹幕
*/
// type Moredanmu struct {
// buf []string
// }
// var moredanmu = Moredanmu{
// }
// func moredanmuf(s string) {
// if !moredanmu.Inuse {return}
// // if len(moredanmu.buf) < bufsize {
// moredanmu.buf = append(moredanmu.buf, s)
// // }
// // b := p.Buf("danmu.buf").Load()
// // if b.Get() != nil {
// // moredanmu.buf = *b.Get()
// // }
// }
// func moredanmu_get(tb []string) {
// if !moredanmu.Inuse {return}
// var tmp string
// for _,v := range tb {
// tmp += v
// }
// // for _,v := range tb {
// // tmp += len([]rune(v[:len(v)-1]))
// // }
// var max float32
// var loc int
// for i := 0; len(moredanmu.buf) >= i + len(tb); i++ {
// if m := cross(tmp, moredanmu.buf[i:i + len(tb)]);m > max {
// max = m
// loc = i
// }
// }
// if loc != 0 {
// p := moredanmu.buf[loc:loc + len(tb)]
// for i,v := range p{
// if m := cross(v, p);m > max {
// max = m
// loc = i
// }
// }
// fmt.Println(len(moredanmu.buf),"=>",p[loc])
// }
// }
type Shortdanmu struct {
lastdanmu []rune
l sync.Mutex
}
var shortdanmu = Shortdanmu{}
func Shortdanmuf(s string) string {
if !IsOn("精简弹幕") {
return s
}
shortdanmu.l.Lock()
defer shortdanmu.l.Unlock()
if len(shortdanmu.lastdanmu) == 0 {
shortdanmu.lastdanmu = []rune(s)
return s
}
var new string
for k, v := range []rune(s) {
if k >= len(shortdanmu.lastdanmu) {
new += string([]rune(s)[k:])
break
}
if v != shortdanmu.lastdanmu[k] {
switch k {
case 0, 1, 2:
new = s
default:
new = "..." + string([]rune(s)[k-1:])
}
break
}
}
// if new == "" {new = "...."}
shortdanmu.lastdanmu = []rune(s)
return new
}
type Jiezou struct {
alertdanmu string
skipS map[string]interface{}
avg float32
turn int
sync.Mutex
}
var jiezou = Jiezou{
alertdanmu: "",
skipS: map[string]interface{}{ //常见语气词忽略
"了": nil,
"的": nil,
"哈": nil,
"是": nil,
"，": nil,
"这": nil,
},
}
func Jiezouf(s []string) bool {
if !IsOn("Jiezou") {
return false
}
now, S := selfcross2(s)
jiezou.avg = (8*jiezou.avg + 2*now) / 10
if jiezou.turn < len(s) {
jiezou.turn += 1
return false
}
if _, ok := jiezou.skipS[S]; ok {
return false
}
jiezou.Lock()
if now > 1.3*jiezou.avg { //触发
c.C.Log.Base("jiezou").L(`W: `, "节奏注意", now, jiezou.avg, S)
jiezou.avg = now //沉默
jiezou.Unlock()
//发送弹幕
if jiezou.alertdanmu != "" {
Msg_senddanmu(jiezou.alertdanmu)
}
return true
}
jiezou.Unlock()
return false
}
// 保存所有消息到json
type saveToJson struct {
msg *msgq.MsgType[[]byte]
once sync.Once
}
func (t *saveToJson) Init() {
t.once.Do(func() {
if path, ok := c.C.K_v.LoadV(`save_to_json`).(string); ok && path != `` {
f := file.New(path, 0, false)
_ = f.Delete()
_, _ = f.Write([]byte("["), true)
f.Close()
t.msg = msgq.NewType[[]byte]()
t.msg.Pull_tag(map[string]func([]byte) (disable bool){
`data`: func(b []byte) (disable bool) {
f := file.New(path, -1, false)
_, _ = f.Write(b, true)
_, _ = f.Write([]byte(","), true)
f.Close()
return false
},
`stop`: func(_ []byte) (disable bool) {
f := file.New(path, -1, false)
_ = f.SeekIndex(-1, file.AtEnd)
_, _ = f.Write([]byte("]"), true)
f.Close()
return true
},
})
}
})
}
func (t *saveToJson) Write(data []byte) {
if t.msg != nil {
t.msg.PushLock_tag(`data`, data)
}
}
func (t *saveToJson) Close() {
if t.msg != nil {
t.msg.PushLock_tag(`stop`, nil)
}
}
var SaveToJson saveToJson
// 进入房间发送弹幕
func Entry_danmu() {
flog := flog.Base_add(`进房弹幕`)
//检查与切换粉丝牌，只在cookie存在时启用
F.Get(c.C).Get(`CheckSwitch_FansMedal`)
if v, _ := c.C.K_v.LoadV(`进房弹幕_有粉丝牌时才发`).(bool); v && c.C.Wearing_FansMedal == 0 {
flog.L(`T: `, `无粉丝牌`)
return
}
if v, _ := c.C.K_v.LoadV(`进房弹幕_仅发首日弹幕`).(bool); v {
res := F.Get_weared_medal()
if res.TodayIntimacy > 0 {
flog.L(`T: `, `今日已发弹幕`)
return
}
}
if array, ok := c.C.K_v.LoadV(`进房弹幕_内容`).([]interface{}); ok && len(array) != 0 {
rand := p.Rand().MixRandom(0, int64(len(array)-1))
send.Danmu_s(array[rand].(string), c.C.Roomid)
}
}
// 保持所有牌子点亮
func Keep_medal_light() {
if v, _ := c.C.K_v.LoadV(`保持牌子亮着`).(bool); !v {
return
}