838f371486
* Revert "Don't expose Go timers directly to lua"
This reverts commit 4ffc2206ee.
Reason for revert: some plugins happen to use raw Go timers via
time.AfterFunc(), in an unsafe way (without synchronizing their
async code with micro). Let them keep doing that for now, in an
unsafe way but at least without immediate crashes.
Fixes #3209
* Add TODO about Go timers deprecation
601 lines
24 KiB
Go
601 lines
24 KiB
Go
package lua
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import (
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"archive/zip"
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"bytes"
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"errors"
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"fmt"
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"io"
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"io/ioutil"
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"math"
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"math/rand"
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"net"
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"net/http"
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"os"
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"path"
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"path/filepath"
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"regexp"
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"runtime"
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"strings"
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"time"
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"unicode/utf8"
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humanize "github.com/dustin/go-humanize"
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lua "github.com/yuin/gopher-lua"
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luar "layeh.com/gopher-luar"
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)
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var L *lua.LState
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// LoadFile loads a lua file
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func LoadFile(module string, file string, data []byte) error {
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pluginDef := []byte("module(\"" + module + "\", package.seeall)")
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if fn, err := L.Load(bytes.NewReader(append(pluginDef, data...)), file); err != nil {
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return err
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} else {
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L.Push(fn)
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return L.PCall(0, lua.MultRet, nil)
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}
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}
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// Import allows a lua plugin to import a package
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func Import(pkg string) *lua.LTable {
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switch pkg {
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case "fmt":
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return importFmt()
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case "io":
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return importIo()
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case "io/ioutil", "ioutil":
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return importIoUtil()
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case "net":
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return importNet()
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case "math":
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return importMath()
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case "math/rand":
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return importMathRand()
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case "os":
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return importOs()
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case "runtime":
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return importRuntime()
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case "path":
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return importPath()
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case "path/filepath", "filepath":
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return importFilePath()
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case "strings":
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return importStrings()
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case "regexp":
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return importRegexp()
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case "errors":
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return importErrors()
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case "time":
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return importTime()
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case "unicode/utf8", "utf8":
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return importUtf8()
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case "humanize":
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return importHumanize()
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case "net/http", "http":
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return importHTTP()
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case "archive/zip":
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return importArchiveZip()
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default:
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return nil
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}
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}
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func importFmt() *lua.LTable {
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pkg := L.NewTable()
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L.SetField(pkg, "Errorf", luar.New(L, fmt.Errorf))
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L.SetField(pkg, "Fprint", luar.New(L, fmt.Fprint))
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L.SetField(pkg, "Fprintf", luar.New(L, fmt.Fprintf))
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L.SetField(pkg, "Fprintln", luar.New(L, fmt.Fprintln))
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L.SetField(pkg, "Fscan", luar.New(L, fmt.Fscan))
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L.SetField(pkg, "Fscanf", luar.New(L, fmt.Fscanf))
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L.SetField(pkg, "Fscanln", luar.New(L, fmt.Fscanln))
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L.SetField(pkg, "Print", luar.New(L, fmt.Print))
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L.SetField(pkg, "Printf", luar.New(L, fmt.Printf))
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L.SetField(pkg, "Println", luar.New(L, fmt.Println))
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L.SetField(pkg, "Scan", luar.New(L, fmt.Scan))
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L.SetField(pkg, "Scanf", luar.New(L, fmt.Scanf))
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L.SetField(pkg, "Scanln", luar.New(L, fmt.Scanln))
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L.SetField(pkg, "Sprint", luar.New(L, fmt.Sprint))
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L.SetField(pkg, "Sprintf", luar.New(L, fmt.Sprintf))
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L.SetField(pkg, "Sprintln", luar.New(L, fmt.Sprintln))
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L.SetField(pkg, "Sscan", luar.New(L, fmt.Sscan))
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L.SetField(pkg, "Sscanf", luar.New(L, fmt.Sscanf))
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L.SetField(pkg, "Sscanln", luar.New(L, fmt.Sscanln))
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return pkg
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}
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func importIo() *lua.LTable {
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pkg := L.NewTable()
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L.SetField(pkg, "Copy", luar.New(L, io.Copy))
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L.SetField(pkg, "CopyN", luar.New(L, io.CopyN))
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L.SetField(pkg, "EOF", luar.New(L, io.EOF))
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L.SetField(pkg, "ErrClosedPipe", luar.New(L, io.ErrClosedPipe))
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L.SetField(pkg, "ErrNoProgress", luar.New(L, io.ErrNoProgress))
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L.SetField(pkg, "ErrShortBuffer", luar.New(L, io.ErrShortBuffer))
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L.SetField(pkg, "ErrShortWrite", luar.New(L, io.ErrShortWrite))
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L.SetField(pkg, "ErrUnexpectedEOF", luar.New(L, io.ErrUnexpectedEOF))
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L.SetField(pkg, "LimitReader", luar.New(L, io.LimitReader))
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L.SetField(pkg, "MultiReader", luar.New(L, io.MultiReader))
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L.SetField(pkg, "MultiWriter", luar.New(L, io.MultiWriter))
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L.SetField(pkg, "NewSectionReader", luar.New(L, io.NewSectionReader))
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L.SetField(pkg, "Pipe", luar.New(L, io.Pipe))
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L.SetField(pkg, "ReadAtLeast", luar.New(L, io.ReadAtLeast))
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L.SetField(pkg, "ReadFull", luar.New(L, io.ReadFull))
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L.SetField(pkg, "TeeReader", luar.New(L, io.TeeReader))
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L.SetField(pkg, "WriteString", luar.New(L, io.WriteString))
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return pkg
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}
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func importIoUtil() *lua.LTable {
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pkg := L.NewTable()
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L.SetField(pkg, "ReadAll", luar.New(L, ioutil.ReadAll))
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L.SetField(pkg, "ReadDir", luar.New(L, ioutil.ReadDir))
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L.SetField(pkg, "ReadFile", luar.New(L, ioutil.ReadFile))
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L.SetField(pkg, "WriteFile", luar.New(L, ioutil.WriteFile))
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return pkg
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}
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func importNet() *lua.LTable {
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pkg := L.NewTable()
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L.SetField(pkg, "CIDRMask", luar.New(L, net.CIDRMask))
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L.SetField(pkg, "Dial", luar.New(L, net.Dial))
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L.SetField(pkg, "DialIP", luar.New(L, net.DialIP))
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L.SetField(pkg, "DialTCP", luar.New(L, net.DialTCP))
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L.SetField(pkg, "DialTimeout", luar.New(L, net.DialTimeout))
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L.SetField(pkg, "DialUDP", luar.New(L, net.DialUDP))
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L.SetField(pkg, "DialUnix", luar.New(L, net.DialUnix))
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L.SetField(pkg, "ErrWriteToConnected", luar.New(L, net.ErrWriteToConnected))
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L.SetField(pkg, "FileConn", luar.New(L, net.FileConn))
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L.SetField(pkg, "FileListener", luar.New(L, net.FileListener))
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L.SetField(pkg, "FilePacketConn", luar.New(L, net.FilePacketConn))
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L.SetField(pkg, "FlagBroadcast", luar.New(L, net.FlagBroadcast))
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L.SetField(pkg, "FlagLoopback", luar.New(L, net.FlagLoopback))
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L.SetField(pkg, "FlagMulticast", luar.New(L, net.FlagMulticast))
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L.SetField(pkg, "FlagPointToPoint", luar.New(L, net.FlagPointToPoint))
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L.SetField(pkg, "FlagUp", luar.New(L, net.FlagUp))
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L.SetField(pkg, "IPv4", luar.New(L, net.IPv4))
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L.SetField(pkg, "IPv4Mask", luar.New(L, net.IPv4Mask))
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L.SetField(pkg, "IPv4allrouter", luar.New(L, net.IPv4allrouter))
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L.SetField(pkg, "IPv4allsys", luar.New(L, net.IPv4allsys))
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L.SetField(pkg, "IPv4bcast", luar.New(L, net.IPv4bcast))
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L.SetField(pkg, "IPv4len", luar.New(L, net.IPv4len))
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L.SetField(pkg, "IPv4zero", luar.New(L, net.IPv4zero))
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L.SetField(pkg, "IPv6interfacelocalallnodes", luar.New(L, net.IPv6interfacelocalallnodes))
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L.SetField(pkg, "IPv6len", luar.New(L, net.IPv6len))
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L.SetField(pkg, "IPv6linklocalallnodes", luar.New(L, net.IPv6linklocalallnodes))
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L.SetField(pkg, "IPv6linklocalallrouters", luar.New(L, net.IPv6linklocalallrouters))
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L.SetField(pkg, "IPv6loopback", luar.New(L, net.IPv6loopback))
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L.SetField(pkg, "IPv6unspecified", luar.New(L, net.IPv6unspecified))
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L.SetField(pkg, "IPv6zero", luar.New(L, net.IPv6zero))
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L.SetField(pkg, "InterfaceAddrs", luar.New(L, net.InterfaceAddrs))
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L.SetField(pkg, "InterfaceByIndex", luar.New(L, net.InterfaceByIndex))
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L.SetField(pkg, "InterfaceByName", luar.New(L, net.InterfaceByName))
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L.SetField(pkg, "Interfaces", luar.New(L, net.Interfaces))
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L.SetField(pkg, "JoinHostPort", luar.New(L, net.JoinHostPort))
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L.SetField(pkg, "Listen", luar.New(L, net.Listen))
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L.SetField(pkg, "ListenIP", luar.New(L, net.ListenIP))
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L.SetField(pkg, "ListenMulticastUDP", luar.New(L, net.ListenMulticastUDP))
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L.SetField(pkg, "ListenPacket", luar.New(L, net.ListenPacket))
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L.SetField(pkg, "ListenTCP", luar.New(L, net.ListenTCP))
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L.SetField(pkg, "ListenUDP", luar.New(L, net.ListenUDP))
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L.SetField(pkg, "ListenUnix", luar.New(L, net.ListenUnix))
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L.SetField(pkg, "ListenUnixgram", luar.New(L, net.ListenUnixgram))
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L.SetField(pkg, "LookupAddr", luar.New(L, net.LookupAddr))
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L.SetField(pkg, "LookupCNAME", luar.New(L, net.LookupCNAME))
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L.SetField(pkg, "LookupHost", luar.New(L, net.LookupHost))
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L.SetField(pkg, "LookupIP", luar.New(L, net.LookupIP))
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L.SetField(pkg, "LookupMX", luar.New(L, net.LookupMX))
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L.SetField(pkg, "LookupNS", luar.New(L, net.LookupNS))
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L.SetField(pkg, "LookupPort", luar.New(L, net.LookupPort))
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L.SetField(pkg, "LookupSRV", luar.New(L, net.LookupSRV))
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L.SetField(pkg, "LookupTXT", luar.New(L, net.LookupTXT))
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L.SetField(pkg, "ParseCIDR", luar.New(L, net.ParseCIDR))
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L.SetField(pkg, "ParseIP", luar.New(L, net.ParseIP))
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L.SetField(pkg, "ParseMAC", luar.New(L, net.ParseMAC))
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L.SetField(pkg, "Pipe", luar.New(L, net.Pipe))
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L.SetField(pkg, "ResolveIPAddr", luar.New(L, net.ResolveIPAddr))
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L.SetField(pkg, "ResolveTCPAddr", luar.New(L, net.ResolveTCPAddr))
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L.SetField(pkg, "ResolveUDPAddr", luar.New(L, net.ResolveUDPAddr))
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L.SetField(pkg, "ResolveUnixAddr", luar.New(L, net.ResolveUnixAddr))
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L.SetField(pkg, "SplitHostPort", luar.New(L, net.SplitHostPort))
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return pkg
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}
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func importMath() *lua.LTable {
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pkg := L.NewTable()
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L.SetField(pkg, "Abs", luar.New(L, math.Abs))
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L.SetField(pkg, "Acos", luar.New(L, math.Acos))
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L.SetField(pkg, "Acosh", luar.New(L, math.Acosh))
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L.SetField(pkg, "Asin", luar.New(L, math.Asin))
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L.SetField(pkg, "Asinh", luar.New(L, math.Asinh))
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L.SetField(pkg, "Atan", luar.New(L, math.Atan))
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L.SetField(pkg, "Atan2", luar.New(L, math.Atan2))
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L.SetField(pkg, "Atanh", luar.New(L, math.Atanh))
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L.SetField(pkg, "Cbrt", luar.New(L, math.Cbrt))
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L.SetField(pkg, "Ceil", luar.New(L, math.Ceil))
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L.SetField(pkg, "Copysign", luar.New(L, math.Copysign))
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L.SetField(pkg, "Cos", luar.New(L, math.Cos))
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L.SetField(pkg, "Cosh", luar.New(L, math.Cosh))
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L.SetField(pkg, "Dim", luar.New(L, math.Dim))
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L.SetField(pkg, "Erf", luar.New(L, math.Erf))
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L.SetField(pkg, "Erfc", luar.New(L, math.Erfc))
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L.SetField(pkg, "Exp", luar.New(L, math.Exp))
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L.SetField(pkg, "Exp2", luar.New(L, math.Exp2))
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L.SetField(pkg, "Expm1", luar.New(L, math.Expm1))
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L.SetField(pkg, "Float32bits", luar.New(L, math.Float32bits))
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L.SetField(pkg, "Float32frombits", luar.New(L, math.Float32frombits))
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L.SetField(pkg, "Float64bits", luar.New(L, math.Float64bits))
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L.SetField(pkg, "Float64frombits", luar.New(L, math.Float64frombits))
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L.SetField(pkg, "Floor", luar.New(L, math.Floor))
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L.SetField(pkg, "Frexp", luar.New(L, math.Frexp))
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L.SetField(pkg, "Gamma", luar.New(L, math.Gamma))
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L.SetField(pkg, "Hypot", luar.New(L, math.Hypot))
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L.SetField(pkg, "Ilogb", luar.New(L, math.Ilogb))
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L.SetField(pkg, "Inf", luar.New(L, math.Inf))
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L.SetField(pkg, "IsInf", luar.New(L, math.IsInf))
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L.SetField(pkg, "IsNaN", luar.New(L, math.IsNaN))
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L.SetField(pkg, "J0", luar.New(L, math.J0))
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L.SetField(pkg, "J1", luar.New(L, math.J1))
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L.SetField(pkg, "Jn", luar.New(L, math.Jn))
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L.SetField(pkg, "Ldexp", luar.New(L, math.Ldexp))
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L.SetField(pkg, "Lgamma", luar.New(L, math.Lgamma))
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L.SetField(pkg, "Log", luar.New(L, math.Log))
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L.SetField(pkg, "Log10", luar.New(L, math.Log10))
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L.SetField(pkg, "Log1p", luar.New(L, math.Log1p))
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L.SetField(pkg, "Log2", luar.New(L, math.Log2))
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L.SetField(pkg, "Logb", luar.New(L, math.Logb))
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L.SetField(pkg, "Max", luar.New(L, math.Max))
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L.SetField(pkg, "Min", luar.New(L, math.Min))
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L.SetField(pkg, "Mod", luar.New(L, math.Mod))
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L.SetField(pkg, "Modf", luar.New(L, math.Modf))
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L.SetField(pkg, "NaN", luar.New(L, math.NaN))
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L.SetField(pkg, "Nextafter", luar.New(L, math.Nextafter))
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L.SetField(pkg, "Pow", luar.New(L, math.Pow))
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L.SetField(pkg, "Pow10", luar.New(L, math.Pow10))
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L.SetField(pkg, "Remainder", luar.New(L, math.Remainder))
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L.SetField(pkg, "Signbit", luar.New(L, math.Signbit))
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L.SetField(pkg, "Sin", luar.New(L, math.Sin))
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L.SetField(pkg, "Sincos", luar.New(L, math.Sincos))
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L.SetField(pkg, "Sinh", luar.New(L, math.Sinh))
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L.SetField(pkg, "Sqrt", luar.New(L, math.Sqrt))
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L.SetField(pkg, "Tan", luar.New(L, math.Tan))
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L.SetField(pkg, "Tanh", luar.New(L, math.Tanh))
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L.SetField(pkg, "Trunc", luar.New(L, math.Trunc))
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L.SetField(pkg, "Y0", luar.New(L, math.Y0))
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L.SetField(pkg, "Y1", luar.New(L, math.Y1))
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L.SetField(pkg, "Yn", luar.New(L, math.Yn))
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return pkg
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}
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func importMathRand() *lua.LTable {
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pkg := L.NewTable()
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L.SetField(pkg, "ExpFloat64", luar.New(L, rand.ExpFloat64))
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L.SetField(pkg, "Float32", luar.New(L, rand.Float32))
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L.SetField(pkg, "Float64", luar.New(L, rand.Float64))
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L.SetField(pkg, "Int", luar.New(L, rand.Int))
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L.SetField(pkg, "Int31", luar.New(L, rand.Int31))
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L.SetField(pkg, "Int31n", luar.New(L, rand.Int31n))
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L.SetField(pkg, "Int63", luar.New(L, rand.Int63))
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L.SetField(pkg, "Int63n", luar.New(L, rand.Int63n))
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L.SetField(pkg, "Intn", luar.New(L, rand.Intn))
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L.SetField(pkg, "NormFloat64", luar.New(L, rand.NormFloat64))
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L.SetField(pkg, "Perm", luar.New(L, rand.Perm))
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L.SetField(pkg, "Seed", luar.New(L, rand.Seed))
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L.SetField(pkg, "Uint32", luar.New(L, rand.Uint32))
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return pkg
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}
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func importOs() *lua.LTable {
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pkg := L.NewTable()
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L.SetField(pkg, "Args", luar.New(L, os.Args))
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L.SetField(pkg, "Chdir", luar.New(L, os.Chdir))
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L.SetField(pkg, "Chmod", luar.New(L, os.Chmod))
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L.SetField(pkg, "Chown", luar.New(L, os.Chown))
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L.SetField(pkg, "Chtimes", luar.New(L, os.Chtimes))
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L.SetField(pkg, "Clearenv", luar.New(L, os.Clearenv))
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L.SetField(pkg, "Create", luar.New(L, os.Create))
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L.SetField(pkg, "DevNull", luar.New(L, os.DevNull))
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L.SetField(pkg, "Environ", luar.New(L, os.Environ))
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L.SetField(pkg, "ErrExist", luar.New(L, os.ErrExist))
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L.SetField(pkg, "ErrInvalid", luar.New(L, os.ErrInvalid))
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L.SetField(pkg, "ErrNotExist", luar.New(L, os.ErrNotExist))
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L.SetField(pkg, "ErrPermission", luar.New(L, os.ErrPermission))
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L.SetField(pkg, "Exit", luar.New(L, os.Exit))
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L.SetField(pkg, "Expand", luar.New(L, os.Expand))
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L.SetField(pkg, "ExpandEnv", luar.New(L, os.ExpandEnv))
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L.SetField(pkg, "FindProcess", luar.New(L, os.FindProcess))
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L.SetField(pkg, "Getegid", luar.New(L, os.Getegid))
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L.SetField(pkg, "Getenv", luar.New(L, os.Getenv))
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L.SetField(pkg, "Geteuid", luar.New(L, os.Geteuid))
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L.SetField(pkg, "Getgid", luar.New(L, os.Getgid))
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L.SetField(pkg, "Getgroups", luar.New(L, os.Getgroups))
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L.SetField(pkg, "Getpagesize", luar.New(L, os.Getpagesize))
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L.SetField(pkg, "Getpid", luar.New(L, os.Getpid))
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L.SetField(pkg, "Getuid", luar.New(L, os.Getuid))
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L.SetField(pkg, "Getwd", luar.New(L, os.Getwd))
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L.SetField(pkg, "Hostname", luar.New(L, os.Hostname))
|
|
L.SetField(pkg, "Interrupt", luar.New(L, os.Interrupt))
|
|
L.SetField(pkg, "IsExist", luar.New(L, os.IsExist))
|
|
L.SetField(pkg, "IsNotExist", luar.New(L, os.IsNotExist))
|
|
L.SetField(pkg, "IsPathSeparator", luar.New(L, os.IsPathSeparator))
|
|
L.SetField(pkg, "IsPermission", luar.New(L, os.IsPermission))
|
|
L.SetField(pkg, "Kill", luar.New(L, os.Kill))
|
|
L.SetField(pkg, "Lchown", luar.New(L, os.Lchown))
|
|
L.SetField(pkg, "Link", luar.New(L, os.Link))
|
|
L.SetField(pkg, "Lstat", luar.New(L, os.Lstat))
|
|
L.SetField(pkg, "Mkdir", luar.New(L, os.Mkdir))
|
|
L.SetField(pkg, "MkdirAll", luar.New(L, os.MkdirAll))
|
|
L.SetField(pkg, "ModeAppend", luar.New(L, os.ModeAppend))
|
|
L.SetField(pkg, "ModeCharDevice", luar.New(L, os.ModeCharDevice))
|
|
L.SetField(pkg, "ModeDevice", luar.New(L, os.ModeDevice))
|
|
L.SetField(pkg, "ModeDir", luar.New(L, os.ModeDir))
|
|
L.SetField(pkg, "ModeExclusive", luar.New(L, os.ModeExclusive))
|
|
L.SetField(pkg, "ModeNamedPipe", luar.New(L, os.ModeNamedPipe))
|
|
L.SetField(pkg, "ModePerm", luar.New(L, os.ModePerm))
|
|
L.SetField(pkg, "ModeSetgid", luar.New(L, os.ModeSetgid))
|
|
L.SetField(pkg, "ModeSetuid", luar.New(L, os.ModeSetuid))
|
|
L.SetField(pkg, "ModeSocket", luar.New(L, os.ModeSocket))
|
|
L.SetField(pkg, "ModeSticky", luar.New(L, os.ModeSticky))
|
|
L.SetField(pkg, "ModeSymlink", luar.New(L, os.ModeSymlink))
|
|
L.SetField(pkg, "ModeTemporary", luar.New(L, os.ModeTemporary))
|
|
L.SetField(pkg, "ModeType", luar.New(L, os.ModeType))
|
|
L.SetField(pkg, "NewFile", luar.New(L, os.NewFile))
|
|
L.SetField(pkg, "NewSyscallError", luar.New(L, os.NewSyscallError))
|
|
L.SetField(pkg, "O_APPEND", luar.New(L, os.O_APPEND))
|
|
L.SetField(pkg, "O_CREATE", luar.New(L, os.O_CREATE))
|
|
L.SetField(pkg, "O_EXCL", luar.New(L, os.O_EXCL))
|
|
L.SetField(pkg, "O_RDONLY", luar.New(L, os.O_RDONLY))
|
|
L.SetField(pkg, "O_RDWR", luar.New(L, os.O_RDWR))
|
|
L.SetField(pkg, "O_SYNC", luar.New(L, os.O_SYNC))
|
|
L.SetField(pkg, "O_TRUNC", luar.New(L, os.O_TRUNC))
|
|
L.SetField(pkg, "O_WRONLY", luar.New(L, os.O_WRONLY))
|
|
L.SetField(pkg, "Open", luar.New(L, os.Open))
|
|
L.SetField(pkg, "OpenFile", luar.New(L, os.OpenFile))
|
|
L.SetField(pkg, "PathListSeparator", luar.New(L, os.PathListSeparator))
|
|
L.SetField(pkg, "PathSeparator", luar.New(L, os.PathSeparator))
|
|
L.SetField(pkg, "Pipe", luar.New(L, os.Pipe))
|
|
L.SetField(pkg, "Readlink", luar.New(L, os.Readlink))
|
|
L.SetField(pkg, "Remove", luar.New(L, os.Remove))
|
|
L.SetField(pkg, "RemoveAll", luar.New(L, os.RemoveAll))
|
|
L.SetField(pkg, "Rename", luar.New(L, os.Rename))
|
|
L.SetField(pkg, "SEEK_CUR", luar.New(L, io.SeekCurrent))
|
|
L.SetField(pkg, "SEEK_END", luar.New(L, io.SeekEnd))
|
|
L.SetField(pkg, "SEEK_SET", luar.New(L, io.SeekStart))
|
|
L.SetField(pkg, "SameFile", luar.New(L, os.SameFile))
|
|
L.SetField(pkg, "Setenv", luar.New(L, os.Setenv))
|
|
L.SetField(pkg, "StartProcess", luar.New(L, os.StartProcess))
|
|
L.SetField(pkg, "Stat", luar.New(L, os.Stat))
|
|
L.SetField(pkg, "Stderr", luar.New(L, os.Stderr))
|
|
L.SetField(pkg, "Stdin", luar.New(L, os.Stdin))
|
|
L.SetField(pkg, "Stdout", luar.New(L, os.Stdout))
|
|
L.SetField(pkg, "Symlink", luar.New(L, os.Symlink))
|
|
L.SetField(pkg, "TempDir", luar.New(L, os.TempDir))
|
|
L.SetField(pkg, "Truncate", luar.New(L, os.Truncate))
|
|
L.SetField(pkg, "UserHomeDir", luar.New(L, os.UserHomeDir))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importRuntime() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "GC", luar.New(L, runtime.GC))
|
|
L.SetField(pkg, "GOARCH", luar.New(L, runtime.GOARCH))
|
|
L.SetField(pkg, "GOMAXPROCS", luar.New(L, runtime.GOMAXPROCS))
|
|
L.SetField(pkg, "GOOS", luar.New(L, runtime.GOOS))
|
|
L.SetField(pkg, "GOROOT", luar.New(L, runtime.GOROOT))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importPath() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "Base", luar.New(L, path.Base))
|
|
L.SetField(pkg, "Clean", luar.New(L, path.Clean))
|
|
L.SetField(pkg, "Dir", luar.New(L, path.Dir))
|
|
L.SetField(pkg, "ErrBadPattern", luar.New(L, path.ErrBadPattern))
|
|
L.SetField(pkg, "Ext", luar.New(L, path.Ext))
|
|
L.SetField(pkg, "IsAbs", luar.New(L, path.IsAbs))
|
|
L.SetField(pkg, "Join", luar.New(L, path.Join))
|
|
L.SetField(pkg, "Match", luar.New(L, path.Match))
|
|
L.SetField(pkg, "Split", luar.New(L, path.Split))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importFilePath() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "Join", luar.New(L, filepath.Join))
|
|
L.SetField(pkg, "Abs", luar.New(L, filepath.Abs))
|
|
L.SetField(pkg, "Base", luar.New(L, filepath.Base))
|
|
L.SetField(pkg, "Clean", luar.New(L, filepath.Clean))
|
|
L.SetField(pkg, "Dir", luar.New(L, filepath.Dir))
|
|
L.SetField(pkg, "EvalSymlinks", luar.New(L, filepath.EvalSymlinks))
|
|
L.SetField(pkg, "Ext", luar.New(L, filepath.Ext))
|
|
L.SetField(pkg, "FromSlash", luar.New(L, filepath.FromSlash))
|
|
L.SetField(pkg, "Glob", luar.New(L, filepath.Glob))
|
|
L.SetField(pkg, "HasPrefix", luar.New(L, filepath.HasPrefix))
|
|
L.SetField(pkg, "IsAbs", luar.New(L, filepath.IsAbs))
|
|
L.SetField(pkg, "Join", luar.New(L, filepath.Join))
|
|
L.SetField(pkg, "Match", luar.New(L, filepath.Match))
|
|
L.SetField(pkg, "Rel", luar.New(L, filepath.Rel))
|
|
L.SetField(pkg, "Split", luar.New(L, filepath.Split))
|
|
L.SetField(pkg, "SplitList", luar.New(L, filepath.SplitList))
|
|
L.SetField(pkg, "ToSlash", luar.New(L, filepath.ToSlash))
|
|
L.SetField(pkg, "VolumeName", luar.New(L, filepath.VolumeName))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importStrings() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "Contains", luar.New(L, strings.Contains))
|
|
L.SetField(pkg, "ContainsAny", luar.New(L, strings.ContainsAny))
|
|
L.SetField(pkg, "ContainsRune", luar.New(L, strings.ContainsRune))
|
|
L.SetField(pkg, "Count", luar.New(L, strings.Count))
|
|
L.SetField(pkg, "EqualFold", luar.New(L, strings.EqualFold))
|
|
L.SetField(pkg, "Fields", luar.New(L, strings.Fields))
|
|
L.SetField(pkg, "FieldsFunc", luar.New(L, strings.FieldsFunc))
|
|
L.SetField(pkg, "HasPrefix", luar.New(L, strings.HasPrefix))
|
|
L.SetField(pkg, "HasSuffix", luar.New(L, strings.HasSuffix))
|
|
L.SetField(pkg, "Index", luar.New(L, strings.Index))
|
|
L.SetField(pkg, "IndexAny", luar.New(L, strings.IndexAny))
|
|
L.SetField(pkg, "IndexByte", luar.New(L, strings.IndexByte))
|
|
L.SetField(pkg, "IndexFunc", luar.New(L, strings.IndexFunc))
|
|
L.SetField(pkg, "IndexRune", luar.New(L, strings.IndexRune))
|
|
L.SetField(pkg, "Join", luar.New(L, strings.Join))
|
|
L.SetField(pkg, "LastIndex", luar.New(L, strings.LastIndex))
|
|
L.SetField(pkg, "LastIndexAny", luar.New(L, strings.LastIndexAny))
|
|
L.SetField(pkg, "LastIndexFunc", luar.New(L, strings.LastIndexFunc))
|
|
L.SetField(pkg, "Map", luar.New(L, strings.Map))
|
|
L.SetField(pkg, "NewReader", luar.New(L, strings.NewReader))
|
|
L.SetField(pkg, "NewReplacer", luar.New(L, strings.NewReplacer))
|
|
L.SetField(pkg, "Repeat", luar.New(L, strings.Repeat))
|
|
L.SetField(pkg, "Replace", luar.New(L, strings.Replace))
|
|
L.SetField(pkg, "Split", luar.New(L, strings.Split))
|
|
L.SetField(pkg, "SplitAfter", luar.New(L, strings.SplitAfter))
|
|
L.SetField(pkg, "SplitAfterN", luar.New(L, strings.SplitAfterN))
|
|
L.SetField(pkg, "SplitN", luar.New(L, strings.SplitN))
|
|
L.SetField(pkg, "Title", luar.New(L, strings.Title))
|
|
L.SetField(pkg, "ToLower", luar.New(L, strings.ToLower))
|
|
L.SetField(pkg, "ToLowerSpecial", luar.New(L, strings.ToLowerSpecial))
|
|
L.SetField(pkg, "ToTitle", luar.New(L, strings.ToTitle))
|
|
L.SetField(pkg, "ToTitleSpecial", luar.New(L, strings.ToTitleSpecial))
|
|
L.SetField(pkg, "ToUpper", luar.New(L, strings.ToUpper))
|
|
L.SetField(pkg, "ToUpperSpecial", luar.New(L, strings.ToUpperSpecial))
|
|
L.SetField(pkg, "Trim", luar.New(L, strings.Trim))
|
|
L.SetField(pkg, "TrimFunc", luar.New(L, strings.TrimFunc))
|
|
L.SetField(pkg, "TrimLeft", luar.New(L, strings.TrimLeft))
|
|
L.SetField(pkg, "TrimLeftFunc", luar.New(L, strings.TrimLeftFunc))
|
|
L.SetField(pkg, "TrimPrefix", luar.New(L, strings.TrimPrefix))
|
|
L.SetField(pkg, "TrimRight", luar.New(L, strings.TrimRight))
|
|
L.SetField(pkg, "TrimRightFunc", luar.New(L, strings.TrimRightFunc))
|
|
L.SetField(pkg, "TrimSpace", luar.New(L, strings.TrimSpace))
|
|
L.SetField(pkg, "TrimSuffix", luar.New(L, strings.TrimSuffix))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importRegexp() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "Match", luar.New(L, regexp.Match))
|
|
L.SetField(pkg, "MatchReader", luar.New(L, regexp.MatchReader))
|
|
L.SetField(pkg, "MatchString", luar.New(L, regexp.MatchString))
|
|
L.SetField(pkg, "QuoteMeta", luar.New(L, regexp.QuoteMeta))
|
|
L.SetField(pkg, "Compile", luar.New(L, regexp.Compile))
|
|
L.SetField(pkg, "CompilePOSIX", luar.New(L, regexp.CompilePOSIX))
|
|
L.SetField(pkg, "MustCompile", luar.New(L, regexp.MustCompile))
|
|
L.SetField(pkg, "MustCompilePOSIX", luar.New(L, regexp.MustCompilePOSIX))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importErrors() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "New", luar.New(L, errors.New))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importTime() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "Sleep", luar.New(L, time.Sleep))
|
|
L.SetField(pkg, "Since", luar.New(L, time.Since))
|
|
L.SetField(pkg, "FixedZone", luar.New(L, time.FixedZone))
|
|
L.SetField(pkg, "LoadLocation", luar.New(L, time.LoadLocation))
|
|
L.SetField(pkg, "Date", luar.New(L, time.Date))
|
|
L.SetField(pkg, "Now", luar.New(L, time.Now))
|
|
L.SetField(pkg, "Parse", luar.New(L, time.Parse))
|
|
L.SetField(pkg, "ParseDuration", luar.New(L, time.ParseDuration))
|
|
L.SetField(pkg, "ParseInLocation", luar.New(L, time.ParseInLocation))
|
|
L.SetField(pkg, "Unix", luar.New(L, time.Unix))
|
|
L.SetField(pkg, "Nanosecond", luar.New(L, time.Nanosecond))
|
|
L.SetField(pkg, "Microsecond", luar.New(L, time.Microsecond))
|
|
L.SetField(pkg, "Millisecond", luar.New(L, time.Millisecond))
|
|
L.SetField(pkg, "Second", luar.New(L, time.Second))
|
|
L.SetField(pkg, "Minute", luar.New(L, time.Minute))
|
|
L.SetField(pkg, "Hour", luar.New(L, time.Hour))
|
|
|
|
// TODO: these raw Go timer APIs don't provide any synchronization
|
|
// with micro. Stop exposing them to lua once plugins switch to using
|
|
// the safer micro.After() interface instead. See issue #3209
|
|
L.SetField(pkg, "After", luar.New(L, time.After))
|
|
L.SetField(pkg, "AfterFunc", luar.New(L, time.AfterFunc))
|
|
L.SetField(pkg, "NewTicker", luar.New(L, time.NewTicker))
|
|
L.SetField(pkg, "NewTimer", luar.New(L, time.NewTimer))
|
|
L.SetField(pkg, "Tick", luar.New(L, time.Tick))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importUtf8() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "DecodeLastRune", luar.New(L, utf8.DecodeLastRune))
|
|
L.SetField(pkg, "DecodeLastRuneInString", luar.New(L, utf8.DecodeLastRuneInString))
|
|
L.SetField(pkg, "DecodeRune", luar.New(L, utf8.DecodeRune))
|
|
L.SetField(pkg, "DecodeRuneInString", luar.New(L, utf8.DecodeRuneInString))
|
|
L.SetField(pkg, "EncodeRune", luar.New(L, utf8.EncodeRune))
|
|
L.SetField(pkg, "FullRune", luar.New(L, utf8.FullRune))
|
|
L.SetField(pkg, "FullRuneInString", luar.New(L, utf8.FullRuneInString))
|
|
L.SetField(pkg, "RuneCount", luar.New(L, utf8.RuneCount))
|
|
L.SetField(pkg, "RuneCountInString", luar.New(L, utf8.RuneCountInString))
|
|
L.SetField(pkg, "RuneLen", luar.New(L, utf8.RuneLen))
|
|
L.SetField(pkg, "RuneStart", luar.New(L, utf8.RuneStart))
|
|
L.SetField(pkg, "Valid", luar.New(L, utf8.Valid))
|
|
L.SetField(pkg, "ValidRune", luar.New(L, utf8.ValidRune))
|
|
L.SetField(pkg, "ValidString", luar.New(L, utf8.ValidString))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importHumanize() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "Bytes", luar.New(L, humanize.Bytes))
|
|
L.SetField(pkg, "Ordinal", luar.New(L, humanize.Ordinal))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importHTTP() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "Get", luar.New(L, http.Get))
|
|
L.SetField(pkg, "Post", luar.New(L, http.Post))
|
|
|
|
return pkg
|
|
}
|
|
|
|
func importArchiveZip() *lua.LTable {
|
|
pkg := L.NewTable()
|
|
|
|
L.SetField(pkg, "OpenReader", luar.New(L, zip.OpenReader))
|
|
L.SetField(pkg, "NewReader", luar.New(L, zip.NewReader))
|
|
L.SetField(pkg, "NewWriter", luar.New(L, zip.NewWriter))
|
|
|
|
return pkg
|
|
}
|