func ProcessFileList(pt *test01.Parse2Type, inList []string, outFn string) (err error) {
var fp *os.File
if outFn != "" {
fp, err = com.Fopen(outFn, "w")
if err != nil {
fmt.Fprintf(os.Stderr, "Fatal: Unable to create output file\n")
err = fmt.Errorf("Fatal: Unable to create output file")
return
}
defer fp.Close()
} else {
fp = os.Stdout
}
for _, fn := range inList {
if !com.Exists(fn) {
fmt.Fprintf(os.Stderr, "Fatal: Missing input file %s\n", fn)
err = fmt.Errorf("Fatal: Missing input file %s", fn)
return
}
}
go func() {
r := pbread.NewPbRead()
for _, fn := range inList {
r.OpenFile(fn)
}
pt.Lex.MatcherLexieTable(r, "S_Init")
}()
// ------------------------------------------------------ process tokens --------------------------------------------------------------
// Generate a parse tree and print out.
xpt := pt.GenParseTree(0)
pt.TheTree = xpt
xpt.DumpMtType(test01.Dbf, 0, 0)
pt.ExecuteFunctions(0)
if false {
fmt.Fprintf(test01.Dbf, "----------------------------------- debug output ----------------------------------------------------\n")
fmt.Fprintf(test01.Dbf, "%s\n", com.SVarI(xpt))
}
fmt.Fprintf(test01.Dbf, "----------------------------------- errors ----------------------------------------------------\n")
pp := pt.CollectErrorNodes(0)
for ii, vv := range pp {
fmt.Fprintf(test01.Dbf, "Error [%3d]: msg=%s\n", ii, vv.ErrorMsg)
}
fmt.Fprintf(test01.Dbf, "----------------------------------- final template results ----------------------------------------------------\n")
pt.OutputTree(test01.Dbf, 0)
pt.OutputTree(fp, 0)
return
}
// ---------------------------------------------------------------------------------------------------------------------------------------
func (pt *Parse2Type) ReadFileAndRun(fn, fn_o string) {
go func() {
r := pbread.NewPbRead()
r.OpenFile(fn)
pt.Lex.MatcherLexieTable(r, "S_Init")
}()
xpt := pt.GenParseTree(0)
pt.TheTree = xpt
pt.ExecuteFunctions(0)
fmt.Printf("Tree Dump = %s\n", com.SVarI(xpt))
fp_o, err := com.Fopen(fn_o, "w")
if err != nil {
fmt.Fprintf(os.Stderr, "Error: %s\n", err)
} else {
pt.OutputTree(fp_o, 0)
}
return
}
func main() {
// ------------------------------------------------------ cli processing --------------------------------------------------------------
ifnList, err := flags.ParseArgs(&opts, os.Args)
if err != nil {
fmt.Printf("Invalid Command Line: %s\n", err)
os.Exit(1)
}
test01.Dbf = os.Stdout
if opts.Debug != "" {
s := strings.Split(opts.Debug, ";")
com.DbOnFlags[opts.Debug] = true
for _, v := range s {
if len(v) > 5 && v[0:4] == "out:" {
test01.Dbf, _ = com.Fopen(v[4:], "w")
} else {
com.DbOnFlags[v] = true
}
}
}
fmt.Fprintf(test01.Dbf, "Test Matcher test from %s file, %s\n", opts.LexPat, com.LF())
// ------------------------------------------------------ Options --------------------------------------------------------------
// should be read in from a .json file!
Options.MdExtensions = []string{".md", ".makrdown"}
Options.ConvertMdToHtml = true
Options.LeaveTmpFiles = false
Options.TmpDir = "./tmp"
if !com.Exists(Options.TmpDir) {
os.Mkdir(Options.TmpDir, 0700)
}
// ------------------------------------------------------ setup Lexie --------------------------------------------------------------
pt := test01.NewParse2Type()
pt.Lex = dfa.NewLexie()
pt.Lex.SetChanelOnOff(true) // Set for getting back stuff via Chanel
// ------------------------------------------------------ input machine --------------------------------------------------------------
if opts.LexPat != "" {
if !com.Exists(opts.LexPat) {
fmt.Fprintf(os.Stderr, "Fatal: Must have -l <fn> lexical analyzer machine. Missing file.\n")
os.Exit(1)
}
pt.Lex.NewReadFile(opts.LexPat) // pstk.Lex.NewReadFile("../in/django3.lex")
} else {
fmt.Fprintf(os.Stderr, "Fatal: Must have -l <fn> lexical analyzer machine.\n")
os.Exit(1)
}
// -------------------------------------------------- start scanning process ----------------------------------------------------------
tp := strings.Split(opts.TemplatePath, ";")
for _, tps := range tp {
pt.OpenLibraries(tps)
}
if opts.Recursive {
CopyInAssets(opts.SiteName, opts.BaseAssets, opts.SiteAssets, opts.Output, opts.User, opts.Theme, opts.ForcedCpFlag)
//fmt.Printf("After CopyInAssets: Not Implemented Yet\n")
//os.Exit(1)
data2 := make(map[string]string)
data2["site_name"] = opts.SiteName
if opts.Input == "" && opts.SiteName != "" {
opts.Input = com.Qt("./site/%{site_name%}/", data2)
}
if opts.Output == "" && opts.SiteName != "" {
opts.Output = com.Qt("./www/%{site_name%}/", data2)
}
// ---------------------------------------------------------------------------------------------------------------------------------
// 1. Do the rsync copy ops
// 2. Process the set of fiels from -i -> -o
// -- Process the static files -----------------------------------------------------------------------------------------------------
dp := make([]string, 0, 10)
if opts.Input != "" {
dp = append(dp, opts.Input)
} else {
for _, fn := range ifnList[1:] {
dp = append(dp, fn)
}
}
var fns, dirs []string
for _, dir := range dp {
if db_debug3 {
fmt.Printf("Getting for %s\n", dir)
}
t_fns, t_dirs, err := com.GetFilenamesRecrusive(dir)
if err != nil {
if db_debug3 {
fmt.Printf("Error: %s on %s\n", err, dir)
}
} else {
fns = append(fns, t_fns...)
dirs = append(dirs, t_dirs...)
}
}
if db_debug3 {
fmt.Printf("fns: %+v\n", fns)
fmt.Printf("dirs: %+v\n", dirs)
}
mds := com.ReplaceEach(dirs, opts.Input, opts.Output)
for _, aDir := range mds {
if !com.Exists(aDir) {
err := os.Mkdir(aDir, 0764)
if err != nil {
if db_debug3 {
fmt.Printf("Error: Unable to create directory %s, error: %s\n", aDir, err)
}
}
}
}
mf := com.ReplaceEach(fns, opts.Input, opts.Input+"/%{user%}/%{theme%}/")
mO := com.ReplaceEach(fns, opts.Input, opts.Output)
if db_debug3 {
fmt.Printf("modded_files: %+v\n", mf)
}
final := make([]string, 0, len(mf))
data := make(map[string]string)
has_err := false
for _, mff := range mf {
data["user"] = opts.User
data["theme"] = opts.Theme
mfmod := com.Qt(mff, data)
if com.Exists(mfmod) {
final = append(final, mfmod)
} else {
data["user"] = ""
// data["theme"] = "A-Theme"
mfmod := com.Qt(mff, data)
if com.Exists(mfmod) {
final = append(final, mfmod)
} else {
data["user"] = opts.User
// data["user"] = ""
data["theme"] = ""
mfmod := com.Qt(mff, data)
if com.Exists(mfmod) {
final = append(final, mfmod)
} else {
fmt.Printf("Error: File Missing %s\n", mfmod)
has_err = true
}
}
}
}
if has_err {
fmt.Printf("Error occured...\n")
os.Exit(1)
}
if db_debug3 {
fmt.Printf("Final Files:%s\n", final)
}
tmpFiles := make([]string, 0, len(final))
for ii, yy := range final {
yyt := yy
fmt.Printf("Process %s to %s\n", yy, mO[ii])
ext := filepath.Ext(yy)
if Options.ConvertMdToHtml && com.InArray(ext, Options.MdExtensions) { // if ext == ".md" || ext == ".markdown" {
fmt.Printf("\t Convetting from MD to HTML\n")
in := yy
//yyt = "./tmp/" + com.Basename(yy) + ".html" // old code - not using a Tempfile
//err := ConvertMdToHtmlFile(in, yyt)
yyt, err = ConvertMdToHtmlFileTmpFile(in)
if err != nil {
fmt.Printf("Error: In processing from markdown %s to HTML %s: %s\n", in, yyt, err)
os.Exit(1)
}
mO[ii] = com.RmExt(mO[ii]) + ".html"
tmpFiles = append(tmpFiles, yyt)
}
ProcessFileList(pt, []string{yyt}, mO[ii])
}
if !Options.LeaveTmpFiles {
for _, fn := range tmpFiles {
os.Remove(fn)
}
}
} else {
inList := make([]string, 0, 10)
if opts.Input != "" {
inList = append(inList, opts.Input)
} else {
inList = ifnList[1:]
}
ProcessFileList(pt, inList, opts.Output)
}
}
func main() {
var fp *os.File
// ------------------------------------------------------ cli processing --------------------------------------------------------------
ifnList, err := flags.ParseArgs(&opts, os.Args)
if err != nil {
fmt.Printf("Invalid Command Line: %s\n", err)
os.Exit(1)
}
if opts.Debug != "" {
s := strings.Split(opts.Debug, ",")
com.DbOnFlags[opts.Debug] = true
for _, v := range s {
com.DbOnFlags[v] = true
}
}
if opts.Echo != "" {
com.DbOnFlags["in-echo-machine"] = true // Output machine
}
fmt.Fprintf(os.Stderr, "Test Matcher test from %s file, %s\n", opts.LexPat, com.LF())
// ------------------------------------------------------ setup Lexie --------------------------------------------------------------
pt := NewParse2Type()
pt.Lex = dfa.NewLexie()
pt.Lex.SetChanelOnOff(true) // Set for getting back stuff via Chanel
// ------------------------------------------------------ input machine --------------------------------------------------------------
if opts.LexPat != "" {
pt.Lex.NewReadFile(opts.LexPat) // pstk.Lex.NewReadFile("../in/django3.lex")
} else if opts.ReadMachine != "" {
fmt.Printf("Should input machine at this point\n")
// xyzzy
} else {
fmt.Printf("Fatal: Must have -l <fn> or -r <fn>, neither supplied.\n")
os.Exit(1)
}
if opts.Machine != "" {
fmt.Printf("Should output machine at this point\n")
// xyzzy
}
// -------------------------------------------------- start scanning process ----------------------------------------------------------
if opts.Tokens != "" {
fp, _ = com.Fopen(opts.Tokens, "w")
} else {
fp = os.Stdout
}
if opts.Input != "" {
go func() {
r := pbread.NewPbRead()
r.OpenFile(opts.Input)
pt.Lex.MatcherLexieTable(r, "S_Init")
}()
} else {
go func() {
r := pbread.NewPbRead()
for _, fn := range ifnList[1:] {
r.OpenFile(fn)
}
pt.Lex.MatcherLexieTable(r, "S_Init")
}()
}
// ------------------------------------------------------ process tokens --------------------------------------------------------------
if false {
// just print tokens out to check the scanning prcess and CLI options
for msg := range pt.Lex.Message {
fmt.Fprintf(fp, "%+v\n", msg)
}
} else {
// Generate a parse tree and print out.
xpt := pt.GenParseTree(0)
pt.TheTree = xpt
xpt.DumpMtType(fp, 0, 0)
fmt.Printf("----------------------------------- start execute ----------------------------------------------------\n")
pt.ExecuteFunctions(0)
fmt.Printf("----------------------------------- debug output ----------------------------------------------------\n")
if true {
fmt.Printf("%s\n", com.SVarI(xpt))
}
fmt.Printf("----------------------------------- output ----------------------------------------------------\n")
for i := 0; i < 1000000; i++ {
pt.OutputTree0(fp, 0)
}
fmt.Printf("----------------------------------- errors ----------------------------------------------------\n")
pp := pt.CollectErrorNodes(0)
for ii, vv := range pp {
fmt.Printf("Error [%3d]: msg=%s\n", ii, vv.ErrorMsg)
}
fmt.Printf("----------------------------------- final template results ----------------------------------------------------\n")
pt.OutputTree(fp, 0)
}
if opts.Tokens != "" {
fp.Close()
}
}
func Test_PbBufer01(t *testing.T) {
SymbolTable := make([]*MacroDefTestType, 0, 100)
Define := func(name rune, body string) {
for ii := 0; ii < len(SymbolTable); ii++ {
// fmt.Printf("Search at %d, for %s\n", ii, string(name))
if SymbolTable[ii] != nil && SymbolTable[ii].Rn == name {
SymbolTable[ii].Body = body
return
}
}
// fmt.Printf("Append\n")
SymbolTable = append(SymbolTable, &MacroDefTestType{Rn: name, Body: body})
}
ResetST := func() {
// SymbolTable = make([]*MacroDefTestType, 0, 100)
SymbolTable = SymbolTable[:1]
}
HaveMacro := func(name rune) (body string, found bool) {
body = ""
found = false
for ii := 0; ii < len(SymbolTable); ii++ {
if SymbolTable[ii] != nil && SymbolTable[ii].Rn == name {
body, found = SymbolTable[ii].Body, true
return
}
}
return
}
for ii, vv := range Pb01Test {
if !vv.SkipTest {
// Implement a quick - fetch execute macine to test - the PbBuffer - commands/opcodes are the Cmd* constants above.
ss := ""
pb := NewPbRead()
ResetST()
for pc, ww := range vv.Actions {
switch ww.OpCode {
case CmdOpenFile: // Open a file , at the tail end of list of input
pb.OpenFile(ww.Fn)
com.DbPrintf("testCode", "Open file %s At: %s\n", ww.Fn, com.LF())
if com.DbOn("testDump") {
pb.Dump01(os.Stdout)
}
case CmdPbString: // Push back a string
pb.PbString(ww.Data)
if com.DbOn("testDump") {
pb.Dump01(os.Stdout)
}
case CmdPbRune: // Push back a rune
pb.PbRune(ww.Rn)
if com.DbOn("testDump") {
pb.Dump01(os.Stdout)
}
case CmdPbRuneArray: // Push back a rune array
pb.PbRuneArray(ww.RnS)
if com.DbOn("testDump") {
pb.Dump01(os.Stdout)
}
case CmdNextNChar:
for ll := 0; ll < ww.X; ll++ {
rn, done := pb.NextRune()
if !done {
ss = ss + string(rn)
}
com.DbPrintf("testCode", "Case 5: At: ->%s<- ll=%d ss >>>%s<<< %s\n", string(rn), ll, ss, com.LF())
}
if com.DbOn("testDump") {
pb.Dump01(os.Stdout)
}
case CmdPeek:
rn, done := pb.PeekRune()
if done || rn != ww.Rn {
t.Errorf("%04s: Peek at [pc=%d] in test [%s] did not work, got %s expected %s, done=%v\n", pc, ii, string(rn), string(ww.Rn), done)
}
case CmdOutputToEof:
com.DbPrintf("testCode", "All Done: ss >>>%s<<< before At: %s\n", ss, com.LF())
if com.DbOn("testDump") {
pb.Dump01(os.Stdout)
}
for rn, done := pb.NextRune(); !done; rn, done = pb.NextRune() {
ss = ss + string(rn)
}
com.DbPrintf("testCode", "All Done: ss >>>%s<<< after At: %s\n", ss, com.LF())
case CmdPbByteArray: // Push back a byte array
pb.PbByteArray([]byte(ww.Data))
if com.DbOn("testDump") {
pb.Dump01(os.Stdout)
}
case CmdPbFile: // Open file and push contents back onto input at head of list. (Macro file, Include, Require)
pb.PbFile(ww.Fn)
com.DbPrintf("testCode", "Pb file %s At: %s\n", ww.Fn, com.LF())
if com.DbOn("testDump") {
pb.Dump01(os.Stdout)
}
case CmdFileSeen:
fs := pb.FileSeen(ww.Fn)
if fs != ww.FileSeenFlag {
t.Errorf("%04s: Peek at [pc=%d] in test [%s] did not work, got %v expected %s for file seen flagv\n", pc, ii, fs, ww.FileSeenFlag)
}
case CmdGetPos: // Check get file name
ln, cn, fn := pb.GetPos()
com.DbPrintf("testCode", "fn=%s ln=%d cn=%d\n", fn, ln, cn)
if ln != ww.LineNo {
t.Errorf("%04s: %d: did not match line no Expected ->%d<-, Got ->%d<-\n", vv.Test, pc, ww.LineNo, ln)
}
if cn != ww.ColNo {
t.Errorf("%04s: %d: did not match col no Expected ->%d<-, Got ->%d<-\n", vv.Test, pc, ww.ColNo, cn)
}
if fn != ww.Fn {
t.Errorf("%04s: %d: did not match file name Expected ->%s<-, Got ->%s<-\n", vv.Test, pc, ww.Fn, fn)
}
case CmdSetPos: // Check get file name
pb.SetPos(ww.LineNo, ww.ColNo, ww.Fn)
case CmdResetST: // Reset symbol table
ResetST()
case CmdMacroProc: // Apply 1 char macros to input and process
for rn, done := pb.NextRune(); !done; rn, done = pb.NextRune() {
if m_body, m_found := HaveMacro(rn); m_found {
pb.PbString(m_body)
} else {
ss = ss + string(rn)
}
}
case CmdDefineMacro: // Define
Define(ww.Rn, ww.Data)
case CmdDumpBuffer: // Dump the buffer - debuging
if ww.Fn == "" {
pb.Dump01(os.Stdout)
} else {
fp, err := com.Fopen(ww.Fn, "w")
if err == nil {
pb.Dump01(fp)
fp.Close()
} else {
pb.Dump01(os.Stdout)
t.Errorf("%04s: Unable to open file for output ->%s<-, error: %s\n", vv.Test, ww.Fn, err)
}
}
case CmdResetOutput: // Reset output
ss = ""
case CmdPushBackXCopies: // Special test to pub back more than buffer of 'x'
x := strings.Repeat(ww.Data, ww.X)
pb.PbString(x)
}
}
if ss != vv.Results {
t.Errorf("%04s: did not match Expected ->%s<-, Got ->%s<-\n", vv.Test, vv.Results, ss)
} else {
com.DbPrintf("testCode", "%04s: Passed ------------------------------------------------------------------------------------------------\n\n", vv.Test)
}
}
}
}
func main() {
var fp *os.File
ifnList, err := flags.ParseArgs(&opts, os.Args)
if err != nil {
fmt.Printf("Invalid Command Line: %s\n", err)
os.Exit(1)
}
if opts.Debug != "" {
s := strings.Split(opts.Debug, ",")
com.DbOnFlags[opts.Debug] = true
for _, v := range s {
com.DbOnFlags[v] = true
}
}
if opts.Echo != "" {
com.DbOnFlags["in-echo-machine"] = true // Output machine
}
fmt.Fprintf(os.Stderr, "Test Matcher test from %s file, %s\n", opts.LexPat, com.LF())
lex := dfa.NewLexie()
if opts.LexPat != "" {
lex.NewReadFile(opts.LexPat) // lex.NewReadFile("../in/django3.lex")
} else if opts.ReadMachine != "" {
fmt.Printf("Should input machine at this point\n")
// xyzzy
} else {
fmt.Printf("Fatal: Must have -l <fn> or -r <fn>, neither supplied.\n")
os.Exit(1)
}
if opts.Machine != "" {
fmt.Printf("Should output machine at this point\n")
// xyzzy
}
if opts.Tokens != "" {
fp, _ = com.Fopen(opts.Tokens, "w")
} else {
fp = os.Stdout
}
if opts.Input != "" {
s := in.ReadFileIntoString(opts.Input)
r := strings.NewReader(s)
lex.MatcherLexieTable(r, "S_Init")
lex.TokList.TokenData = CategorizeToken(lex.TokList.TokenData)
lex.DumpTokenBuffer(fp)
} else {
for ii, fn := range ifnList[1:] {
s := in.ReadFileIntoString(fn)
r := strings.NewReader(s)
lex.MatcherLexieTable(r, "S_Init")
lex.TokList.TokenData = CategorizeToken(lex.TokList.TokenData)
fmt.Fprintf(fp, "%d: %s -----Start---------------------------------------------------------------------------------\n", ii, fn)
lex.DumpTokenBuffer2(fp)
fmt.Fprintf(fp, "%d: %s -----End-----------------------------------------------------------------------------------\n\n\n", ii, fn)
}
}
if opts.Tokens != "" {
fp.Close()
}
}
func Test_St01(t *testing.T) {
SymbolTable := NewSymbolTable()
for ii, vv := range Pb01Test {
_ = ii
if !vv.SkipTest {
// Implement a quick - fetch execute macine to test - the SymbolTable
for pc, ww := range vv.Actions {
switch ww.OpCode {
case CmdInsert:
SymbolTable.DefineSymbol(ww.Item, ww.Data, []string{})
case CmdDefRW:
SymbolTable.DefineReservedWord(ww.Item, ww.No)
case CmdLookup:
as, err := SymbolTable.LookupSymbol(ww.Item)
if err == nil {
if db_test01 {
fmt.Printf("%s: found, value %s\n", ww.Item, as.Body)
}
if ww.Data == "" {
t.Errorf("%04s: %d error, expected to have symbol in table, missing, %s\n", vv.Test, pc, ww.Item)
}
if as.Body != ww.Data {
t.Errorf("%04s: %d error, expected value %s got %s invalid for, %s\n", vv.Test, pc, ww.Data, as.Body, ww.Item)
}
} else {
if ww.Data != "" {
t.Errorf("%04s: %d error, expected to NOT have symbol, found it, %s\n", vv.Test, pc, ww.Item)
}
if db_test01 {
fmt.Printf("%s: not found.\n", ww.Item)
}
}
case CmdLookupRW:
as, err := SymbolTable.LookupSymbol(ww.Item)
if err == nil {
if db_test01 {
fmt.Printf("%s: found, value %s\n", ww.Item, as.Body)
}
if as.FxId != ww.No {
t.Errorf("%04s: %d error, expected value %d got %d invalid for, %s\n", vv.Test, pc, ww.No, as.FxId, ww.Item)
}
} else {
if db_test01 {
fmt.Printf("%s: not found.\n", ww.Item)
}
}
case CmdDelete:
SymbolTable.UnDefineSymbol(ww.Item)
case CmdDump:
if ww.Data == "" {
SymbolTable.Dump01(os.Stdout)
} else {
fp, err := com.Fopen(ww.Data, "w")
if err == nil {
SymbolTable.Dump01(fp)
fp.Close()
} else {
SymbolTable.Dump01(os.Stdout)
t.Errorf("%04s: Unable to open file for output ->%s<-, error: %s\n", vv.Test, ww.Data, err)
}
}
}
}
}
}
}
func (lex *Lexie) NewReadFile(path string) {
lex.Im = in.ImReadFile(path)
lex.NFA_Machine = make([]*nfa.NFA_PoolType, 0, 100)
lex.DFA_Machine = make([]*DFA_PoolType, 0, 100)
// vv=in.ImDefinedValueType {Seq:1 WhoAmI:ReservedWords NameValueStr:map[and:Tok_L_AND not:Tok_not as:Tok_as in:Tok_in bor:Tok_B_OR band:Tok_B_AND xor:Tok_XOR or:Tok_L_OR true:Tok_true false:Tok_false export:Tok_export] NameValue:map[and:4 true:32 as:34 bor:42 band:41 xor:64 or:5 false:33 not:31 export:35 in:28] Reverse:map[5:or 32:true 42:bor 31:not 41:band 35:export 33:false 28:in 64:xor 4:and 34:as] SeenAt:map[bor:{LineNo:[39] FileName:[unk-file]} band:{LineNo:[39] FileName:[unk-file]} and:{LineNo:[39] FileName:[unk-file]} true:{LineNo:[39] FileName:[unk-file]} export:{LineNo:[39] FileName:[unk-file]} in:{LineNo:[39] FileName:[unk-file]} as:{LineNo:[39] FileName:[unk-file]} or:{LineNo:[39] FileName:[unk-file]} false:{LineNo:[39] FileName:[unk-file]} not:{LineNo:[39 39] FileName:[unk-file unk-file]} xor:{LineNo:[39] FileName:[unk-file]}]}, File: /Users/corwin/Projects/pongo2/lexie/dfa/match.go LineNo:260
for ii, vv := range lex.Im.Def.DefsAre {
// ["ReservedWords"] {
// func (st *SymbolTable) DefineReservedWord(name string, fxid int) (ss *SymbolType) {
_ = ii
_ = vv
com.DbPrintf("dfa5", "vv=%T %+v, %s\n", vv, vv, com.LF())
}
for ii, vv := range lex.Im.Machine {
nm := vv.Name
Nfa := nfa.NewNFA_Pool()
Cur := Nfa.GetNFA()
Nfa.InitState = Cur
for jj, ww := range vv.Rules {
rVx := ww.Rv
if ww.ReservedWord {
com.DbPrintf("dfa5", "This rule rv=%d is a reserved word rule, AAbbCC\n", rVx)
}
ww_A := convRuleToActionFlag(ww)
if ww.Repl {
rVx = 9900 // 9900 is replace
com.DbPrintf("match", "###################################### ww.Replace: ii=%d jj=%d ->%s<-, %s\n", ii, jj, ww.ReplString, com.LF())
}
cur := -1
if ww.PatternType == 2 {
com.DbPrintf("db_Matcher_02", "ADDING AT %2d RE: %-30s (Rv:%2d, final=%4d), %s\n", jj, "<M_EOF>", ww.Rv, rVx, com.LF())
cur = Nfa.AddReInfo(re.X_EOF, "", jj+1, rVx, nfa.InfoType{Action: ww_A, NextState: ww.Call})
} else {
com.DbPrintf("db_Matcher_02", "M= ->%s<- Adding at %2d RE: %-30s (Rv:%2d, final=%4d), %s\n", ww.Pattern, jj, ww.Pattern, ww.Rv, rVx, com.LF())
cur = Nfa.AddReInfo(ww.Pattern, "", jj+1, rVx, nfa.InfoType{Action: ww_A, NextState: ww.Call, ReplStr: ww.ReplString})
}
if ww.ReservedWord {
Nfa.SetReservedWord(cur)
}
}
com.DbPrintf("match", "BuildDFA_2: Nfa.Sigma Before Finialize->%s<-\n", Nfa.Sigma)
if com.DbOn("db_Matcher_02") {
com.DbPrintf("match", "NFA for (Before Finialize) ->%s<-\n", nm)
Nfa.DumpPool(false)
}
Nfa.FinializeNFA()
com.DbPrintf("match", "BuildDFA_2: Nfa.Sigma ->%s<-\n", Nfa.Sigma)
if com.DbOn("db_Matcher_02") {
com.DbPrintf("match", "Final NFA for ->%s<-\n", nm)
Nfa.DumpPool(false)
}
lex.NFA_Machine = append(lex.NFA_Machine, Nfa)
Dfa := NewDFA_Pool()
Dfa.ConvNDA_to_DFA(Nfa)
if com.DbOn("db_Matcher_02") {
com.DbPrintf("match", "Final DFA for ->%s<-\n", nm)
Dfa.DumpPool(false)
}
lex.DFA_Machine = append(lex.DFA_Machine, Dfa)
if com.DbOn("db_Matcher_02") {
last := len(lex.DFA_Machine) - 1
newFile := fmt.Sprintf("../ref/mmm_%s_%d.tst", "machine", last)
gvFile := fmt.Sprintf("../ref/mmm_%s_%d.gv", "machine", last)
svgFile := fmt.Sprintf("../ref/mmm_%s_%d.svg", "machine", last)
fp, _ := com.Fopen(newFile, "w")
lex.DFA_Machine[last].DumpPoolJSON(fp, fmt.Sprintf("Lex-Machine-%d", last), 1)
fp.Close()
gv, _ := com.Fopen(gvFile, "w")
lex.DFA_Machine[last].GenerateGVFile(gv, fmt.Sprintf("Lex-Machine-%d", last), 1)
gv.Close()
out, err := exec.Command("/usr/local/bin/dot", "-Tsvg", "-o"+svgFile, gvFile).Output()
if err != nil {
com.DbPrintf("match", "%sError%s from dot, %s, %s\n", com.Red, com.Reset, err, com.LF())
com.DbPrintf("match", "Output: %s\n", out)
}
}
}
}
func (s *LexieTestSuite) TestLexie(c *C) {
// return
fmt.Fprintf(os.Stderr, "Test Parsing of REs, Test genration of NFAs %s\n", com.LF())
com.DbOnFlags["db_NFA"] = true
com.DbOnFlags["db_NFA_LnNo"] = true
com.DbOnFlags["db_DumpPool"] = true
com.DbOnFlags["parseExpression"] = true
com.DbOnFlags["CalcLength"] = true
// Add a test for any issue
c.Check(42, Equals, 42)
// c.Assert("nope", Matches, "hel.*there")
fmt.Printf("**** In Test Issues\n")
//x := test7GenDFA()
//c.Check(x, Equals, 0)
n_err := 0
n_skip := 0
for ii, vv := range Lexie01Data {
if !vv.SkipTest {
fmt.Printf("\n\n--- %d Test: %s -----------------------------------------------------------------------------\n\n", ii, vv.Test)
Pool := NewNFA_Pool()
Cur := Pool.GetNFA()
Pool.InitState = Cur
Pool.AddReInfo(vv.Re, "", 1, vv.Rv, InfoType{})
Pool.Sigma = Pool.GenerateSigma()
if false {
com.DbPrintf("test7", "Pool=%s\n", com.SVarI(Pool))
}
Pool.DumpPool(false)
Pool.DumpPoolJSON(os.Stdout, vv.Re, vv.Rv)
fmt.Printf("Sigma: ->%s<-\n", Pool.Sigma)
newFile := fmt.Sprintf("../ref/nfa_%s.tst", vv.Test)
cmpFile := fmt.Sprintf("../ref/nfa_%s.ref", vv.Test)
gvFile := fmt.Sprintf("../ref/nfa_%s.gv", vv.Test)
svgFile := fmt.Sprintf("../ref/nfa_%s.svg", vv.Test)
fp, _ := com.Fopen(newFile, "w")
Pool.DumpPoolJSON(fp, vv.Re, vv.Rv)
fp.Close()
newData, err := ioutil.ReadFile(newFile)
if err != nil {
panic("unable to read file, " + cmpFile)
}
if com.Exists(cmpFile) {
ref, err := ioutil.ReadFile(cmpFile)
if err != nil {
panic("unable to read file, " + cmpFile)
}
if string(ref) != string(newData) {
c.Check(string(newData), Equals, string(ref))
fmt.Printf("%sError%s: Test case %s failed to match\n", com.Red, com.Reset, vv.Test)
n_err++
}
} else {
n_skip++
}
gv, _ := com.Fopen(gvFile, "w")
Pool.GenerateGVFile(gv, vv.Re, vv.Rv)
gv.Close()
out, err := exec.Command("/usr/local/bin/dot", "-Tsvg", "-o"+svgFile, gvFile).Output()
if err != nil {
fmt.Printf("Error from dot, %s, %s\n", err, com.LF())
fmt.Printf("Output: %s\n", out)
}
}
}
if n_skip > 0 {
fmt.Fprintf(os.Stderr, "%sSkipped, # of files without automated checks = %d%s\n", com.Yellow, n_skip, com.Reset)
com.DbPrintf("debug", "\n\n%sSkipped, # of files without automated checks = %d%s\n", com.Yellow, n_skip, com.Reset)
}
if n_err > 0 {
fmt.Fprintf(os.Stderr, "%sFailed, # of errors = %d%s\n", com.Red, n_err, com.Reset)
com.DbPrintf("debug", "\n\n%sFailed, # of errors = %d%s\n", com.Red, n_err, com.Reset)
} else {
fmt.Fprintf(os.Stderr, "%sPASS%s\n", com.Green, com.Reset)
com.DbPrintf("debug", "\n\n%sPASS%s\n", com.Green, com.Reset)
}
}
func (s *NFA_Multi_Part_TestSuite) TestLexie(c *C) {
// return
fmt.Fprintf(os.Stderr, "Test NFA Multi-Part RE - NFA test %s\n", com.LF())
n_err := 0
n_skip := 0
// ------------------------- ------------------------- --------------------------------------- ---------------------------------------
// Test as sections
// ------------------------- ------------------------- --------------------------------------- ---------------------------------------
for ii, vv := range NFATest_02Data {
fmt.Printf("\n\n--- %2d Test: %4s -------------------------------------------------------------------------------\n", ii, vv.Test)
Pool := NewNFA_Pool()
Cur := Pool.GetNFA()
Pool.InitState = Cur
for jj, ww := range vv.Data {
fmt.Printf("\n\n--- %2d Test: %4s Part %2d ----------------------------------------------------------------------\n\n", ii, vv.Test, jj)
// Add in components
Pool.AddReInfo(ww.Re, "", 1, ww.Rv, InfoType{})
// Dum out parsed REs
// Dum out parsed NFAs along the way
}
Pool.FinializeNFA() // Fnialize
Pool.DumpPool(false) // Dump out NFA - check it.
// ------------------------- --------------------------------------- ---------------------------------------
// Test these also
// func (nn *NFA_PoolType) DeleteRe(oldRe string) {
// func (nn *NFA_PoolType) ChangeRe(oldRe string, newRe string) {
// ------------------------- --------------------------------------- ---------------------------------------
newFile := fmt.Sprintf("../ref/n2_%s.tst", vv.Test)
cmpFile := fmt.Sprintf("../ref/n2_%s.ref", vv.Test)
gvFile := fmt.Sprintf("../ref/n2_%s.gv", vv.Test)
svgFile := fmt.Sprintf("../ref/n2_%s.svg", vv.Test)
fp, _ := com.Fopen(newFile, "w")
Pool.DumpPoolJSON(fp, vv.Test, 0)
fp.Close()
newData, err := ioutil.ReadFile(newFile)
if err != nil {
panic("unable to read file, " + cmpFile)
}
if com.Exists(cmpFile) {
ref, err := ioutil.ReadFile(cmpFile)
if err != nil {
panic("unable to read file, " + cmpFile)
}
if string(ref) != string(newData) {
c.Check(string(newData), Equals, string(ref))
fmt.Printf("%sError%s: Test case %s failed to match\n", com.Red, com.Reset, vv.Test)
n_err++
}
} else {
n_skip++
}
gv, _ := com.Fopen(gvFile, "w")
Pool.GenerateGVFile(gv, vv.Test, 0)
gv.Close()
_, err = exec.Command("/usr/local/bin/dot", "-Tsvg", "-o"+svgFile, gvFile).Output()
if err != nil {
fmt.Printf("Error from dot, %s\n", err)
}
}
// ------------------------- ------------------------- --------------------------------------- ---------------------------------------
// Test as a single machine
// ------------------------- ------------------------- --------------------------------------- ---------------------------------------
if n_skip > 0 {
fmt.Fprintf(os.Stderr, "%sSkipped, # of files without automated checks = %d%s\n", com.Yellow, n_skip, com.Reset)
com.DbPrintf("debug", "\n\n%sSkipped, # of files without automated checks = %d%s\n", com.Yellow, n_skip, com.Reset)
}
if n_err > 0 {
fmt.Fprintf(os.Stderr, "%sFailed, # of errors = %d%s\n", com.Red, n_err, com.Reset)
com.DbPrintf("debug", "\n\n%sFailed, # of errors = %d%s\n", com.Red, n_err, com.Reset)
} else {
fmt.Fprintf(os.Stderr, "%sPASS%s\n", com.Green, com.Reset)
com.DbPrintf("debug", "\n\n%sPASS%s\n", com.Green, com.Reset)
}
_ = n_skip
}
func (s *LambdaClosureTestSuite) TestLexie(c *C) {
// return
fmt.Fprintf(os.Stderr, "Test NFA generation from REs, %s\n", com.LF())
n_err := 0
com.DbOnFlags["db_NFA"] = true
com.DbOnFlags["db_NFA_LnNo"] = true
com.DbOnFlags["db_DumpPool"] = true
com.DbOnFlags["parseExpression"] = true
// {Test: "0011", Re: `a(bcd)*(ghi)+(jkl)*X`, Rv: 1011}, //
Pool := NewNFA_Pool()
Cur := Pool.GetNFA()
Pool.InitState = Cur
vv := Lexie01Data[11]
Pool.AddReInfo(vv.Re, "", 1, vv.Rv, InfoType{})
Pool.Sigma = Pool.GenerateSigma()
fmt.Printf("\n\nRe: %s\n", vv.Re)
Pool.DumpPool(false)
// -------------------------------------- test 1 -----------------------------------
r1 := Pool.LambdaClosure([]int{4, 1, 5})
fmt.Printf("\n\nr1(4,1,5)=%v\n", r1)
if len(com.CompareSlices([]int{4, 1, 5}, r1)) != 0 {
fmt.Printf("%sError%s: Test case 1 failed to match\n", com.Red, com.Reset)
n_err++
}
c.Check(len(com.CompareSlices([]int{4, 1, 5}, r1)), Equals, 0)
// -------------------------------------- test 2 -----------------------------------
r2 := Pool.LambdaClosure([]int{12, 9, 13})
fmt.Printf("\n\nr2(5,9,12,9,13)=%v\n", r2)
if len(com.CompareSlices([]int{12, 9, 13}, r2)) != 0 {
fmt.Printf("%sError%s: Test case 2 failed to match\n", com.Red, com.Reset)
n_err++
}
c.Check(len(com.CompareSlices([]int{12, 9, 13}, r2)), Equals, 0)
// -------------------------------------- test 3 -----------------------------------
r3 := Pool.LambdaClosure([]int{12, 9, 13})
fmt.Printf("\n\nr3(12,9,13)=%v\n", r3)
if len(com.CompareSlices([]int{12, 9, 13}, r3)) != 0 {
fmt.Printf("%sError%s: Test case 3 failed to match\n", com.Red, com.Reset)
n_err++
}
c.Check(len(com.CompareSlices([]int{12, 9, 13}, r3)), Equals, 0)
// ------------------------- understand test runner ---------------------------------------
if false {
c.Check(1, Equals, 0)
// c.Assert(2, Equals, 0) // Failure of an assert ends test (exit)
sss := c.GetTestLog()
fp, err := com.Fopen(",g", "w")
c.Check(err, Equals, nil)
fmt.Fprintf(fp, "c.GetTestLog: ->%s<-\n", sss)
}
// ------------------------- eval results now ---------------------------------------
if n_err > 0 {
fmt.Fprintf(os.Stderr, "%sFailed, # of errors = %d%s\n", com.Red, n_err, com.Reset)
com.DbPrintf("debug", "\n\n%sFailed, # of errors = %d%s\n", com.Red, n_err, com.Reset)
} else {
fmt.Fprintf(os.Stderr, "%sPASS%s\n", com.Green, com.Reset)
com.DbPrintf("debug", "\n\n%sPASS%s\n", com.Green, com.Reset)
}
}