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https://github.com/golang/go
synced 2024-11-22 02:54:39 -07:00
goyacc: make more gofmt-compliant
Adjust goyacc.go to produce code that is gofmt-compliant whenever it is easy to do so. Also changed two lines in cpyact that appeared to be bugs. Also updated units.y to remove a few other errors. After this change, units.go has only two style errors: an extra newline at the top of the file, and yys misaligned in yySymType. R=rsc CC=golang-dev https://golang.org/cl/5265047
This commit is contained in:
Chris Hundt
Russ Cox
parent
b9faf5ff7d
commit
550fa3fa2d
@ -506,19 +506,20 @@ outer:
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// non-literals
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c := tokset[i].name[0]
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if c != ' ' && c != '$' {
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fmt.Fprintf(ftable, "const\t%v\t= %v\n", tokset[i].name, tokset[i].value)
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fmt.Fprintf(ftable, "const %v = %v\n", tokset[i].name, tokset[i].value)
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}
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}
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// put out names of token names
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fmt.Fprintf(ftable, "var\t%sToknames\t =[]string {\n", prefix)
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ftable.WriteRune('\n')
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fmt.Fprintf(ftable, "var %sToknames = []string{\n", prefix)
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for i := TOKSTART; i <= ntokens; i++ {
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fmt.Fprintf(ftable, "\t\"%v\",\n", tokset[i].name)
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}
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fmt.Fprintf(ftable, "}\n")
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// put out names of state names
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fmt.Fprintf(ftable, "var\t%sStatenames\t =[]string {\n", prefix)
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fmt.Fprintf(ftable, "var %sStatenames = []string{", prefix)
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// for i:=TOKSTART; i<=ntokens; i++ {
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// fmt.Fprintf(ftable, "\t\"%v\",\n", tokset[i].name);
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// }
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@ -595,7 +596,7 @@ outer:
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break
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}
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levprd[nprod] |= ACTFLAG
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fmt.Fprintf(fcode, "\ncase %v:", nprod)
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fmt.Fprintf(fcode, "\n\tcase %v:", nprod)
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cpyact(curprod, mem)
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// action within rule...
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@ -652,8 +653,8 @@ outer:
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if tempty != nontrst[curprod[0]-NTBASE].value {
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errorf("default action causes potential type clash")
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}
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fmt.Fprintf(fcode, "\ncase %v:", nprod)
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fmt.Fprintf(fcode, "\n\t%sVAL.%v = %sS[%spt-0].%v;",
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fmt.Fprintf(fcode, "\n\tcase %v:", nprod)
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fmt.Fprintf(fcode, "\n\t\t%sVAL.%v = %sS[%spt-0].%v",
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prefix, typeset[tempty], prefix, prefix, typeset[tempty])
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}
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moreprod()
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@ -671,6 +672,7 @@ outer:
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fmt.Fprintf(fcode, "\n\t}")
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ftable.WriteRune('\n')
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fmt.Fprintf(ftable, "const %sEofCode = 1\n", prefix)
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fmt.Fprintf(ftable, "const %sErrCode = 2\n", prefix)
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fmt.Fprintf(ftable, "const %sMaxDepth = %v\n", prefix, stacksize)
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@ -1039,7 +1041,7 @@ func cpyunion() {
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if !lflag {
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fmt.Fprintf(ftable, "\n//line %v:%v\n", infile, lineno)
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}
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fmt.Fprintf(ftable, "type\t%sSymType\tstruct", prefix)
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fmt.Fprintf(ftable, "type %sSymType struct", prefix)
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level := 0
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@ -1055,7 +1057,7 @@ out:
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lineno++
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case '{':
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if level == 0 {
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fmt.Fprintf(ftable, "\n\tyys\tint;")
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fmt.Fprintf(ftable, "\n\tyys int")
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}
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level++
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case '}':
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@ -1065,7 +1067,7 @@ out:
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}
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}
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}
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fmt.Fprintf(ftable, "\n")
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fmt.Fprintf(ftable, "\n\n")
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}
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//
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@ -1163,7 +1165,7 @@ func dumpprod(curprod []int, max int) {
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func cpyact(curprod []int, max int) {
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if !lflag {
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fmt.Fprintf(fcode, "\n//line %v:%v\n", infile, lineno)
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fmt.Fprintf(fcode, "\n\t\t//line %v:%v\n\t\t", infile, lineno)
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}
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lno := lineno
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@ -1177,14 +1179,13 @@ loop:
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switch c {
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case ';':
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if brac == 0 {
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ftable.WriteRune(c)
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fcode.WriteRune(c)
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return
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}
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case '{':
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if brac == 0 {
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}
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ftable.WriteRune('\t')
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brac++
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case '$':
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@ -1345,7 +1346,9 @@ loop:
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errorf("action does not terminate")
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case '\n':
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fmt.Fprint(fcode, "\n\t")
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lineno++
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continue loop
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}
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fcode.WriteRune(c)
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@ -2072,7 +2075,7 @@ func output() {
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var c, u, v int
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fmt.Fprintf(ftable, "\n//line yacctab:1\n")
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fmt.Fprintf(ftable, "var\t%sExca = []int {\n", prefix)
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fmt.Fprintf(ftable, "var %sExca = []int{\n", prefix)
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noset := mkset()
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@ -2145,10 +2148,12 @@ func output() {
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}
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fmt.Fprintf(ftable, "}\n")
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fmt.Fprintf(ftable, "const\t%sNprod\t= %v\n", prefix, nprod)
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fmt.Fprintf(ftable, "const\t%sPrivate\t= %v\n", prefix, PRIVATE)
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fmt.Fprintf(ftable, "var\t%sTokenNames []string\n", prefix)
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fmt.Fprintf(ftable, "var\t%sStates []string\n", prefix)
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ftable.WriteRune('\n')
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fmt.Fprintf(ftable, "const %sNprod = %v\n", prefix, nprod)
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fmt.Fprintf(ftable, "const %sPrivate = %v\n", prefix, PRIVATE)
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ftable.WriteRune('\n')
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fmt.Fprintf(ftable, "var %sTokenNames []string\n", prefix)
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fmt.Fprintf(ftable, "var %sStates []string\n", prefix)
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}
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//
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@ -2264,7 +2269,7 @@ func wract(i int) {
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continue
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}
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if flag == 0 {
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fmt.Fprintf(ftable, "-1, %v,\n", i)
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fmt.Fprintf(ftable, "\t-1, %v,\n", i)
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}
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flag++
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fmt.Fprintf(ftable, "\t%v, %v,\n", p, p1)
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@ -2723,7 +2728,8 @@ nextn:
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// write out the optimized parser
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//
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func aoutput() {
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fmt.Fprintf(ftable, "const\t%sLast\t= %v\n", prefix, maxa+1)
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ftable.WriteRune('\n')
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fmt.Fprintf(ftable, "const %sLast = %v\n\n", prefix, maxa+1)
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arout("Act", amem, maxa+1)
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arout("Pact", indgo, nstate)
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arout("Pgo", pgo, nnonter+1)
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@ -2805,7 +2811,7 @@ func others() {
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arout("Tok2", temp1, c+1)
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// table 3 has everything else
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fmt.Fprintf(ftable, "var\t%sTok3\t= []int {\n", prefix)
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fmt.Fprintf(ftable, "var %sTok3 = []int{\n\t", prefix)
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c = 0
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for i = 1; i <= ntokens; i++ {
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j = tokset[i].value
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@ -2816,13 +2822,19 @@ func others() {
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continue
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}
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fmt.Fprintf(ftable, "%4d,%4d,", j, i)
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if c%5 != 0 {
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ftable.WriteRune(' ')
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}
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fmt.Fprintf(ftable, "%d, %d,", j, i)
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c++
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if c%5 == 0 {
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ftable.WriteRune('\n')
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fmt.Fprint(ftable, "\n\t")
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}
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}
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fmt.Fprintf(ftable, "%4d,\n };\n", 0)
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if c%5 != 0 {
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ftable.WriteRune(' ')
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}
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fmt.Fprintf(ftable, "%d,\n}\n", 0)
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// copy parser text
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c = getrune(finput)
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@ -2842,15 +2854,16 @@ func others() {
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func arout(s string, v []int, n int) {
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s = prefix + s
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fmt.Fprintf(ftable, "var\t%v\t= []int {\n", s)
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fmt.Fprintf(ftable, "var %v = []int{\n", s)
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for i := 0; i < n; i++ {
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if i%10 == 0 {
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ftable.WriteRune('\n')
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fmt.Fprintf(ftable, "\n\t")
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} else {
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ftable.WriteRune(' ')
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}
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fmt.Fprintf(ftable, "%4d", v[i])
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ftable.WriteRune(',')
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fmt.Fprintf(ftable, "%d,", v[i])
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}
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fmt.Fprintf(ftable, "\n};\n")
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fmt.Fprintf(ftable, "\n}\n")
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}
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//
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@ -64,11 +64,9 @@ var retnode2 Node
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var retnode Node
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var sym string
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var vflag bool
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%}
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%union
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{
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%union {
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node Node
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vvar *Var
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numb int
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@ -85,7 +83,6 @@ prog:
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':' VAR expr
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{
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var f int
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f = int($2.node.dim[0])
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$2.node = $3
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$2.node.dim[0] = 1
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@ -98,26 +95,23 @@ prog:
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| ':' VAR '#'
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{
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var f, i int
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for i=1; i<Ndim; i++ {
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for i = 1; i < Ndim; i++ {
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if fund[i] == nil {
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break
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}
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}
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if i >= Ndim {
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Error("too many dimensions")
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i = Ndim-1
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i = Ndim - 1
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}
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fund[i] = $2
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f = int($2.node.dim[0])
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$2.node = one
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$2.node.dim[0] = 1
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$2.node.dim[i] = 1
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if f != 0 {
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Errorf("redefinition of %v", $2.name)
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} else
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if vflag {
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} else if vflag {
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fmt.Printf("%v\t#\n", $2.name)
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}
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}
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@ -171,8 +165,7 @@ expr2:
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| expr2 '^' expr1
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{
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var i int
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for i=1; i<Ndim; i++ {
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for i = 1; i < Ndim; i++ {
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if $3.dim[i] != 0 {
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Error("exponent has units")
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$$ = $1
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@ -690,7 +683,6 @@ func pname() float64 {
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return 0
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}
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// careful multiplication
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// exponents (log) are checked before multiply
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func fmul(a, b float64) float64 {
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