func (Im *ImType) OutputDef() {
fmt.Printf("Defs - OutputDef\n")
for _, DefType := range []string{"Machines", "Errors", "ReservedWords", "Tokens"} {
dd := Im.Def.DefsAre[DefType]
fmt.Printf("==========================================================================\n")
fmt.Printf("DefType: %s\n", DefType)
fmt.Printf("==========================================================================\n")
ss := com.SortMapStringString(dd.NameValueStr)
// for AKey, ADef := range dd.NameValueStr {
for _, AKey := range ss {
ADef := dd.NameValueStr[AKey]
fmt.Printf(" %s=%v\n", AKey, ADef)
}
}
}
// -----------------------------------------------------------------------------------------------------------------------------
// -----------------------------------------------------------------------------------------------------------------------------
func (Im *ImType) FinializeFile() {
ADef := ""
AKey := ""
// for DefType, dd := range Im.Def.DefsAre {
for _, DefType := range []string{"Machines", "Errors", "Tokens", "ReservedWords"} {
dd := Im.Def.DefsAre[DefType]
// fmt.Printf("DefType (FinializeFiile): %s\n", DefType)
// Pass 1 - Take Numbers and put in
ss := com.SortMapStringString(dd.NameValueStr)
// for AKey, ADef := range dd.NameValueStr {
for _, AKey = range ss {
ADef = dd.NameValueStr[AKey]
if len(ADef) > 0 && IsNumeric(ADef) {
// fmt.Printf("Found numeric for %s=%s\n", AKey, ADef)
v, err := strconv.Atoi(ADef)
if err != nil {
fmt.Printf("Error: Invalid numeric value for a token, >%s<, error=%s\n", ADef, err)
} else {
dd.NameValue[AKey] = v
dd.Reverse[v] = AKey
}
}
}
// Pass 2 - Assign All Others
seq := dd.Seq
// for AKey, ADef := range dd.NameValueStr {
for _, AKey = range ss {
ADef = dd.NameValueStr[AKey]
if len(ADef) > 0 && IsNumeric(ADef) {
} else if len(ADef) == 0 {
// fmt.Printf("Found sequence assign for for %s=%s\n", AKey, ADef)
for _, ok := dd.Reverse[seq]; ok; {
seq++
_, ok = dd.Reverse[seq]
}
dd.NameValue[AKey] = seq
dd.Reverse[seq] = AKey
dd.NameValueStr[AKey] = fmt.Sprintf("%d", seq)
// fmt.Printf(" Assigned %d\n", seq)
seq++
}
}
dd.Seq = seq
// fmt.Printf("dd.NameValue = %v\n", dd.NameValue)
// Pass 3 - Assign Tokens
// for AKey, ADef := range dd.NameValueStr {
for _, AKey = range ss {
ADef = dd.NameValueStr[AKey]
if len(ADef) > 0 && IsNumeric(ADef) {
} else if len(ADef) > 0 {
// fmt.Printf("Found Name Assign for for %s=%s\n", AKey, ADef)
if v, ok := dd.NameValue[ADef]; ok {
dd.NameValue[AKey] = v
dd.Reverse[v] = AKey
}
}
}
// Pass 4 - Look for any unsigned
// for AKey, ADef := range dd.NameValueStr {
for _, AKey = range ss {
ADef = dd.NameValueStr[AKey]
if len(ADef) > 0 && IsNumeric(ADef) {
} else if len(ADef) > 0 {
if v, ok := dd.NameValue[ADef]; ok {
dd.NameValue[AKey] = v
dd.Reverse[v] = AKey
} else {
v := Im.FindValueFor(ADef)
if v < 0 {
fmt.Printf("Warning: Token is not defined, Automatically defining!, ADef/AKey %s=%s=%d\n", ADef, AKey, seq) // !! !! Requries a 4th pass - after all defined !! !!
dd.NameValue[AKey] = seq
dd.Reverse[seq] = AKey
seq++
} else {
dd.NameValue[AKey] = v
dd.Reverse[v] = AKey
}
}
}
}
Im.Def.DefsAre[DefType] = dd
}
for _, vv := range Im.Machine {
for _, ww := range vv.Rules {
if len(ww.RvName) > 0 {
// fmt.Printf("%-20s", fmt.Sprintf(" Rv:%d=%s ", ww.Rv, ww.RvName))
ww.Rv = Im.Lookup("Tokens", ww.RvName)
}
if len(ww.CallName) > 0 {
// fmt.Printf("%-20s", fmt.Sprintf(" Call:%d=%s ", ww.Call, ww.CallName))
ww.Call = Im.Lookup("Machines", ww.CallName)
}
}
}
// xyzzy-Machine--Mixins---
for kk, vv := range Im.Machine {
var tRules []*ImRuleType
tRules = make([]*ImRuleType, 0, 100)
for _, rr := range vv.Rules {
p := Im.LocatePattern(rr, tRules) // A merge operation - if not found then append, else replace
if p >= 0 {
tRules[p] = rr
} else {
tRules = append(tRules, rr)
}
}
for _, ww := range vv.Mixins {
ii := Im.Lookup("Machines", ww)
if ii >= 0 && ii < len(Im.Machine) {
for _, uu := range Im.Machine[ii].Rules {
p := Im.LocatePattern(uu, tRules) // A merge operation - if not found then append, else replace
if p < 0 {
tRules = append(tRules, uu)
}
}
} else {
fmt.Printf("Error: Mixin - did not find %s as a machine name\n", ww)
}
}
Im.Machine[kk].Rules = tRules
}
dd := Im.Def.DefsAre["Tokens"]
Tok_map = dd.Reverse
}
