func allocate() []*rubex.Regexp {
// some overlap in here, but it'll make the parsing functions clearer
matchers := make([]*rubex.Regexp, 0, NUM_LEXEMES)
for _, p := range pattern {
matchers = append(matchers, rubex.MustCompile(`\A`+p))
}
return matchers
}
func (sr *RegexRewriter) Done() error {
patterns := make([]string, 0, initSize)
for _, cand := range sr.original {
patterns = append(patterns, fmt.Sprintf("(%s)", cand))
}
sr.regex = rubex.MustCompile(strings.Join(patterns, "|"))
return nil
}
func init() {
re1 = make([]Matcher, NUM)
re2 = make([]Matcher, NUM)
for i := 0; i < NUM; i++ {
re1[i] = regexp.MustCompile("[a-c]*$")
re2[i] = re.MustCompile("[a-c]*$")
}
TaskChann = make(chan *Task, 100)
for i := 0; i < 10; i++ {
STR += STR
}
println("len:", len(STR))
}
func init() {
// some overlap in here, but it'll make the parsing functions clearer
pattern[SPACES] = `\s+`
pattern[COMMA] = `\s*,`
pattern[UNIVERSAL] = `\*`
pattern[TYPE] = `[_a-zA-Z]\w*`
pattern[ELEMENT] = `(\*|[_a-zA-Z]\w*)`
pattern[CLASS] = `\.[-\w]+`
pattern[ID] = `\#[-\w]+`
pattern[LBRACKET] = `\[`
pattern[RBRACKET] = `\]`
pattern[ATTR_NAME] = `[-_:a-zA-Z][-\w:.]*`
pattern[ATTR_VALUE] = `("(\\.|[^"\\])*"|'(\\.|[^'\\])*')`
pattern[EQUALS] = `=`
pattern[CONTAINS_CLASS] = `~=`
pattern[DASH_PREFIXED] = `\|=`
pattern[STARTS_WITH] = `\^=`
pattern[ENDS_WITH] = `\$=`
pattern[CONTAINS] = `\*=`
pattern[MATCH_OP] = "(" + strings.Join([]string{pattern[EQUALS], pattern[CONTAINS_CLASS], pattern[DASH_PREFIXED], pattern[STARTS_WITH], pattern[ENDS_WITH], pattern[CONTAINS]}, "|") + ")"
pattern[PSEUDO_CLASS] = `:[-a-z]+`
pattern[FIRST_CHILD] = `:first-child`
pattern[FIRST_OF_TYPE] = `:first-of-type`
pattern[NTH_CHILD] = `:nth-child`
pattern[NTH_OF_TYPE] = `:nth-of-type`
pattern[ONLY_CHILD] = `:only-child`
pattern[ONLY_OF_TYPE] = `:only-of-type`
pattern[LAST_CHILD] = `:last-child`
pattern[LAST_OF_TYPE] = `:last-of-type`
pattern[NOT] = `:not`
pattern[LPAREN] = `\s*\(`
pattern[RPAREN] = `\s*\)`
pattern[COEFFICIENT] = `[-+]?(\d+)?`
pattern[SIGNED] = `[-+]?\d+`
pattern[UNSIGNED] = `\d+`
pattern[ODD] = `odd`
pattern[EVEN] = `even`
pattern[N] = `[nN]`
pattern[OPERATOR] = `[-+]`
pattern[PLUS] = `\+`
pattern[MINUS] = `-`
pattern[BINOMIAL] = strings.Join([]string{pattern[COEFFICIENT], pattern[N], `\s*`, pattern[OPERATOR], `\s*`, pattern[UNSIGNED]}, "")
pattern[ADJACENT_TO] = `\s*\+`
pattern[PRECEDES] = `\s*~`
pattern[PARENT_OF] = `\s*>`
pattern[ANCESTOR_OF] = `\s+`
for i, p := range pattern {
matcher[i] = rubex.MustCompile(`\A` + p)
}
}
func Generate(project *project.Project, mixer *tp.Mixer) (map[string][]byte, error) {
// HACKY
type TempRewriter struct {
ToBeReplacedWithmatcher string
ToBeReplacedWithreplacement string
}
tmpRewriter := make([]TempRewriter, len(project.Rewriter.Host))
for i, v := range project.Rewriter.Host {
tmpRewriter[i].ToBeReplacedWithmatcher = v.Matcher
tmpRewriter[i].ToBeReplacedWithreplacement = v.Replacement
}
// Make JSON
data, err := json.Marshal(tmpRewriter)
if err != nil {
project.HostJson = "{}"
} else {
project.HostJson = string(data)
}
// Lowercase hack
r := rubex.MustCompile("ToBeReplacedWithmatcher")
project.HostJson = r.Gsub(project.HostJson, "matcher")
r = rubex.MustCompile("ToBeReplacedWithreplacement")
project.HostJson = r.Gsub(project.HostJson, "replacement")
// Escape quotes
r = rubex.MustCompile("\"")
project.HostJson = r.Gsub(project.HostJson, "\\\"")
// END HACKY
segments := [4]string{"request.ts", "response_pre.ts", "body.ts", "response_post.ts"}
var finalError error
renderedSegments := make(map[string][]byte, 4)
rewritersContainer := mixer
// if mixer.GetPackagerVersion() > 0 {
// rewritersContainer = project.HttpTransformers
// if rewritersContainer == nil {
// return nil, errors.New("Project does not contain any HTTP transformers.")
// }
// }
for _, segment := range segments {
rawTemplate, err := getRawTemplate(segment, rewritersContainer)
if err != nil {
panic(err)
}
renderedSegment, err := runTemplate(segment, rawTemplate, project)
if err != nil {
// Should really return an array of errors
finalError = err
} else {
renderedSegments[segment] = renderedSegment
if WriteRewritersToProjectDir {
ioutil.WriteFile(filepath.Join(project.Path, project.ScriptPath, segment), renderedSegment, 0644)
}
}
}
return renderedSegments, finalError
}
func init() {
// Is there a more elegant way to do this?
LexemeName[LPAREN] = "`(`"
LexemeName[RPAREN] = "`)`"
LexemeName[LBRACE] = "`{`"
LexemeName[RBRACE] = "`}`"
LexemeName[COMMA] = "`,`"
LexemeName[DOT] = "`.`"
LexemeName[EQUAL] = "`=`"
LexemeName[PLUS] = "`+`"
LexemeName[STRING] = "string literal"
LexemeName[REGEXP] = "regular expression"
LexemeName[POS] = "position keyword"
LexemeName[GVAR] = "global variable"
LexemeName[LVAR] = "local variable"
LexemeName[KWD] = "keyword argument"
LexemeName[ID] = "identifier"
LexemeName[NAMESPACE] = "`@namespace` directive"
LexemeName[OPEN] = "`@include` directive"
LexemeName[FUNC] = "`@func` directive"
LexemeName[TYPE] = "type name"
LexemeName[PATH] = "path"
LexemeName[IMPORT] = "`@import` directive"
LexemeName[OPTIONAL] = "`@optional` directive"
LexemeName[READ] = "`read` macro"
LexemeName[EOF] = "end of file"
LexemeName[ERROR] = "lexical error"
matcher[STRING] = rubex.MustCompile(`\A"(\\.|[^"\\])*"|\A'(\\.|[^'\\])*'`)
// the pattern and options of the regexp matches are in captures 1 and 3
//regexpSlashPattern, _ = rubex.Compile(`\A\/((\\.|[^\/\\])*)\/([imxouesn]*)`)
regexpSlashPattern = rubex.MustCompile(`\A/((\\.|[^/\\])*)/([imxouesn]*)`)
regexpBackQuotePattern = rubex.MustCompile("\\A`((\\\\.|[^\\`\\\\])*)`([imxouesn]*)")
matcher[POS] = rubex.MustCompile(`\A(top|bottom|before|after)`)
matcher[GVAR] = rubex.MustCompile(`\A\$\w+`)
matcher[LVAR] = rubex.MustCompile(`\A%\w+`)
matcher[KWD] = rubex.MustCompile(`\A[a-zA-Z_:][-\w:.]*:`)
matcher[ID] = rubex.MustCompile(`\A\$+|\A[_a-z][\w\$]*`)
matcher[TYPE] = rubex.MustCompile(`\A[A-Z]\w*`)
matcher[PATH] = rubex.MustCompile(`\A[-+.*?:\/\w]+`)
// Map parens, braces, etc to their lexemes
symbolLexeme = make(map[string]Lexeme, 8)
symbolLexeme["("] = LPAREN
symbolLexeme[")"] = RPAREN
symbolLexeme["{"] = LBRACE
symbolLexeme["}"] = RBRACE
symbolLexeme[","] = COMMA
symbolLexeme["."] = DOT
symbolLexeme["="] = EQUAL
symbolLexeme["+"] = PLUS
symbolPattern = rubex.MustCompile(`\A[\(\)\{\}\,\.=\+]`)
numberPattern = rubex.MustCompile(`\A\d+`)
}