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package main
import ( "fmt" "strconv" "strings"
"github.com/Jeffail/gabs" "github.com/fatih/color" )
func duplicateText(original string, count int) string { var result string for i := 0; i < count; i++ { result = result + original } return result } func replaceEntryOLD(templateContent string, entry dataEntry, jsonData *gabs.Container, elemName string) string { //replace {{}} with data
var keys []string for key, _ := range entry { keys = append(keys, key) } //now, replace the keys with the values
for j := 0; j < len(keys); j++ { templateContent = strings.Replace(templateContent, "{{"+keys[j]+"}}", entry[keys[j]], -1) //templateContent = strings.Replace(templateContent, "[[i]]", strconv.Itoa(i), -1)
children, _ := jsonData.S(keys[j]).Children() fmt.Println("-") fmt.Println(keys[j]) fmt.Println(children) for key, child := range children { fmt.Print("key: " + strconv.Itoa(key) + ", value: ") fmt.Println(child.Data().(string)) } }
return templateContent } func replaceEntry(templateContent string, entry dataEntry, jsonData *gabs.Container, elemName string) string { fmt.Println(jsonData) children, _ := jsonData.S().ChildrenMap() _, ok := jsonData.S().Children() color.Green("AAAAAAAAAA") fmt.Println(children) fmt.Println(ok) fmt.Println("-") for parameter, child := range children { subchildren, _ := child.S().ChildrenMap() _, ok := child.S().Children() fmt.Println(parameter) fmt.Println(child) fmt.Println(ok) if ok != nil { color.Green("child fin") color.Blue(child.Data().(string)) fmt.Println(child) templateContent = strings.Replace(templateContent, "{{"+parameter+"}}", child.Data().(string), -1) } else { for subparameter, subchild := range subchildren { color.Red(subchild.Data().(string)) fmt.Println(subchild) fmt.Println(subparameter) //templateContent = strings.Replace(templateContent, "{{"+subparameter+"}}", subchild.Data().(string), -1)
} }
} return templateContent } func konstruiRepeatJSONPartTwo(templateContent string, entries []dataEntry, jsonData *gabs.Container, elemName string) string { var newContent string newContent = templateContent
//replace <konstrui-repeatJSON>
if strings.Contains(newContent, "<konstrui-repeatJSON") && strings.Contains(newContent, "</konstrui-repeatJSON>") { //get content inside tags
//get tags, and split by tags, get the content between tags
extracted := extractText(newContent, "<konstrui-repeatJSON", "</konstrui-repeatJSON>") //for each project, putDataInTemplate data:entries, template: content inside tags
var replaced string //for _, entry := range entries {
children, _ := jsonData.S().Children() for _, child := range children { var entry dataEntry color.Red("BBBBB") replaced = replaced + replaceEntry(extracted, entry, child, elemName) } fragmentLines := getLines(replaced) fragmentLines = deleteArrayElementsWithString(fragmentLines, "konstrui-repeatJSON") //afegir fragment al newContent, substituint el fragment original
lines := getLines(templateContent) p := locateStringInArray(lines, "konstrui-repeatJSON") lines = deleteLinesBetween(lines, p[0], p[1]) lines = addElementsToArrayPosition(lines, fragmentLines, p[0]) templateContent = concatStringsWithJumps(lines) }
return templateContent } func konstruiRepeatJSON(templateContent string) string { if strings.Contains(templateContent, "<konstrui-repeatJSON") { dataPath, _ := getTagParameters(templateContent, "konstrui-repeatJSON", "repeatJSON", "nil") dataPath = strings.Replace(dataPath, "\n", "", -1) entries, jsonData := getDataFromJson(rawFolderPath + "/" + dataPath) templateContent = konstruiRepeatJSONPartTwo(templateContent, entries, jsonData, "") } return templateContent } func konstruiRepeatElem(templateContent string, entry dataEntry, jsonData *gabs.Container) string { if strings.Contains(templateContent, "<konstrui-repeatElem") { elemName, _ := getTagParameters(templateContent, "konstrui-repeatElem", "repeatElem", "nil") color.Red(elemName) elemEntries := getElemFromObj(entry, elemName) templateContent = konstruiRepeatJSONPartTwo(templateContent, elemEntries, jsonData, elemName) } return templateContent } func getElemFromObj(entry dataEntry, elemName string) []dataEntry { var elemEntries []dataEntry fmt.Println(elemName) fmt.Println(entry) return elemEntries } func konstruiSimpleVars(template string, entries []dataEntry, jsonData *gabs.Container) string { //now, replace simple templating variables {{vars}}
for _, entry := range entries { template = replaceEntry(template, entry, jsonData, "") } return template } func konstruiTemplate(templateContent string) string { var result string lines := getLines(templateContent) for _, line := range lines { if strings.Contains(line, "<konstrui-template") && strings.Contains(line, "</konstrui-template>") { templatePath, data := getTagParameters(line, "konstrui-template", "html", "data") result = result + useKonstruiTemplate(templatePath, data) + "\n" } else { result = result + line + "\n" } } return result } func useKonstruiTemplate(templatePath string, dataPath string) string { filepath := rawFolderPath + "/" + templatePath templateContent := readFile(filepath) entries, jsonData := getDataFromJson(rawFolderPath + "/" + dataPath) generated := konstruiRepeatJSONPartTwo(templateContent, entries, jsonData, "") generated = konstruiSimpleVars(generated, entries, jsonData) return generated } func getTagParameters(line string, tagname string, param1 string, param2 string) (string, string) { var param1content string var param2content string line = strings.Replace(line, "<"+tagname+" ", "", -1) line = strings.Replace(line, "></"+tagname+">", "", -1) attributes := strings.Split(line, " ") for i := 0; i < len(attributes); i++ { attSplitted := strings.Split(attributes[i], "=") if attSplitted[0] == param1 { param1content = strings.Replace(attSplitted[1], `"`, "", -1) param1content = strings.Replace(param1content, ">", "", -1) } if attSplitted[0] == param2 { param2content = strings.Replace(attSplitted[1], `"`, "", -1) param2content = strings.Replace(param2content, ">", "", -1) } } return param1content, param2content }
func startTemplating(folderPath string, newDir string) { //FILES
//do templating for each file in konstruiConfig.Files
//konstrui-template
for i := 0; i < len(konstruiConfig.Files); i++ { fName := konstruiConfig.Files[i] fileContent := readFile(folderPath + "/" + fName) fileContent = konstruiTemplate(fileContent) generatedPage := konstruiRepeatJSON(fileContent) writeFile(newDir+"/"+fName, generatedPage) } //REPEATPAGES
//do templating for the file pages in konstruiConfig.RepeatPages
c.Cyan("starting to generate Pages to repeat") for i := 0; i < len(konstruiConfig.RepeatPages); i++ { pageTemplate, data, jsonData := getHtmlAndDataFromRepeatPages(konstruiConfig.RepeatPages[i]) for j := 0; j < len(data); j++ { var dataArray []dataEntry dataArray = append(dataArray, data[j]) generatedPage := konstruiRepeatJSONPartTwo(pageTemplate, dataArray, jsonData, "") generatedPage = konstruiRepeatElem(generatedPage, dataArray[0], jsonData) generatedPage = konstruiSimpleVars(generatedPage, dataArray, jsonData) writeFile(newDir+"/"+data[j]["pageName"]+"Page.html", generatedPage) } } //COPYRAW
//copy the konstruiConfig.CopyRaw files without modificate them
for i := 0; i < len(konstruiConfig.CopyRaw); i++ { fName := konstruiConfig.CopyRaw[i] c.Yellow(fName) fileNameSplitted := strings.Split(fName, ".") if len(fileNameSplitted) > 1 { //is a file
copyFileRaw(folderPath, fName, newDir) } else { //is a directory
c.Red(folderPath + "/" + fName) copyDirRaw(folderPath, fName, newDir) } } }
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