allow translation of Content and ToolTips
gabrielburnworth
parent
3d3e16d61c
commit
f2a3f826c0
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@ -1,170 +1,175 @@
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var HelperNamespace = (function () {
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/**
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* @desc Build a list of all the files that are children of the root isDirectory
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* @param {string} dir The rot isDirectory
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* @param {list} filelist The list of the directories/files already detected
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* @param {string} ext The extension to filter for the files
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*/
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function walkSync(dir, filelist, ext) {
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var path = path || require('path');
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var fs = fs || require('fs'),
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files = fs.readdirSync(dir);
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filelist = filelist || [];
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files.forEach(function (file) {
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if (fs.statSync(path.join(dir, file)).isDirectory()) {
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filelist = walkSync(path.join(dir, file), filelist, ext);
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}
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else {
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if (file.indexOf(ext) > 0)
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filelist.push(path.join(dir, file));
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}
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});
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return filelist;
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};
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/**
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* @desc Build a list of all the files that are children of the root isDirectory
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* @param {string} dir The rot isDirectory
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* @param {list} filelist The list of the directories/files already detected
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* @param {string} ext The extension to filter for the files
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*/
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function walkSync(dir, filelist, ext) {
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var path = path || require('path');
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var fs = fs || require('fs'),
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files = fs.readdirSync(dir);
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filelist = filelist || [];
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files.forEach(function (file) {
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if (fs.statSync(path.join(dir, file)).isDirectory()) {
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filelist = walkSync(path.join(dir, file), filelist, ext);
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}
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else {
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if (file.indexOf(ext) > 0)
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filelist.push(path.join(dir, file));
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}
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});
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return filelist;
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};
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/**
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* @desc search in the file in parameter to detect the tags
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*/
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function searchInFile(path) {
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/* some tags could be missed in this regex
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We detect all the tags in the code
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regex is matching:
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'.t("")' or '{t("")' or ' t("")' or '(t("")' or
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'.t(``)' or '{t(``)' or ' t(``)' or '(t(``)'*/
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var REGEX = /[.{(\s]t\(["`]([\w\s{}().,:'\-=\\?!]*)["`].*\)/g;
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/**
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* @desc search in the file in parameter to detect the tags
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*/
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function searchInFile(path, regex) {
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var fs = fs || require('fs')
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// load the file
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var fileContent = fs.readFileSync(path, 'utf8');
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var strArray = [];
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// match all the groups
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var match = regex.exec(fileContent);
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while (match != null) {
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strArray.push(match[1].replace(/\s+/g, " "))
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match = regex.exec(fileContent);
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}
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return strArray;
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}
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// '.t("")' or '{t("")' or ' t("")' or '(t("")' or
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// '.t(``)' or '{t(``)' or ' t(``)' or '(t(``)'
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var T_REGEX = /[.{(\s]t\(["`]([\w\s{}().,:'\-=\\?!]*)["`].*\)/g;
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// '``'
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var C_REGEX = /[`]([\w\s{}().,:'\-=\\?!]*)[`].*/g;
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/**
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* Get all the tags in the files with extension .ts of the current project
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*/
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function getAllTags() {
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const srcPath = __dirname + '/../../../';
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var listFilteredFiles = walkSync(srcPath, [], '.ts');
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var allTags = listFilteredFiles.map(function (x) {
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return searchInFile(x, T_REGEX)
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});
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var constantsTags = searchInFile(srcPath + 'webpack/constants.ts', C_REGEX);
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//flatten list of list in a simple list
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var flatAllTags = [].concat.apply([], allTags);
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var flatConstantsTags = [].concat.apply([], constantsTags);
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var flattenedTags = [].concat.apply([], [flatAllTags, flatConstantsTags]);
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//distinct
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var uniq = Array.from(new Set(flattenedTags));
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var sorted = uniq.sort(function (a, b) { return a.localeCompare(b); });
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return sorted;
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}
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/**
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* For debugging
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*/
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function logAllTags() {
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console.dir(getAllTags());
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}
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/**
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* Create the translation file or update it with new tags
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* The tags are in the following order:
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* 1. New tags in English that need to be translated (ASC)
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* 2. Tags already translated, and kept because it match an existing tag in src (ASC)
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* 3. Tags already in the file before but not found at the moment in the src (ASC)
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* @param {string} lang The short name of the language. for the language in parameter
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*/
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function createOrUpdateTranslationFile(lang) {
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lang = lang || 'en';
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//check current file entry
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const langFilePath = __dirname + '/' + lang + '.js';
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var fs = fs || require('fs')
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try {
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var columnsResult = HelperNamespace.getAllTags();
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var jsonCurrentTagData = {};
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columnsResult.forEach(function (column) {
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jsonCurrentTagData[column] = column;
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});
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var ordered = {};
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var fileContent;
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try {
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//check the file can be opened
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var stats = fs.statSync(langFilePath);
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var fs = fs || require('fs')
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// load the file
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var fileContent = fs.readFileSync(path, 'utf8');
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var strArray = [];
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//match all the groups
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var match = REGEX.exec(fileContent);
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while (match != null) {
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strArray.push(match[1].replace(/\s+/g, " "))
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match = REGEX.exec(fileContent);
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var fileContent = fs.readFileSync(langFilePath, 'utf8');
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console.log("Current file content: ");
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console.log(fileContent);
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}
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catch (e) { // do this
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console.log("we will create the file: " + langFilePath);
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//If there is no current file, we will create it
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};
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try {
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if (fileContent != undefined) {
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var jsonContent = fileContent
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.replace("module.exports = ", "")
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//regex to delete all comments // and :* in the JSON file
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.replace(/(\/\*(\n|\r|.)*\*\/)|(\/\/.*(\n|\r))/g, "");
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var jsonParsed = JSON.parse(jsonContent);
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Object.keys(jsonParsed).sort().forEach(function (key) {
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ordered[key] = jsonParsed[key];
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});
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}
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return strArray;
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}
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} catch (e) {
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console.log("file: " + langFilePath + " contains an error: " + e);
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//If there is an error with the current file content, abort
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return;
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}
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/**
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* Get all the tags in the files with extension .ts of the current project
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*/
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function getAllTags() {
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const srcPath = __dirname + '/../../../';
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var listFilteredFiles = walkSync(srcPath, [], '.ts');
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var allTags = listFilteredFiles.map(function(x) {return searchInFile(x)} );
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//flatten list of list in a simple list
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var flattenedTags = [].concat.apply([], allTags);
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//distinct
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var uniq = Array.from(new Set(flattenedTags));
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var sorted = uniq.sort(function (a, b) { return a.localeCompare(b); });
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return sorted;
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}
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/**
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* For debugging
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*/
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function logAllTags() {
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console.dir(getAllTags());
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}
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/**
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* Create the translation file or update it with new tags
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* The tags are in the following order:
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* 1. New tags in English that need to be translated (ASC)
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* 2. Tags already translated, and kept because it match an existing tag in src (ASC)
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* 3. Tags already in the file before but not found at the moment in the src (ASC)
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* @param {string} lang The short name of the language. for the language in parameter
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*/
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function createOrUpdateTranslationFile(lang) {
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lang = lang || 'en';
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//check current file entry
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const langFilePath = __dirname + '/' + lang + '.js';
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var fs = fs || require('fs')
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try {
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var columnsResult = HelperNamespace.getAllTags();
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var jsonCurrentTagData = {};
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columnsResult.forEach(function (column) {
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jsonCurrentTagData[column] = column;
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});
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var ordered = {};
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var fileContent;
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try {
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//check the file can be opened
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var stats = fs.statSync(langFilePath);
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// load the file
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var fileContent = fs.readFileSync(langFilePath, 'utf8');
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console.log("Current file content: ");
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console.log(fileContent);
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}
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catch (e) { // do this
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console.log("we will create the file: " + langFilePath);
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//If there is no current file, we will create it
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};
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try {
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if (fileContent != undefined) {
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var jsonContent = fileContent
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.replace("module.exports = ", "")
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//regex to delete all comments // and :* in the JSON file
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.replace(/(\/\*(\n|\r|.)*\*\/)|(\/\/.*(\n|\r))/g, "");
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var jsonParsed = JSON.parse(jsonContent);
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Object.keys(jsonParsed).sort().forEach(function (key) {
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ordered[key] = jsonParsed[key];
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});
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}
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} catch (e) {
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console.log("file: " + langFilePath + " contains an error: " + e);
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//If there is an error with the current file content, abort
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return;
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}
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// merge new tags with existing translation
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var result = {};
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var unexistingTag = {};
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// all current tags in English
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for (var key in jsonCurrentTagData) result[key] = jsonCurrentTagData[key];
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for (var key in ordered) {
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// replace current tag with an existing translation
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if (result.hasOwnProperty(key)) {
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delete result[key];
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result[key] = ordered[key];
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}
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// if the tag doesn't exist but a translation exists,
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// put the key/value at the end of the json
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else {
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unexistingTag[key] = ordered[key];
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}
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}
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for (var key in unexistingTag) result[key] = unexistingTag[key];
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var stringJson = JSON.stringify(result, null, " ");
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var newFileContent = "module.exports = " + stringJson;
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fs.writeFileSync(langFilePath, newFileContent);
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} catch (e) {
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console.log("file: " + langFilePath + ". error append: " + e);
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// merge new tags with existing translation
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var result = {};
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var unexistingTag = {};
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// all current tags in English
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for (var key in jsonCurrentTagData) result[key] = jsonCurrentTagData[key];
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for (var key in ordered) {
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// replace current tag with an existing translation
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if (result.hasOwnProperty(key)) {
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delete result[key];
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result[key] = ordered[key];
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}
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}
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// if the tag doesn't exist but a translation exists,
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// put the key/value at the end of the json
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else {
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unexistingTag[key] = ordered[key];
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}
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}
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for (var key in unexistingTag) result[key] = unexistingTag[key];
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//public functions
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return {
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logAllTags: logAllTags,
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getAllTags: getAllTags,
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createOrUpdateTranslationFile: createOrUpdateTranslationFile
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};
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var stringJson = JSON.stringify(result, null, " ");
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var newFileContent = "module.exports = " + stringJson;
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fs.writeFileSync(langFilePath, newFileContent);
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} catch (e) {
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console.log("file: " + langFilePath + ". error append: " + e);
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}
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}
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//public functions
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return {
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logAllTags: logAllTags,
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getAllTags: getAllTags,
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createOrUpdateTranslationFile: createOrUpdateTranslationFile
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};
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})();
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// Need to run this cmd in this folder: node _helper.js
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@ -11,7 +11,7 @@ export class LabsFeatures extends React.Component<{}, {}> {
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render() {
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return <Widget className="peripherals-widget">
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<WidgetHeader title={t("App Settings")}
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helpText={t(ToolTips.LABS)}>
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helpText={ToolTips.LABS}>
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</WidgetHeader>
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<WidgetBody>
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<LabsFeaturesList onToggle={(x) => {
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@ -4,171 +4,171 @@ export namespace ToolTips {
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// Controls
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export const MOVE =
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`Use these manual control buttons to move FarmBot in realtime. Press the
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trim(`Use these manual control buttons to move FarmBot in realtime. Press the
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arrows for relative movements or type in new coordinates and press GO for an
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absolute movement. Tip: Press the Home button when you are done so FarmBot
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is ready to get back to work.`;
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is ready to get back to work.`);
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export const WEBCAM =
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`If you have a webcam, you can view the video stream in this widget.
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Press the edit button to update and save your webcam URL.`;
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trim(`If you have a webcam, you can view the video stream in this widget.
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Press the edit button to update and save your webcam URL.`);
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export const PERIPHERALS =
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`Use these toggle switches to control FarmBot's peripherals in realtime. To
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edit and create new peripherals, press the EDIT button. Make sure to turn
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things off when you're done!`;
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trim(`Use these toggle switches to control FarmBot's peripherals in realtime.
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To edit and create new peripherals, press the EDIT button. Make sure to turn
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things off when you're done!`);
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// Device
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export const OS_SETTINGS =
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`View and change device settings.`;
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trim(`View and change device settings.`);
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export const HW_SETTINGS =
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`Change settings of your FarmBot hardware with the fields below. Caution:
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trim(`Change settings of your FarmBot hardware with the fields below. Caution:
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Changing these settings to extreme values can cause hardware malfunction.
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Make sure to test any new settings before letting your FarmBot use them
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unsupervised. Tip: Recalibrate FarmBot after changing settings and test a
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few sequences to verify that everything works as expected.`;
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few sequences to verify that everything works as expected.`);
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export const PIN_BINDINGS =
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`Assign a sequence to execute when a Raspberry Pi GPIO pin is activated.`;
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trim(`Assign a sequence to execute when a Raspberry Pi GPIO pin is activated.`);
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// Connectivity
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export const CONNECTIVITY =
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`Diagnose connectivity issues with FarmBot and the browser.`;
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trim(`Diagnose connectivity issues with FarmBot and the browser.`);
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// Hardware Settings: Homing and Calibration
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export const HOMING =
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`(Alpha) If encoders or end-stops are enabled, home axis (find zero).`;
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trim(`(Alpha) If encoders or end-stops are enabled, home axis (find zero).`);
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export const CALIBRATION =
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`(Alpha) If encoders or end-stops are enabled, home axis and determine
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maximum.`;
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trim(`(Alpha) If encoders or end-stops are enabled, home axis and determine
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maximum.`);
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export const SET_ZERO_POSITION =
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`Set the current location as zero.`;
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trim(`Set the current location as zero.`);
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export const FIND_HOME_ON_BOOT =
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`If encoders or end-stops are enabled, find the home position when the
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trim(`If encoders or end-stops are enabled, find the home position when the
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device powers on. Warning! This will perform homing on all axes when the
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device powers on. Encoders or endstops must be enabled. It is recommended
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to make sure homing works properly before enabling this feature.`;
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to make sure homing works properly before enabling this feature.`);
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export const STOP_AT_HOME =
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`Stop at the home location of the axis.`;
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trim(`Stop at the home location of the axis.`);
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export const STOP_AT_MAX =
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`Don't allow movement past the maximum value provided in AXIS LENGTH.`;
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trim(`Don't allow movement past the maximum value provided in AXIS LENGTH.`);
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export const NEGATIVE_COORDINATES_ONLY =
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`Restrict travel to negative coordinate locations. Overridden by disabling
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STOP AT HOME.`;
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trim(`Restrict travel to negative coordinate locations. Overridden by
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disabling STOP AT HOME.`);
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export const LENGTH =
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`Set the length of each axis to provide software limits. Used only if
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STOP AT MAX is enabled.`;
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trim(`Set the length of each axis to provide software limits. Used only if
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STOP AT MAX is enabled.`);
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export const TIMEOUT_AFTER =
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`Amount of time to wait for a command to execute before stopping.`;
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trim(`Amount of time to wait for a command to execute before stopping.`);
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// Hardware Settings: Motors
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export const MAX_MOVEMENT_RETRIES =
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`Number of times to retry a movement before stopping.`;
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trim(`Number of times to retry a movement before stopping.`);
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export const E_STOP_ON_MOV_ERR =
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`Emergency stop if movement is not complete after the maximum number of
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retries.`;
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trim(`Emergency stop if movement is not complete after the maximum number of
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retries.`);
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export const MAX_SPEED =
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`Maximum travel speed after acceleration in motor steps per second.`;
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trim(`Maximum travel speed after acceleration in motor steps per second.`);
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export const HOME_SPEED =
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`Home position adjustment travel speed (homing and calibration)
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in motor steps per second.`;
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trim(`Home position adjustment travel speed (homing and calibration)
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in motor steps per second.`);
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export const MIN_SPEED =
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`Minimum movement speed in motor steps per second. Also used for homing
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and calibration.`;
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trim(`Minimum movement speed in motor steps per second. Also used for homing
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and calibration.`);
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export const ACCELERATE_FOR =
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`Number of steps used for acceleration and deceleration.`;
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trim(`Number of steps used for acceleration and deceleration.`);
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|
||||
export const STEPS_PER_MM =
|
||||
`The number of motor steps required to move the axis one millimeter.`;
|
||||
trim(`The number of motor steps required to move the axis one millimeter.`);
|
||||
|
||||
export const ALWAYS_POWER_MOTORS =
|
||||
`Keep power applied to motors. Prevents slipping from gravity in certain
|
||||
situations.`;
|
||||
trim(`Keep power applied to motors. Prevents slipping from gravity in certain
|
||||
situations.`);
|
||||
|
||||
export const INVERT_MOTORS =
|
||||
`Invert direction of motor during calibration.`;
|
||||
trim(`Invert direction of motor during calibration.`);
|
||||
|
||||
export const ENABLE_X2_MOTOR =
|
||||
`Enable use of a second x-axis motor. Connects to E0 on RAMPS.`;
|
||||
trim(`Enable use of a second x-axis motor. Connects to E0 on RAMPS.`);
|
||||
|
||||
// Hardware Settings: Encoders and Endstops
|
||||
export const ENABLE_ENCODERS =
|
||||
`(Alpha) Enable use of rotary encoders during calibration and homing.`;
|
||||
trim(`(Alpha) Enable use of rotary encoders during calibration and homing.`);
|
||||
|
||||
export const ENCODER_POSITIONING =
|
||||
`[EXPERIMENTAL] Use encoders for positioning.`;
|
||||
trim(`[EXPERIMENTAL] Use encoders for positioning.`);
|
||||
|
||||
export const INVERT_ENCODERS =
|
||||
`(Alpha) Reverse the direction of encoder position reading.`;
|
||||
trim(`(Alpha) Reverse the direction of encoder position reading.`);
|
||||
|
||||
export const MAX_MISSED_STEPS =
|
||||
`(Alpha) Number of steps missed (determined by encoder) before motor is
|
||||
considered to have stalled.`;
|
||||
trim(`(Alpha) Number of steps missed (determined by encoder) before motor is
|
||||
considered to have stalled.`);
|
||||
|
||||
export const ENCODER_MISSED_STEP_DECAY =
|
||||
`(Alpha) Reduction to missed step total for every good step.`;
|
||||
trim(`(Alpha) Reduction to missed step total for every good step.`);
|
||||
|
||||
export const ENCODER_SCALING =
|
||||
`(Alpha) encoder scaling factor = 100 * (motor resolution * microsteps) /
|
||||
(encoder resolution).`;
|
||||
trim(`(Alpha) encoder scaling factor = 100 * (motor resolution * microsteps)
|
||||
/ (encoder resolution).`);
|
||||
|
||||
export const ENABLE_ENDSTOPS =
|
||||
`Enable use of electronic end-stops during calibration and homing.`;
|
||||
trim(`Enable use of electronic end-stops during calibration and homing.`);
|
||||
|
||||
export const INVERT_ENDPOINTS =
|
||||
`Swap axis end-stops during calibration.`;
|
||||
trim(`Swap axis end-stops during calibration.`);
|
||||
|
||||
// Hardware Settings: Pin Guard
|
||||
export const PIN_GUARD_PIN_NUMBER =
|
||||
`The number of the pin to guard. This pin will be set to the specified
|
||||
state after the duration specified by TIMEOUT.`;
|
||||
trim(`The number of the pin to guard. This pin will be set to the specified
|
||||
state after the duration specified by TIMEOUT.`);
|
||||
|
||||
// Farmware
|
||||
export const FARMWARE =
|
||||
`Manage Farmware (plugins).`;
|
||||
trim(`Manage Farmware (plugins).`);
|
||||
|
||||
export const PHOTOS =
|
||||
`Take and view photos with your FarmBot's camera.`;
|
||||
trim(`Take and view photos with your FarmBot's camera.`);
|
||||
|
||||
export const WEED_DETECTOR =
|
||||
`Detect weeds using FarmBot's camera and display them on the Farm Designer
|
||||
map.`;
|
||||
trim(`Detect weeds using FarmBot's camera and display them on the
|
||||
Farm Designer map.`);
|
||||
|
||||
export const CAMERA_CALIBRATION =
|
||||
`Calibrate FarmBot's camera for use in the weed detection software.`;
|
||||
trim(`Calibrate FarmBot's camera for use in the weed detection software.`);
|
||||
|
||||
// Sequences
|
||||
export const SEQUENCE_COMMANDS =
|
||||
`These are the most basic commands FarmBot can execute. Drag and drop them
|
||||
to create sequences for watering, planting seeds, measuring soil properties,
|
||||
and more.`;
|
||||
trim(`These are the most basic commands FarmBot can execute. Drag and drop
|
||||
them to create sequences for watering, planting seeds, measuring soil
|
||||
properties, and more.`);
|
||||
|
||||
export const SEQUENCE_EDITOR =
|
||||
`Drag and drop commands here to create sequences for watering, planting
|
||||
trim(`Drag and drop commands here to create sequences for watering, planting
|
||||
seeds, measuring soil properties, and more. Press the Test button to
|
||||
immediately try your sequence with FarmBot. You can also edit, copy, and
|
||||
delete existing sequences; assign a color; and give your commands custom
|
||||
names.`;
|
||||
names.`);
|
||||
|
||||
export const SEQUENCE_LIST =
|
||||
`Here is the list of all of your sequences. Click one to edit.`;
|
||||
trim(`Here is the list of all of your sequences. Click one to edit.`);
|
||||
|
||||
export const MOVE_ABSOLUTE =
|
||||
`The Move Absolute step instructs FarmBot to move to the specified
|
||||
trim(`The Move Absolute step instructs FarmBot to move to the specified
|
||||
coordinate regardless of the current position. For example, if FarmBot is
|
||||
currently at X=1000, Y=1000 and it receives a Move Absolute where X=0 and
|
||||
Y=3000, then FarmBot will move to X=0, Y=3000. If FarmBot must move in
|
||||
|
|
@ -177,110 +177,114 @@ export namespace ToolTips {
|
|||
Offsets allow you to more easily instruct FarmBot to move to a location,
|
||||
but offset from it by the specified amount. For example moving to just
|
||||
above where a peripheral is located. Using offsets lets FarmBot do the
|
||||
math for you.`;
|
||||
math for you.`);
|
||||
|
||||
export const MOVE_RELATIVE =
|
||||
`The Move Relative step instructs FarmBot to move the specified distance
|
||||
trim(`The Move Relative step instructs FarmBot to move the specified distance
|
||||
from its current location. For example, if FarmBot is currently at X=1000,
|
||||
Y=1000 and it receives a Move Relative where X=0 and Y=3000, then FarmBot
|
||||
will move to X=1000, Y=4000. If FarmBot must move in multiple directions,
|
||||
it will move diagonally. If you require straight movements along one axis
|
||||
at a time, use multiple Move Relative steps. Move Relative steps should be
|
||||
preceded by a Move Absolute step to ensure you are starting from a known
|
||||
location.`;
|
||||
location.`);
|
||||
|
||||
export const WRITE_PIN =
|
||||
`The Write Pin step instructs FarmBot to set the specified pin on the
|
||||
trim(`The Write Pin step instructs FarmBot to set the specified pin on the
|
||||
Arduino to the specified mode and value. Use the digital pin mode for
|
||||
on (1) and off (0) control, and analog pin mode for PWM (pulse width
|
||||
modulation) (0-255).`;
|
||||
modulation) (0-255).`);
|
||||
|
||||
export const READ_PIN =
|
||||
`The Read Pin step instructs FarmBot to read the current value of the
|
||||
trim(`The Read Pin step instructs FarmBot to read the current value of the
|
||||
specified pin. Pin Mode: Use digital for a 0 (LOW) or 1 (HIGH) response,
|
||||
and analog for a voltage reading (0-1023 for 0-5V).`;
|
||||
and analog for a voltage reading (0-1023 for 0-5V).`);
|
||||
|
||||
export const WAIT =
|
||||
`The Wait step instructs FarmBot to wait for the specified amount of time.
|
||||
Use it in combination with the Pin Write step to water for a length of
|
||||
time.`;
|
||||
trim(`The Wait step instructs FarmBot to wait for the specified amount
|
||||
of time. Use it in combination with the Pin Write step to water for a
|
||||
length of time.`);
|
||||
|
||||
export const SEND_MESSAGE =
|
||||
`The Send Message step instructs FarmBot to send a custom message to the
|
||||
logs (and toast message and/or email, if selected). This can help you with
|
||||
debugging your sequences.`;
|
||||
trim(`The Send Message step instructs FarmBot to send a custom message
|
||||
to the logs (and toast message and/or email, if selected). This can
|
||||
help you with debugging your sequences.`);
|
||||
|
||||
export const FIND_HOME =
|
||||
`The Find Home step instructs the device to perform a homing command to
|
||||
find and set zero for the chosen axis or axes.`;
|
||||
trim(`The Find Home step instructs the device to perform a homing
|
||||
command to find and set zero for the chosen axis or axes.`);
|
||||
|
||||
export const IF =
|
||||
`Execute a sequence if a condition is satisfied. If the condition is not
|
||||
satisfied, chose to do nothing or execute a different sequence.`;
|
||||
trim(`Execute a sequence if a condition is satisfied. If the condition
|
||||
is not satisfied, chose to do nothing or execute a different sequence.`);
|
||||
|
||||
export const EXECUTE_SEQUENCE =
|
||||
`Executes another sequence.`;
|
||||
trim(`Executes another sequence.`);
|
||||
|
||||
export const EXECUTE_SCRIPT = `The Run Farmware step runs a Farmware package.
|
||||
Visit the Farmware page to install and manage Farmware.`;
|
||||
export const EXECUTE_SCRIPT =
|
||||
trim(`The Run Farmware step runs a Farmware package.
|
||||
Visit the Farmware page to install and manage Farmware.`);
|
||||
|
||||
export const TAKE_PHOTO =
|
||||
`Snaps a photo using the device camera. Select the camera type on the
|
||||
Device page.`;
|
||||
trim(`Snaps a photo using the device camera. Select the camera type on the
|
||||
Device page.`);
|
||||
|
||||
// Regimens
|
||||
export const BULK_SCHEDULER =
|
||||
`Add sequences to your regimen by selecting a sequence from the drop down,
|
||||
specifying a time, choosing which days it should run on, and then clicking
|
||||
the + button. For example: a Seeding sequence might be scheduled for Day 1,
|
||||
while a Watering sequence would be scheduled to run every other day.`;
|
||||
trim(`Add sequences to your regimen by selecting a sequence from the
|
||||
drop down, specifying a time, choosing which days it should run on,
|
||||
and then clicking the + button. For example: a Seeding sequence might
|
||||
be scheduled for Day 1, while a Watering sequence would be scheduled
|
||||
to run every other day.`);
|
||||
|
||||
export const REGIMEN_EDITOR =
|
||||
`Regimens allow FarmBot to take care of a plant throughout its entire life.
|
||||
A regimen consists of many sequences that are scheduled to run based on the
|
||||
age of the plant. Regimens are applied to plants from the farm designer
|
||||
(coming soon) and can be re-used on many plants growing at the same or
|
||||
different times. Multiple regimens can be applied to any one plant.`;
|
||||
trim(`Regimens allow FarmBot to take care of a plant throughout its
|
||||
entire life. A regimen consists of many sequences that are scheduled
|
||||
to run based on the age of the plant. Regimens are applied to plants
|
||||
from the farm designer (coming soon) and can be re-used on many plants
|
||||
growing at the same or different times. Multiple regimens can be
|
||||
applied to any one plant.`);
|
||||
|
||||
export const REGIMEN_LIST =
|
||||
`This is a list of all of your regimens. Click one to begin editing it.`;
|
||||
trim(`This is a list of all of your regimens. Click one to begin
|
||||
editing it.`);
|
||||
|
||||
// Tools
|
||||
export const TOOL_LIST =
|
||||
`This is a list of all your FarmBot Tools. Click the Edit button to add,
|
||||
edit, or delete tools.`;
|
||||
trim(`This is a list of all your FarmBot Tools. Click the Edit button
|
||||
to add, edit, or delete tools.`);
|
||||
|
||||
export const TOOLBAY_LIST =
|
||||
`Toolbays are where you store your FarmBot Tools. Each Toolbay has Slots
|
||||
that you can put your Tools in, which should be reflective of your real
|
||||
FarmBot hardware configuration.`;
|
||||
trim(`Toolbays are where you store your FarmBot Tools. Each Toolbay
|
||||
has Slots that you can put your Tools in, which should be reflective
|
||||
of your real FarmBot hardware configuration.`);
|
||||
|
||||
// Logs
|
||||
export const LOGS =
|
||||
`View and filter log messages.`;
|
||||
trim(`View and filter log messages.`);
|
||||
|
||||
export const SEQUENCE_LOG_BEGIN =
|
||||
`Send a log message upon the start of sequence execution.`;
|
||||
trim(`Send a log message upon the start of sequence execution.`);
|
||||
|
||||
export const SEQUENCE_LOG_STEP =
|
||||
`Send a log message for each sequence step.`;
|
||||
trim(`Send a log message for each sequence step.`);
|
||||
|
||||
export const SEQUENCE_LOG_END =
|
||||
`Send a log message upon the end of sequence execution.`;
|
||||
trim(`Send a log message upon the end of sequence execution.`);
|
||||
|
||||
export const FIRMWARE_LOG_SENT =
|
||||
`Log all commands sent to firmware (clears after refresh).`;
|
||||
trim(`Log all commands sent to firmware (clears after refresh).`);
|
||||
|
||||
export const FIRMWARE_LOG_RECEIVED =
|
||||
`Log all responses received from firmware (clears after refresh).
|
||||
Warning: extremely verbose.`;
|
||||
trim(`Log all responses received from firmware (clears after refresh).
|
||||
Warning: extremely verbose.`);
|
||||
|
||||
export const FIRMWARE_DEBUG_MESSAGES =
|
||||
`Log all debug received from firmware (clears after refresh).`;
|
||||
trim(`Log all debug received from firmware (clears after refresh).`);
|
||||
|
||||
// App
|
||||
export const LABS =
|
||||
`Customize your web app experience.`;
|
||||
trim(`Customize your web app experience.`);
|
||||
}
|
||||
|
||||
export namespace Content {
|
||||
|
|
@ -426,8 +430,8 @@ export namespace Content {
|
|||
|
||||
export const FARM_EVENT_TZ_WARNING =
|
||||
trim(`Note: Times displayed according to FarmBot's local time, which
|
||||
is currently different from your browser's time. Timezone data is configurable
|
||||
on the Device page).`);
|
||||
is currently different from your browser's time. Timezone data is
|
||||
configurable on the Device page).`);
|
||||
|
||||
export const FIRST_PARTY_WARNING =
|
||||
trim(`Are you sure you want to delete this first party farmware?
|
||||
|
|
|
|||
|
|
@ -28,7 +28,7 @@ export function EncodersAndEndStops(props: EncodersProps) {
|
|||
<Collapse isOpen={!!encoders_and_endstops}>
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Enable Encoders")}
|
||||
tooltip={t(ToolTips.ENABLE_ENCODERS)}
|
||||
tooltip={ToolTips.ENABLE_ENCODERS}
|
||||
x={"encoder_enabled_x"}
|
||||
y={"encoder_enabled_y"}
|
||||
z={"encoder_enabled_z"}
|
||||
|
|
@ -36,7 +36,7 @@ export function EncodersAndEndStops(props: EncodersProps) {
|
|||
bot={bot} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Use Encoders for Positioning")}
|
||||
tooltip={t(ToolTips.ENCODER_POSITIONING)}
|
||||
tooltip={ToolTips.ENCODER_POSITIONING}
|
||||
x={"encoder_use_for_pos_x"}
|
||||
y={"encoder_use_for_pos_y"}
|
||||
z={"encoder_use_for_pos_z"}
|
||||
|
|
@ -45,7 +45,7 @@ export function EncodersAndEndStops(props: EncodersProps) {
|
|||
bot={bot} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Invert Encoders")}
|
||||
tooltip={t(ToolTips.INVERT_ENCODERS)}
|
||||
tooltip={ToolTips.INVERT_ENCODERS}
|
||||
x={"encoder_invert_x"}
|
||||
y={"encoder_invert_y"}
|
||||
z={"encoder_invert_z"}
|
||||
|
|
@ -54,7 +54,7 @@ export function EncodersAndEndStops(props: EncodersProps) {
|
|||
bot={bot} />
|
||||
<NumericMCUInputGroup
|
||||
name={t("Max Missed Steps")}
|
||||
tooltip={t(ToolTips.MAX_MISSED_STEPS)}
|
||||
tooltip={ToolTips.MAX_MISSED_STEPS}
|
||||
x={"encoder_missed_steps_max_x"}
|
||||
y={"encoder_missed_steps_max_y"}
|
||||
z={"encoder_missed_steps_max_z"}
|
||||
|
|
@ -63,7 +63,7 @@ export function EncodersAndEndStops(props: EncodersProps) {
|
|||
dispatch={dispatch} />
|
||||
<NumericMCUInputGroup
|
||||
name={t("Encoder Missed Step Decay")}
|
||||
tooltip={t(ToolTips.ENCODER_MISSED_STEP_DECAY)}
|
||||
tooltip={ToolTips.ENCODER_MISSED_STEP_DECAY}
|
||||
x={"encoder_missed_steps_decay_x"}
|
||||
y={"encoder_missed_steps_decay_y"}
|
||||
z={"encoder_missed_steps_decay_z"}
|
||||
|
|
@ -72,7 +72,7 @@ export function EncodersAndEndStops(props: EncodersProps) {
|
|||
dispatch={dispatch} />
|
||||
<NumericMCUInputGroup
|
||||
name={t("Encoder Scaling")}
|
||||
tooltip={t(ToolTips.ENCODER_SCALING)}
|
||||
tooltip={ToolTips.ENCODER_SCALING}
|
||||
x={"encoder_scaling_x"}
|
||||
y={"encoder_scaling_y"}
|
||||
z={"encoder_scaling_z"}
|
||||
|
|
@ -81,7 +81,7 @@ export function EncodersAndEndStops(props: EncodersProps) {
|
|||
dispatch={dispatch} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Enable Endstops")}
|
||||
tooltip={t(ToolTips.ENABLE_ENDSTOPS)}
|
||||
tooltip={ToolTips.ENABLE_ENDSTOPS}
|
||||
x={"movement_enable_endpoints_x"}
|
||||
y={"movement_enable_endpoints_y"}
|
||||
z={"movement_enable_endpoints_z"}
|
||||
|
|
@ -89,7 +89,7 @@ export function EncodersAndEndStops(props: EncodersProps) {
|
|||
bot={bot} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Invert Endstops")}
|
||||
tooltip={t(ToolTips.INVERT_ENDPOINTS)}
|
||||
tooltip={ToolTips.INVERT_ENDPOINTS}
|
||||
x={"movement_invert_endpoints_x"}
|
||||
y={"movement_invert_endpoints_y"}
|
||||
z={"movement_invert_endpoints_z"}
|
||||
|
|
|
|||
|
|
@ -42,7 +42,7 @@ export function HomingAndCalibration(props: HomingAndCalibrationProps) {
|
|||
<ZeroRow />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Find Home on Boot")}
|
||||
tooltip={t(ToolTips.FIND_HOME_ON_BOOT)}
|
||||
tooltip={ToolTips.FIND_HOME_ON_BOOT}
|
||||
disable={disabled}
|
||||
x={"movement_home_at_boot_x"}
|
||||
y={"movement_home_at_boot_y"}
|
||||
|
|
@ -52,7 +52,7 @@ export function HomingAndCalibration(props: HomingAndCalibrationProps) {
|
|||
caution={true} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Stop at Home")}
|
||||
tooltip={t(ToolTips.STOP_AT_HOME)}
|
||||
tooltip={ToolTips.STOP_AT_HOME}
|
||||
x={"movement_stop_at_home_x"}
|
||||
y={"movement_stop_at_home_y"}
|
||||
z={"movement_stop_at_home_z"}
|
||||
|
|
@ -60,7 +60,7 @@ export function HomingAndCalibration(props: HomingAndCalibrationProps) {
|
|||
bot={bot} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Stop at Max")}
|
||||
tooltip={t(ToolTips.STOP_AT_MAX)}
|
||||
tooltip={ToolTips.STOP_AT_MAX}
|
||||
x={"movement_stop_at_max_x"}
|
||||
y={"movement_stop_at_max_y"}
|
||||
z={"movement_stop_at_max_z"}
|
||||
|
|
@ -68,7 +68,7 @@ export function HomingAndCalibration(props: HomingAndCalibrationProps) {
|
|||
bot={bot} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Negative Coordinates Only")}
|
||||
tooltip={t(ToolTips.NEGATIVE_COORDINATES_ONLY)}
|
||||
tooltip={ToolTips.NEGATIVE_COORDINATES_ONLY}
|
||||
x={"movement_home_up_x"}
|
||||
y={"movement_home_up_y"}
|
||||
z={"movement_home_up_z"}
|
||||
|
|
@ -76,7 +76,7 @@ export function HomingAndCalibration(props: HomingAndCalibrationProps) {
|
|||
bot={bot} />
|
||||
<NumericMCUInputGroup
|
||||
name={t("Axis Length (steps)")}
|
||||
tooltip={t(ToolTips.LENGTH)}
|
||||
tooltip={ToolTips.LENGTH}
|
||||
x={"movement_axis_nr_steps_x"}
|
||||
y={"movement_axis_nr_steps_y"}
|
||||
z={"movement_axis_nr_steps_z"}
|
||||
|
|
@ -90,7 +90,7 @@ export function HomingAndCalibration(props: HomingAndCalibrationProps) {
|
|||
intSize={axisLengthIntSize} />
|
||||
<NumericMCUInputGroup
|
||||
name={t("Timeout after (seconds)")}
|
||||
tooltip={t(ToolTips.TIMEOUT_AFTER)}
|
||||
tooltip={ToolTips.TIMEOUT_AFTER}
|
||||
x={"movement_timeout_x"}
|
||||
y={"movement_timeout_y"}
|
||||
z={"movement_timeout_z"}
|
||||
|
|
|
|||
|
|
@ -21,7 +21,7 @@ export function HomingRow(props: HomingRowProps) {
|
|||
<label>
|
||||
{t("HOMING")}
|
||||
</label>
|
||||
<SpacePanelToolTip tooltip={t(ToolTips.HOMING)} />
|
||||
<SpacePanelToolTip tooltip={ToolTips.HOMING} />
|
||||
</Col>
|
||||
{axisTrackingStatus(hardware)
|
||||
.map((row) => {
|
||||
|
|
|
|||
|
|
@ -20,7 +20,7 @@ export function StepsPerMmSettings(props: MotorsProps) {
|
|||
if (minFwVersionCheck(firmware_version, "5.0.5")) {
|
||||
return <NumericMCUInputGroup
|
||||
name={t("Steps per MM")}
|
||||
tooltip={t(ToolTips.STEPS_PER_MM)}
|
||||
tooltip={ToolTips.STEPS_PER_MM}
|
||||
x={"movement_step_per_mm_x"}
|
||||
y={"movement_step_per_mm_y"}
|
||||
z={"movement_step_per_mm_z"}
|
||||
|
|
@ -32,7 +32,7 @@ export function StepsPerMmSettings(props: MotorsProps) {
|
|||
<label>
|
||||
{t("Steps per MM")}
|
||||
</label>
|
||||
<SpacePanelToolTip tooltip={t(ToolTips.STEPS_PER_MM)} />
|
||||
<SpacePanelToolTip tooltip={ToolTips.STEPS_PER_MM} />
|
||||
</Col>
|
||||
<Col xs={2}>
|
||||
<BotConfigInputBox
|
||||
|
|
@ -74,7 +74,7 @@ export function Motors(props: MotorsProps) {
|
|||
<label>
|
||||
{t("Max Retries")}
|
||||
</label>
|
||||
<SpacePanelToolTip tooltip={t(ToolTips.MAX_MOVEMENT_RETRIES)} />
|
||||
<SpacePanelToolTip tooltip={ToolTips.MAX_MOVEMENT_RETRIES} />
|
||||
</Col>
|
||||
<Col xs={6}>
|
||||
<McuInputBox
|
||||
|
|
@ -88,7 +88,7 @@ export function Motors(props: MotorsProps) {
|
|||
<label>
|
||||
{t("E-Stop on Movement Error")}
|
||||
</label>
|
||||
<SpacePanelToolTip tooltip={t(ToolTips.E_STOP_ON_MOV_ERR)} />
|
||||
<SpacePanelToolTip tooltip={ToolTips.E_STOP_ON_MOV_ERR} />
|
||||
</Col>
|
||||
<Col xs={2} className={"centered-button-div"}>
|
||||
<ToggleButton
|
||||
|
|
@ -99,7 +99,7 @@ export function Motors(props: MotorsProps) {
|
|||
</Row>
|
||||
<NumericMCUInputGroup
|
||||
name={t("Max Speed (steps/s)")}
|
||||
tooltip={t(ToolTips.MAX_SPEED)}
|
||||
tooltip={ToolTips.MAX_SPEED}
|
||||
x={"movement_max_spd_x"}
|
||||
y={"movement_max_spd_y"}
|
||||
z={"movement_max_spd_z"}
|
||||
|
|
@ -108,7 +108,7 @@ export function Motors(props: MotorsProps) {
|
|||
{minFwVersionCheck(firmware_version, "5.0.5") &&
|
||||
<NumericMCUInputGroup
|
||||
name={t("Homing Speed (steps/s)")}
|
||||
tooltip={t(ToolTips.HOME_SPEED)}
|
||||
tooltip={ToolTips.HOME_SPEED}
|
||||
x={"movement_home_spd_x"}
|
||||
y={"movement_home_spd_y"}
|
||||
z={"movement_home_spd_z"}
|
||||
|
|
@ -116,7 +116,7 @@ export function Motors(props: MotorsProps) {
|
|||
dispatch={dispatch} />}
|
||||
<NumericMCUInputGroup
|
||||
name={t("Minimum Speed (steps/s)")}
|
||||
tooltip={t(ToolTips.MIN_SPEED)}
|
||||
tooltip={ToolTips.MIN_SPEED}
|
||||
x={"movement_min_spd_x"}
|
||||
y={"movement_min_spd_y"}
|
||||
z={"movement_min_spd_z"}
|
||||
|
|
@ -124,7 +124,7 @@ export function Motors(props: MotorsProps) {
|
|||
dispatch={dispatch} />
|
||||
<NumericMCUInputGroup
|
||||
name={t("Accelerate for (steps)")}
|
||||
tooltip={t(ToolTips.ACCELERATE_FOR)}
|
||||
tooltip={ToolTips.ACCELERATE_FOR}
|
||||
x={"movement_steps_acc_dec_x"}
|
||||
y={"movement_steps_acc_dec_y"}
|
||||
z={"movement_steps_acc_dec_z"}
|
||||
|
|
@ -136,7 +136,7 @@ export function Motors(props: MotorsProps) {
|
|||
sourceFbosConfig={sourceFbosConfig} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Always Power Motors")}
|
||||
tooltip={t(ToolTips.ALWAYS_POWER_MOTORS)}
|
||||
tooltip={ToolTips.ALWAYS_POWER_MOTORS}
|
||||
x={"movement_keep_active_x"}
|
||||
y={"movement_keep_active_y"}
|
||||
z={"movement_keep_active_z"}
|
||||
|
|
@ -144,7 +144,7 @@ export function Motors(props: MotorsProps) {
|
|||
bot={bot} />
|
||||
<BooleanMCUInputGroup
|
||||
name={t("Invert Motors")}
|
||||
tooltip={t(ToolTips.INVERT_MOTORS)}
|
||||
tooltip={ToolTips.INVERT_MOTORS}
|
||||
x={"movement_invert_motor_x"}
|
||||
y={"movement_invert_motor_y"}
|
||||
z={"movement_invert_motor_z"}
|
||||
|
|
@ -155,7 +155,7 @@ export function Motors(props: MotorsProps) {
|
|||
<label>
|
||||
{t("Enable 2nd X Motor")}
|
||||
</label>
|
||||
<SpacePanelToolTip tooltip={t(ToolTips.ENABLE_X2_MOTOR)} />
|
||||
<SpacePanelToolTip tooltip={ToolTips.ENABLE_X2_MOTOR} />
|
||||
</Col>
|
||||
<Col xs={2} className={"centered-button-div"}>
|
||||
<ToggleButton
|
||||
|
|
@ -169,7 +169,7 @@ export function Motors(props: MotorsProps) {
|
|||
<label>
|
||||
{t("Invert 2nd X Motor")}
|
||||
</label>
|
||||
<SpacePanelToolTip tooltip={t(ToolTips.INVERT_MOTORS)} />
|
||||
<SpacePanelToolTip tooltip={ToolTips.INVERT_MOTORS} />
|
||||
</Col>
|
||||
<Col xs={2} className={"centered-button-div"}>
|
||||
<ToggleButton
|
||||
|
|
|
|||
|
|
@ -25,7 +25,7 @@ export function PinGuard(props: PinGuardProps) {
|
|||
<label>
|
||||
{t("Pin Number")}
|
||||
</label>
|
||||
<SpacePanelToolTip tooltip={t(ToolTips.PIN_GUARD_PIN_NUMBER)} />
|
||||
<SpacePanelToolTip tooltip={ToolTips.PIN_GUARD_PIN_NUMBER} />
|
||||
</Col>
|
||||
<Col xs={4}>
|
||||
<label>
|
||||
|
|
|
|||
|
|
@ -1,4 +1,5 @@
|
|||
import * as React from "react";
|
||||
import { t } from "i18next";
|
||||
|
||||
interface SPTTProps {
|
||||
tooltip?: string | undefined;
|
||||
|
|
@ -8,7 +9,7 @@ export function SpacePanelToolTip({ tooltip }: SPTTProps) {
|
|||
return (tooltip && <div className="help">
|
||||
<i className="fa fa-question-circle help-icon" />
|
||||
<div className="help-text">
|
||||
{tooltip}
|
||||
{t(tooltip)}
|
||||
</div>
|
||||
</div>) || <span />;
|
||||
}
|
||||
|
|
|
|||
|
|
@ -29,7 +29,7 @@ export class ConnectivityPanel extends React.Component<Props, ConnectivityState>
|
|||
return <Widget className="connectivity-widget">
|
||||
<WidgetHeader
|
||||
title={t("Connectivity")}
|
||||
helpText={t(ToolTips.CONNECTIVITY)}>
|
||||
helpText={ToolTips.CONNECTIVITY}>
|
||||
<RetryBtn
|
||||
status={this.props.status}
|
||||
onClick={this.props.onRefresh}
|
||||
|
|
|
|||
|
|
@ -19,7 +19,7 @@ export class CameraCalibration extends
|
|||
return <Widget className={classname}>
|
||||
<TitleBar
|
||||
title={t("Camera Calibration")}
|
||||
help={t(ToolTips.CAMERA_CALIBRATION)}
|
||||
help={ToolTips.CAMERA_CALIBRATION}
|
||||
docs={"farmware#section-weed-detector"}
|
||||
onCalibrate={this.props.dispatch(calibrate)}
|
||||
env={this.props.env} />
|
||||
|
|
|
|||
|
|
@ -62,8 +62,8 @@ export class WeedDetector
|
|||
onDeletionClick={this.clearWeeds}
|
||||
deletionProgress={this.state.deletionProgress}
|
||||
onTest={this.props.dispatch(test)}
|
||||
title={"Weed Detector"}
|
||||
help={t(ToolTips.WEED_DETECTOR)}
|
||||
title={t("Weed Detector")}
|
||||
help={ToolTips.WEED_DETECTOR}
|
||||
docs={"farmware#section-camera-calibration"} />
|
||||
<WidgetBody>
|
||||
<Row>
|
||||
|
|
|
|||
|
|
@ -17,7 +17,7 @@ export function WidgetHeader(props: WidgetHeaderProps) {
|
|||
{props.helpText &&
|
||||
<i className="fa fa-question-circle help-icon">
|
||||
<div className="help-text">
|
||||
{props.helpText}
|
||||
{t(props.helpText)}
|
||||
{props.docPage &&
|
||||
<a
|
||||
href={docLink(props.docPage)}
|
||||
|
|
|
|||
Loading…
Reference in New Issue