Dmg Strings
Follow the steps in this appendix if you want to generate and translate strings files stored in the project folder yourself. In this case, you add the languages you want to support, generate the strings files, and localize the strings files using AppleGlot glossaries or some other process. You are responsible for updating the strings files when you change the user interface or add user-facing text to your code.
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091626V32014-08FBLxFlowStar.indd 1 Instructions for use English Product description LuxaFlow Ultra is a light-curing, free-flowing composite that is especially suited for the repair of Luxatemp. the oxygen-inhibited layer since it will be needed for bonding with the next layer. Aug 01, 2017 Strings are defined as an array of characters. The difference between a character array and a string is the string is terminated with a special character ‘0’. Declaration of strings: Declaring a string is as simple as declaring a one dimensional array. Below is the basic syntax for declaring a string. Declaration of strings: Declaring a string is as simple as declaring a one dimensional array. Below is the basic syntax for declaring a string. Char strnamesize; In the above syntax strname is any name given to the string variable and size is used define the length of the string, i.e the number of characters strings will store. Address: 7-6-9, Ueno, Taito-Ku 110-8507 Tokyo Japan DMG distribution partner for: Japan.
If you want to manage your own strings files, first add the languages you want to support to your project, as described in Using Base Internationalization.
Important: Alternatively, Xcode will automatically generate the strings files and add them to your project if you export localizations, edit the XLIFF files (which contain the strings files), and import them, as described in Localizing Your App.
Viewing Language Folders in the Finder
After importing localizations or adding languages, you can view the different language folders in the Finder. Localized resources, which appear in groups in the project navigator, reside in separate language folders in the project folder. Xcode manages these folders for you when you export and import localizations. To view the language folders in the Finder, Control-click the project in the project navigator and choose “Show in Finder” from the shortcut menu.
The project folder should contain one folder named Base.lproj
and other language-specific folders with the .lproj
extension. The prefix for the language folders is the language ID, as described in Language and Locale IDs.
The Base.lproj
folder contains all the .storyboard
or .xib
files in the development language. The folders for languages that you add to your project contain a strings file for each .storyboard
or .xib
file in your project. The development language folder doesn’t contain strings files for the .storyboard
and .xib
files because they don’t require translation in the development language. All the language folders contain a InfoPlist.strings
file used to localize bundle properties, such as the app name. Any other localized resources—such as strings files that you generate and use from your code—appear in these language folders.
For example, for a universal iOS app that uses English as the development language, the Base.lproj
folder contains Main_iPad.storyboard
and Main.iPhone.storyboard
, and the en.lproj
folder contains InfoPlist.strings
. If you add the German language, Xcode creates a de.lproj
folder containing a InfoPlist.strings
, Main_iPad.strings
, and Main_iPhone.strings
file. The files in the de.lproj
folder contain placeholder text that needs to be translated to German.
For a Mac app that uses English as the development language, the file structure may be similar to:
Creating Strings Files for User-Facing Text in Your Code
After you replace strings containing user-facing text with the NSLocalizedString
macros, as described in Separating User-Facing Text from Your Code, you can create and localize the corresponding strings files.
To create a strings file for user-facing text
Use the
genstrings
script to create the development language version of theLocalizable.strings
file.In Terminal, run these commands:
cd [Project folder]
find . -name *.m xargs genstrings -o .
For each occurrence of an
NSLocalizedString
macro in the source files, the script adds the comment followed by the key-value pair (using placeholder text for the value) to theLocalizable.strings
file, as in:If you use the
NSLocalizedString
macro in your code, the value for the key defaults to the key. If you want different behavior, use one of the otherNSLocalizedString
macros that take more parameters, described in Foundation Functions Reference.Add the
Localizable.strings
file to all the language folders.Add the file to your Xcode project, as described in Adding Languages. Don’t add
Localizable.strings
to the Base localization when the dialog appears.Note: If Xcode warns you that the
Localizable.strings
file appears to be Unicode (UtF-16), you can convert it to Unicode (UTF-8) using the File inspector. To convert a file to UTF-8, select the file in the project navigator and open the File inspector. In the Text Settings section, choose Unicode (UTF-8) from the Text Encoding pop-up menu. In the dialog that appears, click Convert.Localize the
Localizable.strings
file in each language folder.For example, in the
en.lproj/Localizable.strings
file, enter the English translation for theRunningDistance
key:In the
ja.lproj/Localizable.strings
file, enter the Japanese translation for theRunningDistance
key:Test your app in multiple languages, as described in Testing Your Internationalized App.
Incrementally test your app when making these types of changes to your code. Localize one set of language files or use pseudolocalization techniques, described in Testing Using Pseudolanguages.
Localizing Strings Files
When you add a language to your project, Xcode adds all the user-facing text it finds in the .storyboard
or .xib
file to the corresponding strings file. Xcode inserts a comment before each key-value pair that identifies the view that displays the text. For example, in this fragment of a strings file, the column header Location
and the text field labels Address:
and for:
require translation.
The genstrings
script also searches your code for user-facing text and adds it to a strings file, as described in Separating User-Facing Text from Your Code. The file format is the same except your code provides the comment for translators. To localize a strings file, instruct translators to replace the placeholder text—that appears to the right of the equal sign below the comment—with localized text.
Localizing Strings Files Using AppleGlot
Alternatively, use AppleGlot to perform some of the initial translations of strings files. For example, use AppleGlot to localize the text for views that Xcode added to your user interface based on the template you chose when creating the project. Then you can focus on localizing only the app-specific text that you added to the user interface.
AppleGlot is a localization tool for iOS and Mac app developers. AppleGlot provides iOS and Mac language glossaries to assist you in translating common text strings. It can also export user-facing text into standard formats that localizers can easily translate into multiple languages. AppleGlot supports incremental development so that you only need to translate the changes to user text with each release.
To download AppleGlot and the language glossaries, go to Build Apps for the World. Under Programming Resources > Downloads, click “AppleGlot and Localization Glossaries.” If necessary, enter your Apple ID and click Sign In. Download the .dmg files for AppleGlot and the languages you support. To install AppleGlot, open the AppleGlot.dmg
file and double-click AppleGlot.pkg
.
Before you localize your files, you can translate all the common text strings using AppleGlot language glossaries.
To translate your .storyboard and .xib strings files using AppleGlot glossaries
In Terminal, create an AppleGlot environment.
mkdir [MyAppleGlotEnvironment]
cd [MyAppleGlotEnvironment]
appleglot -w create .
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Set the source and target languages.
appleglot -w setlangs [base_language_id] [target_langauge_id]
For example, if the development language is English and the target is Russian, pass
en
for thebase_language_id
andru
fortarget_langauge_id
.In the Finder, paste the language resource folders into the AppleGlot environment
_NewBase
folder.If you use base internationalization, paste the language-specific folder,
[target_language_id].lproj
, into the_NewBase
folder, and change the name of the folder to[base_language_id].lproj
. For example, pasteru.lproj
into_NewBase
, and change the name toen.lproj
.Otherwise, if you don’t use base internationalization, the
[base_language_id].lproj
folder should contain all the strings files that you want translated into the target language.If you're a RuneScape veteran hungry for nostalgia, get stuck right in to Old School RuneScape. Download and re-live the adventure. Discover and download Old School RuneScape for your computer (Windows) or for your Mac (OSx and more) for free! Old School RuneScape is one of the famous game of the year, so have a look at its details: Most recent update: Total reviews: Users gave an. /old-school-runescape-download-mac.html. Sep 14, 2018 Download and Install Old School RuneScape on Your Favorite PC (Windows) or Mac for Free Adventure-Based MMORPG For fans that enjoyed playing Old School Runescape on PC back in the day, the revival of this game in 2015 must have brought back nostalgic memories. Download Old School RuneScape for PC/Mac/Windows 7,8,10 and have the fun experience of using the smartphone Apps on Desktop or personal computers. Description and Features of Old School RuneScape For PC: New and rising Adventure Game, Old School RuneScape developed by Jagex Games Studio for Android is available for free in the Play Store. Before we move toward the installation guide of Old. Nov 02, 2018 Old School RuneScape Game Description PC Version: Play Old School RuneScape on PC, Windows 10, Windows 8.1, Windows 7, Windows XP, Windows Phone, Android Phone) But First Read Description & Watch Gameplay then Download From Link Below.
Open the target language glossary .dmg, and copy the glossaries (files with the
.lg
extension) into the_LanguageGlossaries
folder.In Terminal, populate the
_NewLoc
folder.appleglot -w populate
This creates a
.ad
file in the_ApplicationDictionaries
folder with previously translated strings and a.wg
file in the_WorkGlossary
folder that contains all the strings in your project with as much of the translations from your Language Glossaries as possible.Optionally, localize the remaining strings in the files with the
ad
andwg
extensions using a third-party localization tool that supports these file formats.In Terminal, integrate the translations back into your strings files.
appleglot -w update
appleglot -w finalize
In the Finder, paste the localized resources into your Xcode project folder.
Paste the contents of the
_NewLoc/[base_language_id].lproj
folder into your[target_language_id].lproj
folder in the Xcode project folder. For example, paste the contents of the_NewLoc/en.lproj
folder into theru.lproj
folder if the target language is Russian.To test the localization, launch your app using the target language, as described in Testing Specific Languages and Regions.
For Mac apps, the main menu items from an Xcode template appear translated except occurrences of the app name.
For more information on AppleGlot, read the AppleGlot 4 User’s Guide located in the AppleGlot.dmg
file.
Updating Storyboard and Xib Strings Files Using ibtool
When you change user-facing text in .storyboard
or .xib
files, use the ibtool
command to generate new strings files. Use another tool—for example, FileMerge—to identify the changes and merge them into the existing strings files for each language you support. Xcode doesn’t automatically update the corresponding strings files when you edit a .storyboard
or .xib
file.
In Terminal, change to the Base.lproj
folder, and run this command to generate a strings file for an xib file:
ibtool [MyNib].xib --generate-strings-file [MyNib_new.strings]
Optionally, localize the changes in the output file before merging the changes with the [MyNib].strings file in each lproj
folder. To launch FileMerge from Xcode, choose Xcode > Open Developer Tool > FileMerge.
Alternatively, you can use the ibtool
command to merge translations back into a nib file and perform other incremental localization updates, as described in the ibtool
man page. Or use the appleglot
command to manage changes to the strings files, as described in Importing Localizations.
Creating a Pseudolocalization
If the pseudolocalization options, described in Testing Your Internationalized App, are not sufficient to test your app, create your own pseudolocaliation. Add a language to your project, as described in Using Base Internationalization. Edit the strings files in the language folder by replacing the placeholder text with pseudotext. Set the language launch argument, as described in Testing Specific Languages and Regions, and run your app.
For example, edit the placeholder text in a strings file by adding characteristics of world languages but keeping the original text readable, as in:
Dmg Strings Online
One technique is to add a prefix and suffix to each string. Then you can easily identify where these prefixes and suffixes do not appear when testing your app. Use multibyte characters for prefixes to verify whether your app supports such characters.
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To reach the goal of a chiptune/MIDI bluetooth Ukulele we have to :
- Build a playable ukulele
- Make it sound as an original gameboy
- Send it in a bluetooth chip to convert in MIDI
1. Build a playable ukulele :
The idee for this ukulele it's can be build without any modification of the gameboy shell without adding screw or glue.
In this intention I design a neck 3D print in one piece for an easy production and a better sound with standard ukulele tuner which can be found cheap an easly on the net .
The other piece which need to be build is the bridge. After week of trial, I found the best place is in place of START/SELECT buttons. With screw in the actual holes to fix it and supporting the strings tension.
About the strings tension, they are big enought to bend the plastic of the body. To reinforced the body I design a plate to replace the PCB and contercare the tension.
2. Make it sound as an original gameboy
The Game Boy has four sound channels: two square waves with adjustable duty, a programmable wave table, and a noise generator. But a yukulele get 4 string so it can't be use for it.
This audio-processor as all of this vintage console are not product anymore, so the best thing to do is to recreate this sound string by string.
Actual ukulele or other instrument pickup sense all strings at the times and the strings are not in metal, wich reduce the choise for the sensor. After some try I choose IR reflective sensor which are not so expensive and the consumsion are low (20mA each sensors) sun light resistant and with a good string sensibility.
The sound of the string is square-up with a fuzz effect with logic-gate use as amplifier to get the vintage touch and the warm of analogic sound.
All strings square sounds are mixed-up and send via a 2W amplifier to a speaker or headphone wich can be trim by thumbpot potentiometer.
3. Send it in a bluetooth chip to convert in MIDI
The power is provide by 4xAA battery from the original battery.
For the MIDI convertion we need for eache string this dynamic/volume signal and the frequency/note. Each of this signals is provide by the pickup and the fuzz effect wich square up the signal and send it to the ESP32.
Fer bluetooth connextion, I choose the cheap and easy ESP32 and a screen to enter into the menu with the gameboy playable buttons
All of the electronic and sensor will fit in one pcb.
software is not my best, but with the help of the maker community it will be possible!