/**
* The entry point for the command line tool japid.bat and japid.sh
*
* <p>The "gen" and "regen" are probably the most useful ones.
*
* @param args
* @throws IOException
*/
public static void main(String[] args) throws IOException {
if (args.length > 0) {
String arg0 = args[0];
setTemplateRoot(".");
if ("gen".equals(arg0)) {
gen(templateRoot);
} else if ("regen".equals(arg0)) {
regen(templateRoot);
} else if ("clean".equals(arg0)) {
delAllGeneratedJava(getJapidviewsDir(templateRoot));
} else if ("mkdir".equals(arg0)) {
mkdir(templateRoot);
} else if ("changed".equals(arg0)) {
changed(japidviews);
} else {
System.err.println("help: optionas are: gen, regen, mkdir and clean");
}
} else {
System.err.println("help: optionas are: gen, regen, mkdir and clean");
}
}
/**
* The <em>required</em> initialization step in using the JapidRender.
*
* @param opMode the operational mode of Japid. When set to OpMode.prod, it's assumed that all
* Java derivatives are already been generated and used directly. When set to OpMode.dev, and
* using none-static linking to using the renderer, file system changes are detected for every
* rendering request given the refresh interval is respected. New Java files are generated and
* compiled and new classes are loaded to serve the request.
* @param templateRoot the root directory to contain the "japidviews" directory tree.
* @param refreshInterval the minimal time, in second, that must elapse before trying to detect
* any changes in the file system.
*/
public static void init(OpMode opMode, String templateRoot, int refreshInterval) {
inited = true;
JapidRenderer.opMode = opMode;
setTemplateRoot(templateRoot);
setRefreshInterval(refreshInterval);
}
