InternalContext enterContext() {
    """
	Looks up thread local context and {@link InternalContext#enter() enters} it or creates a new
	context if necessary.
	
	<p>All callers of this are responsible for calling {@link InternalContext#close()}. Typical
	usage should look like:
	
	<pre>{@code
	InternalContext ctx = injector.enterContext();
	try {
	... use ctx ...
	} finally {
	ctx.close();
	}
	}</pre>
    """
    Object[] reference = localContext.get();
    if (reference == null) {
      reference = new Object[1];
      localContext.set(reference);
    }
    InternalContext ctx = (InternalContext) reference[0];
    if (ctx == null) {
      reference[0] = ctx = new InternalContext(options, reference);
    } else {
      ctx.enter();
    }
    return ctx;
  }
InternalContext enterContext() {
    Object[] reference = localContext.get();
    if (reference == null) {
      reference = new Object[1];
      localContext.set(reference);
    }
    InternalContext ctx = (InternalContext) reference[0];
    if (ctx == null) {
      reference[0] = ctx = new InternalContext(options, reference);
    } else {
      ctx.enter();
    }
    return ctx;
  }
InternalContext enterContext ( ) { Object [ ] reference = localContext . get ( ) ; if ( reference == null ) { reference = new Object [ 1 ] ; localContext . set ( reference ) ; } InternalContext ctx = ( InternalContext ) reference [ 0 ] ; if ( ctx == null ) { reference [ 0 ] = ctx = new InternalContext ( options , reference ) ; } else { ctx . enter ( ) ; } return ctx ; }
Looks up thread local context and {@link InternalContext#enter() enters} it or creates a new
context if necessary.

<p>All callers of this are responsible for calling {@link InternalContext#close()}. Typical
usage should look like:

<pre>{@code
InternalContext ctx = injector.enterContext();
try {
... use ctx ...
} finally {
ctx.close();
}
}</pre>
Looks up thread local context and { @link InternalContext#enter () enters } it or creates a new context if necessary .