Sha256: 373b172d031bb5d9e4072df142977f1dad433f27900c0ffd97128cae0c0ced8a
Contents?: true
Size: 1.5 KB
Versions: 7
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Stored size: 1.5 KB
Contents
<%
# Closure Compiler is run from a Script. To obtain
# the dynamically generated javascript from this file:
# http://localhost:8080/hello/compiler.js
# These are the same options as compiler.jar. Two exceptions:
# 1. No --compilation_level will load the original sources
# instead of using the compiler.jar default.
# 2. The --ns argument compiles a namespace. Closure Script simply
# turns these into --js arguments before calling the compiler.
args = %w{
--summary_detail_level 3
--ns myapp.hello
}
# You can make as many compiler Scripts as you like but
# it may be more convenient to accept options on the URL.
# http://localhost:8080/hello/compiler.js?build
# http://localhost:8080/hello/compiler.js?debug
args += case query_string
when 'build' then %w{
--compilation_level ADVANCED_OPTIMIZATIONS
--js_output_file compiler_build.js
--create_source_map compiler_build.map
}
when 'debug' then %w{
--debug true
--formatting PRETTY_PRINT
--compilation_level ADVANCED_OPTIMIZATIONS
--js_output_file compiler_debug.js
}
else;[];end
# This will process all .soy files into .js files.
# Be careful you don't make a file.soy to go with the
# file.js you just started, it will overwrite file.js.
# Touching any .soy file will trigger a recompile.
goog.soy_to_js %w{
--cssHandlingScheme goog
--shouldGenerateJsdoc
--shouldProvideRequireSoyNamespaces
--outputPathFormat {INPUT_DIRECTORY}{INPUT_FILE_NAME_NO_EXT}.js
**/*.soy
}
# Compile the javascript.
@response = goog.compile(args).to_response
%>
Version data entries
7 entries across 7 versions & 1 rubygems