This gem offers full access to YieldManager’s API tools (read/write) and (eventually) ad-hoc reporting through the Reportware tool.
Currently it generates a fresh wsdl from the api.yieldmanager.com site the first time you use a service (in the future it will use locally-cached copies) and re-uses that wsdl for the life of the Yieldmanager::Client object.
Yieldmanager is available as a gem on gemcutter.org.
sudo gem install yieldmanager
The project is available for review/forking on github.com
git clone git://github.com/billgathen/yieldmanager.git
To use in a Rails project, add this to config/environment.rb:
config.gem ‘yieldmanager’
require ‘yieldmanager’ @ym = Yieldmanager::Client.new( :user => “bob”, :pass => “secret”, :api_version => “1.30” ) The default environment is production. To access the test environment, use this:
@ym = Yieldmanager::Client.new( :user => “bob”, :pass => “secret”, :api_version => “1.30”, :env => “test” )
NOTE Changing the environment after creation has no effect!
@ym.available_services
@ym.session do |token| @currencies = @ym.dictionary.getCurrencies(token) end
GOTCHA In projects with ActiveRecord enabled (i.e., Rails projects) SOAP will identify returned data as AR objects if there’s a naming collision. For example, if you’re running @ym.creative.get(token,123) and you have an AR objects for a creatives
table in the db, the SOAP parser will interpret the returned SOAP object as an AR Creative object, resulting in bizarre errors. Uniquely re-name your AR object to eliminate the conflict.
Some calls return datasets too large to retrieve all at once. Pagination allows you to pull them back incrementally, handling the partial dataset on-the-fly or accumulating it for later use.
BLOCK_SIZE = 50 id = 1 @ym.session do |token| @ym.paginate(BLOCK_SIZE) do |block| (lines,tot) = @ym.line_item.getByBuyer(token,id,BLOCK_SIZE,block) # …do something with lines… tot # remember to return total! end end
Accessing reportware assumes you’ve used the “Get request XML” functionality in the UI to get your request XML, or have crafted one from scratch. Assuming it’s in a variable called request_xml, you’d access the data this way:
@ym.session do |token| report = @ym.pull_report(token, request_xml) puts report.headers.join(“t”) report.data.each do |row| puts row.join(“t”) end end
Column data can be accessed either by index or column name:
report.headers # => [‘advertiser_name’,‘seller_imps’] report.data[0] # => “Bob’s Ads” report.data.by_name(‘advertiser_name’) # => “Bob’s Ads” report.data.by_name(:advertiser_name) # => “Bob’s Ads”
NOTE Any totals columns your xml requests will be interpreted as ordinary data.
The session method opens a session, gives you a token to use in your service calls, then closes the session when the block ends, even if an exception is raised during processing. It’s the recommended method to ensure you don’t hang connections when things go wrong. If you use start/end, make sure you wrap your logic in a begin/ensure clause and call end_session from the ensure.
-
Fork the project.
-
Make your feature addition or bug fix.
-
Add tests for it. This is important so I don’t break it in a future version unintentionally.
-
Commit, do not mess with rakefile, version, or history. (if you want to have your own version, that is fine but bump version in a commit by itself I can ignore when I pull)
-
Send me a pull request. Bonus points for topic branches.
Copyright © 2009 Bill Gathen. See LICENSE for details.