spec/measurements/measurement_spec.rb in barometer-0.6.4 vs spec/measurements/measurement_spec.rb in barometer-0.6.6

@@ -1,6 +1,6 @@
-require 'spec_helper'
+require File.expand_path(File.dirname(__FILE__) + '/../spec_helper')
 
 describe "Measurement" do
   
   describe "when initialized" do
     
@@ -99,25 +99,25 @@
       lambda { @measurement.utc_time_stamp = valid_data }.should_not raise_error(ArgumentError)
     end
     
     it "only accepts Measurement::Result for current" do
       invalid_data = "invalid"
-      invalid_data.class.should_not == Measurement::Result
+      invalid_data.class.should_not == Barometer::Measurement::Result
       lambda { @measurement.current = invalid_data }.should raise_error(ArgumentError)
       
-      valid_data = Measurement::Result.new
-      valid_data.class.should == Measurement::Result
+      valid_data = Barometer::Measurement::Result.new
+      valid_data.class.should == Barometer::Measurement::Result
       lambda { @measurement.current = valid_data }.should_not raise_error(ArgumentError)
     end
     
     it "only accepts Data::ResultArray for forecast" do
       invalid_data = 1
-      invalid_data.class.should_not == Measurement::ResultArray
+      invalid_data.class.should_not == Barometer::Measurement::ResultArray
       lambda { @measurement.forecast = invalid_data }.should raise_error(ArgumentError)
       
-      valid_data = Measurement::ResultArray.new
-      valid_data.class.should == Measurement::ResultArray
+      valid_data = Barometer::Measurement::ResultArray.new
+      valid_data.class.should == Barometer::Measurement::ResultArray
       lambda { @measurement.forecast = valid_data }.should_not raise_error(ArgumentError)
     end
     
     it "only accepts Data::Zone for timezone" do
       invalid_data = 1
@@ -192,20 +192,20 @@
       @measurement.success!
       @measurement.utc_time_stamp.should be_nil
       @measurement.current.should be_nil
       @measurement.success.should be_false
       
-      @measurement.current = Measurement::Result.new
+      @measurement.current = Barometer::Measurement::Result.new
       @measurement.current.temperature = Data::Temperature.new
       @measurement.current.temperature.c = 10
       @measurement.utc_time_stamp.should_not be_nil
       @measurement.success!
       @measurement.success.should be_true
     end
     
     it "returns successful state" do
-      @measurement.current = Measurement::Result.new
+      @measurement.current = Barometer::Measurement::Result.new
       @measurement.current.temperature = Data::Temperature.new
       @measurement.current.temperature.c = 10
       @measurement.success!
       @measurement.success.should be_true
       @measurement.success?.should be_true
@@ -224,11 +224,11 @@
     
     it "indicates if current" do
       @measurement.current.should be_nil
       @measurement.current?.should be_true
       
-      @measurement.current = Measurement::Result.new
+      @measurement.current = Barometer::Measurement::Result.new
       @measurement.current.current_at.should be_nil
       @measurement.current?.should be_true
         
       @measurement.current.current_at = Data::LocalTime.new(9,0,0)
       @measurement.current?.should be_true
@@ -288,23 +288,23 @@
     before(:each) do
       @measurement = Barometer::Measurement.new
       
       # create a measurement object with a result array that includes
       # dates for 4 consecutive days starting with tommorrow
-      @measurement.forecast = Measurement::ResultArray.new
+      @measurement.forecast = Barometer::Measurement::ResultArray.new
       1.upto(4) do |i|
-        forecast_measurement = Measurement::Result.new
+        forecast_measurement = Barometer::Measurement::Result.new
         forecast_measurement.date = Date.parse((Time.now + (i * 60 * 60 * 24)).to_s)
         @measurement.forecast << forecast_measurement
       end
       @measurement.forecast.size.should == 4
       
       @tommorrow = (Time.now + (60 * 60 * 24))
     end
     
     it "returns nil when there are no forecasts" do
-      @measurement.forecast = Measurement::ResultArray.new
+      @measurement.forecast = Barometer::Measurement::ResultArray.new
       @measurement.forecast.size.should == 0
       @measurement.for.should be_nil
     end
     
     it "finds the date using a String" do
@@ -346,10 +346,10 @@
   
   describe "when answering the simple questions," do
     
     before(:each) do
       @measurement = Barometer::Measurement.new(:wunderground)
-      @measurement.current = Measurement::Result.new
+      @measurement.current = Barometer::Measurement::Result.new
       @now = Data::LocalDateTime.parse("2009-05-01 2:05 pm")
     end
     
     # def windy?(time_string=nil, threshold=10)
     #   local_time = Data::LocalTime.parse(time_string)