migration from ha-cantegrill repo

unit_tests/test_attributes.yaml

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+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+  sensor.with_state_and_attribute: 'SomeRandomState'
+  sensor.with_state_and_attribute.off: 'off'
+  sensor.with_state_and_attribute.on: 'on'
+  sensor.with_state_and_attribute.f127: 127
+  sensor.with_only_attribute.on: 'on'
+  sensor.None: #None
+
+constants:
+  self: sensor.with_state_and_attribute
+  pi: 3.14
+
+tests:
+  test_1:
+    expected_result: Succeeded
+    conditions: sensor.with_state_and_attribute.on 
+
+  test_2:
+    expected_result: Succeeded
+    #TODO: find a way to make it work without parenthesis
+    #conditions: (sensor.with_state_and_attribute.on and binary_sensor.on) == not binary_sensor.false
+    conditions: (sensor.with_state_and_attribute.on and binary_sensor.on) == (not binary_sensor.false)
+
+  test_3:
+    expected_result: Succeeded
+    conditions: sensor.with_state_and_attribute.f127 < sensor.int170
+
+  test_4:
+    expected_result: ParsingException
+    conditions: sensor.with_only_attribute.on != binary_sensor.on
+
+  test_5:
+    expected_result: Succeeded
+    #TODO: find a way to make it work without parenthesis
+    #conditions: (self.on and binary_sensor.on) == not binary_sensor.false
+    conditions: (self.on and binary_sensor.on) == (not binary_sensor.false)
+
+  test_6:
+    expected_result: Succeeded
+    conditions: self.f127 < sensor.int170
+
+  test_7:
+    expected_result: ParsingException
+    conditions: pi.on != binary_sensor.on

unit_tests/test_bool.yaml

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+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+  binary_sensor.nottrue: False
+
+constants:
+  andtrap: False
+
+tests:
+  test_1:
+    expected_result: Succeeded
+    conditions: binary_sensor.true or binary_sensor.false
+
+  test_2:
+    expected_result: Failed
+    conditions: binary_sensor.true and binary_sensor.false
+
+  test_3:
+    expected_result: Succeeded
+    conditions: binary_sensor.on or binary_sensor.off
+
+  test_4:
+    expected_result: Failed
+    conditions: binary_sensor.on and binary_sensor.off == False
+
+  test_5:
+    expected_result: Succeeded
+    conditions: binary_sensor.true or binary_sensor.false and binary_sensor.false
+
+  test_6:
+    expected_result: Failed
+    conditions: (binary_sensor.true or binary_sensor.false) and binary_sensor.false
+
+  test_7:
+    expected_result: Succeeded
+    conditions: not binary_sensor.off
+
+  test_8:
+    expected_result: Failed
+    conditions: not binary_sensor.on
+
+  test_9:
+    expected_result : Succeeded
+    conditions: binary_sensor.true == (not binary_sensor.false)
+
+  test_10:
+    conditions: binary_sensor.nottrue == andtrap
+    expected_result: Succeeded

unit_tests/test_comparaison.yaml

@@ -0,0 +1,37 @@
+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+
+tests:
+  test_1:
+    expected_result: Succeeded
+    conditions: sensor.int200 > 115 and (sensor.int200 < 190 or (binary_sensor.on and sensor.int200 < 220))
+  test_2:
+    expected_result: Failed
+    conditions: (sensor.int170 * 2) < sensor.int200
+  test_3:
+    expected_result: Failed
+    conditions: not not binary_sensor.off
+  test_4: 
+    expected_result: Succeeded
+    #TODO: find a way to make it work without parenthesis
+    #conditions: (binary_sensor.on and binary_sensor.on) == not binary_sensor.false
+    conditions: (binary_sensor.on and binary_sensor.on) == (not binary_sensor.false)
+  test_5: 
+    expected_result: Succeeded
+    conditions: (binary_sensor.on and binary_sensor.on) == True
+
+    
+
+
+    

unit_tests/test_constants.yaml

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+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+  sensor.None: #None
+
+constants:
+  self: sensor.int170
+  selftrue: binary_sensor.true
+  pi: 3.14
+
+tests:
+  test_1:
+    expected_result: Succeeded
+    conditions: binary_sensor.true and True
+
+  test_2:
+    expected_result: Failed
+    conditions: binary_sensor.true and False
+
+  test_3:
+    expected_result: Succeeded
+    conditions: sensor.strNuit != None
+
+  test_4:
+    expected_result: Succeeded
+    conditions: sensor.None == None
+
+  test_5:
+    expected_result: Succeeded
+    conditions: self > 160
+
+  test_6:
+    expected_result: Failed
+    conditions: self < 160
+
+  test_7:
+    expected_result: Succeeded
+    conditions: pi * 2 == 6.28
+
+  test_8:
+    expected_result: Succeeded
+    conditions: selftrue and not sensor.strHome == 'Nuit'
+    

unit_tests/test_entity_to_listen.yaml

@@ -0,0 +1,54 @@
+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+  sensor.None: #None
+  sensor.with_state_and_attribute: 'SomeRandomState'
+  sensor.with_state_and_attribute.off: 'off'
+  sensor.with_state_and_attribute.on: 'on'
+  sensor.with_state_and_attribute.f127: 127
+
+constants:
+  self: sensor.int170
+  pi: 3.14
+
+tests:
+  test_1:
+    expected_result: Succeeded
+    expected_entities_to_listen:
+      - binary_sensor.true
+    conditions: binary_sensor.true and True
+  test_2:
+    expected_result: Succeeded
+    expected_entities_to_listen:
+      - binary_sensor.true
+      - binary_sensor.false
+    conditions: (binary_sensor.true and binary_sensor.false) or binary_sensor.true
+  test_3:
+    expected_result: Succeeded
+    expected_entities_to_listen:
+      - sensor.int170
+      - sensor.float10
+    conditions: self > sensor.float10
+  test_4:
+    expected_result: Succeeded
+    expected_entities_to_listen:
+      - sensor.float5
+    conditions: pi < sensor.float5
+  test_5:
+    expected_result: Failed
+    expected_entities_to_listen:
+      - sensor.float5
+      - sensor.with_state_and_attribute
+      - sensor.with_state_and_attribute.on
+      - sensor.with_state_and_attribute.f127
+    conditions: (sensor.with_state_and_attribute.f127 > sensor.float5 or sensor.with_state_and_attribute.on) and sensor.with_state_and_attribute == 'randomstring'

unit_tests/test_parsing_errors.yaml

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+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+
+tests:
+  test_1:
+    expected_result: ParsingException
+    conditions: (binary_sensor.true or binary_sensor.false
+
+  test_2:
+    expected_result: ParsingException
+    conditions: (binary_sensor.true and) binary_sensor.false
+
+  test_3:
+    expected_result: ParsingException
+    conditions: binary_sensor.on or binary_sensore.off

unit_tests/test_smart_conditions.yaml

@@ -0,0 +1,60 @@
+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+  sensor.strNuit.int80: 70
+
+constants:
+  self: binary_sensor.true
+
+tests:
+  test_1:
+    expected_result: Succeeded
+    conditions: 
+      trigger_conditions:
+        - sensor.int170 < 10 and sensor.int17 >= 28
+        - self and not sensor.strNuit == 'Nuit'
+        - sensor.int170 >= 34
+
+  test_2:
+    expected_result: Disabled
+    conditions: 
+      trigger_conditions:
+        - binary_sensor.false and sensor.int170 > 15
+        - not binary_sensor.off and sensor.int170 > 65
+      disable_conditions:
+        - sensor.strNuit.int80 < 80 and sensor.strNuit.int80 > 40
+        - sensor.strNuit == 'Nuit'
+  test_3:
+    expected_result: Failed
+    conditions: 
+      trigger_conditions:
+      - binary_sensor.off and binary_sensor.true
+      - binary_sensor.true
+      blocking_conditions: self and not binary_sensor.off
+      disable_conditions: binary_sensor.off
+  test_4: 
+    expected_result: Disabled
+    conditions: 
+      trigger_conditions:
+        - binary_sensor.true and (not binary_sensor.on or binary_sensor.off)
+        - binary_sensor.false and binary_sensor.on
+        - binary_sensor.on and not binary_sensor.true
+      blocking_conditions: not binary_sensor.off
+      disable_conditions:
+        - binary_sensor.off
+        - not binary_sensor.false and sensor.strNuit == 'Nuit'
+
+    
+
+
+    

unit_tests/test_strings.yaml

@@ -0,0 +1,38 @@
+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+
+tests:
+  test_1:
+    expected_result: Succeeded
+    conditions: binary_sensor.true and (sensor.strHome == 'home' and sensor.float10 > 1)
+  
+  test_2:
+    expected_result: Failed
+    conditions: binary_sensor.true and (sensor.strHome != 'home' and sensor.float10 > 1)
+
+  test_3:
+    expected_result: Failed
+    conditions: not binary_sensor.off and not binary_sensor.on and sensor.strNuit == 'Nuit'
+
+  test_4:
+    expected_result: Failed #this test will make the parser crash if the and operator evaluate the second operand wether the first one is true or false
+    conditions: sensor.strHome != 'home' and sensor.strHome < 15
+
+  test_5:
+    expected_result: Succeeded 
+    conditions: sensor.float10 != 'Home' and sensor.float10 < 15
+  
+
+
+    

unit_tests/test_template.yaml

@@ -0,0 +1,46 @@
+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+  binary_sensor.nottrue: False
+
+constants:
+  andtrap: False
+
+templates_library:
+  T1: binary_sensor.true or binary_sensor.false
+  T2: binary_sensor.on and binary_sensor.off == False
+  T3:
+    trigger_conditions: binary_sensor.off == False
+    blocking_conditions:
+      - binary_sensor.on
+
+tests:
+  test_1: 
+    expected_result: Succeeded
+    conditions: <T1>
+
+  test_2:
+    expected_result: Succeeded
+    conditions: 
+      template_conditions: <T2>
+      trigger_conditions: binary_sensor.true
+
+  test_3: 
+    expected_result: Succeeded
+    conditions: <T1>, <T2>
+
+  test_4:
+    expected_result: Failed
+    conditions: 
+      template_conditions: <T2>,<T3>
+      trigger_conditions: binary_sensor.true and binary_sensor.false

unit_tests/test_ternary_operator.yaml

@@ -0,0 +1,56 @@
+fake_entities:
+  binary_sensor.true: True
+  binary_sensor.false: False
+  binary_sensor.off: 'off'
+  binary_sensor.on: 'on'
+  sensor.int17: 17
+  sensor.int170: 170
+  sensor.int200: 200
+  sensor.int3: 3
+  sensor.float10: 10.0
+  sensor.float5: 5.0
+  sensor.strNuit: 'Nuit'
+  sensor.strHome: 'home'
+  sensor.none:
+
+tests:  
+  test_1:
+    expected_result: Succeeded
+    conditions: "(binary_sensor.on ? 10 : 0) > sensor.int3"
+
+  test_2:
+    expected_result: Succeeded
+    conditions: "(binary_sensor.on ? sensor.float10 : 0) > sensor.int3"
+
+  test_3:
+    expected_result: Failed
+    conditions: "binary_sensor.off ? (binary_sensor.on or binary_sensor.off) : binary_sensor.off"
+
+  test_4:
+    expected_result: Failed
+    conditions: "binary_sensor.on ? binary_sensor.on and binary_sensor.off : binary_sensor.on"  
+
+  test_5:
+    expected_result: Succeeded
+    conditions: "((binary_sensor.on or binary_sensor.false) ? 5 : 1) > sensor.int3"
+
+  test_6:
+    expected_result: Failed
+    conditions: "((binary_sensor.on and binary_sensor.false) ? 5 : 1) > sensor.int3"
+
+  test_7:
+    expected_result: Succeeded
+    conditions: "(binary_sensor.on ? sensor.float10 : 0) > sensor.int3"
+  
+  test_none_ternary:
+    expected_result: Failed
+    conditions: "sensor.none != None ? sensor.none > 75 : False"
+
+  # test_15:
+  #   expected_result: Succeeded
+  #   conditions: "(binary_sensor.off ? (binary_sensor.on or binary_sensor.off) : (binary_sensor.off ? sensor.int3 : sensor.int17)) > sensor.int3"
+
+    
+
+
+