@@ -132,13 +132,6 @@ All actions with `exec_group = "link"` would see the exec properties
132132dictionary as ` {"mem": "16g"} ` . As you see here, execution-group-level
133133settings override target-level settings.
134134
135- ### Execution groups for native rules
136-
137- The following execution groups are available for actions defined by native rules:
138-
139- * ` test ` : Test runner actions.
140- * ` cpp_link ` : C++ linking actions.
141-
142135### Creating exec groups to set exec properties
143136
144137Sometimes you want to use an exec group to give specific actions different exec
@@ -169,36 +162,3 @@ my_rule = rule(
169162#
170163```
171164
172- ### Execution groups and platform execution properties
173-
174- It is possible to define ` exec_properties ` for arbitrary execution groups on
175- platform targets (unlike ` exec_properties ` set directly on a target, where
176- properties for unknown execution groups are rejected). Targets then inherit the
177- execution platform's ` exec_properties ` that affect the default execution group
178- and any other relevant execution groups.
179-
180- For example, suppose running a C++ test requires some resource to be available,
181- but it isn't required for compiling and linking; this can be modelled as
182- follows:
183-
184- ``` python
185- constraint_setting(name = " resource" )
186- constraint_value(name = " has_resource" , constraint_setting = " :resource" )
187-
188- platform(
189- name = " platform_with_resource" ,
190- constraint_values = [" :has_resource" ],
191- exec_properties = {
192- " test.resource" : " ..." ,
193- },
194- )
195-
196- cc_test(
197- name = " my_test" ,
198- srcs = [" my_test.cc" ],
199- exec_compatible_with = [" :has_resource" ],
200- )
201- ```
202-
203- ` exec_properties ` defined directly on targets take precedence over those that
204- are inherited from the execution platform.
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