François
b1a7dac0f3
Migrates the remaining test items to the ParamSet/Param declaration
introduced in d0721af:
- dialogs: image, question, value, choices, tested_references
- actions: check, run, report
- console: parent + open/read_until actions
- py_func / lua_func
- containers: group, parallel + parallel_branch, unittest
- complex: cycle (sub-block exit_condition documented in
EXIT_CONDITION_PARAMS), git
- runtime_plot: parent + open/close/periodic/last_value actions
- json_rpc: parent + query/receive actions
Items intentionally without PARAMS (and therefore not validated) are
those whose body is the unstructured user value: console write/writeln,
plot add/export, and the json_rpc/console open & close actions. Same
for the internally-instantiated TestItemUnittestElement which passes
dict_item=None.
Behavior on valid .tum files is unchanged (validation suite source
mode: SUCCESS). Typos on declared params now surface as warnings
listing the accepted names; missing required params surface as load-
time errors with file context.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
70 lines
2.6 KiB
Python
70 lines
2.6 KiB
Python
from interpreter.test_items.test_item import (TestItem, test_run)
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from interpreter.test_items.test_result import (TestResult, TestValue)
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from interpreter.utils.constants import TestItemType as cst
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from interpreter.utils.param_decl import ParamSet
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from runtime.tum_except import ETUMSyntaxError
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import api.testium as tm
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class TestItemGroup(TestItem):
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# 'group' has no item-specific parameters; 'steps' is handled by COMMON_PARAMS.
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# Declaring an empty ParamSet still opts in to unknown-param validation
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# (e.g. typo 'stop_on_failures').
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PARAMS = ParamSet()
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def __init__(self, dict_cycle, parent = None, status_queue=None, filename=""):
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self._name = cst.TYPE_GROUP.item_name
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super().__init__(dict_cycle, parent, status_queue, filename=filename)
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self._type = cst.TYPE_GROUP
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self.is_container = True
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def __runALoop(self):
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results = []
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i = 0
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to_be_stopped = False
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while (not self.isStopped()) and (i < self.childCount()) and (not to_be_stopped):
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result = self.child(i).execute()
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results.append(result)
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if result.test_result == TestValue.FAILURE and self._stop_on_failure:
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to_be_stopped = True
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i = i + 1
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if self.isStopped() or to_be_stopped:
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for j in range(self.childCount()):
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if self.child(j).executedOnStop() and (j >= i):
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self.child(j).execute()
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test_success = TestValue.SUCCESS
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for res in results:
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if res.test_result == TestValue.FAILURE:
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test_success = TestValue.FAILURE
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break
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result = TestResult(None, test_success, 'Group iteration')
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return result
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@test_run
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def execute(self):
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results = []
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to_be_stopped = False
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if (not self.isStopped()) and (not to_be_stopped):
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result = self.__runALoop()
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# Test results
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results.append(result)
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if result.test_result == TestValue.FAILURE and self._stop_on_failure:
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to_be_stopped = True
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# end of loop test
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if self.isStopped() or to_be_stopped:
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if to_be_stopped:
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self.result.set(TestValue.FAILURE, 'Group execution aborted on failure')
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else:
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self.result.set(TestValue.NORUN, 'Group execution aborted on user request')
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else:
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self.result.set(TestValue.SUCCESS, '')
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for res in results:
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if not res.success:
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self.result.set(TestValue.FAILURE, '')
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