start_dialog

basic/testexec.py → basic/compexec.py

@@ -229,6 +229,30 @@ class Testexecuter():
     def get_Response(self, granularity):
         pass
 
+    def execute_test(self, job, step, tdata):
+        """
+        the function executes a teststep. The exact step with partial steps are defined in the component-configuration
+        under teststeps and the step-attribute.
+        :param job:
+        :param step:   the step object
+        :param tdata:
+        :return:
+        """
+        if step.fct in self.conf["teststeps"]:
+            for s in self.conf["teststeps"][step.fct]:
+                stepconf = self.conf["teststeps"][step.fct][s]
+                if stepconf["tool"] == "file":
+                    print("file-tool")
+                elif stepconf["tool"] == "api":
+                    print("api-tool")
+                elif stepconf["tool"] == "cli":
+                    print("cli-tool")
+                elif stepconf["tool"] == "db":
+                    print("db-tool")
+                else:
+                    print("nichts da")
+
+
     def finish_Test(self, granularity):
         """
         initialization-routine for finish-step

basic/program.py

@@ -278,17 +278,41 @@ class Job:
 
 
 	def hasElement(self, parameter, elem):
+		"""
+		the function searches in an optional job.parameter
+		(a) true, if the parameter does not exist (DEFAULT)
+		(b) true, if the element is member of the parameter
+		(c) false, if parameter exists and elem is not member of the parameter
+		:param parameter:
+		:param elem:
+		:return:
+		"""
 		if hasattr(self.par, parameter):
 			print (parameter + " in Parameter")
 			if getattr(self.par, parameter).find(elem) >= 0:
 				return True
 			return False
 		return True
-	def hascomponente(self, komp):
-		return self.hasElement("componente", komp)
+	def hascomponente(self, comp):
+		"""
+		it searches if comp is member of the optional job.parameter (default = each is member)
+		:param comp:
+		:return:
+		"""
+		return self.hasElement("componente", comp)
 	def hasFunction(self, fct):
+		"""
+		it searches if fct is member of the optional job.parameter (default = each is member)
+		:param fct:
+		:return:
+		"""
 		return self.hasElement("function", fct)
 	def hasTool(self, tool):
+		"""
+		it searches if tool is member of the optional job.parameter (default = each is member)
+		:param tool:
+		:return:
+		"""
 		return self.hasElement("tool", tool)
 	def getMessageLevel(self, errtyp, elem):
 		if (not hasattr(self, "m")) or (self.m is None):

basic/step.py

@@ -0,0 +1,91 @@
+#!/usr/bin/python
+# -*- coding: utf-8 -*-
+# ---------------------------------------------------------------------------------------------------------
+# Author : Ulrich Carmesin
+# Source : gitea.ucarmesin.de
+# ---------------------------------------------------------------------------------------------------------
+"""
+this module implements the functionality of a test-step
+which is defined in the test-specification
+and is executed by any executer
+there are 2 kinds of test-step
+a) execute specific component in the job
+b) execute specific test-entity in the test-suite-execution
+"""
+import basic.constants as B
+import utils.data_const as D
+
+LIST_ARGS = [
+    "start",   # for starting the specified main-program
+    "fct"      # for calling the specified component-function
+]
+
+class Step:
+    comp = ""
+    refLine = ""    # in a: references the data-line(s) to be executed
+    execStep = ""   # in a,b: executes only if the step is set in the job
+    args = {}
+    """
+    the class contains each attribute of a test-step
+    """
+    def __init__(self):
+        self.comp = ""
+        self.refLine = ""
+        self.execStep = ""
+        self.args = {}
+
+
+def parseOldStep(job, fields):
+    step = {}
+    step[B.DATA_NODE_COMP] = fields[D.STEP_COMP_I]
+    step[B.ATTR_EXEC_REF] = fields[D.STEP_EXECNR_I]
+    step[B.ATTR_DATA_REF] = fields[D.STEP_REFNR_I]
+    step[B.ATTR_STEP_ARGS] = {}
+    if D.STEP_ARGS_I == D.STEP_LIST_I:
+        args = ""
+        for i in range(D.STEP_ARGS_I, len(fields)):
+            if len(fields[i]) < 1:
+                continue
+            if fields[i][0:1] == "#":
+                continue
+            args += "," + fields[i]
+        args = args[1:]
+    else:
+        args = fields[D.STEP_ARGS_I]
+    a = args.split(",")
+    for arg in a:
+        print("arg " + arg)
+        b = arg.split(":")
+        if len(b) < 2:
+            raise Exception(D.EXCP_MALFORMAT + "" + l)
+        step[B.ATTR_STEP_ARGS][b[0]] = b[1]
+    # data[B.DATA_NODE_STEPS].append(step)
+    return step
+
+def parseStep(job, fields):
+    step = Step
+    step.comp = fields[D.STEP_COMP_I]
+    step.execStep = fields[D.STEP_EXECNR_I]
+    step.refLine = fields[D.STEP_REFNR_I]
+    if D.STEP_ARGS_I == D.STEP_LIST_I:
+        args = ""
+        for i in range(D.STEP_ARGS_I, len(fields)):
+            if len(fields[i]) < 1:
+                continue
+            if fields[i][0:1] == "#":
+                continue
+            args += "," + fields[i]
+        args = args[1:]
+    else:
+        args = fields[D.STEP_ARGS_I]
+    a = args.split(",")
+    for arg in a:
+        print("arg " + arg)
+        b = arg.split(":")
+        if len(b) < 2:
+            raise Exception(D.EXCP_MALFORMAT + "" + str(fields))
+        step.args[b[0]] = b[1]
+        if b[0] in LIST_ARGS:
+            setattr(step, b[0], b[1])
+    # data[B.DATA_NODE_STEPS].append(step)
+    return step

execute_testcase.py

@@ -1,6 +1,7 @@
 # This is a sample Python script.
 import sys#
 import os
+import basic.step
 import basic.program as program
 import utils.tdata_tool
 import utils.report_tool
@@ -24,12 +25,12 @@ def startPyJob(job):
     if not "_steps" in tdata:
         raise Exception("no steps to execute in testdata")
     for (step) in tdata["_steps"]:
-        if step["comp"] in comps:
-            comp = cm.getComponent(step["comp"])
-            comp.execute_testcase(step, tdata)
+        if step.comp in comps:
+            comp = cm.getComponent(step.comp)
+            comp.execute_test(job, step, tdata)
             job.m.merge(comp.m)
         else:
-            job.m.setError(step["comp"]+" kann nicht aufgerufen werden!")
+            job.m.setError(step.comp+" kann nicht aufgerufen werden!")
 
 
 # Press the green button in the gutter to run the script.

init_testcase.py

@@ -23,8 +23,11 @@ def startPyJob(job):
     for c in comps:
         comp = cm.getComponent(c)
         comp.m.logInfo("------- "+comp.name+" ----------------------------------------")
+        if job.hasFunction("reset_TData"):
             comp.reset_TData(B.PAR_TESTCASE)
+        if job.hasFunction("load_TData"):
             comp.load_TData(B.PAR_TESTCASE, testdata)
+        if job.hasFunction("read_TData"):
             comp.read_TData("vorher", B.PAR_TESTCASE)
         comp.m.logInfo("------- "+comp.name+" ----------------------------------------")
         job.m.merge(comp.m)

test/test_job.py

@@ -52,6 +52,7 @@ class MyTestCase(unittest.TestCase):
         programs = ["init_testcase"]
         testcase = "TC0001"
         timexec = "2022-06-28_21-23-34"
+        fct = "read_TData"
         # os.system("python "+os.path.join(HOME_PATH, "check_environment.py")+" -a TEST -e ENV01")
         # os.system("python "+os.path.join(HOME_PATH, "init_testsuite.py")+" -a TEST -e ENV01 "
         #    "-ts "+os.path.join(HOME_PATH, "test","lauf","V0.1","implement_2021-08-28_23-50-51")+" -dt csv -ds implement -dn firstunit")
@@ -64,7 +65,7 @@ class MyTestCase(unittest.TestCase):
         if "init_testcase" in programs:
             program = "init_testcase"
             job = Job("unit")
-            args = { B.PAR_APP: "TESTAPP", B.PAR_ENV: "ENV01", "modus": "unit",
+            args = { B.PAR_APP: "TESTAPP", B.PAR_ENV: "ENV01", "modus": "unit", B.PAR_FCT: fct,
                      B.PAR_TCDIR: os.path.join(job.conf.confs[B.SUBJECT_PATH][B.ATTR_PATH_ARCHIV], testcase, timexec),
                      "step": 1 }
             #         "usecase": "TST001", "tstime": "2022-03-17_17-28"}

test/test_tdata.py

@@ -19,7 +19,7 @@ OS_SYSTEM = test.constants.OS_SYSTEM
 # here you can select single testfunction for developping the tests
 TEST_FUNCTIONS = ["test_tdata", "test_getCsvSpec_data", "test_getCsvSpec_tree", "test_getCsvSpec_key",
                   "test_getCsvSpec_conf",  "test_extractPattern", "test_parseCsv"]
-TEST_FUNCTIONS = ["test_getCsvSpec_data"]
+# TEST_FUNCTIONS = ["test_getCsvSpec_data"]
 
 class MyTestCase(unittest.TestCase):
     mymsg = "--------------------------------------------------------------"
@@ -119,9 +119,21 @@ class MyTestCase(unittest.TestCase):
             cnttest += 3
             for step in tdata[B.DATA_NODE_STEPS]:
                 print(step)
-                self.assertIn(B.DATA_NODE_COMP, step)
-                self.assertIn(B.ATTR_DATA_REF, step)
-                self.assertIn(B.ATTR_STEP_ARGS, step)
+                self.assertEqual(hasattr(step, B.DATA_NODE_COMP), True)
+                # self.assertEqual(hasattr(step, B.ATTR_DATA_REF), True)
+                self.assertEqual(hasattr(step, B.ATTR_STEP_ARGS), True)
+                cnttest += 3
+            specLines = [
+                "step:1;testa;1;1;table:_lofts;action:export;;;;;",
+                "#;;;;;;"
+            ]
+            tdata = {}
+            tdata = t.parseCsvSpec(job.m, specLines, D.CSV_SPECTYPE_DATA)
+            print(tdata)
+            self.assertEqual(1, len(tdata))
+            self.assertIn(B.DATA_NODE_STEPS, tdata)
+            self.assertIsInstance(tdata[B.DATA_NODE_STEPS], list)
+            self.assertEqual(2, len(tdata[B.DATA_NODE_STEPS][0].args))
             cnttest += 3
         if B.DATA_NODE_TABLES in tests:
             specLines = [
@@ -216,7 +228,7 @@ class MyTestCase(unittest.TestCase):
             print(str(tdata))
             self.assertEqual(1, len(tdata))
             self.assertEqual(1, len(tdata["_tables"]))
-            self.assertEqual(2, len(tdata["_tables"]["capital"]))
+            self.assertEqual(3, len(tdata["_tables"]["capital"]))
             self.assertEqual(3, len(tdata["_tables"]["capital"]["_keys"]))
             cnttest += 4
             specLines = [
@@ -231,9 +243,9 @@ class MyTestCase(unittest.TestCase):
             #tdata = t.parseCsvSpec(job.m, specLines, D.CSV_SPECTYPE_TREE)
             print(str(tdata))
             self.assertEqual(1, len(tdata))
-            self.assertNotIn("capital", tdata["_tables"])
-            self.assertEqual(1, len(tdata["_tables"]))
-            self.assertEqual(2, len(tdata["_tables"]["country"]))
+            self.assertIn("capital", tdata["_tables"])
+            self.assertEqual(2, len(tdata["_tables"]))
+            self.assertEqual(3, len(tdata["_tables"]["country"]))
             self.assertEqual(2, len(tdata["_tables"]["country"]["_keys"]))
             cnttest += 4
         MyTestCase.mymsg += "\n----- "+actfunction+" : "+str(cnttest)

test_executer.py

@@ -1,10 +1,13 @@
 from datetime import datetime
+import traceback
 import basic.program
 import basic.constants as B
 import utils.tdata_tool
 import init_testcase
 import init_testsuite
 import execute_testcase
+import collect_testcase
+import compare_testcase
 import finish_testsuite
 
 PROGRAM_NAME = "test_executer"
@@ -16,16 +19,18 @@ def getTime():
     time = datetime.now().strftime("%Y-%m-%d_%H-%M-%S")
     return time
 
-def start(myjob):
+def startPy(pjob):
+    myjob = pjob
     myjob.m.setMsg("# # # # # start executer # # # # #  ")
     tdata = utils.tdata_tool.getTestdata()
     job = basic.program.Job("unit")
+    if not hasattr(myjob.par, B.PAR_STEP):
+        raise Exception("Parameter " + B.PAR_STEP + " is missing")
     testcases = getattr(myjob.par, B.PAR_TESTCASE)
-    if not hasattr(myjob.par, "step"):
-        raise Exception("Parameter step is missing")
     for step in tdata[B.DATA_NODE_STEPS]:
-        if int(step["_nr"]) != int(getattr(myjob.par, "step")):
+        if int(step.exexStep) != int(getattr(myjob.par, "step")):
             continue
+
         for arg in step["args"]:
             if arg == "start":
                 if "testsuite" in step["args"][arg]:
@@ -72,15 +77,48 @@ def start(myjob):
     # myjob.stopJob(1)
 
 
+def startStepProgram(step, job, jobargs):
+    myjob = basic.program.Job("unit") # meaning temp
+    myjob.par.setParameterArgs(jobargs)
+    myjob.setProgram(step.start)
+    myjob.pushInstance(myjob)
+    myjob.startJob()
+    try:
+        job.m.logInfo(step.start + " starting")
+        if step.start == "init_testcase":
+            init_testcase.startPyJob(myjob)
+        elif step.start == "execute_testcase":
+            execute_testcase.startPyJob(myjob)
+        elif step.start == "collect_testcase":
+            collect_testcase.startPyJob(myjob)
+        elif step.start == "compare_testcase":
+            compare_testcase.startPyJob(myjob)
+        job.m.logInfo(step.start + " finished")
+    except Exception as e:
+        txt1 = traceback.format_stack()
+        print("==================================================================0")
+        print(txt1)
+        print("==================================================================0")
+        txt2 = traceback.format_exc()
+        print(txt2)
+        print("==================================================================0")
+        job.m.setError(step.start + " aborted")
+    finally:
+        myjob.stopJob(1)
+    myjob.popInstance(myjob)
+
+
 if __name__ == '__main__':
     print(PROGRAM_NAME)
     x = basic.program.Job(PROGRAM_NAME)
-    #m = message.Message(3)
-    #m.closeMessage()
     x.startJob()
+    try:
         x.m.logDebug(str(vars(x.par)) + "\n" + str(vars(x.conf)))
         if x.m.isRc("fatal"):
             x.stopJob()
             exit(x.m.rc * (-1) + 3)
-    start(x)
+        startPy(x)
+    except:
+        x.m.setError(PROGRAM_NAME + " aborted")
+    finally:
         x.stopJob()

utils/config/path.yml

@@ -14,15 +14,19 @@ pattern:
   sumfile:   xxx
   backup:    backup
   reffile:   Herkunft.txt
+  appdir:    APP
   tc:        testfall
   ts:        testlauf
   debugname: debug
   logname:   log
+  preexec:   env-pre-exec   # only for dry unit-test
+  postexec:  env-post-exec  # only for dry unit-test
   debugs:    "{job.conf.home}/test/log"
   # environment
   envbase:    "{job.conf.environment}/{job.par.environment}"
   envlog:     "{envbase}/{log}"
   envparfile: "{envbase}/{parfile}"
+  envappdir:  "{envbase}/{appdir}/{comp.name}"
   # testcase
   tcbase:    "{job.conf.archiv}/{job.par.testcase}/{job.par.tctime}"
   tclog:     "{tcbase}/{log}"
@@ -33,6 +37,14 @@ pattern:
   tcrundiff: "{tcresult}/{rundiff}"
   tcprecond:   "{tcresult}/{precond}"
   tcpostcond:  "{tcresult}/{postcond}"
+  # testdata
+  tdbase:    "{job.conf.testdata}/{job.par.testcase}"
+  tdresult:  "{tdbase}/{result}"
+  tdparfile: "{tdbase}/{parfile}"
+  tdprecond:   "{tdresult}/{precond}"
+  tdpostcond:  "{tdresult}/{postcond}"
+  tdpreexec:   "{tdbase}/{preexec}/{comp.name}"  # only for dry unit-test
+  tdpostexec:  "{tdbase}/{postexec}/{comp.name}" # only for dry unit-test
   # testset
   tsbase:    "{job.conf.archiv}/{ts}/{job.par.usecase}_{job.par.tstime}"
   tslog:     "{tsbase}/{log}"

utils/tdata_tool.py

@@ -27,6 +27,7 @@ import utils.file_tool
 import basic.constants as B
 import utils.data_const as D
 import utils.date_tool
+import basic.step
 
 TOOL_NAME = "tdata_tool"
 """ name of the tool in order to switch debug-info on """
@@ -118,6 +119,7 @@ def getCsvSpec(msg, filename, type):
 
 
 def parseCsvSpec(msg, lines, type):
+    job = basic.program.Job.getInstance()
     data = {}
     header = []
     h = []  # from a[]
@@ -140,6 +142,8 @@ def parseCsvSpec(msg, lines, type):
         if (a[0].lower() == D.CSV_BLOCK_STEP):
             if (not B.DATA_NODE_STEPS in data):
                 data[B.DATA_NODE_STEPS] = []
+            step = basic.step.parseStep(job, fields)
+            """
             step = {}
             step[B.DATA_NODE_COMP] = fields[D.STEP_COMP_I]
             step[B.ATTR_EXEC_REF] = fields[D.STEP_EXECNR_I]
@@ -163,6 +167,7 @@ def parseCsvSpec(msg, lines, type):
                 if len(b) < 2:
                     raise Exception(D.EXCP_MALFORMAT + "" + l)
                 step[B.ATTR_STEP_ARGS][b[0]] = b[1]
+            """
             data[B.DATA_NODE_STEPS].append(step)
             continue
         elif (a[0].lower() == D.CSV_BLOCK_OPTION):