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FunctionalTests.spl
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FunctionalTests.spl
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/*
==============================================
# Licensed Materials - Property of IBM
# Copyright IBM Corp. 2021, 2024
==============================================
*/
/*
==================================================================
First created on: Mar/28/2021
Last modified on: Mar/05/2024
This application is meant for doing several hundred
functional tests to provide as much coverage as possible to
the code path of the streamsx.eval_predicate toolkit's
major C++ native function.
There is another concise example application included in this toolkit.
That is called EvalPredicateExample which is a good one
for new users who want to learn about what the eval_predicate
function does and how they can use it in their own applications.
The code in the main composite below targets to test the happy path
as well as the unhappy (error) path by making good and bad calls to the
eval_predicate C++ native function.
You can run this application in standalone mode if you want to.
Since there are two different operators in this application that
perform different kinds of expression (rule) evaluations, the results
getting displayed on the screen from those two operators may get mixed up.
So, it is better to run this application in distributed mode with
legacy fusion mode ON so that the results displayed from those two
operators will appear in two separate PE console log files for an
easier viewing of the results from the evaluations.
In addition to testing the rule expression processing,
this application tests another feature of the eval_predicate
toolkit i.e. how to get a value of a specific tuple attribute as
that is expressed via a user provided string input.
You can search below for get_tuple_attribute_value to
see a few dozen different test cases on that topic.
Another feature available in the eval_prediate toolkit is to
compare the attribute values of two tuples that are made of
the same schema and to return a list containing the
attribute names that differ in their values. In this example,
you can search for compare_tuple_attributes to see a few
test cases on that topic.
Another feature available in the eval_predicate toolkit is to
get the schema literal string of a given tuple along with the
fully qualified attribute names and their SPL type names.
In this example, you can search for get_tuple_schema_and_attribute_info
to see a few test cases on that topic.
How can you build this test application?
----------------------------------------
1) If you are a command line person, you can use the
Makefile provided in this toolkit directory to build it.
On an IBM Streams Linux machine, simply type 'make' from a
terminal window by being within this toolkit's top-level directory.
2) Alternatively, the extracted toolkit directory can also be
imported into IBM Streams Studio or Microsoft Visual Studio Code.
Before importing, it is a must to rename that Makefile in that
top-level directory to Makefile.org. Only with that renaming of
the Makefile, the example application will build correctly after
importing the toolkit into the Studio development environment.
==================================================================
*/
namespace com.ibm.streamsx.eval_predicate.test;
// We have to declare the use of this namespace from where we will get the
// eval_predicate native functions that are called from this application.
use com.ibm.streamsx.eval_predicate::*;
// This is the main composite for this application.
composite FunctionalTests {
param
// This constant can be used to specify whether a
// detailed tracing message to be displayed from inside the
// eval_predicate function or not. [Useful for debugging.]
expression<boolean> $EVAL_PREDICATE_TRACING :
(boolean)getSubmissionTimeValue("EvalPredicateTracing", "false");
// This constant can be used to specify whether the
// value of the tuple attribute fetched via the
// get_tuple_attribute_value should be displayed on
// the console or not.
expression<boolean> $DISPLAY_FETCHED_ATTRIBUTE_VALUE :
(boolean)getSubmissionTimeValue("DisplayFetchedAttributeValue", "true");
type
// These are types or schema of the tuples that we will use to
// evaluate different kinds of expressions.
//
// 1) A simple flat schema with no nesting.
Ticker_t = rstring symbol, float32 price, uint32 quantity,
rstring priceInString, rstring quantityInString,
boolean buyOrSell, map<boolean, int32> myMap1;
// 2) Another simple flat schema with no nesting.
Weather_t = rstring city, float64 humidity,
map<int64, float64> hourlyTemperatureMap,
boolean sunnyDay, map<rstring, rstring> reporters;
// 3) A made up arbitrary schema with multilevel types and
// nesting that includes primitive and collection data types such as
// sets, lists and maps. Main idea here is to have tuple types that can
// include all the SPL typed attributes needed for testing the
// eval_predicate function.
Car_t = rstring autoMaker, set<rstring> models,
set<int32> rpmRange,
set<int64> numberOfEnginesMade,
set<float32> secondsForZeroToSixty, set<float64> maxEngineTemp;
Plane_t = rstring airliner, boolean isBasedInUSA,
int32 numberOfPlants,
uint32 startingYear, int64 planesMade,
uint64 countriesOfOperation, float32 averagePrice,
float64 averageProfit;
Hardware_t = rstring vendor, list<rstring> processorFamily,
list<int32> processorCoreCnt, list<int64> l2CacheSize,
list<float32> estimatedPrice, list<float64> revenueTarget;
Software_t = map<rstring,int32> productNameToId,
map<int32,rstring> productIdToName,
map<rstring,int64> productNameToOrderVolume,
map<int64,rstring> orderVolumeToProductName,
map<rstring,float32> productNameToProfitMargin,
map<float32,rstring> profitMarginToProductName,
map<rstring,float64> productNameToRevenue,
map<float64,rstring> revenueToProductName,
map<rstring,rstring> productNameToGuid;
IntegerWorld_t = map<int32,int32> d, map<int32,int64> e,
map<int64,int32> f , map<int64,int64> g,
map<int32,float32> h, map<int32,float64> i,
map<int64,float32> j, map<int64,float64> k;
FloatWorld_t = map<float32,int32> l, map<float32,int64> m,
map<float64,int32> n , map<float64,int64> o,
map<float32,float32> p, map<float32,float64> q,
map<float64,float32> r , map<float64,float64> s;
GroupA_t = tuple<Car_t cars, Plane_t plane> transport,
tuple<Hardware_t hw> rack;
GroupB_t = tuple<Software_t sw> digital,
tuple<IntegerWorld_t iw> integers;
GroupC_t = tuple<FloatWorld_t fw> reals;
TestData_t = rstring testId, GroupA_t a,
GroupB_t b, GroupC_t c, list<Weather_t> weatherList;
graph
// Start this application with a dummy signal.
(stream<boolean dummy> Signal as S) as SignalGenerator = Beacon() {
param
iterations: 1;
}
// This operator will create a single Ticker tuple and a
// single comprehensive TestData tuple and send it for
// downstream processing.
(stream<Ticker_t> MyTicker as MT;
stream<TestData_t> MyTestData as MTD) as DataGenerator =
Custom(Signal as S) {
logic
onTuple S: {
// Let us populate the tuple attributes with proper values.
mutable Ticker_t myTicker = {};
myTicker.symbol = "INTC";
myTicker.price = (float32)79.25;
myTicker.quantity = 1287u;
myTicker.priceInString = "79.25";
myTicker.quantityInString = "1287";
myTicker.buyOrSell = true;
myTicker.myMap1 = {true:1, false:0};
// Send this tuple out.
submit(myTicker, MT);
// -------------------------
mutable Weather_t myWeather = {};
myWeather.city = "New York";
myWeather.humidity = 12.87;
insertM(myWeather.hourlyTemperatureMap,
333343l, 87.355);
insertM(myWeather.hourlyTemperatureMap,
443536l, 84.31);
insertM(myWeather.hourlyTemperatureMap,
592311l, 85.72);
insertM(myWeather.hourlyTemperatureMap,
693127l, 86.128);
insertM(myWeather.hourlyTemperatureMap,
729841l, 85.853);
myWeather.sunnyDay = true;
myWeather.reporters = {"WKLX's weatherwoman":"Martha O\'Leary",
"WMRX's weatherman":"Bob O\'Donnel"};
// -------------------------
// Create the comprehensive test data tuple now.
mutable TestData_t myTestData = {};
myTestData.testId = "Happy Path";
// -------------------------
myTestData.a.transport.cars.autoMaker = "Enzo Ferrari";
myTestData.a.transport.cars.models =
{"Portofino", "Tributo", "Stradale", "Lusso"};
myTestData.a.transport.cars.rpmRange =
{6000, 6367, 7050, 8700, 9000};
myTestData.a.transport.cars.numberOfEnginesMade =
{424209l, 343252l, 645532l};
myTestData.a.transport.cars.secondsForZeroToSixty =
{(float32)2.85, (float32)3.5, (float32)2.63, (float32)2.4};
myTestData.a.transport.cars.maxEngineTemp =
{195.23, 199.65, 203.15, 197.41};
// -------------------------
myTestData.a.transport.plane.airliner = "Boeing";
myTestData.a.transport.plane.isBasedInUSA = true;
myTestData.a.transport.plane.numberOfPlants = 18;
myTestData.a.transport.plane.startingYear = 1916u;
myTestData.a.transport.plane.planesMade = 290000l;
myTestData.a.transport.plane.countriesOfOperation = 65ul;
myTestData.a.transport.plane.averagePrice = (float32)121000000.45;
myTestData.a.transport.plane.averageProfit = 3000000000.32;
// -------------------------
myTestData.a.rack.hw.vendor = "Intel";
myTestData.a.rack.hw.processorFamily =
["Broadwell", "Cascade Lake", "Skylake", "Denlow"];
myTestData.a.rack.hw.processorCoreCnt =
[16, 20, 24, 32, 56];
myTestData.a.rack.hw.l2CacheSize =
[64l, 128l, 256l, 512l, 768l];
myTestData.a.rack.hw.estimatedPrice =
[(float32)248.34, (float32)398.12, (float32)849.15];
myTestData.a.rack.hw.revenueTarget =
[7380412313.43, 8532312421.94, 12482031823.95];
// -------------------------
myTestData.b.digital.sw.productNameToId =
{"Star DB" : 23422, "You Chat" : 98311, "Streams" : 52984};
myTestData.b.digital.sw.productIdToName =
{23422 : "Star DB", 98311 : "You Chat", 52984 : "Streams"};
myTestData.b.digital.sw.productNameToOrderVolume =
{"Star DB" : 2348922l, "You Chat" : 529842l, "Streams" : 8438131l};
myTestData.b.digital.sw.orderVolumeToProductName =
{2348922l : 'Star DB', 529842l : "You Chat", 8438131l : "Streams"};
myTestData.b.digital.sw.productNameToProfitMargin =
{"Star DB" : (float32)92348922.45,
"You Chat" : (float32)9529842.17,
"Streams" : (float32)528438131.84};
myTestData.b.digital.sw.profitMarginToProductName =
{(float32)92348922.45 : "Star DB",
(float32)9529842.17 : "You Chat",
(float32)528438131.84 : "Streams"};
myTestData.b.digital.sw.productNameToRevenue =
{"Star DB" : 862348922.45,
"You Chat" : 92529842.17,
"Streams" : 945438131.84};
myTestData.b.digital.sw.revenueToProductName =
{862348922.45 : "Star DB",
92529842.17 : "You Chat",
945438131.84 : "Streams"};
myTestData.b.digital.sw.productNameToGuid =
{"Star DB" : "af46aba2-3daa-4abb-8bca-74a2593bbe83",
"You Chat" : "9d3526eb-750f-4345-8fd3-72550428159e",
"Streams" : "bc49e673-80d6-49ee-b775-b4f331a3b5c3"};
// -------------------------
myTestData.b.integers.iw.d =
{1 : 2, 3 : 4, 5 : 6, 7 : 8};
myTestData.b.integers.iw.e =
{9 : 10l, 11 : 12l, 13 : 14l, 15 : 16l};
myTestData.b.integers.iw.f =
{10l : 9, 12l : 11, 14l : 13, 16l : 15};
myTestData.b.integers.iw.g =
{17l : 18l, 19l : 20l, 21l : 22l, 23l : 24l};
myTestData.b.integers.iw.h =
{25 : (float32)26.23, 27 : (float32)28.95};
myTestData.b.integers.iw.i =
{29 : 30.76, 31 : 32.18, 33 : 34.72};
myTestData.b.integers.iw.j =
{35l : (float32)36.17, 37l : (float32)38.48};
myTestData.b.integers.iw.k =
{39l : 40.27, 41l : 42.65, 43l : 44.81};
// -------------------------
myTestData.c.reals.fw.l =
{(float32)26.23 : 25, (float32)28.95 : 27};
myTestData.c.reals.fw.m =
{(float32)36.17 : 35l, (float32)38.48 : 37l};
myTestData.c.reals.fw.n =
{30.76 : 29, 32.18 : 31, 34.72 : 33};
myTestData.c.reals.fw.o =
{40.27 : 39l, 42.65 : 41l, 44.81 : 43l};
myTestData.c.reals.fw.p =
{(float32)45.56 : (float32)46.12, (float32)47.26 : (float32)48.74};
myTestData.c.reals.fw.q =
{(float32)49.81 : 50.03, (float32)51.12 : 52.63};
myTestData.c.reals.fw.r =
{53.25 : (float32)54.85, 55.37 : (float32)56.29, 57.55 : (float32)58.48};
myTestData.c.reals.fw.s =
{59.09 : 60.14, 61.28 : 62.37, 63.15 : 64.65};
// -------------------------
appendM(myTestData.weatherList, myWeather);
// -------------------------
// Send this tuple out.
submit(myTestData, MTD);
} // End of onTuple S.
} // End of DataGen Custom operator.
// In this operator, we will do the happy path tests.
() as HappyPathSink = Custom(MyTicker as MT; MyTestData as MTD) {
logic
state: {
// Store the MyTicker in a state variable if we
// have to use it later for any test.
mutable Ticker_t _myTicker = {};
mutable TestData_t _myTestData = {};
mutable rstring _rule = "";
}
onTuple MT: {
// Store it in the state.
_myTicker = MT;
}
onTuple MTD: {
// Store it in the state.
_myTestData = MTD;
// We will methodically do many happy path
// expression (rule) evaluations now.
// The main goal here is to provide test coverage for
// many of the eval features that we support.
mutable int32 error = 0;
mutable boolean result = false;
printStringLn("This happy path operator should give " +
"results either as eval criteria is met or not met. " +
"It should never encounter any eval execution " +
"failure with a non-zero error code.");
// -------------------------
// Evaluate an expression (i.e. rule).
// Arg1: Expression string i.e. your custom rule.
// Arg2: Your tuple
// Arg3: A mutable int32 variable to receive a non-zero eval error code if any.
// (You can refer to top of the impl/include/eval_predicate.h file in the
// streamsx.eval_predicate toolkit for the meaning of a given error code.)
// Arg4: A boolean value to enable debug tracing inside this function.
// It returns true if the expression's evaluation criteria is met.
// It returns false and error=0 if the expression's evaluation criteria is not met.
// It returns a non-zero error when there is an evaluation execution failure.
//
// A1.1 (boolean == operation verb)
_rule = "(a.transport.plane.isBasedInUSA == true)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A1.1: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A1.1: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A1.1: Evaluation execution failed. Error=" + (rstring)error);
}
// A1.2 (boolean != operation verb)
_rule = "(a.transport.plane.isBasedInUSA != false)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A1.2: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A1.2: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A1.2: Evaluation execution failed. Error=" + (rstring)error);
}
// -------------------------
// A2.1 (int32 == operation verb)
_rule = "(a.transport.plane.numberOfPlants == 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.1: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.1: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.1: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.2 (int32 != operation verb)
_rule = "(a.transport.plane.numberOfPlants != 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.2: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.2: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.2: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.3 (int32 < operation verb)
_rule = "(a.transport.plane.numberOfPlants < 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.3: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.3: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.3: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.4 (int32 <= operation verb)
_rule = "(a.transport.plane.numberOfPlants <= 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.4: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.4: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.4: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.5 (int32 > operation verb)
_rule = "(a.transport.plane.numberOfPlants > 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.5: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.5: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.5: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.6 (int32 >= operation verb)
_rule = "(a.transport.plane.numberOfPlants >= 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.6: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.6: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.6: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.7 (int32 + operation verb)
_rule = "(a.transport.plane.numberOfPlants + -6 == 12)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.7: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.7: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.7: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.8 (int32 - operation verb)
_rule = "(a.transport.plane.numberOfPlants - -5 >= 23)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.8: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.8: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.8: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.9 (int32 * operation verb)
_rule = "(a.transport.plane.numberOfPlants * -3 > -55)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.9: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.9: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.9: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.10 (int32 / operation verb)
_rule = "(a.transport.plane.numberOfPlants / -6 < -5)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.10: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.10: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.10: Evaluation execution failed. Error=" + (rstring)error);
}
// A2.11 (int32 % operation verb)
_rule = "(a.transport.plane.numberOfPlants % 7 <= 4)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A2.11: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A2.11: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A2.11: Evaluation execution failed. Error=" + (rstring)error);
}
// -------------------------
// A3.1 (uint32 == operation verb)
_rule = "(a.transport.plane.startingYear == 1916)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.1: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.1: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.1: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.2 (uint32 != operation verb)
_rule = "(a.transport.plane.startingYear != 1916)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.2: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.2: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.2: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.3 (uint32 < operation verb)
_rule = "(a.transport.plane.startingYear < 1916)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.3: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.3: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.3: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.4 (uint32 <= operation verb)
_rule = "(a.transport.plane.startingYear <= 1916)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.4: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.4: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.4: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.5 (uint32 > operation verb)
_rule = "(a.transport.plane.startingYear > 1916)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.5: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.5: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.5: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.6 (uint32 >= operation verb)
_rule = "(a.transport.plane.startingYear >= 1916)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.6: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.6: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.6: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.7 (uint32 + operation verb)
_rule = "(a.transport.plane.startingYear + 8 < 1924)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.7: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.7: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.7: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.8 (uint32 - operation verb)
_rule = "(a.transport.plane.startingYear - 5 >= 1911)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.8: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.8: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.8: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.9 (uint32 * operation verb)
_rule = "(a.transport.plane.startingYear * 2 >= 3832)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.9: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.9: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.9: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.10 (uint32 / operation verb)
_rule = "(a.transport.plane.startingYear / 4 == 479)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.10: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.10: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.10: Evaluation execution failed. Error=" + (rstring)error);
}
// A3.11 (uint32 % operation verb)
_rule = "(a.transport.plane.startingYear % 9 <= 8)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A3.11: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A3.11: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A3.11: Evaluation execution failed. Error=" + (rstring)error);
}
// -------------------------
// A4.1 (int64 == operation verb)
_rule = "(a.transport.plane.planesMade == 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.1: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.1: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.1: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.2 (int64 != operation verb)
_rule = "(a.transport.plane.planesMade != 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.2: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.2: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.2: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.3 (int64 < operation verb)
_rule = "(a.transport.plane.planesMade < 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.3: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.3: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.3: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.4 (int64 <= operation verb)
_rule = "(a.transport.plane.planesMade <= 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.4: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.4: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.4: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.5 (int64 > operation verb)
_rule = "(a.transport.plane.planesMade > 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.5: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.5: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.5: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.6 (int64 >= operation verb)
_rule = "(a.transport.plane.planesMade >= 18)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.6: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.6: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.6: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.7 (int64 + operation verb)
_rule = "(a.transport.plane.planesMade + -6 == 12)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.7: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.7: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.7: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.8 (int64 - operation verb)
_rule = "(a.transport.plane.planesMade - -5 >= 23)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.8: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.8: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.8: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.9 (int64 * operation verb)
_rule = "(a.transport.plane.planesMade * -3 > -55)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.9: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.9: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.9: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.10 (int64 / operation verb)
_rule = "(a.transport.plane.planesMade / -6 < -5)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.10: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.10: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.10: Evaluation execution failed. Error=" + (rstring)error);
}
// A4.11 (int64 % operation verb)
_rule = "(a.transport.plane.planesMade % 7 <= 4)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A4.11: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A4.11: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A4.11: Evaluation execution failed. Error=" + (rstring)error);
}
// -------------------------
// A5.1 (uint64 == operation verb)
_rule = "(a.transport.plane.countriesOfOperation == 65)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.1: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.1: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.1: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.2 (uint64 != operation verb)
_rule = "(a.transport.plane.countriesOfOperation != 65)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.2: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.2: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.2: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.3 (uint64 < operation verb)
_rule = "(a.transport.plane.countriesOfOperation < 65)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.3: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.3: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.3: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.4 (uint64 <= operation verb)
_rule = "(a.transport.plane.countriesOfOperation <= 65)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.4: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.4: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.4: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.5 (uint64 > operation verb)
_rule = "(a.transport.plane.countriesOfOperation > 65)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.5: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.5: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.5: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.6 (uint64 >= operation verb)
_rule = "(a.transport.plane.countriesOfOperation >= 65)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.6: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.6: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.6: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.7 (uint64 + operation verb)
_rule = "(a.transport.plane.countriesOfOperation + 8 < 74)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.7: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.7: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.7: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.8 (uint64 - operation verb)
_rule = "(a.transport.plane.countriesOfOperation - 5 >= 60)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.8: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.8: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.8: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.9 (uint64 * operation verb)
_rule = "(a.transport.plane.countriesOfOperation * 2 >= 130)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.9: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.9: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.9: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.10 (uint64 / operation verb)
_rule = "(a.transport.plane.countriesOfOperation / 4 == 16)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.10: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.10: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.10: Evaluation execution failed. Error=" + (rstring)error);
}
// A5.11 (uint64 % operation verb)
_rule = "(a.transport.plane.countriesOfOperation % 9 <= 2)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A5.11: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A5.11: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A5.11: Evaluation execution failed. Error=" + (rstring)error);
}
// -------------------------
// A6.1 (float32 == operation verb)
_rule = "(a.transport.plane.averagePrice == 121000000.45)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A6.1: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A6.1: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A6.1: Evaluation execution failed. Error=" + (rstring)error);
}
// A6.2 (float32 != operation verb)
_rule = "(a.transport.plane.averagePrice != 121000000.45)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A6.2: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A6.2: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A6.2: Evaluation execution failed. Error=" + (rstring)error);
}
// A6.3 (float32 < operation verb)
_rule = "(a.transport.plane.averagePrice < 121000000.45)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A6.3: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A6.3: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A6.3: Evaluation execution failed. Error=" + (rstring)error);
}
// A6.4 (float32 <= operation verb)
_rule = "(a.transport.plane.averagePrice <= 121000000.45)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A6.4: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A6.4: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A6.4: Evaluation execution failed. Error=" + (rstring)error);
}
// A6.5 (float32 > operation verb)
_rule = "(a.transport.plane.averagePrice > 121000000.45)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A6.5: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A6.5: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A6.5: Evaluation execution failed. Error=" + (rstring)error);
}
// A6.6 (float32 >= operation verb)
_rule = "(a.transport.plane.averagePrice >= 121000000.45)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A6.6: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A6.6: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A6.6: Evaluation execution failed. Error=" + (rstring)error);
}
// A6.7 (float32 + operation verb)
_rule = "(a.transport.plane.averagePrice + 8.0 < 121000009.45)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A6.7: Evaluation criteria is met.");
} else if(result == false && error == 0) {
printStringLn("Testcase A6.7: Evaluation criteria is not met.");
} else {
printStringLn("Testcase A6.7: Evaluation execution failed. Error=" + (rstring)error);
}
// A6.8 (float32 - operation verb)
_rule = "(a.transport.plane.averagePrice - 5.0 >= 120000000.45)";
result = eval_predicate(_rule, _myTestData, error, $EVAL_PREDICATE_TRACING);
if(result == true) {
printStringLn("Testcase A6.8: Evaluation criteria is met.");
} else if(result == false && error == 0) {