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suyu_two/app/tests/register_monitor_service_te...

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  1. #include "domain/active_register_repository.h"

  2. #include "domain/register_monitor_model.h"

  3. #include "domain/register_repository.h"

  4. #include "domain/virtual_register_repository.h"

  5. #include "services/register_monitor_service.h"

  6. #include "support/test_support.h"

  7. 

  8. #include <iostream>

  9. #include <cmath>

  10. #include <limits>

  11. #include <stdexcept>

  12. #include <string>

  13. #include <variant>

  14. 

  15. namespace {

  16. 

  17. using TestSupport::require;

  18. 

  19. void testRangeManagement()

  20. {

  21.     VirtualRegisterRepository repository;

  22.     RegisterMonitorService service(repository);

  23.     int change_count = 0;

  24.     service.setAddressesChangedCallback([&change_count] { ++change_count; });

  25. 

  26.     const RegisterMonitorResult added = service.addRange(" d10 ", 3);

  27.     require(added.succeeded && added.affectedCount == 3

  28.                 && service.addresses().size() == 3U,

  29.             "monitor service must expand a normalized continuous address range");

  30.     require(service.addresses().front() == RegisterAddress{RegisterArea::D, 10}

  31.                 && service.addresses().back() == RegisterAddress{RegisterArea::D, 12},

  32.             "monitor service must preserve expanded address order");

  33.     const RegisterMonitorResult duplicate = service.addRange("D11", 2);

  34.     require(!duplicate.succeeded && duplicate.error == RegisterMonitorError::NoChange,

  35.             "monitor service must reject a fully duplicated range");

  36.     require(!service.addRange("M4000", 2).succeeded,

  37.             "monitor service must reject a range crossing address 4000");

  38.     require(change_count == 1,

  39.             "failed additions must not report a monitor address change");

  40. 

  41.     require(service.remove({RegisterAddress{RegisterArea::D, 11}}).succeeded

  42.                 && service.addresses().size() == 2U,

  43.             "monitor service must remove selected addresses");

  44.     require(service.clear().succeeded && service.addresses().empty(),

  45.             "monitor service must clear the current monitor table");

  46.     require(change_count == 3,

  47.             "successful add, remove and clear operations must notify address changes");

  48. }

  49. 

  50. void testSharedActiveRepositoryValues()

  51. {

  52.     VirtualRegisterRepository virtual_repository;

  53.     VirtualRegisterRepository plc_repository;

  54.     ActiveRegisterRepository active_repository(virtual_repository);

  55.     RegisterMonitorService service(active_repository);

  56.     require(service.addRange("M0", 1).succeeded

  57.                 && service.addRange("D0", 1).succeeded,

  58.             "monitor service must accept one M and one D address");

  59. 

  60.     virtual_repository.writeBit({RegisterArea::M, 0}, true);

  61.     virtual_repository.writeWord({RegisterArea::D, 0}, -123);

  62.     std::vector<MonitorValue> values = service.values(false);

  63.     require(values.size() == 2U && values[0].bitValue

  64.                 && std::get<std::int16_t>(values[1].numericValue) == -123,

  65.             "monitor values must reflect the active virtual repository");

  66. 

  67.     plc_repository.writeBit({RegisterArea::M, 0}, false);

  68.     plc_repository.writeWord({RegisterArea::D, 0}, 456);

  69.     active_repository.use(plc_repository);

  70.     values = service.values(false);

  71.     require(!values[0].bitValue

  72.                 && std::get<std::int16_t>(values[1].numericValue) == 456,

  73.             "monitor values must follow the active repository switch");

  74.     values = service.values(true);

  75.     require(values[0].state == MonitorValueState::CommunicationFault

  76.                 && values[1].state == MonitorValueState::CommunicationFault,

  77.             "valid cached values must be marked stale during a communication fault");

  78. }

  79. 

  80. void testEditingPlcMonitorAccess()

  81. {

  82.     VirtualRegisterRepository virtual_repository;

  83.     VirtualRegisterRepository plc_repository;

  84.     ActiveRegisterRepository active_repository(virtual_repository);

  85.     VirtualRegisterRepository initial_repository;

  86.     RegisterMonitorService service(active_repository);

  87.     service.setOfflineInitialRepository(initial_repository);

  88.     service.setOfflineInitialCaptureEnabled(true);

  89.     service.setEditingPlcRepository(plc_repository);

  90.     require(service.addRange("M0", 1).succeeded

  91.                 && service.addRange("D0", 1).succeeded,

  92.             "editing PLC monitor fixture must accept M and D points");

  93. 

  94.     virtual_repository.writeBit({RegisterArea::M, 0}, false);

  95.     virtual_repository.writeWord({RegisterArea::D, 0}, 11);

  96.     plc_repository.writeBit({RegisterArea::M, 0}, true);

  97.     plc_repository.writeWord({RegisterArea::D, 0}, 22);

  98. 

  99.     service.setEditingPlcState(true, false);

  100.     std::vector<MonitorValue> values = service.values(false);

  101.     require(values.size() == 2U

  102.                 && values[0].state == MonitorValueState::Unavailable

  103.                 && values[1].state == MonitorValueState::Unavailable

  104.                 && !service.writeBit({RegisterArea::M, 0}, false).succeeded,

  105.             "editing PLC monitor must wait for the first read before access");

  106. 

  107.     service.setEditingPlcState(true, true);

  108.     values = service.values(false);

  109.     require(values[0].state == MonitorValueState::Valid && values[0].bitValue

  110.                 && values[1].state == MonitorValueState::Valid

  111.                 && std::get<std::int16_t>(values[1].numericValue) == 22,

  112.             "editing PLC monitor must display PLC cache values after first read");

  113.     require(service.writeBit({RegisterArea::M, 0}, false).succeeded

  114.                 && service.writeNumeric(

  115.                     {RegisterArea::D, 0}, RegisterDataType::Int16, 33).succeeded

  116.                 && !plc_repository.readBit({RegisterArea::M, 0}).value

  117.                 && plc_repository.readWord({RegisterArea::D, 0}).value == 33

  118.                 && !initial_repository.readBit({RegisterArea::M, 0}).value

  119.                 && initial_repository.readWord({RegisterArea::D, 0}).value == 0,

  120.             "editing PLC monitor writes must target PLC and skip offline capture");

  121. 

  122.     service.setEditingPlcState(false, false);

  123.     values = service.values(false);

  124.     require(!values[0].bitValue

  125.                 && std::get<std::int16_t>(values[1].numericValue) == 11,

  126.             "disconnecting PLC must restore the virtual editing source");

  127. }

  128. 

  129. void testRegisterWrites()

  130. {

  131.     VirtualRegisterRepository repository;

  132.     RegisterMonitorService service(repository);

  133.     const RegisterAddress m0{RegisterArea::M, 0};

  134.     const RegisterAddress d0{RegisterArea::D, 0};

  135. 

  136.     const RegisterMonitorWriteResult bit_write = service.writeBit(m0, true);

  137.     require(bit_write.succeeded && repository.readBit(m0).value,

  138.             "monitor service must write M values through the active repository");

  139. 

  140.     const RegisterMonitorWriteResult word_write = service.writeNumeric(

  141.         d0, RegisterDataType::Int16, -123);

  142.     require(word_write.succeeded && repository.readWord(d0).value == -123,

  143.             "monitor service must write signed D values through the active repository");

  144. 

  145.     const RegisterMonitorWriteResult wrong_bit = service.writeBit(d0, true);

  146.     require(!wrong_bit.succeeded && wrong_bit.error == RegisterError::AreaMismatch,

  147.             "monitor bit writes must reject D addresses");

  148.     const RegisterMonitorWriteResult wrong_word = service.writeNumeric(

  149.         m0, RegisterDataType::Int16, 123);

  150.     require(!wrong_word.succeeded && wrong_word.error == RegisterError::AreaMismatch,

  151.             "monitor word writes must reject M addresses");

  152. 

  153.     require(service.writeNumeric(

  154.                 d0, RegisterDataType::Int16, static_cast<std::int16_t>(-32768)).succeeded

  155.                 && repository.readWord(d0).value == -32768

  156.                 && service.writeNumeric(

  157.                     d0, RegisterDataType::Int16, static_cast<std::int16_t>(32767)).succeeded

  158.                 && repository.readWord(d0).value == 32767,

  159.             "monitor word writes must preserve signed 16-bit boundary values");

  160. }

  161. 

  162. void testOfflineInitialValueCapture()

  163. {

  164.     VirtualRegisterRepository virtual_repository;

  165.     VirtualRegisterRepository initial_repository;

  166.     ActiveRegisterRepository active_repository(virtual_repository);

  167.     RegisterMonitorService service(active_repository);

  168.     service.setOfflineInitialRepository(initial_repository);

  169.     service.setOfflineInitialCaptureEnabled(true);

  170. 

  171.     require(service.writeBit({RegisterArea::M, 3}, true).succeeded

  172.                 && service.writeNumeric(

  173.                     {RegisterArea::D, 10}, RegisterDataType::Int16, -456).succeeded

  174.                 && service.writeNumeric(

  175.                     {RegisterArea::D, 20}, RegisterDataType::Float32, 1.5f).succeeded

  176.                 && service.writeNumeric(

  177.                     {RegisterArea::D, 30}, RegisterDataType::Int32, 305419896)

  178.                     .succeeded

  179.                 && service.writeNumeric(

  180.                     {RegisterArea::D, 40}, RegisterDataType::Float64, 1.0)

  181.                     .succeeded,

  182.             "editing monitor writes must succeed against the virtual repository");

  183.     const WordsReadResult captured_int32 = initial_repository.readWords(

  184.         {RegisterArea::D, 30}, 2);

  185.     const WordsReadResult captured_double = initial_repository.readWords(

  186.         {RegisterArea::D, 40}, 4);

  187.     require(initial_repository.readBit({RegisterArea::M, 3}).value

  188.                 && initial_repository.readWord({RegisterArea::D, 10}).value == -456

  189.                 && std::fabs(Float32Codec::decode(

  190.                     initial_repository.readWords({RegisterArea::D, 20}, 2).values[0],

  191.                     initial_repository.readWords({RegisterArea::D, 20}, 2).values[1])

  192.                         .value_or(0.0f) - 1.5f) < 0.000001f,

  193.             "editing monitor writes must be captured as offline initial values");

  194.     require(captured_int32.succeeded

  195.                 && static_cast<std::uint16_t>(captured_int32.values[0]) == 0x5678U

  196.                 && static_cast<std::uint16_t>(captured_int32.values[1]) == 0x1234U

  197.                 && captured_double.succeeded

  198.                 && static_cast<std::uint16_t>(captured_double.values[0]) == 0x0000U

  199.                 && static_cast<std::uint16_t>(captured_double.values[1]) == 0x0000U

  200.                 && static_cast<std::uint16_t>(captured_double.values[2]) == 0x0000U

  201.                 && static_cast<std::uint16_t>(captured_double.values[3]) == 0x3ff0U,

  202.             "offline initial capture must keep all Int32 and Double words");

  203. 

  204.     service.setOfflineInitialCaptureEnabled(false);

  205.     require(service.writeBit({RegisterArea::M, 3}, false).succeeded

  206.                 && initial_repository.readBit({RegisterArea::M, 3}).value,

  207.             "runtime writes must not overwrite the captured initial values");

  208. }

  209. 

  210. void testMultiWordMonitoring()

  211. {

  212.     VirtualRegisterRepository repository;

  213.     RegisterMonitorService service(repository);

  214.     const RegisterMonitorResult added = service.addRange(

  215.         "D1", 3, RegisterDataType::Float32);

  216.     require(added.succeeded && added.affectedCount == 3

  217.                 && service.points().size() == 3U

  218.                 && service.points()[0].address == RegisterAddress{RegisterArea::D, 1}

  219.                 && service.points()[1].address == RegisterAddress{RegisterArea::D, 3}

  220.                 && service.points()[2].address == RegisterAddress{RegisterArea::D, 5},

  221.             "Float32 monitor batches must advance by two D words");

  222.     require(service.multiWordRanges().size() == 3U

  223.                 && service.multiWordRanges().front().wordCount == 2

  224.                 && service.pollAddresses().size() == 6U,

  225.             "Float32 monitor points must expose both words for polling");

  226. 

  227.     const RegisterMonitorResult duplicate = service.addRange(

  228.         "D1", 1, RegisterDataType::Float32);

  229.     require(!duplicate.succeeded && duplicate.error == RegisterMonitorError::NoChange,

  230.             "identical Float32 monitor points must be rejected");

  231.     const RegisterMonitorResult overlap = service.addRange(

  232.         "D2", 1, RegisterDataType::Int16);

  233.     require(overlap.succeeded && !overlap.message.empty(),

  234.             "partially overlapping monitor points must be added with a warning");

  235.     require(service.remove(std::vector<MonitorPoint>{

  236.                 MonitorPoint{{RegisterArea::D, 2}, RegisterDataType::Int16}}).succeeded

  237.                 && service.points().size() == 3U,

  238.             "overlapping monitor removal must identify the point type");

  239. 

  240.     require(service.writeNumeric(

  241.                 {RegisterArea::D, 1}, RegisterDataType::Float32, -2.5f).succeeded,

  242.             "Float32 monitor writes must use the pair write path");

  243.     std::vector<MonitorValue> values = service.values(false);

  244.     require(values.front().state == MonitorValueState::Valid

  245.                 && std::fabs(

  246.                     std::get<float>(values.front().numericValue) - (-2.5f))

  247.                     < 0.000001f,

  248.             "Float32 monitor values must decode the pair correctly");

  249.     require(!service.writeNumeric(

  250.                 {RegisterArea::D, 4000}, RegisterDataType::Float32, 1.0f).succeeded,

  251.             "Float32 monitor writes at D4000 must be rejected");

  252. 

  253.     const RegisterMonitorResult int32_added = service.addRange(

  254.         "D10", 2, RegisterDataType::Int32);

  255.     const RegisterMonitorResult double_added = service.addRange(

  256.         "D20", 2, RegisterDataType::Float64);

  257.     require(int32_added.succeeded && double_added.succeeded

  258.                 && service.points()[3].address == RegisterAddress{RegisterArea::D, 10}

  259.                 && service.points()[4].address == RegisterAddress{RegisterArea::D, 12}

  260.                 && service.points()[5].address == RegisterAddress{RegisterArea::D, 20}

  261.                 && service.points()[6].address == RegisterAddress{RegisterArea::D, 24}

  262.                 && service.pollAddresses().size() == 18U

  263.                 && service.multiWordRanges().size() == 7U

  264.                 && service.multiWordRanges()[5].wordCount == 4,

  265.             "Int32 and Double monitor batches must advance by their word counts");

  266.     require(service.writeNumeric(

  267.                 {RegisterArea::D, 10}, RegisterDataType::Int32, 305419896)

  268.                 .succeeded

  269.                 && service.writeNumeric(

  270.                     {RegisterArea::D, 20}, RegisterDataType::Float64, 1.25)

  271.                     .succeeded,

  272.             "Int32 and Double monitor writes must use continuous word blocks");

  273.     values = service.values(false);

  274.     require(std::get<std::int32_t>(values[3].numericValue) == 0x12345678

  275.                 && std::get<double>(values[5].numericValue) == 1.25,

  276.             "Int32 and Double monitor values must decode to their exact types");

  277. }

  278. 

  279. void testMultiWordMonitoringBoundaries()

  280. {

  281.     VirtualRegisterRepository repository;

  282.     RegisterMonitorService boundary_service(repository);

  283.     require(boundary_service.addRange(

  284.                 "D3999", 1, RegisterDataType::Int32).succeeded

  285.                 && !boundary_service.addRange(

  286.                     "D4000", 1, RegisterDataType::Int32).succeeded

  287.                 && boundary_service.addRange(

  288.                     "D3996", 1, RegisterDataType::Float64).succeeded

  289.                 && !boundary_service.addRange(

  290.                     "D3997", 1, RegisterDataType::Float64).succeeded

  291.                 && !boundary_service.addRange(

  292.                     "D21", 1, RegisterDataType::Float64).succeeded

  293.                 && !boundary_service.addRange(

  294.                     "M10", 1, RegisterDataType::Int32).succeeded,

  295.             "multi-word monitor points must enforce D limits and Double alignment");

  296. 

  297.     RegisterMonitorService validated_service(repository);

  298.     validated_service.setPollConfigurationValidator(

  299.         [](const std::vector<RegisterAddress> &,

  300.            const std::vector<RegisterWordRange> &ranges)

  301.         {

  302.             return ranges.empty() ? std::string{} : std::string{"轮询范围被拒绝"};

  303.         });

  304.     const RegisterMonitorResult rejected = validated_service.addRange(

  305.         "D100", 1, RegisterDataType::Float64);

  306.     require(!rejected.succeeded

  307.                 && rejected.error == RegisterMonitorError::PollConfigurationRejected

  308.                 && validated_service.points().empty(),

  309.             "a rejected candidate poll configuration must not change monitor points");

  310. }

  311. 

  312. } // namespace

  313. 

  314. int main()

  315. {

  316.     return TestSupport::runTestSuite("register monitor service tests", {

  317.         {"testRangeManagement", testRangeManagement},

  318.         {"testSharedActiveRepositoryValues", testSharedActiveRepositoryValues},

  319.         {"testEditingPlcMonitorAccess", testEditingPlcMonitorAccess},

  320.         {"testRegisterWrites", testRegisterWrites},

  321.         {"testOfflineInitialValueCapture", testOfflineInitialValueCapture},

  322.         {"testMultiWordMonitoring", testMultiWordMonitoring},

  323.         {"testMultiWordMonitoringBoundaries", testMultiWordMonitoringBoundaries},

  324.     });

  325. }