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ModularBuildFinish hardcoded the item a finished build becomes (6416 for 3 parts, 8092 for 7) and the car chassis part (8129) that the every-part- swapped check skips. They now come from ModularBuildComponent: createdLOT, <numberOfParts> and the <ExamplePartLOT> of the <rootPart> module (new CDModularBuildComponentTable). Same results with the 1.10.64 cdclient; tests cover the xml parsing and the lookup. Refs #691 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
28 lines
1.1 KiB
C++
28 lines
1.1 KiB
C++
#pragma once
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#include "CDTable.h"
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#include "dCommonVars.h"
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#include <optional>
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#include <string_view>
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// A modular build (rocket, car): ModularBuildComponent with what DLU needs from its xml
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struct CDModularBuildComponent {
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uint32_t id{};
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int32_t buildType{};
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LOT createdLOT{ LOT_NULL }; // the item the finished build becomes
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uint32_t numberOfParts{}; // <topology><numberOfParts value>
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LOT rootPartExampleLOT{ LOT_NULL }; // <Module><ExamplePartLOT> of the module whose PartCode is <rootPart value>
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};
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class CDModularBuildComponentTable : public CDTable<CDModularBuildComponentTable, std::vector<CDModularBuildComponent>> {
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public:
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void LoadValuesFromDatabase();
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// The first build made of this many parts
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std::optional<CDModularBuildComponent> GetByNumberOfParts(uint32_t numberOfParts) const;
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// Fills numberOfParts and rootPartExampleLOT from a ModularBuildComponent.xml
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static void ParseXml(std::string_view xml, CDModularBuildComponent& build);
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static std::optional<CDModularBuildComponent> FindByNumberOfParts(const std::vector<CDModularBuildComponent>& builds, uint32_t numberOfParts);
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};
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