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path: root/advtrains_interlocking/init.lua

	Commit message (Collapse)	Author	Age
*	Point speed restriction rails	orwell96	2019-01-24
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*	Add Automatic Routesetting UI	orwell96	2019-01-09
\| \| \| \|	Settings have no effect so far
*	Shunt signals (not exactly Ks), along with fixes in other components that ↵	orwell96	2018-12-08
\| \| \| \|	those rely on
*	Miscellaneous routesetting fixes	orwell96	2018-10-29
\| \| \| \| \| \| \|	- Move handling of "route_committed" to the routesetting function - Put aspect in every TCBS on the way - Add "route_origin" to TCBS fields to prevent subroute cancelling - Cancel entire route when another train enters from the wrong TCB
*	Add Interlocking Tool to inspect route locks	orwell96	2018-10-26
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*	Add signal safety control override, restructure control system	orwell96	2018-10-10
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*	Add 'interlocking' privilege and add security checks	orwell96	2018-08-12
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*	Uncommitted route handling (update_route function)	orwell96	2018-08-03
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*	Implement routesetting	orwell96	2018-07-21
\| \| \| \|	Missing things: signal aspect updating, waiting routes handling, management /info tool
*	Signal assignment and route programming procedure	orwell96	2018-07-04
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*	get_ts_at_pos(), file for train-related stuff	orwell96	2018-06-29
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*	Add track section concept and rework TCB design, implement new linking behavior	orwell96	2018-06-21
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*	Add Track Circuit Breaks (TCBs), Database and Track Circuit Setup	orwell96	2018-06-20
\| \| \| \|	Does not get saved yet.
*	Interlocking: Create demo signals, signal API and model for TCB configurer node	orwell96	2018-06-19
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*	Draft of interlocking system	orwell96	2018-06-14

pan>::string,ModSpec> modpack_content; ModSpec(const std::string &name_="", const std::string &path_=""): name(name_), path(path_) {} }; // Retrieves depends, optdepends, is_modpack and modpack_content void parseModContents(ModSpec &mod); std::map<std::string,ModSpec> getModsInPath(std::string path, bool part_of_modpack = false); // replaces modpack Modspecs with their content std::vector<ModSpec> flattenMods(std::map<std::string,ModSpec> mods); // a ModConfiguration is a subset of installed mods, expected to have // all dependencies fullfilled, so it can be used as a list of mods to // load when the game starts. class ModConfiguration { public: // checks if all dependencies are fullfilled. bool isConsistent() const { return m_unsatisfied_mods.empty(); } std::vector<ModSpec> getMods() { return m_sorted_mods; } const std::vector<ModSpec> &getUnsatisfiedMods() const { return m_unsatisfied_mods; } void printUnsatisfiedModsError() const; protected: ModConfiguration(const std::string &worldpath); // adds all mods in the given path. used for games, modpacks // and world-specific mods (worldmods-folders) void addModsInPath(const std::string &path); // adds all mods in the set. void addMods(const std::vector<ModSpec> &new_mods); void addModsFormConfig(const std::string &settings_path, const std::set<std::string> &mods); void checkConflictsAndDeps(); private: // move mods from m_unsatisfied_mods to m_sorted_mods // in an order that satisfies dependencies void resolveDependencies(); // mods with unmet dependencies. Before dependencies are resolved, // this is where all mods are stored. Afterwards this contains // only the ones with really unsatisfied dependencies. std::vector<ModSpec> m_unsatisfied_mods; // list of mods sorted such that they can be loaded in the // given order with all dependencies being fullfilled. I.e., // every mod in this list has only dependencies on mods which // appear earlier in the vector. std::vector<ModSpec> m_sorted_mods; // set of mod names for which an unresolved name conflict // exists. A name conflict happens when two or more mods // at the same level have the same name but different paths. // Levels (mods in higher levels override mods in lower levels): // 1. game mod in modpack; 2. game mod; // 3. world mod in modpack; 4. world mod; // 5. addon mod in modpack; 6. addon mod. std::unordered_set<std::string> m_name_conflicts; // Deleted default constructor ModConfiguration() {} }; class ServerModConfiguration: public ModConfiguration { public: ServerModConfiguration(const std::string &worldpath); }; #ifndef SERVER class ClientModConfiguration: public ModConfiguration { public: ClientModConfiguration(const std::string &path); }; #endif struct ModLicenseInfo { int id; std::string shortinfo; std::string url; }; struct ModAuthorInfo { int id; std::string username; }; class ModMetadata: public Metadata { public: ModMetadata(const std::string &mod_name); ~ModMetadata() {} virtual void clear(); bool save(const std::string &root_path); bool load(const std::string &root_path); bool isModified() const { return m_modified; } const std::string &getModName() const { return m_mod_name; } virtual bool setString(const std::string &name, const std::string &var); private: std::string m_mod_name; bool m_modified = false; };