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refactor: API split (#721)

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* refactor: API split

* refactor: cleanup hyperiond
This commit is contained in:
brindosch
2020-03-26 17:59:41 +01:00
committed by GitHub
parent c6c6453267
commit 2739aec1e3
23 changed files with 2044 additions and 1128 deletions
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include/api/API.h Normal file
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#pragma once
// hyperion includes
#include <utils/Logger.h>
#include <utils/Components.h>
#include <hyperion/Hyperion.h>
#include <hyperion/HyperionIManager.h>
// auth manager
#include <hyperion/AuthManager.h>
#include <utils/ColorRgb.h>
#include <utils/ColorSys.h>
// qt includes
#include <QString>
class QTimer;
class JsonCB;
class HyperionIManager;
const QString NO_AUTH = "No Authorization";
///
/// @brief API for Hyperion to be inherted from a child class with specific protocol implementations
/// Workflow:
/// 1. create the class
/// 2. connect the forceClose signal, as the api might to close the connection for security reasons
/// 3. call Initialize()
/// 4. proceed as usual
///
class API : public QObject
{
Q_OBJECT
public:
#include <api/apiStructs.h>
// workaround Q_ARG std::map template issues
typedef std::map<int, registerData> MapRegister;
typedef QMap<QString, AuthManager::AuthDefinition> MapAuthDefs;
///
/// Constructor
///
///@ param The parent Logger
/// @param localConnection Is this a local network connection? Use utils/NetOrigin to check that
/// @param parent Parent QObject
///
API(Logger *log, const bool &localConnection, QObject *parent);
protected:
///
/// @brief Initialize the API
/// This call is REQUIRED!
///
void init(void);
///
/// @brief Set a single color
/// @param[in] priority The priority of the written color
/// @param[in] ledColor The color to write to the leds
/// @param[in] timeout_ms The time the leds are set to the given color [ms]
/// @param[in] origin The setter
///
void setColor(const int &priority, const std::vector<uint8_t> &ledColors, const int &timeout_ms = -1, const QString &origin = "API", const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Set a image
/// @param[in] data The command data
/// @param[in] comp The component that should be used
/// @param[out] replyMsg The replyMsg on failure
/// @param callerComp The HYPERION COMPONENT that calls this function! e.g. PROT/FLATBUF
/// @return True on success
///
bool setImage(ImageCmdData &data, hyperion::Components comp, QString &replyMsg, const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Clear a priority in the Muxer, if -1 all priorities are cleared
/// @param priority The priority to clear
/// @param replyMsg the message on failure
/// @param callerComp The HYPERION COMPONENT that calls this function! e.g. PROT/FLATBUF
/// @return True on success
///
bool clearPriority(const int &priority, QString &replyMsg, const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Set a new component state
/// @param comp The component name
/// @param compState The new state of the comp
/// @param replyMsg The reply on failure
/// @param callerComp The HYPERION COMPONENT that calls this function! e.g. PROT/FLATBUF
/// @ return True on success
///
bool setComponentState(const QString &comp, bool &compState, QString &replyMsg, const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Set a ledToImageMapping type
/// @param type mapping type string
/// @param callerComp The HYPERION COMPONENT that calls this function! e.g. PROT/FLATBUF
///
void setLedMappingType(const int &type, const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Set the 2D/3D modes type
/// @param mode The VideoMode
/// @param callerComp The HYPERION COMPONENT that calls this function! e.g. PROT/FLATBUF
///
void setVideoMode(const VideoMode &mode, const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Set an effect
/// @param dat The effect data
/// @param callerComp The HYPERION COMPONENT that calls this function! e.g. PROT/FLATBUF
/// REQUIRED dat fields: effectName, priority, duration, origin
///
void setEffect(const EffectCmdData &dat, const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Set source auto select enabled or disabled
/// @param sate The new state
/// @param callerComp The HYPERION COMPONENT that calls this function! e.g. PROT/FLATBUF
///
void setSourceAutoSelect(const bool state, const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Set the visible priority to given priority
/// @param priority The priority to set
/// @param callerComp The HYPERION COMPONENT that calls this function! e.g. PROT/FLATBUF
///
void setVisiblePriority(const int &priority, const hyperion::Components &callerComp = hyperion::COMP_INVALID);
///
/// @brief Register a input or update the meta data of a previous register call
/// ATTENTION: Check unregisterInput() method description !!!
/// @param[in] priority The priority of the channel
/// @param[in] component The component of the channel
/// @param[in] origin Who set the channel (CustomString@IP)
/// @param[in] owner Specific owner string, might be empty
/// @param[in] callerComp The component that call this (e.g. PROTO/FLAT)
///
void registerInput(const int &priority, const hyperion::Components &component, const QString &origin, const QString &owner, const hyperion::Components &callerComp);
///
/// @brief Revoke a registerInput() call by priority. We maintain all registered priorities in this scope
/// ATTENTION: This is MANDATORY if you change (priority change) or stop(clear/timeout) DURING lifetime. If this class destructs it's not needed
/// @param priority The priority to unregister
///
void unregisterInput(const int &priority);
///
/// @brief Handle the instance switching
/// @param inst The requested instance
/// @return True on success else false
///
bool setHyperionInstance(const quint8 &inst);
///
/// @brief Get all contrable components and their state
///
std::map<hyperion::Components, bool> getAllComponents();
///
/// @brief Check if Hyperion ist enabled
/// @return True when enabled else false
///
bool isHyperionEnabled();
///
/// @brief Get all instances data
/// @return The instance data
///
QVector<QVariantMap> getAllInstanceData(void);
///
/// @brief Start instance
/// @param index The instance index
///
void startInstance(const quint8 &index);
///
/// @brief Stop instance
/// @param index The instance index
///
void stopInstance(const quint8 &index);
//////////////////////////////////
/// AUTH / ADMINISTRATION METHODS
//////////////////////////////////
///
/// @brief Delete instance. Requires ADMIN ACCESS
/// @param index The instance index
/// @param replyMsg The reply Msg
/// @return False with reply
///
bool deleteInstance(const quint8 &index, QString &replyMsg);
///
/// @brief Create instance. Requires ADMIN ACCESS
/// @param name With given name
/// @return False with reply
///
QString createInstance(const QString &name);
///
/// @brief Rename an instance. Requires ADMIN ACCESS
/// @param index The instance index
/// @param name With given name
/// @return False with reply
///
QString setInstanceName(const quint8 &index, const QString &name);
///
/// @brief Delete an effect. Requires ADMIN ACCESS
/// @param name The effect name
/// @return True on success else false
///
QString deleteEffect(const QString &name);
///
/// @brief Delete an effect. Requires ADMIN ACCESS
/// @param name The effect name
/// @return True on success else false
///
QString saveEffect(const QJsonObject &data);
///
/// @brief Save settings object. Requires ADMIN ACCESS
/// @param data The data object
///
void saveSettings(const QJsonObject &data);
///
/// @brief Test if we are authorized to use the interface
/// @return The result
///
bool isAuthorized() { return _authorized; };
///
/// @brief Test if we are authorized to use the admin interface
/// @return The result
///
bool isAdminAuthorized() { return _adminAuthorized; };
///
/// @brief Update the Password of Hyperion. Requires ADMIN ACCESS
/// @param password Old password
/// @param newPassword New password
/// @return True on success else false
///
bool updateHyperionPassword(const QString &password, const QString &newPassword);
///
/// @brief Get a new token from AuthManager. Requires ADMIN ACCESS
/// @param comment The comment of the request
/// @param def The final definition
/// @return Empty string on success else error message
///
QString createToken(const QString &comment, AuthManager::AuthDefinition &def);
///
/// @brief Rename a token by given id. Requires ADMIN ACCESS
/// @param id The id of the token
/// @param comment The new comment
/// @return Empty string on success else error message
///
QString renameToken(const QString &id, const QString &comment);
///
/// @brief Delete a token by given id. Requires ADMIN ACCESS
/// @param id The id of the token
/// @return Empty string on success else error message
///
QString deleteToken(const QString &id);
///
/// @brief Set a new token request
/// @param comment The comment
/// @param id The id
///
void setNewTokenRequest(const QString &comment, const QString &id);
///
/// @brief Cancel new token request
/// @param comment The comment
/// @param id The id
///
void cancelNewTokenRequest(const QString &comment, const QString &id);
///
/// @brief Handle a pending token request. Requires ADMIN ACCESS
/// @param id The id fo the request
/// @param accept True when it should be accepted, else false
/// @return True on success
bool handlePendingTokenRequest(const QString &id, const bool accept);
///
/// @brief Get the current List of Tokens. Requires ADMIN ACCESS
/// @param def returns the defintions
/// @return True on success
///
bool getTokenList(QVector<AuthManager::AuthDefinition> &def);
///
/// @brief Get all current pending token requests. Requires ADMIN ACCESS
/// @return True on success
///
bool getPendingTokenRequests(QVector<AuthManager::AuthDefinition> &map);
///
/// @brief Is User Token Authorized. On success this will grant acces to API and ADMIN API
/// @param userToken The user Token
/// @return True on succes
///
bool isUserTokenAuthorized(const QString &userToken);
///
/// @brief Get the current User Token (session token). Requires ADMIN ACCESS
/// @param userToken The user Token
/// @return True on success
///
bool getUserToken(QString &userToken);
///
/// @brief Is a token authrized. On success this will grant acces to the API (NOT ADMIN API)
/// @param token The user Token
/// @return True on succes
///
bool isTokenAuthorized(const QString &token);
///
/// @brief Is User authorized. On success this will grant acces to the API and ADMIN API
/// @param password The password of the User
/// @return True if authorized
///
bool isUserAuthorized(const QString &password);
///
/// @brief Test if Hyperion has the default PW
/// @return The result
///
bool hasHyperionDefaultPw();
///
/// @brief Logout revokes all authorizations
///
void logout();
/// Reflect auth status of this client
bool _authorized;
bool _adminAuthorized;
/// Is this a local connection
bool _localConnection;
AuthManager *_authManager;
HyperionIManager *_instanceManager;
Logger *_log;
Hyperion *_hyperion;
signals:
///
/// @brief The API might decide to block connections for security reasons, this emitter should close the socket
///
void forceClose();
///
/// @brief Emits whenever a new Token request is pending. This signal is just active when ADMIN ACCESS has been granted
/// @param id The id of the request
/// @param comment The comment of the request; If the commen is EMPTY the request has been revoked by the caller. So remove it from the pending list
///
void onPendingTokenRequest(const QString &id, const QString &comment);
///
/// @brief Handle emits from AuthManager of accepted/denied/timeouts token request, just if QObject matches with this instance it will emit.
/// @param success If true the request was accepted else false and no token was created
/// @param token The new token that is now valid
/// @param comment The comment that was part of the request
/// @param id The id that was part of the request
///
void onTokenResponse(const bool &success, const QString &token, const QString &comment, const QString &id);
private slots:
///
/// @brief Is called whenever a Hyperion instance wants the current register list
/// @param callerInstance The instance should be returned in the answer call
///
void requestActiveRegister(QObject *callerInstance);
///
/// @brief See onTokenResponse(). Here we validate the caller instance and on success we will emit onTokenResponse()
/// @param success If true the request was accepted else false and no token was created
/// @param caller The origin caller instance who requested this token
/// @param token The new token that is now valid
/// @param comment The comment that was part of the request
/// @param id The id that was part of the request
///
void checkTokenResponse(const bool &success, QObject *caller, const QString &token, const QString &comment, const QString &id);
private:
void stopDataConnectionss();
// Contains all active register call data
std::map<int, registerData> _activeRegisters;
// current instance index
quint8 _currInstanceIndex;
};