Json::RequirementLoader Class Reference

Helper class to load Requirement. More...

#include <RequirementLoader.h>

Public Member Functions
std::unique_ptr< Requirement >	LoadRequirement (const Value &json)
	Load specific requirement. More...
std::unique_ptr< Requirement >	LoadExtended (const Value &json)
	Extended Requirement loader. More...
std::unique_ptr< Requirement >	LoadRequirement (const ValueType &type)
	Load Requirement based on Value Type. More...

Detailed Description

Helper class to load Requirement.

Definition at line 38 of file RequirementLoader.h.

Member Function Documentation

LoadExtended()

std::unique_ptr< Requirement > Json::RequirementLoader::LoadExtended

(

const Value &

json

)

Extended Requirement loader.

Parameters

json	JSON value specifying the type of Requirement.

Returns

Unique pointer to the Requirement.

Definition at line 77 of file RequirementLoader.cpp.

    {
        std::unique_ptr<Requirement> item = nullptr;
        if(json.isObject() && json.isMember("allOf") && json["allOf"].isArray())
            item = std::unique_ptr<Requirement>(new AllOfRequirement());
        else if(json.isObject() && json.isMember("anyOf") && json["anyOf"].isArray())
            item = std::unique_ptr<Requirement>(new AnyOfRequirement());
        else if(json.isObject() && json.isMember("oneOf") && json["oneOf"].isArray())
            item = std::unique_ptr<Requirement>(new OneOfRequirement());
 
        return item;
    }

Referenced by Json::ObjectRequirement::Parse().

Here is the caller graph for this function:

LoadRequirement() [1/2]

std::unique_ptr< Requirement > Json::RequirementLoader::LoadRequirement

(

const Value &

json

)

Load specific requirement.

Parameters

json	JSON value specifying the type of Requirement.

Returns

Unique pointer to the Requirement.

Definition at line 42 of file RequirementLoader.cpp.

    {
        std::unique_ptr<Requirement> item = nullptr;
        // Load up apitemriate requirement type.
        if(json["type"].asString() == "string")
            item = std::unique_ptr<Requirement>(new StringRequirement());
        else if(json["type"].asString() == "integer")
            item = std::unique_ptr<Requirement>(new IntegerRequirement());
        else if(json["type"].asString() == "number")
            item = std::unique_ptr<Requirement>(new NumberRequirement());
        else if(json["type"].asString() == "object")
            item = std::unique_ptr<Requirement>(new ObjectRequirement());
        else if(json["type"].asString() == "array")
            item = std::unique_ptr<Requirement>(new ArrayRequirement());
        else if(json["type"].asString() == "boolean")
            item = std::unique_ptr<Requirement>(new BooleanRequirement());
        else if(json["type"].asString() == "null")
            item = std::unique_ptr<Requirement>(new NullRequirement());
        else if(json["allOf"].isArray())
            item = std::unique_ptr<Requirement>(new AllOfRequirement());
        else if(json["anyOf"].isArray())
            item = std::unique_ptr<Requirement>(new AnyOfRequirement());
        else if(json["oneOf"].isArray())
            item = std::unique_ptr<Requirement>(new OneOfRequirement());
        else if(json["enum"].isArray())
            item = std::unique_ptr<Requirement>(new EnumRequirement());
        else if(json["not"].isObject())
            item = std::unique_ptr<Requirement>(new NotRequirement());
        // last resort.
        else if(json.isObject())
            item = std::unique_ptr<Requirement>(new ObjectRequirement());
 
        return item;
    }

Referenced by Json::AllOfRequirement::Parse(), Json::AnyOfRequirement::Parse(), Json::ArrayRequirement::Parse(), Json::NotRequirement::Parse(), Json::ObjectRequirement::Parse(), and Json::OneOfRequirement::Parse().

Here is the caller graph for this function:

LoadRequirement() [2/2]

std::unique_ptr< Requirement > Json::RequirementLoader::LoadRequirement

(

const ValueType &

type

)

Load Requirement based on Value Type.

Parameters

type	Value Type specifying the Requirement.

Returns

Unique pointer to the Requirement.

Return a Requirement based on the given Value Type.

Definition at line 90 of file RequirementLoader.cpp.

    {
        std::unique_ptr<Requirement> item = nullptr; 
 
        switch(type)
        {
            case nullValue:
                item = std::unique_ptr<Requirement>(new NullRequirement());
                break;
            case intValue:
                item = std::unique_ptr<Requirement>(new IntegerRequirement());
                break;
            case realValue:
                item = std::unique_ptr<Requirement>(new NumberRequirement());
                break;
            case stringValue:
                item = std::unique_ptr<Requirement>(new StringRequirement());
                break;
            case booleanValue:
                item = std::unique_ptr<Requirement>(new BooleanRequirement());
                break;
            case arrayValue:
                item = std::unique_ptr<Requirement>(new ArrayRequirement());
                break;
            case objectValue:
                item = std::unique_ptr<Requirement>(new ObjectRequirement());
                break;
            default:
                item = nullptr;
        }
 
        return item;
    }

---

The documentation for this class was generated from the following files:

• /home/michael/development/SSAGES/src/Validator/RequirementLoader.h
• /home/michael/development/SSAGES/src/Validator/RequirementLoader.cpp