Tree_Data.hpp

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#ifndef LIBYANG_CPP_TREE_DATA_H
#define LIBYANG_CPP_TREE_DATA_H
 
#include <iostream>
#include <memory>
#include <exception>
#include <vector>
 
#include "Internal.hpp"
#include "Tree_Schema.hpp"
 
extern "C" {
#include "libyang.h"
#include "tree_data.h"
}
 
namespace libyang {

 
struct Decimal64
{
    int64_t value;
    uint8_t digits;
};

class Value
{
public:
    Value(lyd_val value, LY_DATA_TYPE* value_type, uint8_t value_flags, struct lys_type *type, S_Deleter deleter);
    ~Value();
    const char *binary() {return LY_TYPE_BINARY == value_type ? value.binary : throw "wrong type";};
    std::vector<S_Type_Bit> bit();
    int8_t bln() {return LY_TYPE_BOOL == value_type ? value.bln : throw "wrong type";};
    Decimal64 dec64() {return LY_TYPE_DEC64 == value_type ? Decimal64{ value.dec64, type->info.dec64.dig } : throw "wrong type";};
    S_Type_Enum enm() {return LY_TYPE_ENUM == value_type ? std::make_shared<Type_Enum>(value.enm, deleter) : throw "wrong type";};
    S_Ident ident() {return LY_TYPE_IDENT == value_type ? std::make_shared<Ident>(value.ident, deleter) : throw "wrong type";};
    S_Data_Node instance();
    int8_t int8() {return LY_TYPE_INT8 == value_type ? value.int8 : throw "wrong type";};
    int16_t int16() {return LY_TYPE_INT16 == value_type ? value.int16 : throw "wrong type";};
    int32_t int32() {return LY_TYPE_INT32 == value_type ? value.int32 : throw "wrong type";};
    int64_t int64() {return LY_TYPE_INT64 == value_type ? value.int64 : throw "wrong type";};
    S_Data_Node leafref();
    const char *string() {return LY_TYPE_STRING == value_type ? value.string : throw "wrong type";};
    uint8_t uint8() {return LY_TYPE_UINT8 == value_type ? value.uint8 : throw "wrong type";};
    uint16_t uint16() {return LY_TYPE_UINT16 == value_type ? value.uint16 : throw "wrong type";};
    uint32_t uint32() {return LY_TYPE_UINT32 == value_type ? value.uint32 : throw "wrong type";};
    uint64_t uint64() {return LY_TYPE_UINT64 == value_type ? value.uint64 : throw "wrong type";};
 
private:
    lyd_val value;
    LY_DATA_TYPE value_type;
    uint8_t value_flags;
    struct lys_type *type;
    S_Deleter deleter;
};

class Data_Node
{
public:
    Data_Node(struct lyd_node *node, S_Deleter deleter = nullptr);
    Data_Node(S_Data_Node parent, S_Module module, const char *name);
    Data_Node(S_Data_Node parent, S_Module module, const char *name, const char *val_str);
    Data_Node(S_Data_Node parent, S_Module module, const char *name, const char *value, LYD_ANYDATA_VALUETYPE value_type);
    Data_Node(S_Data_Node parent, S_Module module, const char *name, S_Data_Node value);
    Data_Node(S_Data_Node parent, S_Module module, const char *name, S_Xml_Elem value);
    Data_Node(S_Context context, const char *path, const char *value, LYD_ANYDATA_VALUETYPE value_type, int options);
    Data_Node(S_Context context, const char *path, S_Data_Node value, int options);
    Data_Node(S_Context context, const char *path, S_Xml_Elem value, int options);
    //TODO
    //struct lyd_node *lyd_new_output(struct lyd_node *parent, const struct lys_module *module, const char *name);
    //struct lyd_node *lyd_new_output_leaf(struct lyd_node *parent, const struct lys_module *module, const char *name,
    //                                     const char *val_str);
    //struct lyd_node *lyd_new_output_leaf(struct lyd_node *parent, const struct lys_module *module, const char *name,
    //                                     void *value, LYD_ANYDATA_VALUETYPE value_type);
    virtual ~Data_Node();
    S_Schema_Node schema() LY_NEW(node, schema, Schema_Node);
    uint8_t validity() {return node->validity;};
    uint8_t dflt() {return node->dflt;};
    uint8_t when_status() {return node->when_status;};
    S_Attr attr();
    S_Data_Node next() LY_NEW(node, next, Data_Node);
    S_Data_Node prev() LY_NEW(node, prev, Data_Node);
    S_Data_Node parent() LY_NEW(node, parent, Data_Node);
    virtual S_Data_Node child() LY_NEW(node, child, Data_Node);
 
    /* functions */
    std::string path();
    S_Data_Node dup(int recursive);
    S_Data_Node dup_withsiblings(int recursive);
    S_Data_Node dup_to_ctx(int recursive, S_Context context);
    int merge(S_Data_Node source, int options);
    int merge_to_ctx(S_Data_Node source, int options, S_Context context);
    int insert(S_Data_Node new_node);
    int insert_sibling(S_Data_Node new_node);
    int insert_before(S_Data_Node new_node);
    int insert_after(S_Data_Node new_node);
    int schema_sort(int recursive);
    S_Set find_path(const char *expr);
    S_Set find_instance(S_Schema_Node schema);
    S_Data_Node first_sibling();
    int validate(int options, S_Context var_arg);
    int validate(int options, S_Data_Node var_arg);
    int validate_value(const char *value);
    S_Difflist diff(S_Data_Node second, int options);
    S_Data_Node new_path(S_Context ctx, const char *path, const char *value, LYD_ANYDATA_VALUETYPE value_type, int options);
    S_Data_Node new_path(S_Context ctx, const char *path, S_Data_Node value, int options);
    S_Data_Node new_path(S_Context ctx, const char *path, S_Xml_Elem value, int options);
    unsigned int list_pos();
    int unlink();
    S_Attr insert_attr(S_Module module, const char *name, const char *value);
    S_Module node_module();
    std::string print_mem(LYD_FORMAT format, int options);
 
    /* emulate TREE macro's */
    std::vector<S_Data_Node> tree_for();
    std::vector<S_Data_Node> tree_dfs();

    struct lyd_node *swig_node() {return node;};
    S_Deleter swig_deleter() {return deleter;};
 
    friend Set;
    friend Data_Node_Anydata;
    friend Data_Node_Leaf_List;

    struct lyd_node *C_lyd_node() {return node;};
 
private:
    struct lyd_node *node;
    S_Deleter deleter;
};
 
S_Data_Node create_new_Data_Node(struct lyd_node *node);

class Data_Node_Leaf_List : public Data_Node
{
public:
    Data_Node_Leaf_List(S_Data_Node derived);
    Data_Node_Leaf_List(struct lyd_node *node, S_Deleter deleter = nullptr);
    ~Data_Node_Leaf_List();
    const char *value_str() {return ((struct lyd_node_leaf_list *) node)->value_str;};
    S_Value value();
    LY_DATA_TYPE value_type() {return ((struct lyd_node_leaf_list *) node)->value_type;};
    S_Data_Node child() {return nullptr;};
 
    /* functions */
    int change_leaf(const char *val_str);
    int wd_default();
    S_Type leaf_type();
 
private:
    struct lyd_node *node;
    S_Deleter deleter;
};

class Data_Node_Anydata : public Data_Node
{
public:
    Data_Node_Anydata(S_Data_Node derived);
    Data_Node_Anydata(struct lyd_node *node, S_Deleter deleter = nullptr);
    ~Data_Node_Anydata();
    LYD_ANYDATA_VALUETYPE value_type() {return ((struct lyd_node_anydata *) node)->value_type;};
    lyd_anydata_value value() {return ((struct lyd_node_anydata *) node)->value;};
    S_Data_Node child() {return nullptr;};
 
private:
    struct lyd_node *node;
    S_Deleter deleter;
};

class Attr
{
public:
    Attr(struct lyd_attr *attr, S_Deleter deleter = nullptr);
    ~Attr();
    S_Data_Node parent() LY_NEW(attr, parent, Data_Node);
    S_Attr next();
    //struct lys_ext_instance_complex *annotation
    const char *name() {return attr->name;};
    const char *value_str() {return attr->value_str;};
    S_Value value();
    LY_DATA_TYPE value_type() {return attr->value_type;};
private:
    struct lyd_attr *attr;
    S_Deleter deleter;
};

class Difflist
{
public:
    Difflist(struct lyd_difflist *diff, S_Deleter deleter);
    ~Difflist();
    LYD_DIFFTYPE *type() {return diff->type;};
    std::vector<S_Data_Node> first();
    std::vector<S_Data_Node> second();
 
private:
    struct lyd_difflist *diff;
    S_Deleter deleter;
};

 
}
 
#endif