Input file

Error: Macro Include(source:trunk/build_tools/code-generators/test_code.tpl, text/plain) failed

global name 'node' is not defined

C struct definition output

/* This file is generated automatically, do not edit, change the source (test_code.tpl) instead. */

#ifndef __INCLUDED_DB_TEMPLATE_SCHEMA_STRUCTDEF_TEST_CODE_TPL_H__
#define __INCLUDED_DB_TEMPLATE_SCHEMA_STRUCTDEF_TEST_CODE_TPL_H__

/**
 * Enumerates the different technology levels
 */
typedef enum
{
        TECH_LEVEL_ONE,

        TECH_LEVEL_TWO,

        TECH_LEVEL_THREE,
} TECH_LEVEL;

typedef struct
{
        /**
         * Unique language independant name that can be used to identify a specific
         * stats instance
         *
         * Unique across all instances
         */
        const char*      id;

        /**
         * short name, describing the component, must be translateable
         */
        const char*      name;
} STATS_BASE;

/**
 * Represents a researchable component statistic
 */
typedef struct
{
        /* BEGIN of inherited "BASE" definition */
        /**
         * Unique language independant name that can be used to identify a specific
         * stats instance
         *
         * Unique across all instances
         */
        const char*      id;

        /**
         * short name, describing the component, must be translateable
         */
        const char*      name;
        /* END of inherited "BASE" definition */
        /**
         * Technology level(s) of this component
         *
         * @see TECH_LEVEL for the meaning of index values
         */
        bool             level[3];

        /**
         * Power required to build this component
         */
        float            buildPower;

        /**
         * Build points (which are rate-limited in the construction units) required
         * to build this component.
         */
        float            buildPoints;

        /**
         * Weight of this component
         */
        float            weight;

        /**
         * Indicates whether this component is "designable" and can thus be used in
         * the design screen.
         */
        bool             designable;

        /**
         * @TODO devise some kind of type to refer to IMD models; perhaps just
         *       filenames will suffice?
         *
         *       We'll name it IMD_model for now.
         *
         * The "base" IMD model representing this component in 3D space.
         *### IMD_model           baseModel;
         */
        const char*      baseModel;
} STATS_COMPONENT;

/**
 * Will contain all data associated with a body
 */
typedef struct
{
        /* BEGIN of inherited "COMPONENT" definition */
        /* BEGIN of inherited "BASE" definition */
        /**
         * Unique language independant name that can be used to identify a specific
         * stats instance
         *
         * Unique across all instances
         */
        const char*      id;

        /**
         * short name, describing the component, must be translateable
         */
        const char*      name;
        /* END of inherited "BASE" definition */
        /**
         * Technology level(s) of this component
         *
         * @see TECH_LEVEL for the meaning of index values
         */
        bool             level[3];

        /**
         * Power required to build this component
         */
        float            buildPower;

        /**
         * Build points (which are rate-limited in the construction units) required
         * to build this component.
         */
        float            buildPoints;

        /**
         * Weight of this component
         */
        float            weight;

        /**
         * Indicates whether this component is "designable" and can thus be used in
         * the design screen.
         */
        bool             designable;

        /**
         * @TODO devise some kind of type to refer to IMD models; perhaps just
         *       filenames will suffice?
         *
         *       We'll name it IMD_model for now.
         *
         * The "base" IMD model representing this component in 3D space.
         *### IMD_model           baseModel;
         */
        const char*      baseModel;
        /* END of inherited "COMPONENT" definition */
        /**
         * The number of available weaponSlots slots on the body
         */
        unsigned int     weaponSlots;

        /**
         * Engine output of this body's engine
         */
        float            powerOutput;
} STATS_BODY;

#endif // __INCLUDED_DB_TEMPLATE_SCHEMA_STRUCTDEF_TEST_CODE_TPL_H__

SQL table definition output

-- This file is generated automatically, do not edit, change the source (test_code.tpl) instead.

CREATE TABLE `BASE` (
        -- Automatically generated ID to link the inheritance hierarchy.
        unique_inheritance_id INTEGER PRIMARY KEY AUTOINCREMENT NOT NULL,

        -- Unique language independant name that can be used to identify a specific
        -- stats instance
        id TEXT NOT NULL UNIQUE,

        -- short name, describing the component, must be translateable
        name TEXT NOT NULL
);

-- Represents a researchable component statistic
CREATE TABLE `COMPONENT` (
        -- Automatically generated ID to link the inheritance hierarchy.
        unique_inheritance_id INTEGER PRIMARY KEY NOT NULL,

        -- Technology level(s) of this component
        level_ONE INTEGER NOT NULL,
        level_TWO INTEGER NOT NULL,
        level_THREE INTEGER NOT NULL,

        -- Power required to build this component
        buildPower NUMERIC NOT NULL,

        -- Build points (which are rate-limited in the construction units) required
        -- to build this component.
        buildPoints NUMERIC NOT NULL,

        -- Weight of this component
        weight NUMERIC NOT NULL,

        -- Indicates whether this component is "designable" and can thus be used in
        -- the design screen.
        designable INTEGER NOT NULL,

        -- @TODO devise some kind of type to refer to IMD models; perhaps just
        --       filenames will suffice?
        --
        --       We'll name it IMD_model for now.
        --
        -- The "base" IMD model representing this component in 3D space.
        --### IMD_model           baseModel;
        baseModel TEXT NOT NULL
);

-- Will contain all data associated with a body
CREATE TABLE `BODY` (
        -- Automatically generated ID to link the inheritance hierarchy.
        unique_inheritance_id INTEGER PRIMARY KEY NOT NULL,

        -- The number of available weaponSlots slots on the body
        weaponSlots INTEGER NOT NULL,

        -- Engine output of this body's engine
        powerOutput NUMERIC NOT NULL
);