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// Copyright (c) 2013 Marshall A. Greenblatt. All rights reserved.
//
// Redistribution and use in source and binary forms, with or without
// modification, are permitted provided that the following conditions are
// met:
//
// * Redistributions of source code must retain the above copyright
// notice, this list of conditions and the following disclaimer.
// * Redistributions in binary form must reproduce the above
// copyright notice, this list of conditions and the following disclaimer
// in the documentation and/or other materials provided with the
// distribution.
// * Neither the name of Google Inc. nor the name Chromium Embedded
// Framework nor the names of its contributors may be used to endorse
// or promote products derived from this software without specific prior
// written permission.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
// "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
// LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
// A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
// OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
// LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
// DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
// OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#ifndef CEF_INCLUDE_INTERNAL_CEF_TYPES_WRAPPERS_H_
#define CEF_INCLUDE_INTERNAL_CEF_TYPES_WRAPPERS_H_
#pragma once
#include "include/internal/cef_string.h"
#include "include/internal/cef_string_list.h"
#include "include/internal/cef_types.h"
///
// Template class that provides common functionality for CEF structure wrapping.
///
template <class traits>
class CefStructBase : public traits::struct_type {
public:
typedef typename traits::struct_type struct_type;
CefStructBase() : attached_to_(NULL) {
Init();
}
virtual ~CefStructBase() {
// Only clear this object's data if it isn't currently attached to a
// structure.
if (!attached_to_)
Clear(this);
}
CefStructBase(const CefStructBase& r) {
Init();
*this = r;
}
CefStructBase(const struct_type& r) { // NOLINT(runtime/explicit)
Init();
*this = r;
}
///
// Clear this object's values.
///
void Reset() {
Clear(this);
Init();
}
///
// Attach to the source structure's existing values. DetachTo() can be called
// to insert the values back into the existing structure.
///
void AttachTo(struct_type& source) {
// Only clear this object's data if it isn't currently attached to a
// structure.
if (!attached_to_)
Clear(this);
// This object is now attached to the new structure.
attached_to_ = &source;
// Transfer ownership of the values from the source structure.
memcpy(static_cast<struct_type*>(this), &source, sizeof(struct_type));
}
///
// Relinquish ownership of values to the target structure.
///
void DetachTo(struct_type& target) {
if (attached_to_ != &target) {
// Clear the target structure's values only if we are not currently
// attached to that structure.
Clear(&target);
}
// Transfer ownership of the values to the target structure.
memcpy(&target, static_cast<struct_type*>(this), sizeof(struct_type));
// Remove the references from this object.
Init();
}
///
// Set this object's values. If |copy| is true the source structure's values
// will be copied instead of referenced.
///
void Set(const struct_type& source, bool copy) {
traits::set(&source, this, copy);
}
CefStructBase& operator=(const CefStructBase& s) {
return operator=(static_cast<const struct_type&>(s));
}
CefStructBase& operator=(const struct_type& s) {
Set(s, true);
return *this;
}
protected:
void Init() {
memset(static_cast<struct_type*>(this), 0, sizeof(struct_type));
attached_to_ = NULL;
traits::init(this);
}
static void Clear(struct_type* s) { traits::clear(s); }
struct_type* attached_to_;
};
struct CefPointTraits {
typedef cef_point_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
*target = *src;
}
};
///
// Class representing a point.
///
class CefPoint : public CefStructBase<CefPointTraits> {
public:
typedef CefStructBase<CefPointTraits> parent;
CefPoint() : parent() {}
CefPoint(const cef_point_t& r) : parent(r) {} // NOLINT(runtime/explicit)
CefPoint(const CefPoint& r) : parent(r) {} // NOLINT(runtime/explicit)
CefPoint(int x, int y) : parent() {
Set(x, y);
}
bool IsEmpty() const { return x <= 0 && y <= 0; }
void Set(int x_val, int y_val) {
x = x_val, y = y_val;
}
};
inline bool operator==(const CefPoint& a, const CefPoint& b) {
return a.x == b.x && a.y == b.y;
}
inline bool operator!=(const CefPoint& a, const CefPoint& b) {
return !(a == b);
}
struct CefRectTraits {
typedef cef_rect_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
*target = *src;
}
};
///
// Class representing a rectangle.
///
class CefRect : public CefStructBase<CefRectTraits> {
public:
typedef CefStructBase<CefRectTraits> parent;
CefRect() : parent() {}
CefRect(const cef_rect_t& r) : parent(r) {} // NOLINT(runtime/explicit)
CefRect(const CefRect& r) : parent(r) {} // NOLINT(runtime/explicit)
CefRect(int x, int y, int width, int height) : parent() {
Set(x, y, width, height);
}
bool IsEmpty() const { return width <= 0 || height <= 0; }
void Set(int x_val, int y_val, int width_val, int height_val) {
x = x_val, y = y_val, width = width_val, height = height_val;
}
// Returns true if the point identified by point_x and point_y falls inside
// this rectangle. The point (x, y) is inside the rectangle, but the
// point (x + width, y + height) is not.
bool Contains(int point_x, int point_y) const {
return (point_x >= x) && (point_x < x + width) && (point_y >= y) &&
(point_y < y + height);
}
bool Contains(const CefPoint& point) const {
return Contains(point.x, point.y);
}
};
inline bool operator==(const CefRect& a, const CefRect& b) {
return a.x == b.x && a.y == b.y && a.width == b.width && a.height == b.height;
}
inline bool operator!=(const CefRect& a, const CefRect& b) {
return !(a == b);
}
struct CefSizeTraits {
typedef cef_size_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
*target = *src;
}
};
///
// Class representing a size.
///
class CefSize : public CefStructBase<CefSizeTraits> {
public:
typedef CefStructBase<CefSizeTraits> parent;
CefSize() : parent() {}
CefSize(const cef_size_t& r) : parent(r) {} // NOLINT(runtime/explicit)
CefSize(const CefSize& r) : parent(r) {} // NOLINT(runtime/explicit)
CefSize(int width, int height) : parent() {
Set(width, height);
}
bool IsEmpty() const { return width <= 0 || height <= 0; }
void Set(int width_val, int height_val) {
width = width_val, height = height_val;
}
};
inline bool operator==(const CefSize& a, const CefSize& b) {
return a.width == b.width && a.height == b.height;
}
inline bool operator!=(const CefSize& a, const CefSize& b) {
return !(a == b);
}
struct CefRangeTraits {
typedef cef_range_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
*target = *src;
}
};
///
// Class representing a range.
///
class CefRange : public CefStructBase<CefRangeTraits> {
public:
typedef CefStructBase<CefRangeTraits> parent;
CefRange() : parent() {}
CefRange(const cef_range_t& r) // NOLINT(runtime/explicit)
: parent(r) {}
CefRange(const CefRange& r) // NOLINT(runtime/explicit)
: parent(r) {}
CefRange(int from, int to) : parent() {
Set(from, to);
}
void Set(int from_val, int to_val) {
from = from_val, to = to_val;
}
};
inline bool operator==(const CefRange& a, const CefRange& b) {
return a.from == b.from && a.to == b.to;
}
inline bool operator!=(const CefRange& a, const CefRange& b) {
return !(a == b);
}
struct CefInsetsTraits {
typedef cef_insets_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
*target = *src;
}
};
///
// Class representing insets.
///
class CefInsets : public CefStructBase<CefInsetsTraits> {
public:
typedef CefStructBase<CefInsetsTraits> parent;
CefInsets() : parent() {}
CefInsets(const cef_insets_t& r) : parent(r) {} // NOLINT(runtime/explicit)
CefInsets(const CefInsets& r) : parent(r) {} // NOLINT(runtime/explicit)
CefInsets(int top, int left, int bottom, int right) : parent() {
Set(top, left, bottom, right);
}
void Set(int top_val, int left_val, int bottom_val, int right_val) {
top = top_val, left = left_val, bottom = bottom_val, right = right_val;
}
};
inline bool operator==(const CefInsets& a, const CefInsets& b) {
return a.top == b.top && a.left == b.left && a.bottom == b.bottom &&
a.right == b.right;
}
inline bool operator!=(const CefInsets& a, const CefInsets& b) {
return !(a == b);
}
struct CefDraggableRegionTraits {
typedef cef_draggable_region_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
*target = *src;
}
};
///
// Class representing a draggable region.
///
class CefDraggableRegion : public CefStructBase<CefDraggableRegionTraits> {
public:
typedef CefStructBase<CefDraggableRegionTraits> parent;
CefDraggableRegion() : parent() {}
CefDraggableRegion(const cef_draggable_region_t& r) // NOLINT(runtime/explicit)
: parent(r) {}
CefDraggableRegion(const CefDraggableRegion& r) // NOLINT(runtime/explicit)
: parent(r) {}
CefDraggableRegion(const CefRect& bounds, bool draggable) : parent() {
Set(bounds, draggable);
}
void Set(const CefRect& bounds_val, bool draggable_val) {
bounds = bounds_val, draggable = draggable_val;
}
};
inline bool operator==(const CefDraggableRegion& a,
const CefDraggableRegion& b) {
return a.bounds == b.bounds && a.draggable == b.draggable;
}
inline bool operator!=(const CefDraggableRegion& a,
const CefDraggableRegion& b) {
return !(a == b);
}
struct CefScreenInfoTraits {
typedef cef_screen_info_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
target->device_scale_factor = src->device_scale_factor;
target->depth = src->depth;
target->depth_per_component = src->depth_per_component;
target->is_monochrome = src->is_monochrome;
target->rect = src->rect;
target->available_rect = src->available_rect;
}
};
///
// Class representing the virtual screen information for use when window
// rendering is disabled.
///
class CefScreenInfo : public CefStructBase<CefScreenInfoTraits> {
public:
typedef CefStructBase<CefScreenInfoTraits> parent;
CefScreenInfo() : parent() {}
CefScreenInfo(const cef_screen_info_t& r) : parent(r) {} // NOLINT(runtime/explicit)
CefScreenInfo(const CefScreenInfo& r) : parent(r) {} // NOLINT(runtime/explicit)
CefScreenInfo(float device_scale_factor,
int depth,
int depth_per_component,
bool is_monochrome,
const CefRect& rect,
const CefRect& available_rect) : parent() {
Set(device_scale_factor, depth, depth_per_component,
is_monochrome, rect, available_rect);
}
void Set(float device_scale_factor_val,
int depth_val,
int depth_per_component_val,
bool is_monochrome_val,
const CefRect& rect_val,
const CefRect& available_rect_val) {
device_scale_factor = device_scale_factor_val;
depth = depth_val;
depth_per_component = depth_per_component_val;
is_monochrome = is_monochrome_val;
rect = rect_val;
available_rect = available_rect_val;
}
};
struct CefKeyEventTraits {
typedef cef_key_event_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
target->type = src->type;
target->modifiers = src->modifiers;
target->windows_key_code = src->windows_key_code;
target->native_key_code = src->native_key_code;
target->is_system_key = src->is_system_key;
target->character = src->character;
target->unmodified_character = src->unmodified_character;
target->focus_on_editable_field = src->focus_on_editable_field;
}
};
///
// Class representing a a keyboard event.
///
typedef CefStructBase<CefKeyEventTraits> CefKeyEvent;
struct CefMouseEventTraits {
typedef cef_mouse_event_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
target->x = src->x;
target->y = src->y;
target->modifiers = src->modifiers;
}
};
///
// Class representing a mouse event.
///
typedef CefStructBase<CefMouseEventTraits> CefMouseEvent;
struct CefPopupFeaturesTraits {
typedef cef_popup_features_t struct_type;
static inline void init(struct_type* s) {
s->menuBarVisible = true;
s->statusBarVisible = true;
s->toolBarVisible = true;
s->locationBarVisible = true;
s->scrollbarsVisible = true;
s->resizable = true;
}
static inline void clear(struct_type* s) {
if (s->additionalFeatures)
cef_string_list_free(s->additionalFeatures);
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
if (target->additionalFeatures)
cef_string_list_free(target->additionalFeatures);
target->additionalFeatures = src->additionalFeatures ?
cef_string_list_copy(src->additionalFeatures) : NULL;
target->x = src->x;
target->xSet = src->xSet;
target->y = src->y;
target->ySet = src->ySet;
target->width = src->width;
target->widthSet = src->widthSet;
target->height = src->height;
target->heightSet = src->heightSet;
target->menuBarVisible = src->menuBarVisible;
target->statusBarVisible = src->statusBarVisible;
target->toolBarVisible = src->toolBarVisible;
target->locationBarVisible = src->locationBarVisible;
target->scrollbarsVisible = src->scrollbarsVisible;
target->resizable = src->resizable;
target->fullscreen = src->fullscreen;
target->dialog = src->dialog;
}
};
///
// Class representing popup window features.
///
typedef CefStructBase<CefPopupFeaturesTraits> CefPopupFeatures;
struct CefSettingsTraits {
typedef cef_settings_t struct_type;
static inline void init(struct_type* s) {
s->size = sizeof(struct_type);
}
static inline void clear(struct_type* s) {
cef_string_clear(&s->browser_subprocess_path);
cef_string_clear(&s->cache_path);
cef_string_clear(&s->user_data_path);
cef_string_clear(&s->user_agent);
cef_string_clear(&s->product_version);
cef_string_clear(&s->locale);
cef_string_clear(&s->log_file);
cef_string_clear(&s->javascript_flags);
cef_string_clear(&s->resources_dir_path);
cef_string_clear(&s->locales_dir_path);
cef_string_clear(&s->accept_language_list);
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
target->single_process = src->single_process;
target->no_sandbox = src->no_sandbox;
cef_string_set(src->browser_subprocess_path.str,
src->browser_subprocess_path.length,
&target->browser_subprocess_path, copy);
target->multi_threaded_message_loop = src->multi_threaded_message_loop;
target->external_message_pump = src->external_message_pump;
target->windowless_rendering_enabled = src->windowless_rendering_enabled;
target->command_line_args_disabled = src->command_line_args_disabled;
cef_string_set(src->cache_path.str, src->cache_path.length,
&target->cache_path, copy);
cef_string_set(src->user_data_path.str, src->user_data_path.length,
&target->user_data_path, copy);
target->persist_session_cookies = src->persist_session_cookies;
target->persist_user_preferences = src->persist_user_preferences;
cef_string_set(src->user_agent.str, src->user_agent.length,
&target->user_agent, copy);
cef_string_set(src->product_version.str, src->product_version.length,
&target->product_version, copy);
cef_string_set(src->locale.str, src->locale.length, &target->locale, copy);
cef_string_set(src->log_file.str, src->log_file.length, &target->log_file,
copy);
target->log_severity = src->log_severity;
cef_string_set(src->javascript_flags.str, src->javascript_flags.length,
&target->javascript_flags, copy);
cef_string_set(src->resources_dir_path.str, src->resources_dir_path.length,
&target->resources_dir_path, copy);
cef_string_set(src->locales_dir_path.str, src->locales_dir_path.length,
&target->locales_dir_path, copy);
target->pack_loading_disabled = src->pack_loading_disabled;
target->remote_debugging_port = src->remote_debugging_port;
target->uncaught_exception_stack_size = src->uncaught_exception_stack_size;
target->context_safety_implementation = src->context_safety_implementation;
target->ignore_certificate_errors = src->ignore_certificate_errors;
target->enable_net_security_expiration =
src->enable_net_security_expiration;
target->background_color = src->background_color;
cef_string_set(src->accept_language_list.str,
src->accept_language_list.length, &target->accept_language_list, copy);
}
};
///
// Class representing initialization settings.
///
typedef CefStructBase<CefSettingsTraits> CefSettings;
struct CefRequestContextSettingsTraits {
typedef cef_request_context_settings_t struct_type;
static inline void init(struct_type* s) {
s->size = sizeof(struct_type);
}
static inline void clear(struct_type* s) {
cef_string_clear(&s->cache_path);
cef_string_clear(&s->accept_language_list);
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
cef_string_set(src->cache_path.str, src->cache_path.length,
&target->cache_path, copy);
target->persist_session_cookies = src->persist_session_cookies;
target->persist_user_preferences = src->persist_user_preferences;
target->ignore_certificate_errors = src->ignore_certificate_errors;
target->enable_net_security_expiration =
src->enable_net_security_expiration;
cef_string_set(src->accept_language_list.str,
src->accept_language_list.length, &target->accept_language_list, copy);
}
};
///
// Class representing request context initialization settings.
///
typedef CefStructBase<CefRequestContextSettingsTraits>
CefRequestContextSettings;
struct CefBrowserSettingsTraits {
typedef cef_browser_settings_t struct_type;
static inline void init(struct_type* s) {
s->size = sizeof(struct_type);
}
static inline void clear(struct_type* s) {
cef_string_clear(&s->standard_font_family);
cef_string_clear(&s->fixed_font_family);
cef_string_clear(&s->serif_font_family);
cef_string_clear(&s->sans_serif_font_family);
cef_string_clear(&s->cursive_font_family);
cef_string_clear(&s->fantasy_font_family);
cef_string_clear(&s->default_encoding);
cef_string_clear(&s->accept_language_list);
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
target->windowless_frame_rate = src->windowless_frame_rate;
cef_string_set(src->standard_font_family.str,
src->standard_font_family.length, &target->standard_font_family, copy);
cef_string_set(src->fixed_font_family.str, src->fixed_font_family.length,
&target->fixed_font_family, copy);
cef_string_set(src->serif_font_family.str, src->serif_font_family.length,
&target->serif_font_family, copy);
cef_string_set(src->sans_serif_font_family.str,
src->sans_serif_font_family.length, &target->sans_serif_font_family,
copy);
cef_string_set(src->cursive_font_family.str,
src->cursive_font_family.length, &target->cursive_font_family, copy);
cef_string_set(src->fantasy_font_family.str,
src->fantasy_font_family.length, &target->fantasy_font_family, copy);
target->default_font_size = src->default_font_size;
target->default_fixed_font_size = src->default_fixed_font_size;
target->minimum_font_size = src->minimum_font_size;
target->minimum_logical_font_size = src->minimum_logical_font_size;
cef_string_set(src->default_encoding.str, src->default_encoding.length,
&target->default_encoding, copy);
target->remote_fonts = src->remote_fonts;
target->javascript = src->javascript;
target->javascript_open_windows = src->javascript_open_windows;
target->javascript_close_windows = src->javascript_close_windows;
target->javascript_access_clipboard = src->javascript_access_clipboard;
target->javascript_dom_paste = src->javascript_dom_paste;
target->caret_browsing = src->caret_browsing;
target->plugins = src->plugins;
target->universal_access_from_file_urls =
src->universal_access_from_file_urls;
target->file_access_from_file_urls = src->file_access_from_file_urls;
target->web_security = src->web_security;
target->image_loading = src->image_loading;
target->image_shrink_standalone_to_fit =
src->image_shrink_standalone_to_fit;
target->text_area_resize = src->text_area_resize;
target->tab_to_links = src->tab_to_links;
target->local_storage = src->local_storage;
target->databases= src->databases;
target->application_cache = src->application_cache;
target->webgl = src->webgl;
target->background_color = src->background_color;
cef_string_set(src->accept_language_list.str,
src->accept_language_list.length, &target->accept_language_list, copy);
}
};
///
// Class representing browser initialization settings.
///
typedef CefStructBase<CefBrowserSettingsTraits> CefBrowserSettings;
struct CefURLPartsTraits {
typedef cef_urlparts_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {
cef_string_clear(&s->spec);
cef_string_clear(&s->scheme);
cef_string_clear(&s->username);
cef_string_clear(&s->password);
cef_string_clear(&s->host);
cef_string_clear(&s->port);
cef_string_clear(&s->origin);
cef_string_clear(&s->path);
cef_string_clear(&s->query);
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
cef_string_set(src->spec.str, src->spec.length, &target->spec, copy);
cef_string_set(src->scheme.str, src->scheme.length, &target->scheme, copy);
cef_string_set(src->username.str, src->username.length, &target->username,
copy);
cef_string_set(src->password.str, src->password.length, &target->password,
copy);
cef_string_set(src->host.str, src->host.length, &target->host, copy);
cef_string_set(src->port.str, src->port.length, &target->port, copy);
cef_string_set(src->origin.str, src->origin.length, &target->origin, copy);
cef_string_set(src->path.str, src->path.length, &target->path, copy);
cef_string_set(src->query.str, src->query.length, &target->query, copy);
}
};
///
// Class representing a URL's component parts.
///
typedef CefStructBase<CefURLPartsTraits> CefURLParts;
struct CefTimeTraits {
typedef cef_time_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
*target = *src;
}
};
///
// Class representing a time.
///
class CefTime : public CefStructBase<CefTimeTraits> {
public:
typedef CefStructBase<CefTimeTraits> parent;
CefTime() : parent() {}
CefTime(const cef_time_t& r) : parent(r) {} // NOLINT(runtime/explicit)
CefTime(const CefTime& r) : parent(r) {} // NOLINT(runtime/explicit)
explicit CefTime(time_t r) : parent() { SetTimeT(r); }
explicit CefTime(double r) : parent() { SetDoubleT(r); }
// Converts to/from time_t.
void SetTimeT(time_t r) {
cef_time_from_timet(r, this);
}
time_t GetTimeT() const {
time_t time = 0;
cef_time_to_timet(this, &time);
return time;
}
// Converts to/from a double which is the number of seconds since epoch
// (Jan 1, 1970). Webkit uses this format to represent time. A value of 0
// means "not initialized".
void SetDoubleT(double r) {
cef_time_from_doublet(r, this);
}
double GetDoubleT() const {
double time = 0;
cef_time_to_doublet(this, &time);
return time;
}
// Set this object to now.
void Now() {
cef_time_now(this);
}
// Return the delta between this object and |other| in milliseconds.
long long Delta(const CefTime& other) {
long long delta = 0;
cef_time_delta(this, &other, &delta);
return delta;
}
};
struct CefCookieTraits {
typedef cef_cookie_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {
cef_string_clear(&s->name);
cef_string_clear(&s->value);
cef_string_clear(&s->domain);
cef_string_clear(&s->path);
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
cef_string_set(src->name.str, src->name.length, &target->name, copy);
cef_string_set(src->value.str, src->value.length, &target->value, copy);
cef_string_set(src->domain.str, src->domain.length, &target->domain, copy);
cef_string_set(src->path.str, src->path.length, &target->path, copy);
target->secure = src->secure;
target->httponly = src->httponly;
target->creation = src->creation;
target->last_access = src->last_access;
target->has_expires = src->has_expires;
target->expires = src->expires;
}
};
///
// Class representing a cookie.
///
typedef CefStructBase<CefCookieTraits> CefCookie;
struct CefGeopositionTraits {
typedef cef_geoposition_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {
cef_string_clear(&s->error_message);
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
target->latitude = src->latitude;
target->longitude = src->longitude;
target->altitude = src->altitude;
target->accuracy = src->accuracy;
target->altitude_accuracy = src->altitude_accuracy;
target->heading = src->heading;
target->speed = src->speed;
target->timestamp = src->timestamp;
target->error_code = src->error_code;
cef_string_set(src->error_message.str, src->error_message.length,
&target->error_message, copy);
}
};
///
// Class representing a geoposition.
///
typedef CefStructBase<CefGeopositionTraits> CefGeoposition;
struct CefCursorInfoTraits {
typedef cef_cursor_info_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
target->hotspot = src->hotspot;
target->image_scale_factor = src->image_scale_factor;
target->buffer = src->buffer;
target->size = src->size;
}
};
///
// Class representing cursor information.
///
typedef CefStructBase<CefCursorInfoTraits> CefCursorInfo;
struct CefPdfPrintSettingsTraits {
typedef cef_pdf_print_settings_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {
cef_string_clear(&s->header_footer_title);
cef_string_clear(&s->header_footer_url);
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
cef_string_set(src->header_footer_title.str,
src->header_footer_title.length, &target->header_footer_title, copy);
cef_string_set(src->header_footer_url.str, src->header_footer_url.length,
&target->header_footer_url, copy);
target->page_width = src->page_width;
target->page_height = src->page_height;
target->margin_top = src->margin_top;
target->margin_right = src->margin_right;
target->margin_bottom = src->margin_bottom;
target->margin_left = src->margin_left;
target->margin_type = src->margin_type;
target->header_footer_enabled = src->header_footer_enabled;
target->selection_only = src->selection_only;
target->landscape = src->landscape;
target->backgrounds_enabled = src->backgrounds_enabled;
}
};
///
// Class representing PDF print settings
///
typedef CefStructBase<CefPdfPrintSettingsTraits> CefPdfPrintSettings;
struct CefBoxLayoutSettingsTraits {
typedef cef_box_layout_settings_t struct_type;
static inline void init(struct_type* s) {}
static inline void clear(struct_type* s) {}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
*target = *src;
}
};
///
// Class representing CefBoxLayout settings.
///
typedef CefStructBase<CefBoxLayoutSettingsTraits> CefBoxLayoutSettings;
struct CefCompositionUnderlineTraits {
typedef cef_composition_underline_t struct_type;
static inline void init(struct_type* s) {
s->range.from = 0; s->range.to = 0;
s->color = 0;
s->background_color = 0;
s->thick = 0;
}
static inline void clear(struct_type* s) {
}
static inline void set(const struct_type* src, struct_type* target,
bool copy) {
target->range = src->range;
target->color = src->color;
target->background_color = src->background_color;
target->thick = src->thick;