This source file includes following definitions.
- IntVectorToString
- state
- AddStringAttribute
- AddIntAttribute
- AddFloatAttribute
- AddBoolAttribute
- AddIntListAttribute
- SetName
- SetValue
- ToString
#include "ui/accessibility/ax_node_data.h"
#include <set>
#include "base/containers/hash_tables.h"
#include "base/strings/string_number_conversions.h"
#include "base/strings/string_util.h"
#include "base/strings/utf_string_conversions.h"
using base::DoubleToString;
using base::IntToString;
namespace ui {
namespace {
std::string IntVectorToString(const std::vector<int>& items) {
std::string str;
for (size_t i = 0; i < items.size(); ++i) {
if (i > 0)
str += ",";
str += IntToString(items[i]);
}
return str;
}
}
AXNodeData::AXNodeData()
: id(-1),
role(AX_ROLE_UNKNOWN),
state(-1) {
}
AXNodeData::~AXNodeData() {
}
void AXNodeData::AddStringAttribute(
AXStringAttribute attribute, const std::string& value) {
string_attributes.push_back(std::make_pair(attribute, value));
}
void AXNodeData::AddIntAttribute(
AXIntAttribute attribute, int value) {
int_attributes.push_back(std::make_pair(attribute, value));
}
void AXNodeData::AddFloatAttribute(
AXFloatAttribute attribute, float value) {
float_attributes.push_back(std::make_pair(attribute, value));
}
void AXNodeData::AddBoolAttribute(
AXBoolAttribute attribute, bool value) {
bool_attributes.push_back(std::make_pair(attribute, value));
}
void AXNodeData::AddIntListAttribute(
AXIntListAttribute attribute, const std::vector<int32>& value) {
intlist_attributes.push_back(std::make_pair(attribute, value));
}
void AXNodeData::SetName(std::string name) {
string_attributes.push_back(std::make_pair(AX_ATTR_NAME, name));
}
void AXNodeData::SetValue(std::string value) {
string_attributes.push_back(std::make_pair(AX_ATTR_VALUE, value));
}
std::string AXNodeData::ToString() const {
std::string result;
result += "id=" + IntToString(id);
result += " " + ui::ToString(role);
if (state & (1 << ui::AX_STATE_BUSY))
result += " BUSY";
if (state & (1 << ui::AX_STATE_CHECKED))
result += " CHECKED";
if (state & (1 << ui::AX_STATE_COLLAPSED))
result += " COLLAPSED";
if (state & (1 << ui::AX_STATE_EXPANDED))
result += " EXPANDED";
if (state & (1 << ui::AX_STATE_FOCUSABLE))
result += " FOCUSABLE";
if (state & (1 << ui::AX_STATE_FOCUSED))
result += " FOCUSED";
if (state & (1 << ui::AX_STATE_HASPOPUP))
result += " HASPOPUP";
if (state & (1 << ui::AX_STATE_HOVERED))
result += " HOVERED";
if (state & (1 << ui::AX_STATE_INDETERMINATE))
result += " INDETERMINATE";
if (state & (1 << ui::AX_STATE_INVISIBLE))
result += " INVISIBLE";
if (state & (1 << ui::AX_STATE_LINKED))
result += " LINKED";
if (state & (1 << ui::AX_STATE_MULTISELECTABLE))
result += " MULTISELECTABLE";
if (state & (1 << ui::AX_STATE_OFFSCREEN))
result += " OFFSCREEN";
if (state & (1 << ui::AX_STATE_PRESSED))
result += " PRESSED";
if (state & (1 << ui::AX_STATE_PROTECTED))
result += " PROTECTED";
if (state & (1 << ui::AX_STATE_READ_ONLY))
result += " READONLY";
if (state & (1 << ui::AX_STATE_REQUIRED))
result += " REQUIRED";
if (state & (1 << ui::AX_STATE_SELECTABLE))
result += " SELECTABLE";
if (state & (1 << ui::AX_STATE_SELECTED))
result += " SELECTED";
if (state & (1 << ui::AX_STATE_VERTICAL))
result += " VERTICAL";
if (state & (1 << ui::AX_STATE_VISITED))
result += " VISITED";
result += " (" + IntToString(location.x()) + ", " +
IntToString(location.y()) + ")-(" +
IntToString(location.width()) + ", " +
IntToString(location.height()) + ")";
for (size_t i = 0; i < int_attributes.size(); ++i) {
std::string value = IntToString(int_attributes[i].second);
switch (int_attributes[i].first) {
case AX_ATTR_SCROLL_X:
result += " scroll_x=" + value;
break;
case AX_ATTR_SCROLL_X_MIN:
result += " scroll_x_min=" + value;
break;
case AX_ATTR_SCROLL_X_MAX:
result += " scroll_x_max=" + value;
break;
case AX_ATTR_SCROLL_Y:
result += " scroll_y=" + value;
break;
case AX_ATTR_SCROLL_Y_MIN:
result += " scroll_y_min=" + value;
break;
case AX_ATTR_SCROLL_Y_MAX:
result += " scroll_y_max=" + value;
break;
case AX_ATTR_HIERARCHICAL_LEVEL:
result += " level=" + value;
break;
case AX_ATTR_TEXT_SEL_START:
result += " sel_start=" + value;
break;
case AX_ATTR_TEXT_SEL_END:
result += " sel_end=" + value;
break;
case AX_ATTR_TABLE_ROW_COUNT:
result += " rows=" + value;
break;
case AX_ATTR_TABLE_COLUMN_COUNT:
result += " cols=" + value;
break;
case AX_ATTR_TABLE_CELL_COLUMN_INDEX:
result += " col=" + value;
break;
case AX_ATTR_TABLE_CELL_ROW_INDEX:
result += " row=" + value;
break;
case AX_ATTR_TABLE_CELL_COLUMN_SPAN:
result += " colspan=" + value;
break;
case AX_ATTR_TABLE_CELL_ROW_SPAN:
result += " rowspan=" + value;
break;
case AX_ATTR_TABLE_COLUMN_HEADER_ID:
result += " column_header_id=" + value;
break;
case AX_ATTR_TABLE_COLUMN_INDEX:
result += " column_index=" + value;
break;
case AX_ATTR_TABLE_HEADER_ID:
result += " header_id=" + value;
break;
case AX_ATTR_TABLE_ROW_HEADER_ID:
result += " row_header_id=" + value;
break;
case AX_ATTR_TABLE_ROW_INDEX:
result += " row_index=" + value;
break;
case AX_ATTR_TITLE_UI_ELEMENT:
result += " title_elem=" + value;
break;
case AX_ATTR_ACTIVEDESCENDANT_ID:
result += " activedescendant=" + value;
break;
case AX_ATTR_COLOR_VALUE_RED:
result += " color_value_red=" + value;
break;
case AX_ATTR_COLOR_VALUE_GREEN:
result += " color_value_green=" + value;
break;
case AX_ATTR_COLOR_VALUE_BLUE:
result += " color_value_blue=" + value;
break;
case AX_ATTR_TEXT_DIRECTION:
switch (int_attributes[i].second) {
case AX_TEXT_DIRECTION_LR:
default:
result += " text_direction=lr";
break;
case AX_TEXT_DIRECTION_RL:
result += " text_direction=rl";
break;
case AX_TEXT_DIRECTION_TB:
result += " text_direction=tb";
break;
case AX_TEXT_DIRECTION_BT:
result += " text_direction=bt";
break;
}
break;
case AX_INT_ATTRIBUTE_NONE:
break;
}
}
for (size_t i = 0; i < string_attributes.size(); ++i) {
std::string value = string_attributes[i].second;
switch (string_attributes[i].first) {
case AX_ATTR_DOC_URL:
result += " doc_url=" + value;
break;
case AX_ATTR_DOC_TITLE:
result += " doc_title=" + value;
break;
case AX_ATTR_DOC_MIMETYPE:
result += " doc_mimetype=" + value;
break;
case AX_ATTR_DOC_DOCTYPE:
result += " doc_doctype=" + value;
break;
case AX_ATTR_ACCESS_KEY:
result += " access_key=" + value;
break;
case AX_ATTR_ACTION:
result += " action=" + value;
break;
case AX_ATTR_DESCRIPTION:
result += " description=" + value;
break;
case AX_ATTR_DISPLAY:
result += " display=" + value;
break;
case AX_ATTR_HELP:
result += " help=" + value;
break;
case AX_ATTR_HTML_TAG:
result += " html_tag=" + value;
break;
case AX_ATTR_LIVE_RELEVANT:
result += " relevant=" + value;
break;
case AX_ATTR_LIVE_STATUS:
result += " live=" + value;
break;
case AX_ATTR_CONTAINER_LIVE_RELEVANT:
result += " container_relevant=" + value;
break;
case AX_ATTR_CONTAINER_LIVE_STATUS:
result += " container_live=" + value;
break;
case AX_ATTR_ROLE:
result += " role=" + value;
break;
case AX_ATTR_SHORTCUT:
result += " shortcut=" + value;
break;
case AX_ATTR_URL:
result += " url=" + value;
break;
case AX_ATTR_NAME:
result += " name=" + value;
break;
case AX_ATTR_VALUE:
result += " value=" + value;
break;
case AX_STRING_ATTRIBUTE_NONE:
break;
}
}
for (size_t i = 0; i < float_attributes.size(); ++i) {
std::string value = DoubleToString(float_attributes[i].second);
switch (float_attributes[i].first) {
case AX_ATTR_DOC_LOADING_PROGRESS:
result += " doc_progress=" + value;
break;
case AX_ATTR_VALUE_FOR_RANGE:
result += " value_for_range=" + value;
break;
case AX_ATTR_MAX_VALUE_FOR_RANGE:
result += " max_value=" + value;
break;
case AX_ATTR_MIN_VALUE_FOR_RANGE:
result += " min_value=" + value;
break;
case AX_FLOAT_ATTRIBUTE_NONE:
break;
}
}
for (size_t i = 0; i < bool_attributes.size(); ++i) {
std::string value = bool_attributes[i].second ? "true" : "false";
switch (bool_attributes[i].first) {
case AX_ATTR_DOC_LOADED:
result += " doc_loaded=" + value;
break;
case AX_ATTR_BUTTON_MIXED:
result += " mixed=" + value;
break;
case AX_ATTR_LIVE_ATOMIC:
result += " atomic=" + value;
break;
case AX_ATTR_LIVE_BUSY:
result += " busy=" + value;
break;
case AX_ATTR_CONTAINER_LIVE_ATOMIC:
result += " container_atomic=" + value;
break;
case AX_ATTR_CONTAINER_LIVE_BUSY:
result += " container_busy=" + value;
break;
case AX_ATTR_ARIA_READONLY:
result += " aria_readonly=" + value;
break;
case AX_ATTR_CAN_SET_VALUE:
result += " can_set_value=" + value;
break;
case AX_ATTR_UPDATE_LOCATION_ONLY:
result += " update_location_only=" + value;
break;
case AX_ATTR_CANVAS_HAS_FALLBACK:
result += " has_fallback=" + value;
break;
case AX_BOOL_ATTRIBUTE_NONE:
break;
}
}
for (size_t i = 0; i < intlist_attributes.size(); ++i) {
const std::vector<int32>& values = intlist_attributes[i].second;
switch (intlist_attributes[i].first) {
case AX_ATTR_INDIRECT_CHILD_IDS:
result += " indirect_child_ids=" + IntVectorToString(values);
break;
case AX_ATTR_CONTROLS_IDS:
result += " controls_ids=" + IntVectorToString(values);
break;
case AX_ATTR_DESCRIBEDBY_IDS:
result += " describedby_ids=" + IntVectorToString(values);
break;
case AX_ATTR_FLOWTO_IDS:
result += " flowto_ids=" + IntVectorToString(values);
break;
case AX_ATTR_LABELLEDBY_IDS:
result += " labelledby_ids=" + IntVectorToString(values);
break;
case AX_ATTR_OWNS_IDS:
result += " owns_ids=" + IntVectorToString(values);
break;
case AX_ATTR_LINE_BREAKS:
result += " line_breaks=" + IntVectorToString(values);
break;
case AX_ATTR_CELL_IDS:
result += " cell_ids=" + IntVectorToString(values);
break;
case AX_ATTR_UNIQUE_CELL_IDS:
result += " unique_cell_ids=" + IntVectorToString(values);
break;
case AX_ATTR_CHARACTER_OFFSETS:
result += " character_offsets=" + IntVectorToString(values);
break;
case AX_ATTR_WORD_STARTS:
result += " word_starts=" + IntVectorToString(values);
break;
case AX_ATTR_WORD_ENDS:
result += " word_ends=" + IntVectorToString(values);
break;
case AX_INT_LIST_ATTRIBUTE_NONE:
break;
}
}
if (!child_ids.empty())
result += " child_ids=" + IntVectorToString(child_ids);
return result;
}
}