Sha256: d63f73638b6b4634849b05e5a825f9a6827430e6734748f0e5b65ea51b947311
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Contents
#include "Stdafx.h" extern "C" { __declspec(dllexport) void Table_Release(TableInformationPtr tableInfo) { delete tableInfo; } __declspec(dllexport) TableInformationPtr Table_Information(ElementInformationPtr element, char* errorInfo, const int errorInfoLength) { try { return new TableInformation(ElementFrom(element)->As<TablePattern^>(TablePattern::Pattern)->Current); } catch(Exception^ e) { StringHelper::CopyToUnmanagedString(e, errorInfo, errorInfoLength); return NULL; } } __declspec(dllexport) int Table_Headers(ElementInformationPtr element, ElementInformation** headers, char* errorInfo, const int errorInfoLength) { try { auto headerParent = ElementFrom(element)->Find(TreeScope::Children, gcnew PropertyCondition(AutomationElement::ControlTypeProperty, ControlType::Header)); if (headerParent->Length > 0) { auto headerElements = headerParent[0]->Children; *headers = ElementInformation::From(headerElements); return headerElements->Length; } *headers = nullptr; return 0; } catch(Exception^ e) { StringHelper::CopyToUnmanagedString(e, errorInfo, errorInfoLength); return 0; } } __declspec(dllexport) ElementInformationPtr Table_Row(ElementInformationPtr element, const int index, char* errorInfo, const int errorInfoLength) { try { auto table = ElementFrom(element); return ElementInformation::From(table->Find(TreeScope::Children, gcnew PropertyCondition(AutomationElement::ControlTypeProperty, ControlType::DataItem))[index]); } catch(Exception^ e) { StringHelper::CopyToUnmanagedString(e, errorInfo, errorInfoLength); return NULL; } } }
Version data entries
1 entries across 1 versions & 1 rubygems
Version | Path |
---|---|
uia-1.0 | ext/UiaDll/UiaDll/TableMethods.cpp |