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* Encrypted (obfuscated) handshake and connection support. Patch by

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Josef Drexler, public domain as per earlier agreement.


git-svn-id: svn://rakshasa.no/libtorrent/trunk/rtorrent@790 e378c898-3ddf-0310-93e7-cc216c733640
This commit is contained in:
rakshasa
2006-10-14 16:46:43 +00:00
parent eb7c0b5874
commit 1736c8eaf7
9 changed files with 203 additions and 1 deletions
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src/display/text_element_lambda.h
+43
View File
@@ -101,6 +101,43 @@ private:
TextElement* m_branch2;
};
template <typename slot_type>
class TextElementBranch3 : public TextElement {
public:
typedef typename slot_type::argument_type arg1_type;
typedef typename slot_type::result_type result_type;
TextElementBranch3(const slot_type& slot1, TextElement* branch1, const slot_type& slot2, TextElement* branch2, TextElement* branch3) :
m_slot1(slot1), m_slot2(slot2), m_branch1(branch1), m_branch2(branch2), m_branch3(branch3) {}
~TextElementBranch3() { delete m_branch1; delete m_branch2; delete m_branch3; }
virtual char* print(char* first, char* last, Canvas::attributes_list* attributes, void* object) {
if (object == NULL)
return first;
if (m_slot1(reinterpret_cast<arg1_type>(object)))
return m_branch1 != NULL ? m_branch1->print(first, last, attributes, object) : first;
else if (m_slot2(reinterpret_cast<arg1_type>(object)))
return m_branch2 != NULL ? m_branch2->print(first, last, attributes, object) : first;
else
return m_branch3 != NULL ? m_branch3->print(first, last, attributes, object) : first;
}
virtual extent_type max_length() {
return std::max(m_branch1 != NULL ? m_branch1->max_length() : 0,
std::max(m_branch2 != NULL ? m_branch2->max_length() : 0,
m_branch3 != NULL ? m_branch3->max_length() : 0));
}
private:
slot_type m_slot1;
slot_type m_slot2;
TextElement* m_branch1;
TextElement* m_branch2;
TextElement* m_branch3;
};
template <typename slot_type>
inline TextElementBranchVoid<slot_type>*
text_element_branch_void(const slot_type& slot, TextElement* branch1, TextElement* branch2) {
@@ -113,6 +150,12 @@ text_element_branch(const slot_type& slot, TextElement* branch1, TextElement* br
return new TextElementBranch<slot_type>(slot, branch1, branch2);
}
template <typename slot_type>
inline TextElementBranch3<slot_type>*
text_element_branch3(const slot_type& slot1, TextElement* branch1, const slot_type& slot2, TextElement* branch2, TextElement* branch3) {
return new TextElementBranch3<slot_type>(slot1, branch1, slot2, branch2, branch3);
}
}
#endif