0_0_33885150_18145.cpp:28:26: error: 'll' has not been declared
friend llp operator+(ll a, llp b) { return b + a; }
^
0_0_33885150_18145.cpp:34:26: error: 'll' has not been declared
friend llp operator-(ll a, llp b) { return -b + a; }
^
0_0_33885150_18145.cpp:39:26: error: 'll' has not been declared
friend llp operator*(ll a, llp b) { return b * a; }
^
0_0_33885150_18145.cpp:41:20: error: 'll' has not been declared
llp operator[](ll b) const
^
0_0_33885150_18145.cpp:52:19: error: 'll' has not been declared
llp operator^(ll b) const { return (*this)[b]; }
^
0_0_33885150_18145.cpp:53:21: error: declaration of 'operator^=' as non-function
llp &operator^=(ll b) { return *this = *this ^ b; }
^
0_0_33885150_18145.cpp:53:18: error: expected ';' at end of member declaration
llp &operator^=(ll b) { return *this = *this ^ b; }
^
0_0_33885150_18145.cpp:53:24: error: expected ')' before 'b'
llp &operator^=(ll b) { return *this = *this ^ b; }
^
0_0_33885150_18145.cpp:56:26: error: 'll' has not been declared
friend llp operator/(ll a, llp b) { return (~b) * a; }
^
0_0_33885150_18145.cpp:62:21: error: 'll' has not been declared
bool operator==(ll b) const { return mod(b) == v; }
^
0_0_33885150_18145.cpp:64:21: error: 'll' has not been declared
bool operator!=(ll b) const { return !(*this == b); }
^
0_0_33885150_18145.cpp:70:26: error: 'll' has not been declared
friend llp operator<(ll a, llp b) { return b > a; }
^
0_0_33885150_18145.cpp:71:27: error: 'll' has not been declared
friend llp operator<=(ll a, llp b) { return b >= a; }
^
0_0_33885150_18145.cpp:72:26: error: 'll' has not been declared
friend llp operator>(ll a, llp b) { return b < a; }
^
0_0_33885150_18145.cpp:73:27: error: 'll' has not been declared
friend llp operator>=(ll a, llp b) { return b <= a; }
^
0_0_33885150_18145.cpp:78:13: error: 'll' has not been declared
llp pow(ll b) const { return *this ^ b; }
^
0_0_33885150_18145.cpp: In member function 'llp llp::operator*(llp) const':
0_0_33885150_18145.cpp:38:45: error: 'll' was not declared in this scope
llp operator*(llp b) const { return ll(v) * b.v; }
^
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