backtrace
warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
#0 CryptoPP::DivideThreeWordsByTwo<unsigned int, CryptoPP::DWord> (A=0xbfbfe2e0, B0=warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
1, B1=2147483648, dummy=warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
0x0)
at integer.cpp:197
#1 0x08398fb6 in CryptoPP::Divide (R=0x98f0eb8, Q=0x98f2cd0, T=0x98f2d20, A=0x98f2c80, NA=8, B=0x98f0fe8, NB=2)
at integer.cpp:400
#2 0x0839cf1c in CryptoPP::PositiveDivide (remainder=@0xbfbfe4c0, quotient=@0xbfbfe3e8, a=@0xbfbfe4d4, b=@0xbfbfe6c8)
at integer.cpp:3741
#3 0x0839d3ff in CryptoPP::Integer::Divide (remainder=@0xbfbfe4c0, quotient=@0xbfbfe3e8, dividend=@0xbfbfe4d4,
divisor=@0xbfbfe6c8) at integer.cpp:3746
#4 0x0839d51f in CryptoPP::Integer::Modulo (this=0xbfbfe4d4, b=@0xbfbfe6c8) at integer.cpp:3800
#5 0x083b2d98 in CryptoPP::FirstPrime (p=@0xbfbfefa4, max=@0xbfbfe884, equiv=@0xbfbfe6dc, mod=@0xbfbfe6c8,
pSelector=0xbfbfecc4) at integer.h:403
#6 0x083b2d19 in CryptoPP::FirstPrime (p=@0xbfbfefa4, max=@0xbfbfe884, equiv=@0xbfbfe960, mod=@0xbfbfe938,
pSelector=0xbfbfecc4) at nbtheory.cpp:424
#7 0x0839f916 in CryptoPP::Integer::GenerateRandomNoThrow (this=0xbfbfefa4, i_rng=@0xbfbff00c, params=@0xbfbfee3c)
at integer.cpp:3346
warning: (Internal error: pc 0x83c4c08 in read in psymtab, but not in symtab.)
warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
#8 0x083c4c08 in CryptoPP::Integer::GenerateRandom (this=warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
warning: (Internal error: pc 0x83c4be0 in read in psymtab, but not in symtab.)
warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
0xbfbfefa4, rng=warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
@0xbfbff00c, params=warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
@0xbfbfee3c) at integer.h:250
#9 0x083c2c5a in CryptoPP::InvertibleRSAFunction::GenerateRandom (this=0xbfbfef28, rng=@0xbfbff00c, alg=@0xbfbfeeb8)
at rsa.cpp:120
#10 0x083c03ca in CryptoPP::InvertibleRSAFunction::Initialize (this=0xbfbfef28, rng=@0xbfbff00c, keybits=384, e=@0xbfbff014)
at rsa.cpp:145
#11 0x080a5572 in CClientCreditsList::CreateKeyPair (this=0x98f0698) at ClientCreditsList.cpp:264
#12 0x080a5f9c in CClientCreditsList::InitalizeCrypting (this=0x98f0698) at ClientCreditsList.cpp:316
#13 0x080a8457 in CClientCreditsList (this=0x98f0698) at ClientCreditsList.cpp:54
#14 0x0806dd92 in CamuleApp::OnInit (this=0x9859e90) at amule.cpp:717
#15 0x08058298 in CamuleDaemonApp::OnInit (this=0x9859e90) at amuled.cpp:678
#16 0x0805a47c in wxAppConsole::CallOnInit (this=warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
0x9859e90) at /usr/include/wx-2.8/wx/app.h:76
#17 0xb7eba980 in wxEntry () from /usr/lib/libwx_baseu-2.8.so.0
#18 0xb7ebaba7 in wxEntry () from /usr/lib/libwx_baseu-2.8.so.0
#19 0x0805a20d in main (argc=Cannot access memory at address 0x629e8e54
) at amuled.cpp:171
warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
bt full
(gdb) bt full
warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
#0 CryptoPP::DivideThreeWordsByTwo<unsigned int, CryptoPP::DWord> (A=0xbfbfe2e0, B0=warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
1, B1=2147483648, dummy=warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
0x0)
at integer.cpp:197
warning: (Internal error: pc 0x83a0de2 in read in psymtab, but not in symtab.)
Q = 1654558292
p = <value optimized out>
#1 0x08398fb6 in CryptoPP::Divide (R=0x98f0eb8, Q=0x98f2cd0, T=0x98f2d20, A=0x98f2c80, NA=8, B=0x98f0fe8, NB=2)
at integer.cpp:400
i = 6
TB = (word * const) 0x98f2d40
TP = (word * const) 0x98f2d48
shiftWords = <value optimized out>
shiftBits = 30
#2 0x0839cf1c in CryptoPP::PositiveDivide (remainder=@0xbfbfe4c0, quotient=@0xbfbfe3e8, a=@0xbfbfe4d4, b=@0xbfbfe6c8)
at integer.cpp:3741
aSize = 6
bSize = 2
T = {m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 18,
m_ptr = 0x98f2d20}
#3 0x0839d3ff in CryptoPP::Integer::Divide (remainder=@0xbfbfe4c0, quotient=@0xbfbfe3e8, dividend=@0xbfbfe4d4,
divisor=@0xbfbfe6c8) at integer.cpp:3746
No locals.
#4 0x0839d51f in CryptoPP::Integer::Modulo (this=0xbfbfe4d4, b=@0xbfbfe6c8) at integer.cpp:3800
remainder = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {
_vptr.ASN1Object = 0xbfbfe4c0}, reg = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 138007839,
m_ptr = 0x210286}, sign = 115}
quotient = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {
_vptr.ASN1Object = 0x84896e0}, reg = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 8,
m_ptr = 0x98f2cd0}, sign = CryptoPP::Integer::POSITIVE}
#5 0x083b2d98 in CryptoPP::FirstPrime (p=@0xbfbfefa4, max=@0xbfbfe884, equiv=@0xbfbfe6dc, mod=@0xbfbfe6c8,
pSelector=0xbfbfecc4) at integer.h:403
gcd = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0x84896e0},
reg = {m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 2,
m_ptr = 0x98f0f90}, sign = CryptoPP::Integer::POSITIVE}
primeTableSize = 3511
primeTable = (const word16 *) 0x98f10f0
sieve = {m_first = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {
_vptr.ASN1Object = 0xb7d1b140}, reg = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 8,
---Type <return> to continue, or q <return> to quit---
m_ptr = 0x38}, sign = 3083968500},
m_last = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0x0}, reg = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 3083972928,
m_ptr = 0x3}, sign = 3083968500},
m_step = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0x10}, reg = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 3217024156,
m_ptr = 0xb7c3088e}, sign = 3083972928}, m_delta = 160369624, m_next = 3083972928,
m_sieve = {<std::_Bvector_base<std::allocator<bool> >> = {
_M_impl = {<std::allocator<long unsigned int>> = {<__gnu_cxx::new_allocator<long unsigned int>> = {<No data fields>}, <No data fields>},
_M_start = {<std::_Bit_iterator_base> = {<std::iterator<std::random_access_iterator_tag, bool, int, bool*, bool&>> = {<No data fields>}, _M_p = 0x18, _M_offset = 3083003812}, <No data fields>},
_M_finish = {<std::_Bit_iterator_base> = {<std::iterator<std::random_access_iterator_tag, bool, int, bool*, bool&>> = {<No data fields>}, _M_p = 0x98f0be8, _M_offset = 3083968500}, <No data fields>},
_M_end_of_storage = 0x4}}, <No data fields>}}
#6 0x083b2d19 in CryptoPP::FirstPrime (p=@0xbfbfefa4, max=@0xbfbfe884, equiv=@0xbfbfe960, mod=@0xbfbfe938,
pSelector=0xbfbfecc4) at nbtheory.cpp:424
gcd = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0x84896e0},
reg = {m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 2,
m_ptr = 0x98f10e0}, sign = CryptoPP::Integer::POSITIVE}
primeTableSize = 3511
primeTable = (const word16 *) 0x98f10f0
sieve = {m_first = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {
_vptr.ASN1Object = 0xb7c2e7a4}, reg = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 1, m_ptr = 0x0},
sign = 160370688}, m_last = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {
_vptr.ASN1Object = 0xbfbfe710}, reg = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 137501480,
m_ptr = 0xb7cfef32}, sign = 3083864488},
m_step = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0xb7cfd8d3},
reg = {m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 1,
m_ptr = 0xb7d1b170}, sign = 160370680}, m_delta = -1210994312, m_next = 3083003812,
m_sieve = {<std::_Bvector_base<std::allocator<bool> >> = {
_M_impl = {<std::allocator<long unsigned int>> = {<__gnu_cxx::new_allocator<long unsigned int>> = {<No data fields>}, <No data fields>},
_M_start = {<std::_Bit_iterator_base> = {<std::iterator<std::random_access_iterator_tag, bool, int, bool*, bool&>> = {<No data fields>}, _M_p = 0xa, _M_offset = 8}, <No data fields>},
_M_finish = {<std::_Bit_iterator_base> = {<std::iterator<std::random_access_iterator_tag, bool, int, bool*, bool&>> = {<No data fields>}, _M_p = 0xb7e04011, _M_offset = 160370816}, <No data fields>},
---Type <return> to continue, or q <return> to quit---
_M_end_of_storage = 0x1}}, <No data fields>}}
#7 0x0839f916 in CryptoPP::Integer::GenerateRandomNoThrow (this=0xbfbfefa4, i_rng=@0xbfbff00c, params=@0xbfbfee3c)
at integer.cpp:3346
pSelector = (const class CryptoPP::PrimeSelector *) 0xbfbfecc4
i = 1
min = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0x84896e0},
reg = {m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 8,
m_ptr = 0x98f0e90}, sign = CryptoPP::Integer::POSITIVE}
max = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0x84896e0},
reg = {m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 8,
m_ptr = 0x98f0ee0}, sign = CryptoPP::Integer::POSITIVE}
equiv = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {
_vptr.ASN1Object = 0x84896e0}, reg = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 2,
m_ptr = 0x98f0b58}, sign = CryptoPP::Integer::POSITIVE}
mod = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0x84896e0},
reg = {m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 2,
m_ptr = 0x98f0f30}, sign = CryptoPP::Integer::POSITIVE}
rnType = <value optimized out>
seed = {m_deepCopy = false, m_data = 0x0, m_size = 0, m_block = {
m_alloc = {<CryptoPP::AllocatorBase<unsigned char>> = {<No data fields>}, <No data fields>}, m_size = 0, m_ptr = 0x0}}
rng = (class CryptoPP::RandomNumberGenerator &) @0xbfbff00c: {<CryptoPP::Algorithm> = {<CryptoPP::Clonable> = {
_vptr.Clonable = 0x840d848}, <No data fields>}, <No data fields>}
warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
#8 0x083c4c08 in CryptoPP::Integer::GenerateRandom (this=warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
0xbfbfefa4, rng=warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
@0xbfbff00c, params=warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
@0xbfbfee3c) at integer.h:250
warning: (Internal error: pc 0x83c4c07 in read in psymtab, but not in symtab.)
No locals.
#9 0x083c2c5a in CryptoPP::InvertibleRSAFunction::GenerateRandom (this=0xbfbfef28, rng=@0xbfbff00c, alg=@0xbfbfeeb8)
at rsa.cpp:120
modulusSize = 384
selector = {<CryptoPP::PrimeSelector> = {_vptr.PrimeSelector = 0x848e6b0},
m_e = {<CryptoPP::InitializeInteger> = {<No data fields>}, <CryptoPP::ASN1Object> = {_vptr.ASN1Object = 0x84896e0},
reg = {m_alloc = {<CryptoPP::AllocatorBase<unsigned int>> = {<No data fields>}, <No data fields>}, m_size = 2,
m_ptr = 0x98f0b48}, sign = CryptoPP::Integer::POSITIVE}}
primeParam = {<CryptoPP::NameValuePairs> = {_vptr.NameValuePairs = 0x8462748}, m_next = {m_p = 0x98f0cd8},
m_defaultThrowIfNotUsed = true}
#10 0x083c03ca in CryptoPP::InvertibleRSAFunction::Initialize (this=0xbfbfef28, rng=@0xbfbff00c, keybits=384, e=@0xbfbff014)
at rsa.cpp:145
No locals.
#11 0x080a5572 in CClientCreditsList::CreateKeyPair (this=0x98f0698) at ClientCreditsList.cpp:264
rng = {<CryptoPP::RandomNumberGenerator> = {<CryptoPP::Algorithm> = {<CryptoPP::Clonable> = {
---Type <return> to continue, or q <return> to quit---
_vptr.Clonable = 0x840d848}, <No data fields>}, <No data fields>}, <CryptoPP::NotCopyable> = {<No data fields>},
m_rng = {m_p = 0x98f0910}}
privkeysink = (class CryptoPP::Base64Encoder *) 0x98f080c
privkey = {<CryptoPP::RSAFunction> = {<CryptoPP::TrapdoorFunction> = {<CryptoPP::RandomizedTrapdoorFunction> = {<CryptoPP::TrapdoorFunctionBounds> = {
_vptr.TrapdoorFunctionBounds = 0x848d90c}, <No data fields>}, <No data fields>}, <CryptoPP::X509PublicKey> = {<CryptoPP::ASN1CryptoMaterial<CryptoPP::PublicKey>> = {<CryptoPP::ASN1Object> = {