some of the ca files broken into source code

int global19 = 0;
union { __size32 * x7; union { int x5; __size32 * x6; } * x8; union { int x5; __size32 * x6; } * x13; union { int x5; __size32 * x6; } * x18; union { int x5; __size32 * x6; } * x22; union { int x5; __size32 * x6; } * x26; union { int x5; __size32 * x6; } * x30; union { int x5; __size32 * x6; } * x34; union { int x5; __size32 * x6; } * x38; union { int x5; __size32 * x6; } * x42; union { int x5; __size32 * x6; } * x46; union { int x5; __size32 * x6; } * x50; union { int x5; __size32 * x6; } * x54; union { int x5; __size32 * x6; } * x58; union { int x5; __size32 * x6; } * x62; union { int x5; __size32 * x6; } * x66; union { int x5; __size32 * x6; } * x70; union { int x5; __size32 * x6; } * x74; union { int x5; __size32 * x6; } * x78; int x82; } global1;
union { __size32 * x16; union { unsigned int x1; __size32 * x2; } * x17; union { unsigned int x1; __size32 * x2; } * x21; union { unsigned int x1; __size32 * x2; } * x25; union { unsigned int x1; __size32 * x2; } * x29; union { unsigned int x1; __size32 * x2; } * x33; union { unsigned int x1; __size32 * x2; } * x37; union { unsigned int x1; __size32 * x2; } * x41; union { unsigned int x1; __size32 * x2; } * x45; union { unsigned int x1; __size32 * x2; } * x49; union { unsigned int x1; __size32 * x2; } * x53; union { unsigned int x1; __size32 * x2; } * x57; union { unsigned int x1; __size32 * x2; } * x61; union { unsigned int x1; __size32 * x2; } * x65; union { unsigned int x1; __size32 * x2; } * x69; union { unsigned int x1; __size32 * x2; } * x73; union { unsigned int x1; __size32 * x2; } * x77; union { unsigned int x1; __size32 * x2; } * x81; } global10;
unsigned int global7 = 0;
__size32 global3 = 0;// 4 bytes

__size32 proc1(unsigned int param1, unsigned int param2, int param3, __size32 param4, __size32 param5, __size32 param6);
__size32 proc2();

// address: 0x100048d9
void _start(__size32 param1, int param2, __size32 param3, __size32 param4, __size32 param5) {
    int eax; 		// r24
    int eax_1; 		// r24{51}
    int eax_2; 		// r24{38}
    int eax_3; 		// r24{122}
    __size32 ebp_1; 		// r29
    union { void * x83; int x84; } ebp_3; 		// r29
    union { void * x83; int x84; } ebp_4; 		// r29
    union { void * x83; int x84; } ebp_5; 		// r29
    union { void * x83; int x84; } ebp_7; 		// r29{3}
    __size32 ebx; 		// r27
    __size32 ebx_1; 		// r27{179}
    __size32 ecx; 		// r25
    __size32 edi; 		// r31
    __size32 edi_1; 		// r31{38}
    __size32 edx; 		// r26
    int esi; 		// r30
    int esi_1; 		// r30{51}
    void *esp; 		// r28
    __size32 *esp_1; 		// r28{51}
    __size32 *esp_10; 		// r28{11}
    __size32 *esp_2; 		// r28{38}
    __size32 *esp_4; 		// r28{191}
    __size32 *esp_5; 		// r28{84}
    __size32 *esp_6; 		// r28{180}
    __size32 *esp_7; 		// r28{67}
    __size32 *esp_8; 		// r28{156}
    __size32 *esp_9; 		// r28{144}
    unsigned int local0; 		// m[esp - 32]
    __size32 local1; 		// m[esp - 28]
    __size32 local10; 		// m[esp + 12]
    __size32 local11; 		// ebx_1{143}
    __size32 *local12; 		// esp_9{144}
    union { void * x83; int x84; } local13; 		// ebp_3{145}
    __size32 local14; 		// param4{153}
    __size32 local15; 		// param5{154}
    __size32 *local16; 		// esp_8{156}
    union { void * x83; int x84; } local17; 		// ebp_4{157}
    __size32 *local18; 		// esp_6{180}
    union { void * x83; int x84; } local19; 		// ebp_5{181}
    int local2; 		// m[esp - 24]
    __size32 local20; 		// ecx{189}
    __size32 local21; 		// edx{190}
    __size32 *local22; 		// esp_4{191}
    int local23; 		// esi_1{192}
    __size32 local3; 		// m[esp - 20]
    __size32 local4; 		// m[esp - 16]
    __size32 local5; 		// m[esp - 12]
    __size32 local6; 		// m[esp - 8]
    __size32 local7; 		// m[esp - 4]
    __size32 local8; 		// m[esp + 4]
    int local9; 		// m[esp + 8]

    ebp_7 = esp - 4;
    ebx_1 = param1;
    esi_1 = param2;
    esp_10 = esp - 16;
    edi_1 = param3;
    local11 = ebx_1;
    local12 = esp_10;
    local13 = ebp_7;
    local14 = param4;
    local15 = param5;
    local16 = esp_10;
    local17 = ebp_7;
    local18 = esp_10;
    local19 = ebp_7;
    if (param2 != 0) {
        if (param2 != 1 && param2 != 2) {
L12:
            esp_6 = local18;
            ebp_5 = local19;
            *(__size32*)(esp_6 - 4) = edi_1;
            *(int*)(esp_6 - 8) = esi_1;
            *(__size32*)(esp_6 - 12) = ebx_1;
            eax = proc2(); /* Warning: also results in esp_7 */
            local20 = param4;
            local21 = param5;
            local22 = esp_7;
            local23 = esi_1;
            *(int*)(ebp_5 + 12) = eax;
            if (esi_1 != 1) {
L8:
                ecx = local20;
                edx = local21;
                esp_4 = local22;
                esi_1 = local23;
                if ( !(esi_1 != 0 && esi_1 != 3)) {
                    *(__size32*)(esp_4 - 4) = edi_1;
                    *(int*)(esp_4 - 8) = esi_1;
                    *(__size32*)(esp_4 - 12) = ebx_1;
                    eax = proc1(*(esp_4 - 28), *(esp_4 - 24), *(esp_4 - 8), ecx, edx, esi_1); /* Warning: also results in esi, ecx, edx */
                    if (eax == 0) {
                        *(int*)(ebp_5 + 12) = *(ebp_5 + 12) & eax;
                    }
                    if ( !(*(ebp_5 + 12) == 0 || global19 == 0)) {
                        *(__size32*)(esp_3 - 4) = edi_1;
                        *(int*)(esp_3 - 8) = esi;
                        *(__size32*)(esp_3 - 12) = ebx_1;
                        (*global19)(local0, local1, local2, local3, local4, local5, local6, local7, local8, local9, local10, global19, ecx, edx, ebx_1, ebp_5, esi, edi_1, LOGICALFLAGS32(global19), LOGICALFLAGS32(global19), LOGICALFLAGS32(global19));
                        *(int*)(ebp + 12) = eax_3;
                    }
                }
            } else {
                if (eax == 0) {
                    *(__size32*)(esp_6 - 4) = edi_1;
                    *(int*)(esp_6 - 8) = eax;
                    *(__size32*)(esp_6 - 12) = ebx_1;
                    esi = proc1(*(esp_6 - 28), *(esp_6 - 24), *(esp_6 - 8), param4, param5, esi_1); /* Warning: also results in ecx, edx, esp_5 */
                    local20 = ecx;
                    local21 = edx;
                    local22 = esp_5;
                    local23 = esi;
                    goto L8;
                }
            }
        } else {
            if (global19 == 0) {
L16:
                ebx_1 = local11;
                esp_9 = local12;
                ebp_3 = local13;
                *(__size32*)(esp_9 - 4) = edi_1;
                *(int*)(esp_9 - 8) = esi_1;
                *(__size32*)(esp_9 - 12) = ebx_1;
                eax_1 = proc1(*(esp_9 - 28), *(esp_9 - 24), *(esp_9 - 8), param4, param5, esi_1); /* Warning: also results in esi_1, ecx, edx, esp_1 */
                local14 = ecx;
                local15 = edx;
                local16 = esp_1;
                local17 = ebp_3;
                flags = LOGICALFLAGS32(eax_1);
L14:
                param4 = local14;
                param5 = local15;
                esp_8 = local16;
                ebp_4 = local17;
                local18 = esp_8;
                local19 = ebp_4;
                if (flags) {
                    goto L12;
                } else {
L13:
                }
            } else {
                (*global19)(pc, param1, param2, param3, edi, esi, ebx, ebp_1, param1, param2, param3, global19, param4, param5, param1, esp - 4, param2, param3, LOGICALFLAGS32(global19), LOGICALFLAGS32(global19), LOGICALFLAGS32(global19));
                local11 = ebx;
                local12 = esp_2;
                local13 = ebp_1;
                if (eax_2 == 0) {
                    goto L13;
                } else {
                    goto L16;
                }
            }
        }
    } else {
        flags = SUBFLAGS32(*0x10006b0c, 0, global1);
        goto L14;
    }
    return;
}

// address: 0x1000482e
__size32 proc1(unsigned int param1, unsigned int param2, int param3, __size32 param4, __size32 param5, __size32 param6) {
    __size32 *eax; 		// r24
    int eax_1; 		// r24
    int ecx; 		// r25
    union { unsigned int x1; __size32 * x2; } esi; 		// r30
    union { unsigned int x1; __size32 * x2; } esi_1; 		// r30
    union { unsigned int x1; __size32 * x2; } esi_2; 		// r30
    union { unsigned int x1; __size32 * x2; } esi_4; 		// r30
    union { unsigned int x1; __size32 * x2; } esi_5; 		// r30
    int esp; 		// r28
    __size32 *esp_6; 		// r28{73}
    size_t local0; 		// m[esp - 4]
    unsigned int local1; 		// m[esp - 8]
    unsigned int local10; 		// m[esp - 8]{152}
    unsigned int local11; 		// m[esp - 12]{150}
    unsigned int local12; 		// m[esp - 12]{153}
    union { unsigned int x1; __size32 * x2; } local13; 		// esi_1{114}
    __size32 local14; 		// local6{148}
    unsigned int local15; 		// local9{149}
    unsigned int local16; 		// local11{150}
    int local17; 		// local4{160}
    union { __size32 * x11; int x12; } local18; 		// esp{122}
    union { unsigned int x1; __size32 * x2; } local19; 		// esi_4{123}
    unsigned int local2; 		// m[esp - 12]
    __size32 local20; 		// local7{151}
    unsigned int local21; 		// local10{152}
    unsigned int local22; 		// local12{153}
    int local23; 		// local5{161}
    __size32 local24; 		// param4{138}
    int local3; 		// m[esp + 8]
    int local4; 		// m[esp + 8]{160}
    int local5; 		// m[esp + 8]{161}
    __size32 local6; 		// m[esp - 4]{148}
    __size32 local7; 		// m[esp - 4]{151}
    int local8; 		// m[esp - 4]{73}
    unsigned int local9; 		// m[esp - 8]{149}

    local15 = param2;
    local16 = param1;
    local17 = param3;
    if (param3 != 0) {
L17:
        ecx = *0x100050b8;
        ecx = *ecx;
        global3 = ecx;
        if (param3 != 1) {
            if (param3 == 0) {
                eax_1 = global7;
                if (global7 != 0) {
                    ecx = *0x10006b18;
                    local6 = param6;
                    esp = esp - 4;
                    esi = ecx - 4;
                    local13 = esi;
                    local14 = local6;
                    esi_1 = local13;
                    local6 = local14;
                    local9 = local15;
                    local11 = local16;
                    local4 = local17;
                    local18 = esp;
                    local19 = esi_1;
                    local20 = local6;
                    local21 = local9;
                    local22 = local11;
                    local23 = local4;
                    while (esi_1 >= eax_1) {
                        ecx = *esi_1;
                        if (ecx != 0) {
                            (*ecx)(local11, local9, local6, local4, eax_1, ecx, param5, esi_1, LOGICALFLAGS32(ecx), LOGICALFLAGS32(ecx), LOGICALFLAGS32(ecx));
                            local18 = esp_6;
                            local19 = esi_5;
                            local20 = local8;
                            local21 = local1;
                            local22 = local2;
                            local23 = local3;
                            eax_1 = global7;
                        }
                        esp = local18;
                        esi_4 = local19;
                        local7 = local20;
                        local10 = local21;
                        local12 = local22;
                        local5 = local23;
                        esi_2 = esi_4 - 4;
                        local13 = esi_2;
                        local14 = local7;
                        local15 = local10;
                        local16 = local12;
                        local17 = local5;
                        esi_1 = local13;
                        local6 = local14;
                        local9 = local15;
                        local11 = local16;
                        local4 = local17;
                        local18 = esp;
                        local19 = esi_1;
                        local20 = local6;
                        local21 = local9;
                        local22 = local11;
                        local23 = local4;
                    }
                    local0 = eax_1;
                    free(*(esp - 4));
                    global7 = 0;
                    ecx = *(esp - 4);
                    param6 = *esp;
                    esp += 4;
                }
            }
L1:
            local0 = 1;
            eax = *(esp - 4);
            local24 = ecx;
        } else {
            malloc(128);
            param4 = 128;
            *(__size32 **)0x10006b1c = eax;
            if (eax != 0) {
                *(__size32*)eax = 0;
                global10 = global7;
                _initterm();
                global1++;
                ecx = 0x1000600c;
                goto L1;
            } else {
L14:
                eax = 0;
                local24 = param4;
            }
        }
    } else {
        if (global1 <= param3) {
            goto L14;
        } else {
            global1 = global1 - 1;
            goto L17;
        }
    }
    param4 = local24;
    return eax; /* WARNING: Also returning: esi_6 := param6, ecx := param4, edx := param5 */
}

// address: 0x100030c0
__size32 proc2() {
    return 1;
}

union { __size32 * x7; union { int x5; __size32 * x6; } * x8; union { int x5; __size32 * x6; } * x13; union { int x5; __size32 * x6; } * x18; union { int x5; __size32 * x6; } * x22; union { int x5; __size32 * x6; } * x26; union { int x5; __size32 * x6; } * x30; union { int x5; __size32 * x6; } * x34; union { int x5; __size32 * x6; } * x38; union { int x5; __size32 * x6; } * x42; union { int x5; __size32 * x6; } * x46; union { int x5; __size32 * x6; } * x50; union { int x5; __size32 * x6; } * x54; union { int x5; __size32 * x6; } * x58; union { int x5; __size32 * x6; } * x62; union { int x5; __size32 * x6; } * x66; union { int x5; __size32 * x6; } * x70; union { int x5; __size32 * x6; } * x74; union { int x5; __size32 * x6; } * x78; int x82; } global1;
union { __size32 * x16; union { unsigned int x1; __size32 * x2; } * x17; union { unsigned int x1; __size32 * x2; } * x21; union { unsigned int x1; __size32 * x2; } * x25; union { unsigned int x1; __size32 * x2; } * x29; union { unsigned int x1; __size32 * x2; } * x33; union { unsigned int x1; __size32 * x2; } * x37; union { unsigned int x1; __size32 * x2; } * x41; union { unsigned int x1; __size32 * x2; } * x45; union { unsigned int x1; __size32 * x2; } * x49; union { unsigned int x1; __size32 * x2; } * x53; union { unsigned int x1; __size32 * x2; } * x57; union { unsigned int x1; __size32 * x2; } * x61; union { unsigned int x1; __size32 * x2; } * x65; union { unsigned int x1; __size32 * x2; } * x69; union { unsigned int x1; __size32 * x2; } * x73; union { unsigned int x1; __size32 * x2; } * x77; union { unsigned int x1; __size32 * x2; } * x81; } global10;
unsigned int global7 = 0;
__size32 global3 = 0;// 4 bytes

__size32 ??4V3INetEx@@QAEAAV0@ABV0@@Z();
void __imp__initterm();

// address: 0x10003f3c
__size32 ?Cancel@V3INetEx@@QAEHXZ(unsigned int param1, unsigned int param2, int param3, __size32 param4, __size32 param5, __size32 param6) {
    __size32 *eax; 		// r24
    int eax_1; 		// r24
    int ecx; 		// r25
    union { unsigned int x1; __size32 * x2; } esi; 		// r30
    union { unsigned int x1; __size32 * x2; } esi_1; 		// r30
    union { unsigned int x1; __size32 * x2; } esi_2; 		// r30
    union { unsigned int x1; __size32 * x2; } esi_4; 		// r30
    union { unsigned int x1; __size32 * x2; } esi_5; 		// r30
    int esp; 		// r28
    __size32 *esp_6; 		// r28{73}
    size_t local0; 		// m[esp - 4]
    unsigned int local1; 		// m[esp - 8]
    unsigned int local10; 		// m[esp - 12]{150}
    unsigned int local11; 		// m[esp - 12]{153}
    union { unsigned int x1; __size32 * x2; } local12; 		// esi_1{114}
    unsigned int local13; 		// local8{149}
    unsigned int local14; 		// local10{150}
    int local15; 		// local4{160}
    union { __size32 * x11; int x12; } local16; 		// esp{122}
    union { unsigned int x1; __size32 * x2; } local17; 		// esi_4{123}
    __size32 local18; 		// local0{151}
    unsigned int local19; 		// local9{152}
    unsigned int local2; 		// m[esp - 12]
    unsigned int local20; 		// local11{153}
    int local21; 		// local5{161}
    __size32 local22; 		// param4{138}
    int local3; 		// m[esp + 8]
    int local4; 		// m[esp + 8]{160}
    int local5; 		// m[esp + 8]{161}
    __size32 local6; 		// m[esp - 4]{148}
    int local7; 		// m[esp - 4]{73}
    unsigned int local8; 		// m[esp - 8]{149}
    unsigned int local9; 		// m[esp - 8]{152}

    local13 = param2;
    local14 = param1;
    local15 = param3;
    if (param3 != 0) {
L17:
        ecx = *0x1000505c;
        ecx = *ecx;
        global3 = ecx;
        if (param3 != 1) {
            if (param3 == 0) {
                eax_1 = global7;
                if (global7 != 0) {
                    ecx = *0x10006354;
                    local0 = param6;
                    esp = esp - 4;
                    esi = ecx - 4;
                    local12 = esi;
                    esi_1 = local12;
                    local6 = local0;
                    local8 = local13;
                    local10 = local14;
                    local4 = local15;
                    local16 = esp;
                    local17 = esi_1;
                    local18 = local6;
                    local19 = local8;
                    local20 = local10;
                    local21 = local4;
                    while (esi_1 >= eax_1) {
                        ecx = *esi_1;
                        if (ecx != 0) {
                            (*ecx)(local10, local8, local6, local4, eax_1, ecx, param5, esi_1, LOGICALFLAGS32(ecx), LOGICALFLAGS32(ecx), LOGICALFLAGS32(ecx));
                            local16 = esp_6;
                            local17 = esi_5;
                            local18 = local7;
                            local19 = local1;
                            local20 = local2;
                            local21 = local3;
                            eax_1 = global7;
                        }
                        esp = local16;
                        esi_4 = local17;
                        local0 = local18;
                        local9 = local19;
                        local11 = local20;
                        local5 = local21;
                        esi_2 = esi_4 - 4;
                        local12 = esi_2;
                        local13 = local9;
                        local14 = local11;
                        local15 = local5;
                        esi_1 = local12;
                        local6 = local0;
                        local8 = local13;
                        local10 = local14;
                        local4 = local15;
                        local16 = esp;
                        local17 = esi_1;
                        local18 = local6;
                        local19 = local8;
                        local20 = local10;
                        local21 = local4;
                    }
                    local0 = eax_1;
                    free(*(esp - 4));
                    global7 = 0;
                    ecx = *(esp - 4);
                    param6 = *esp;
                    esp += 4;
                }
            }
L1:
            local0 = 1;
            eax = *(esp - 4);
            local22 = ecx;
        } else {
            malloc(128);
            param4 = 128;
            *(__size32 **)0x10006358 = eax;
            if (eax != 0) {
                *(__size32*)eax = 0;
                global10 = global7;
                _initterm();
                global1++;
                ecx = 0x10006004;
                goto L1;
            } else {
L14:
                eax = 0;
                local22 = param4;
            }
        }
    } else {
        if (global1 <= param3) {
            goto L14;
        } else {
            global1 = global1 - 1;
            goto L17;
        }
    }
    param4 = local22;
    return eax; /* WARNING: Also returning: esi_6 := param6, ecx := param4, edx := param5 */
}

// address: 0x100033e0
__size32 ??4V3INetEx@@QAEAAV0@ABV0@@Z() {
    return 1;
}

// address: 0x10004084
void __imp__initterm() {
    _initterm();
    return;
}

__size32 global2 = 0;// 4 bytes

// address: 0x10004370
int main(__size32 argc, __size32 argv, int envp) {
    if (argv == 0) {
        global2 = 0;
L1:
    } else {
        if (argv - 1 != 0) {
            goto L1;
        } else {
            global2 = argc;
        }
    }
    return 1;
}

// address: 0x405b66
int main(int ??, char *??[], char *envp[]) {
    __size32 eax; 		// r24
    LPCSTR local0; 		// m[esp + 8]
    LPSTR local1; 		// m[esp + 4]

    lstrcpynA(local1, local0, 1024);
    return eax;
}

__size32 global10 = 0;// 4 bytes
__size32 global9 = 0;// 4 bytes
__size32 global8 = 0;// 4 bytes
__size32 global7 = 0;// 4 bytes
__size32 global6 = 0;// 4 bytes
__size32 global4 = 0;// 4 bytes
unsigned int global2 = 0;
__size32 global15 = 0;// 4 bytes
__size32 global12 = 0;// 4 bytes

__size32 proc1();
__size32 proc2(__size32 param1);

// address: 0x401ee2
int main(int argc, char *argv[], char *envp[]) {
    __size32 eax; 		// r24
    __size32 local0; 		// m[esp - 16]

    HeapCreate();
    global12 = eax;
    if (eax == 0) {
L1:
        eax = 0;
    } else {
        eax = proc1();
        global15 = eax;
        if (eax != 3) {
L2:
            eax = 1;
        } else {
            eax = proc2(1016);
            if (eax != 0) {
                goto L2;
            } else {
                local0 = *0x407720;
                HeapDestroy(local0);
                goto L1;
            }
        }
    }
    return eax;
}

// address: 0x401ec8
__size32 proc1() {
    __size32 eax; 		// r24

    if (*0x4072d8 != 2 || global2 < 5) {
        eax = 3;
    } else {
        eax = 1;
    }
    return eax;
}

// address: 0x402ffd
__size32 proc2(__size32 param1) {
    __size32 eax; 		// r24
    HANDLE local0; 		// m[esp - 12]

    local0 = *0x407720;
    HeapAlloc(local0, 0, 320);
    global4 = eax;
    if (eax != 0) {
        global6 = 0;
        global7 = 0;
        global8 = eax;
        global9 = param1;
        global10 = 16;
        eax = 1;
    }
    return eax;
}

void ortp_srtp_add_stream();

// address: 0x1000cdfd
void ortp_srtp_add_stream(int param1, __size32 param2, unsigned int param3, __size32 param4, __size32 param5, __size32 param6, __size32 param7) {
    int eax; 		// r24
    int ecx; 		// r25
    __size32 ecx_1; 		// r25{191}
    unsigned int ecx_2; 		// r25{25}
    unsigned int ecx_3; 		// r25{22}
    int ecx_4; 		// r25{18}
    int ecx_5; 		// r25{15}
    __size32 ecx_6; 		// r25{113}
    int ecx_7; 		// r25{122}
    int edi; 		// r31
    union { int x3; __size8 * x4; } edi_1; 		// r31
    union { int x3; __size8 * x4; } edi_2; 		// r31
    union { int x7; __size32 * x8; } edi_4; 		// r31
    union { int x7; __size32 * x8; } edi_5; 		// r31
    union { int x7; __size32 * x8; } edi_6; 		// r31
    union { int x7; __size32 * x8; } edi_7; 		// r31
    union { int x7; __size32 * x8; } edi_8; 		// r31
    union { int x7; __size32 * x8; } edi_9; 		// r31
    int edx; 		// r26
    int esi; 		// r30
    union { int x1; __size8 * x2; } esi_1; 		// r30
    union { int x1; __size8 * x2; } esi_2; 		// r30
    union { int x5; __size32 * x6; } esi_4; 		// r30
    union { int x5; __size32 * x6; } esi_5; 		// r30
    union { int x5; __size32 * x6; } esi_6; 		// r30
    union { int x5; __size32 * x6; } esi_7; 		// r30
    union { int x5; __size32 * x6; } esi_8; 		// r30
    union { int x5; __size32 * x6; } esi_9; 		// r30
    void *esp; 		// r28
    int local1; 		// m[esp - 32]
    __size32 local13; 		// ecx_1{191}
    union { int x1; __size8 * x2; } local14; 		// esi_1{192}
    union { int x3; __size8 * x4; } local15; 		// edi_1{193}
    union { int x5; __size32 * x6; } local16; 		// esi_5{198}
    union { int x7; __size32 * x8; } local17; 		// edi_5{199}
    union { int x5; __size32 * x6; } local18; 		// esi_7{201}
    union { int x7; __size32 * x8; } local19; 		// edi_7{202}
    union { int x5; __size32 * x6; } local20; 		// esi_8{204}
    union { int x7; __size32 * x8; } local21; 		// edi_8{205}

    ecx_5 = param2 ^ ( (param2 < 0) ? -1 : 0);
    ecx_4 = ecx_5 - ( (param2 < 0) ? -1 : 0);
    ecx_3 = ecx_4 & 0xf ^ ( (param2 < 0) ? -1 : 0);
    ecx_2 = ecx_3 - ( (param2 < 0) ? -1 : 0);
    edi = param1 ^ ( (param1 < 0) ? -1 : 0);
    edi = edi - ( (param1 < 0) ? -1 : 0);
    edi = edi & 0xf ^ ( (param1 < 0) ? -1 : 0);
    edi = edi - ( (param1 < 0) ? -1 : 0);
    if ((ecx_2 | edi) != 0) {
        if (ecx_2 != edi) {
            esi = param2;
            edi = param1;
            ecx = param3 / 4;
            local16 = esi;
            local17 = edi;
            esi_5 = local16;
            edi_5 = local17;
            local18 = esi_5;
            local19 = edi_5;
            while (ecx != 0) {
                *(__size32*)(__size32 *)edi = *esi_5;
                esi_6 = esi_5 + ( (DF == 0) ? 4 : -4);
                edi_6 = edi_5 + ( (DF == 0) ? 4 : -4);
                ecx = ecx - 1;
                local16 = esi_6;
                local17 = edi_6;
                local18 = esi_6;
                local19 = edi_6;
                esi_5 = local16;
                edi_5 = local17;
                local18 = esi_5;
                local19 = edi_5;
            }
            esi_7 = local18;
            edi_7 = local19;
            ecx = param3 & 0x3;
            local20 = esi_7;
            local21 = edi_7;
            esi_8 = local20;
            edi_8 = local21;
            while (ecx != 0) {
                *(__size8*)(__size8 *)edi = *esi_8;
                esi_9 = esi_8 + ( (DF == 0) ? 1 : -1);
                edi_9 = edi_8 + ( (DF == 0) ? 1 : -1);
                ecx = ecx - 1;
                local20 = esi_9;
                local21 = edi_9;
                esi_8 = local20;
                edi_8 = local21;
            }
        } else {
            esi = param2;
            edi = param1;
            ecx_6 = 16 - ecx_2;
            local13 = ecx_6;
            local14 = esi;
            local15 = edi;
            ecx_1 = local13;
            esi_1 = local14;
            edi_1 = local15;
            while (ecx_1 != 0) {
                *(__size8*)(__size8 *)edi = *esi_1;
                esi_2 = esi_1 + ( (DF == 0) ? 1 : -1);
                edi_2 = edi_1 + ( (DF == 0) ? 1 : -1);
                ecx_1 = ecx_1 - 1;
                local13 = ecx_1;
                local14 = esi_2;
                local15 = edi_2;
                ecx_1 = local13;
                esi_1 = local14;
                edi_1 = local15;
            }
            ortp_srtp_add_stream(ecx_7, edx, eax, param2, esp - 4, esi_4, edi_4);
        }
    } else {
        if (param3 != (param3 & 0x7f)) {
            ortp_srtp_add_stream(pc, param1, param2, param3 - (param3 & 0x7f), local1, param3 & 0x7f, param7, param6, param4, param5, param1, param2, param3, param1, param3 & 0x7f, ecx_2 | edi, param2, esp - 4, param3 - (param3 & 0x7f), edi, SUBFLAGS32(param3, param3 & 0x7f, param3 - (param3 & 0x7f)), param3 - (param3 & 0x7f) == 0, param3 < (unsigned int)(param3 & 0x7f));
        }
        if ( !flags) {
            *(__size32*)(ebp - 20) = edx;
            *(__size32*)(ebp - 16) = ebx;
            while (ecx != 0) {
                *(__size8*)edi = *esi;
            }
        }
    }
    return;
}

// address: 0x1000cd76
void ortp_srtp_add_stream() {
}