#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "extenCooker.h"
#include <utilLib/common.h>
#include <utilLib/cspwrap.h>
#include <Security/oidsattr.h>
#include <Security/oidscert.h>
CSSM_BOOL randBool()
{
unsigned r = genRand(1, 0x10000000);
return (r & 0x1) ? CSSM_TRUE : CSSM_FALSE;
}
void randData(
CSSM_DATA_PTR data,
uint8 maxLen)
{
data->Data = (uint8 *)malloc(maxLen);
simpleGenData(data, 1, maxLen);
}
int compBool(
CSSM_BOOL pre,
CSSM_BOOL post,
const char *desc)
{
if(pre == post) {
return 0;
}
printf("***Boolean miscompare on %s\n", desc);
switch(post) {
case CSSM_FALSE:
case CSSM_TRUE:
break;
default:
printf("*** post value is %d expected %d\n",
(int)post, (int)pre);
break;
}
return 1;
}
int compCssmData(
CSSM_DATA &d1,
CSSM_DATA &d2,
const char *desc)
{
if(appCompareCssmData(&d1, &d2)) {
return 0;
}
printf("CSSM_DATA miscompare on %s\n", desc);
return 1;
}
#pragma mark ----- individual extension tests -----
#pragma mark --- CE_KeyUsage ---
void kuCreate(void *arg)
{
CE_KeyUsage *ku = (CE_KeyUsage *)arg;
*ku = 0;
*ku |= 1 << genRand(7, 15);
*ku |= 1 << genRand(7, 15);
}
unsigned kuCompare(const void *pre, const void *post)
{
const CE_KeyUsage *kuPre = (CE_KeyUsage *)pre;
const CE_KeyUsage *kuPost = (CE_KeyUsage *)post;
if(*kuPre != *kuPost) {
printf("***Miscompare in CE_KeyUsage\n");
return 1;
}
return 0;
}
#pragma mark --- CE_BasicConstraints ---
void bcCreate(void *arg)
{
CE_BasicConstraints *bc = (CE_BasicConstraints *)arg;
bc->cA = randBool();
bc->pathLenConstraintPresent = randBool();
if(bc->pathLenConstraintPresent) {
bc->pathLenConstraint = genRand(1,10);
}
}
unsigned bcCompare(const void *pre, const void *post)
{
const CE_BasicConstraints *bcpre = (CE_BasicConstraints *)pre;
const CE_BasicConstraints *bcpost = (CE_BasicConstraints *)post;
unsigned rtn = 0;
rtn += compBool(bcpre->cA, bcpost->cA, "BasicConstraints.cA");
rtn += compBool(bcpre->pathLenConstraintPresent,
bcpost->pathLenConstraintPresent,
"BasicConstraints.pathLenConstraintPresent");
if(bcpre->pathLenConstraint != bcpost->pathLenConstraint) {
printf("BasicConstraints.pathLenConstraint mismatch\n");
rtn++;
}
return rtn;
}
#pragma mark --- CE_SubjectKeyID ---
void skidCreate(void *arg)
{
CSSM_DATA_PTR skid = (CSSM_DATA_PTR)arg;
randData(skid, 16);
}
unsigned skidCompare(const void *pre, const void *post)
{
CSSM_DATA_PTR spre = (CSSM_DATA_PTR)pre;
CSSM_DATA_PTR spost = (CSSM_DATA_PTR)post;
return compCssmData(*spre, *spost, "SubjectKeyID");
}
void skidFree(void *arg)
{
CSSM_DATA_PTR skid = (CSSM_DATA_PTR)arg;
free(skid->Data);
}
#pragma mark --- CE_NetscapeCertType ---
void nctCreate(void *arg)
{
CE_NetscapeCertType *nct = (CE_NetscapeCertType *)arg;
*nct = 0;
*nct |= 1 << genRand(8, 15);
*nct |= 1 << genRand(8, 15);
}
unsigned nctCompare(const void *pre, const void *post)
{
const CE_NetscapeCertType *nPre = (CE_NetscapeCertType *)pre;
const CE_NetscapeCertType *nPost = (CE_NetscapeCertType *)post;
if(*nPre != *nPost) {
printf("***Miscompare in CE_NetscapeCertType\n");
return 1;
}
return 0;
}
#pragma mark --- CE_ExtendedKeyUsage ---
CSSM_OID ekuOids[] = {
CSSMOID_CrlNumber,
CSSMOID_CrlReason,
CSSMOID_HoldInstructionCode,
CSSMOID_InvalidityDate
};
#define NUM_SKU_OIDS 4
void ekuCreate(void *arg)
{
CE_ExtendedKeyUsage *eku = (CE_ExtendedKeyUsage *)arg;
eku->numPurposes = genRand(1, NUM_SKU_OIDS);
eku->purposes = ekuOids;
}
unsigned ekuCompare(const void *pre, const void *post)
{
CE_ExtendedKeyUsage *ekupre = (CE_ExtendedKeyUsage *)pre;
CE_ExtendedKeyUsage *ekupost = (CE_ExtendedKeyUsage *)post;
if(ekupre->numPurposes != ekupost->numPurposes) {
printf("CE_ExtendedKeyUsage.numPurposes miscompare\n");
return 1;
}
unsigned rtn = 0;
for(unsigned dex=0; dex<ekupre->numPurposes; dex++) {
rtn += compCssmData(ekupre->purposes[dex],
ekupost->purposes[dex], "CE_ExtendedKeyUsage.purposes");
}
return rtn;
}
#pragma mark --- general purpose X509 name generator ---
static char *attrStrings[] = {
(char *)"thisName",
(char *)"anotherName",
(char *)"someOtherName"
};
#define NUM_ATTR_STRINGS 3
static CSSM_OID attrTypes[] = {
CSSMOID_Surname,
CSSMOID_CountryName,
CSSMOID_OrganizationName,
CSSMOID_Description
};
#define NUM_ATTR_TYPES 4
static char attrTags[] = {
BER_TAG_PRINTABLE_STRING,
BER_TAG_IA5_STRING,
BER_TAG_T61_STRING
};
#define NUM_ATTR_TAGS 3
void rdnCreate(
CSSM_X509_RDN_PTR rdn)
{
unsigned numPairs = genRand(1,4);
rdn->numberOfPairs = numPairs;
unsigned len = numPairs * sizeof(CSSM_X509_TYPE_VALUE_PAIR);
rdn->AttributeTypeAndValue =
(CSSM_X509_TYPE_VALUE_PAIR_PTR)malloc(len);
memset(rdn->AttributeTypeAndValue, 0, len);
for(unsigned atvDex=0; atvDex<numPairs; atvDex++) {
CSSM_X509_TYPE_VALUE_PAIR &pair =
rdn->AttributeTypeAndValue[atvDex];
unsigned die = genRand(1, NUM_ATTR_TYPES);
pair.type = attrTypes[die - 1];
die = genRand(1, NUM_ATTR_STRINGS);
char *str = attrStrings[die - 1];
pair.value.Data = (uint8 *)str;
pair.value.Length = strlen(str);
die = genRand(1, NUM_ATTR_TAGS);
pair.valueType = attrTags[die - 1];
}
}
unsigned rdnCompare(
CSSM_X509_RDN_PTR rdn1,
CSSM_X509_RDN_PTR rdn2)
{
if(rdn1->numberOfPairs != rdn2->numberOfPairs) {
printf("***Mismatch in numberOfPairs\n");
return 1;
}
unsigned rtn = 0;
for(unsigned atvDex=0; atvDex<rdn1->numberOfPairs; atvDex++) {
CSSM_X509_TYPE_VALUE_PAIR &p1 =
rdn1->AttributeTypeAndValue[atvDex];
CSSM_X509_TYPE_VALUE_PAIR &p2 =
rdn2->AttributeTypeAndValue[atvDex];
if(p1.valueType != p2.valueType) {
printf("***valueType miscompare\n");
rtn++;
}
if(compCssmData(p1.type, p2.type, "ATV.type")) {
rtn++;
}
if(compCssmData(p1.value, p2.value, "ATV.value")) {
rtn++;
}
}
return rtn;
}
void rdnFree(
CSSM_X509_RDN_PTR rdn)
{
free(rdn->AttributeTypeAndValue);
}
void x509NameCreate(
CSSM_X509_NAME_PTR x509Name)
{
memset(x509Name, 0, sizeof(*x509Name));
unsigned numRdns = genRand(1,4);
x509Name->numberOfRDNs = numRdns;
unsigned len = numRdns * sizeof(CSSM_X509_RDN);
x509Name->RelativeDistinguishedName = (CSSM_X509_RDN_PTR)malloc(len);
memset(x509Name->RelativeDistinguishedName, 0, len);
for(unsigned rdnDex=0; rdnDex<numRdns; rdnDex++) {
CSSM_X509_RDN &rdn = x509Name->RelativeDistinguishedName[rdnDex];
rdnCreate(&rdn);
}
}
unsigned x509NameCompare(
const CSSM_X509_NAME_PTR n1,
const CSSM_X509_NAME_PTR n2)
{
if(n1->numberOfRDNs != n2->numberOfRDNs) {
printf("***Mismatch in numberOfRDNs\n");
return 1;
}
unsigned rtn = 0;
for(unsigned rdnDex=0; rdnDex<n1->numberOfRDNs; rdnDex++) {
CSSM_X509_RDN &rdn1 = n1->RelativeDistinguishedName[rdnDex];
CSSM_X509_RDN &rdn2 = n2->RelativeDistinguishedName[rdnDex];
rtn += rdnCompare(&rdn1, &rdn2);
}
return rtn;
}
void x509NameFree(
CSSM_X509_NAME_PTR n)
{
for(unsigned rdnDex=0; rdnDex<n->numberOfRDNs; rdnDex++) {
CSSM_X509_RDN &rdn = n->RelativeDistinguishedName[rdnDex];
rdnFree(&rdn);
}
free(n->RelativeDistinguishedName);
}
#pragma mark --- general purpose GeneralNames generator ---
#define SOME_URL_1 "http://foo.bar.com"
#define SOME_URL_2 "http://bar.foo.com"
#define SOME_DNS_1 "Some DNS"
#define SOME_DNS_2 "Another DNS"
unsigned char someIpAdr_1[] = {208, 161, 124, 209 };
unsigned char someIpAdr_2[] = {10, 0, 61, 5};
void genNamesCreate(void *arg)
{
CE_GeneralNames *names = (CE_GeneralNames *)arg;
names->numNames = genRand(1, 3);
names->generalName = (CE_GeneralName *)malloc(names->numNames *
sizeof(CE_GeneralName));
memset(names->generalName, 0, names->numNames * sizeof(CE_GeneralName));
const char *src;
unsigned char *usrc;
for(unsigned i=0; i<names->numNames; i++) {
CE_GeneralName *name = &names->generalName[i];
unsigned type = genRand(1, 5);
switch(type) {
case 1:
name->nameType = GNT_URI;
name->berEncoded = CSSM_FALSE;
src = randBool() ? SOME_URL_1 : SOME_URL_2;
appCopyData(src, strlen(src), &name->name);
break;
case 2:
name->nameType = GNT_RegisteredID;
name->berEncoded = CSSM_FALSE;
appCopyData(CSSMOID_SubjectDirectoryAttributes.Data,
CSSMOID_SubjectDirectoryAttributes.Length,
&name->name);
break;
case 3:
name->nameType = GNT_DNSName;
name->berEncoded = CSSM_FALSE;
src = randBool() ? SOME_DNS_1 : SOME_DNS_2;
appCopyData(src, strlen(src), &name->name);
break;
case 4:
name->nameType = GNT_IPAddress;
name->berEncoded = CSSM_FALSE;
usrc = randBool() ? someIpAdr_1 : someIpAdr_2;
appCopyData(usrc, 4, &name->name);
break;
case 5:
{
name->nameType = GNT_DirectoryName;
name->berEncoded = CSSM_FALSE;
appSetupCssmData(&name->name, sizeof(CSSM_X509_NAME));
x509NameCreate((CSSM_X509_NAME_PTR)name->name.Data);
}
}
}
}
unsigned genNamesCompare(const void *pre, const void *post)
{
const CE_GeneralNames *gnPre = (CE_GeneralNames *)pre;
const CE_GeneralNames *gnPost = (CE_GeneralNames *)post;
unsigned rtn = 0;
if((gnPre == NULL) || (gnPost == NULL)) {
printf("***Bad GenNames pointer\n");
return 1;
}
if(gnPre->numNames != gnPost->numNames) {
printf("***CE_GeneralNames.numNames miscompare\n");
return 1;
}
for(unsigned dex=0; dex<gnPre->numNames; dex++) {
CE_GeneralName *npre = &gnPre->generalName[dex];
CE_GeneralName *npost = &gnPost->generalName[dex];
if(npre->nameType != npost->nameType) {
printf("***CE_GeneralName.nameType miscompare\n");
rtn++;
}
if(compBool(npre->berEncoded, npost->berEncoded,
"CE_GeneralName.berEncoded")) {
rtn++;
}
switch(npre->nameType) {
case GNT_RFC822Name:
rtn += compCssmData(npre->name, npost->name,
"CE_GeneralName.RFC822Name");
break;
case GNT_DNSName:
rtn += compCssmData(npre->name, npost->name,
"CE_GeneralName.DNSName");
break;
case GNT_URI:
rtn += compCssmData(npre->name, npost->name,
"CE_GeneralName.URI");
break;
case GNT_IPAddress:
rtn += compCssmData(npre->name, npost->name,
"CE_GeneralName.RFIPAddressC822Name");
break;
case GNT_RegisteredID:
rtn += compCssmData(npre->name, npost->name,
"CE_GeneralName.RegisteredID");
break;
case GNT_DirectoryName:
rtn += x509NameCompare((CSSM_X509_NAME_PTR)npre->name.Data,
(CSSM_X509_NAME_PTR)npost->name.Data);
break;
default:
printf("****BRRZAP! genNamesCompare needs work\n");
rtn++;
}
}
return rtn;
}
void genNamesFree(void *arg)
{
const CE_GeneralNames *gn = (CE_GeneralNames *)arg;
for(unsigned dex=0; dex<gn->numNames; dex++) {
CE_GeneralName *n = (CE_GeneralName *)&gn->generalName[dex];
switch(n->nameType) {
case GNT_DirectoryName:
x509NameFree((CSSM_X509_NAME_PTR)n->name.Data);
CSSM_FREE(n->name.Data);
break;
default:
CSSM_FREE(n->name.Data);
break;
}
}
free(gn->generalName);
}
#pragma mark --- CE_CRLDistPointsSyntax ---
void cdpCreate(void *arg)
{
CE_CRLDistPointsSyntax *cdp = (CE_CRLDistPointsSyntax *)arg;
cdp->numDistPoints = 1;
unsigned len = sizeof(CE_CRLDistributionPoint) * cdp->numDistPoints;
cdp->distPoints = (CE_CRLDistributionPoint *)malloc(len);
memset(cdp->distPoints, 0, len);
for(unsigned dex=0; dex<cdp->numDistPoints; dex++) {
CE_CRLDistributionPoint *pt = &cdp->distPoints[dex];
if(randBool()) {
CE_DistributionPointName *dpn = pt->distPointName =
(CE_DistributionPointName *)malloc(
sizeof(CE_DistributionPointName));
memset(dpn, 0, sizeof(CE_DistributionPointName));
if(randBool()) {
dpn->nameType = CE_CDNT_FullName;
dpn->dpn.fullName = (CE_GeneralNames *)malloc(
sizeof(CE_GeneralNames));
memset(dpn->dpn.fullName, 0, sizeof(CE_GeneralNames));
genNamesCreate(dpn->dpn.fullName);
}
else {
dpn->nameType = CE_CDNT_NameRelativeToCrlIssuer;
dpn->dpn.rdn = (CSSM_X509_RDN_PTR)malloc(
sizeof(CSSM_X509_RDN));
memset(dpn->dpn.rdn, 0, sizeof(CSSM_X509_RDN));
rdnCreate(dpn->dpn.rdn);
}
}
pt->reasonsPresent = randBool();
if(pt->reasonsPresent) {
CE_CrlDistReasonFlags *cdr = &pt->reasons;
*cdr = 0;
*cdr |= 1 << genRand(0,7);
*cdr |= 1 << genRand(0,7);
}
if((!pt->distPointName && !pt->reasonsPresent) || randBool()) {
pt->crlIssuer = (CE_GeneralNames *)malloc(sizeof(CE_GeneralNames));
memset(pt->crlIssuer, 0, sizeof(CE_GeneralNames));
genNamesCreate(pt->crlIssuer);
}
}
}
unsigned cdpCompare(const void *pre, const void *post)
{
CE_CRLDistPointsSyntax *cpre = (CE_CRLDistPointsSyntax *)pre;
CE_CRLDistPointsSyntax *cpost = (CE_CRLDistPointsSyntax *)post;
if(cpre->numDistPoints != cpost->numDistPoints) {
printf("***CE_CRLDistPointsSyntax.numDistPoints miscompare\n");
return 1;
}
unsigned rtn = 0;
for(unsigned dex=0; dex<cpre->numDistPoints; dex++) {
CE_CRLDistributionPoint *ptpre = &cpre->distPoints[dex];
CE_CRLDistributionPoint *ptpost = &cpost->distPoints[dex];
if(ptpre->distPointName) {
if(ptpost->distPointName == NULL) {
printf("***NULL distPointName post decode\n");
rtn++;
goto checkReason;
}
CE_DistributionPointName *dpnpre = ptpre->distPointName;
CE_DistributionPointName *dpnpost = ptpost->distPointName;
if(dpnpre->nameType != dpnpost->nameType) {
printf("***CE_DistributionPointName.nameType miscompare\n");
rtn++;
goto checkReason;
}
if(dpnpre->nameType == CE_CDNT_FullName) {
rtn += genNamesCompare(dpnpre->dpn.fullName, dpnpost->dpn.fullName);
}
else {
rtn += rdnCompare(dpnpre->dpn.rdn, dpnpost->dpn.rdn);
}
}
else if(ptpost->distPointName != NULL) {
printf("***NON NULL distPointName post decode\n");
rtn++;
}
checkReason:
if(ptpre->reasons != ptpost->reasons) {
printf("***CE_CRLDistributionPoint.reasons miscompare\n");
rtn++;
}
if(ptpre->crlIssuer) {
if(ptpost->crlIssuer == NULL) {
printf("***NULL crlIssuer post decode\n");
rtn++;
continue;
}
CE_GeneralNames *gnpre = ptpre->crlIssuer;
CE_GeneralNames *gnpost = ptpost->crlIssuer;
rtn += genNamesCompare(gnpre, gnpost);
}
else if(ptpost->crlIssuer != NULL) {
printf("***NON NULL crlIssuer post decode\n");
rtn++;
}
}
return rtn;
}
void cdpFree(void *arg)
{
CE_CRLDistPointsSyntax *cdp = (CE_CRLDistPointsSyntax *)arg;
for(unsigned dex=0; dex<cdp->numDistPoints; dex++) {
CE_CRLDistributionPoint *pt = &cdp->distPoints[dex];
if(pt->distPointName) {
CE_DistributionPointName *dpn = pt->distPointName;
if(dpn->nameType == CE_CDNT_FullName) {
genNamesFree(dpn->dpn.fullName);
free(dpn->dpn.fullName);
}
else {
rdnFree(dpn->dpn.rdn);
free(dpn->dpn.rdn);
}
free(dpn);
}
if(pt->crlIssuer) {
genNamesFree(pt->crlIssuer);
free(pt->crlIssuer);
}
}
free(cdp->distPoints);
}
#pragma mark --- CE_AuthorityKeyID ---
void authKeyIdCreate(void *arg)
{
CE_AuthorityKeyID *akid = (CE_AuthorityKeyID *)arg;
akid->keyIdentifierPresent = randBool();
if(akid->keyIdentifierPresent) {
randData(&akid->keyIdentifier, 16);
}
akid->generalNamesPresent = randBool();
if(akid->generalNamesPresent) {
akid->generalNames =
(CE_GeneralNames *)malloc(sizeof(CE_GeneralNames));
memset(akid->generalNames, 0, sizeof(CE_GeneralNames));
genNamesCreate(akid->generalNames);
}
if(!akid->keyIdentifierPresent & !akid->generalNamesPresent) {
akid->serialNumberPresent = CSSM_TRUE;
}
else {
akid->serialNumberPresent = randBool();
}
if(akid->serialNumberPresent) {
randData(&akid->serialNumber, 16);
}
}
unsigned authKeyIdCompare(const void *pre, const void *post)
{
CE_AuthorityKeyID *akpre = (CE_AuthorityKeyID *)pre;
CE_AuthorityKeyID *akpost = (CE_AuthorityKeyID *)post;
unsigned rtn = 0;
if(compBool(akpre->keyIdentifierPresent, akpost->keyIdentifierPresent,
"CE_AuthorityKeyID.keyIdentifierPresent")) {
rtn++;
}
else if(akpre->keyIdentifierPresent) {
rtn += compCssmData(akpre->keyIdentifier,
akpost->keyIdentifier, "CE_AuthorityKeyID.keyIdentifier");
}
if(compBool(akpre->generalNamesPresent, akpost->generalNamesPresent,
"CE_AuthorityKeyID.generalNamesPresent")) {
rtn++;
}
else if(akpre->generalNamesPresent) {
rtn += genNamesCompare(akpre->generalNames,
akpost->generalNames);
}
if(compBool(akpre->serialNumberPresent, akpost->serialNumberPresent,
"CE_AuthorityKeyID.serialNumberPresent")) {
rtn++;
}
else if(akpre->serialNumberPresent) {
rtn += compCssmData(akpre->serialNumber,
akpost->serialNumber, "CE_AuthorityKeyID.serialNumber");
}
return rtn;
}
void authKeyIdFree(void *arg)
{
CE_AuthorityKeyID *akid = (CE_AuthorityKeyID *)arg;
if(akid->keyIdentifier.Data) {
free(akid->keyIdentifier.Data);
}
if(akid->generalNames) {
genNamesFree(akid->generalNames); free(akid->generalNames); }
if(akid->serialNumber.Data) {
free(akid->serialNumber.Data);
}
}
#pragma mark --- CE_CertPolicies ---
static CSSM_OID cpOids[] =
{
CSSMOID_EmailAddress,
CSSMOID_UnstructuredName,
CSSMOID_ContentType,
CSSMOID_MessageDigest
};
#define NUM_CP_OIDS 4
static char *someCPSs[] =
{
(char *)"http://www.apple.com",
(char *)"https://cdnow.com",
(char *)"ftp:backwards.com"
};
#define NUM_CPS_STR 3
static uint8 someUnotice[] = {0x30, 0x03, BER_TAG_BOOLEAN, 1, 0xff};
static uint8 someOtherData[] = {0x30, 0x02, BER_TAG_NULL, 0};
void cpCreate(void *arg)
{
CE_CertPolicies *cp = (CE_CertPolicies *)arg;
cp->numPolicies = genRand(1,3);
unsigned len = sizeof(CE_PolicyInformation) * cp->numPolicies;
cp->policies = (CE_PolicyInformation *)malloc(len);
memset(cp->policies, 0, len);
for(unsigned polDex=0; polDex<cp->numPolicies; polDex++) {
CE_PolicyInformation *pi = &cp->policies[polDex];
unsigned die = genRand(1, NUM_CP_OIDS);
pi->certPolicyId = cpOids[die - 1];
unsigned numQual = genRand(1,3);
pi->numPolicyQualifiers = numQual;
len = sizeof(CE_PolicyQualifierInfo) * numQual;
pi->policyQualifiers = (CE_PolicyQualifierInfo *)
malloc(len);
memset(pi->policyQualifiers, 0, len);
for(unsigned cpiDex=0; cpiDex<numQual; cpiDex++) {
CE_PolicyQualifierInfo *qi =
&pi->policyQualifiers[cpiDex];
if(randBool()) {
qi->policyQualifierId = CSSMOID_QT_CPS;
die = genRand(1, NUM_CPS_STR);
qi->qualifier.Data = (uint8 *)someCPSs[die - 1];
qi->qualifier.Length = strlen((char *)qi->qualifier.Data);
}
else {
qi->policyQualifierId = CSSMOID_QT_UNOTICE;
if(randBool()) {
qi->qualifier.Data = someUnotice;
qi->qualifier.Length = 5;
}
else {
qi->qualifier.Data = someOtherData;
qi->qualifier.Length = 4;
}
}
}
}
}
unsigned cpCompare(const void *pre, const void *post)
{
CE_CertPolicies *cppre = (CE_CertPolicies *)pre;
CE_CertPolicies *cppost = (CE_CertPolicies *)post;
if(cppre->numPolicies != cppost->numPolicies) {
printf("CE_CertPolicies.numPolicies mismatch\n");
return 1;
}
unsigned rtn = 0;
for(unsigned polDex=0; polDex<cppre->numPolicies; polDex++) {
CE_PolicyInformation *pipre = &cppre->policies[polDex];
CE_PolicyInformation *pipost = &cppost->policies[polDex];
rtn += compCssmData(pipre->certPolicyId, pipost->certPolicyId,
"CE_PolicyInformation.certPolicyId");
if(pipre->numPolicyQualifiers != pipost->numPolicyQualifiers) {
printf("CE_PolicyInformation.CE_PolicyInformation mismatch\n");
rtn++;
continue;
}
for(unsigned qiDex=0; qiDex<pipre->numPolicyQualifiers; qiDex++) {
CE_PolicyQualifierInfo *qipre = &pipre->policyQualifiers[qiDex];
CE_PolicyQualifierInfo *qipost = &pipost->policyQualifiers[qiDex];
rtn += compCssmData(qipre->policyQualifierId,
qipost->policyQualifierId,
"CE_PolicyQualifierInfo.policyQualifierId");
rtn += compCssmData(qipre->qualifier,
qipost->qualifier,
"CE_PolicyQualifierInfo.qualifier");
}
}
return rtn;
}
void cpFree(void *arg)
{
CE_CertPolicies *cp = (CE_CertPolicies *)arg;
for(unsigned polDex=0; polDex<cp->numPolicies; polDex++) {
CE_PolicyInformation *pi = &cp->policies[polDex];
free(pi->policyQualifiers);
}
free(cp->policies);
}