// MemoryStore returns handle to new empty in-memory certificate store
func MemoryStore() (res CertStore, err error) {
res.hStore = C.openStoreMem()
if res.hStore == C.HCERTSTORE(nil) {
err = getErr("Error creating memory cert store")
return
}
return
}
// MemoryStore returns handle to new empty in-memory certificate store
func MemoryStore() (*CertStore, error) {
var res CertStore
res.hStore = C.openStoreMem()
if res.hStore == C.HCERTSTORE(nil) {
return &res, getErr("Error creating memory cert store")
}
return &res, nil
}
// SystemStore returns handle to certificate store with certain name, using
// default system cryptoprovider
func SystemStore(name string) (res CertStore, err error) {
cName := C.CString(name)
defer C.free(unsafe.Pointer(cName))
res.hStore = C.openStoreSystem(C.HCRYPTPROV(0), (*C.CHAR)(cName))
if res.hStore == C.HCERTSTORE(nil) {
err = getErr("Error getting system cert store")
return
}
return
}
// CertStore method returns handle to certificate store in certain CSP context
func (c *Ctx) CertStore(name string) (*CertStore, error) {
var res CertStore
cName := charPtr(name)
defer freePtr(cName)
res.hStore = C.openStoreSystem(c.hProv, cName)
if res.hStore == C.HCERTSTORE(nil) {
return &res, getErr("Error getting system cert store")
}
return &res, nil
}
// SystemStore returns handle to certificate store with certain name, using
// default system cryptoprovider
func SystemStore(name string) (*CertStore, error) {
var res CertStore
cName := unsafe.Pointer(C.CString(name))
defer C.free(cName)
res.hStore = C.openStoreSystem(C.HCRYPTPROV(0), (*C.CHAR)(cName))
if res.hStore == C.HCERTSTORE(nil) {
return &res, getErr("Error getting system cert store")
}
return &res, nil
}