Remove cframework files from master

Change-Id: I02f17ede1cf97986a8b8852ed6d6a28fc016f590
Signed-off-by: Mauro Sardara <msardara@cisco.com>

1 files changed, 0 insertions, 63 deletions

diff --git a/libparc/parc/security/test/README.keystore b/libparc/parc/security/test/README.keystore
deleted file mode 100644
index 0c9c3a58..00000000
--- a/libparc/parc/security/test/README.keystore
+++ /dev/null
@@ -1,63 +0,0 @@
-
-# This set of commands creates an RSA public/private key pair,
-# self-signs it, then puts it all in a pkcs12 container with
-# the password "blueberry"
-#
-# We use these files in the test_ccnx_FileKeystore tests.
-
-openssl genrsa -out test_rsa_key.pem
-openssl rsa -pubout -in test_rsa_key.pem -out test_rsa_pub.pem
-openssl req -new -key test_rsa_key.pem  -out test_rsa.csr
-openssl x509 -req -days 365 -in test_rsa.csr -signkey test_rsa_key.pem -out test_rsa.crt
-openssl pkcs12 -export -in test_rsa.crt -inkey test_rsa_key.pem -out test_rsa.p12 -name ccnxuser -CAfile test_rsa.crt -caname root -chain -passout pass:blueberry
-
-# saves the public key in DER form so we can calculate the sha256 of it
-openssl rsa -in test_rsa_key.pem -outform DER -pubout -out test_rsa_pub.der
-
-# save the private key in DER form so we can compare in code
-openssl rsa -in test_rsa_key.pem -outform DER -out test_rsa_key.der
-
-# computes the sha256 and saves it in binary form
-openssl sha256 -out test_rsa_pub_sha256.bin -sha256 -binary < test_rsa_pub.der
-
-# Save the certificate in DER form, then get the SHA256 hash of it
-# These are similar to doing "openssl x509 -in test_rsa.crt -fingerprint -sha256"
-openssl x509 -outform DER -out test_rsa_crt.der -in test_rsa.crt
-openssl sha256 -out test_rsa_crt_sha256.bin -sha256 -binary < test_rsa_crt.der
-
-# To verify signing, we create a random buffer, then sign with a SHA256 digest
-
-dd if=/dev/urandom of=test_random_bytes bs=512 count=1
-openssl sha -sha256 -sign test_rsa_key.pem -out test_random_bytes.sig < test_random_bytes
-
-# the "-in test_rsa_pub_sha256.bin" is the binary digest we will sign.
-openssl rsautl -sign -inkey test_rsa_key.pem -in test_rsa_pub_sha256.bin -out test_rsa_pub_sha256.bin.sig
-
-
-#EC
-openssl ecparam -name secp256k1 -genkey -noout -out test_ec_key.pem
-openssl ec -pubout -in test_ec_key.pem -out test_ec_pub.pem
-openssl req -new -key test_ec_key.pem  -out test_ec.csr
-openssl x509 -req -days 365 -in test_ec.csr -signkey test_ec_key.pem -out test_ec.crt
-openssl pkcs12 -export -in test_ec.crt -inkey test_ec_key.pem -out test_ec.p12 -name ccnxuser -CAfile test_ec.crt -caname root -chain -passout pass:blueberry
-
-# saves the public key in DER form so we can calculate the sha256 of it
-openssl ec -in test_ec_key.pem -outform DER -pubout -out test_ec_pub.der
-
-# save the private key in DER form so we can compare in code
-openssl ec -in test_ec_key.pem -outform DER -out test_ec_key.der
-
-# computes the sha256 and saves it in binary form
-openssl sha256 -out test_ec_pub_sha256.bin -sha256 -binary < test_ec_pub.der
-
-# Save the certificate in DER form, then get the SHA256 hash of it
-# These are similar to doing "openssl x509 -in test_rsa.crt -fingerprint -sha256"
-openssl x509 -outform DER -out test_ec_crt.der -in test_ec.crt
-openssl sha256 -out test_ec_crt_sha256.bin -sha256 -binary < test_ec_crt.der
-
-# To verify signing, we create a random buffer, then sign with a SHA256 digest
-
-openssl sha -sha256 -sign test_ec_key.pem -out test_random_bytes.sig_ec < test_random_bytes
-
-# the "-in test_rsa_pub_sha256.bin" is the binary digest we will sign.
-openssl rsautl -sign -inkey test_ec_key.pem -in test_ec_pub_sha256.bin -out test_ec_pub_sha256.bin.sig
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