curl/lib/Makefile.inc

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#***************************************************************************
# _ _ ____ _
# Project ___| | | | _ \| |
# / __| | | | |_) | |
# | (__| |_| | _ <| |___
# \___|\___/|_| \_\_____|
#
# Copyright (C) 1998 - 2020, Daniel Stenberg, <daniel@haxx.se>, et al.
#
# This software is licensed as described in the file COPYING, which
# you should have received as part of this distribution. The terms
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# are also available at https://curl.se/docs/copyright.html.
#
# You may opt to use, copy, modify, merge, publish, distribute and/or sell
# copies of the Software, and permit persons to whom the Software is
# furnished to do so, under the terms of the COPYING file.
#
# This software is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY
# KIND, either express or implied.
#
###########################################################################
LIB_VAUTH_CFILES = vauth/cleartext.c vauth/cram.c vauth/digest.c \
vauth/digest_sspi.c vauth/krb5_gssapi.c vauth/krb5_sspi.c vauth/ntlm.c \
vauth/ntlm_sspi.c vauth/oauth2.c vauth/spnego_gssapi.c vauth/spnego_sspi.c \
vauth/vauth.c
LIB_VAUTH_HFILES = vauth/digest.h vauth/ntlm.h vauth/vauth.h
vtls: Extract and simplify key log file handling from OpenSSL Create a set of routines for TLS key log file handling to enable reuse with other TLS backends. Simplify the OpenSSL backend as follows: - Drop the ENABLE_SSLKEYLOGFILE macro as it is unconditionally enabled. - Do not perform dynamic memory allocation when preparing a log entry. Unless the TLS specifications change we can suffice with a reasonable fixed-size buffer. - Simplify state tracking when SSL_CTX_set_keylog_callback is unavailable. My original sslkeylog.c code included this tracking in order to handle multiple calls to SSL_connect and detect new keys after renegotiation (via SSL_read/SSL_write). For curl however we can be sure that a single master secret eventually becomes available after SSL_connect, so a simple flag is sufficient. An alternative to the flag is examining SSL_state(), but this seems more complex and is not pursued. Capturing keys after server renegotiation was already unsupported in curl and remains unsupported. Tested with curl built against OpenSSL 0.9.8zh, 1.0.2u, and 1.1.1f (`SSLKEYLOGFILE=keys.txt curl -vkso /dev/null https://localhost:4433`) against an OpenSSL 1.1.1f server configured with: # Force non-TLSv1.3, use TLSv1.0 since 0.9.8 fails with 1.1 or 1.2 openssl s_server -www -tls1 # Likewise, but fail the server handshake. openssl s_server -www -tls1 -Verify 2 # TLS 1.3 test. No need to test the failing server handshake. openssl s_server -www -tls1_3 Verify that all secrets (1 for TLS 1.0, 4 for TLS 1.3) are correctly written using Wireshark. For the first and third case, expect four matches per connection (decrypted Server Finished, Client Finished, HTTP Request, HTTP Response). For the second case where the handshake fails, expect a decrypted Server Finished only. tshark -i lo -pf tcp -otls.keylog_file:keys.txt -Tfields \ -eframe.number -eframe.time -etcp.stream -e_ws.col.Info \ -dtls.port==4433,http -ohttp.desegment_body:FALSE \ -Y 'tls.handshake.verify_data or http' A single connection can easily be identified via the `tcp.stream` field.
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LIB_VTLS_CFILES = vtls/bearssl.c vtls/gskit.c vtls/gtls.c vtls/keylog.c \
vtls/mbedtls.c vtls/mbedtls_threadlock.c vtls/mesalink.c vtls/nss.c \
vtls/openssl.c vtls/schannel.c vtls/schannel_verify.c vtls/sectransp.c \
vtls/vtls.c vtls/wolfssl.c
vtls: Extract and simplify key log file handling from OpenSSL Create a set of routines for TLS key log file handling to enable reuse with other TLS backends. Simplify the OpenSSL backend as follows: - Drop the ENABLE_SSLKEYLOGFILE macro as it is unconditionally enabled. - Do not perform dynamic memory allocation when preparing a log entry. Unless the TLS specifications change we can suffice with a reasonable fixed-size buffer. - Simplify state tracking when SSL_CTX_set_keylog_callback is unavailable. My original sslkeylog.c code included this tracking in order to handle multiple calls to SSL_connect and detect new keys after renegotiation (via SSL_read/SSL_write). For curl however we can be sure that a single master secret eventually becomes available after SSL_connect, so a simple flag is sufficient. An alternative to the flag is examining SSL_state(), but this seems more complex and is not pursued. Capturing keys after server renegotiation was already unsupported in curl and remains unsupported. Tested with curl built against OpenSSL 0.9.8zh, 1.0.2u, and 1.1.1f (`SSLKEYLOGFILE=keys.txt curl -vkso /dev/null https://localhost:4433`) against an OpenSSL 1.1.1f server configured with: # Force non-TLSv1.3, use TLSv1.0 since 0.9.8 fails with 1.1 or 1.2 openssl s_server -www -tls1 # Likewise, but fail the server handshake. openssl s_server -www -tls1 -Verify 2 # TLS 1.3 test. No need to test the failing server handshake. openssl s_server -www -tls1_3 Verify that all secrets (1 for TLS 1.0, 4 for TLS 1.3) are correctly written using Wireshark. For the first and third case, expect four matches per connection (decrypted Server Finished, Client Finished, HTTP Request, HTTP Response). For the second case where the handshake fails, expect a decrypted Server Finished only. tshark -i lo -pf tcp -otls.keylog_file:keys.txt -Tfields \ -eframe.number -eframe.time -etcp.stream -e_ws.col.Info \ -dtls.port==4433,http -ohttp.desegment_body:FALSE \ -Y 'tls.handshake.verify_data or http' A single connection can easily be identified via the `tcp.stream` field.
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LIB_VTLS_HFILES = vtls/bearssl.h vtls/gskit.h vtls/gtls.h vtls/keylog.h \
vtls/mbedtls.h vtls/mbedtls_threadlock.h vtls/mesalink.h vtls/nssg.h \
vtls/openssl.h vtls/schannel.h vtls/sectransp.h vtls/vtls.h vtls/wolfssl.h
LIB_VQUIC_CFILES = vquic/ngtcp2.c vquic/quiche.c vquic/vquic.c
LIB_VQUIC_HFILES = vquic/ngtcp2.h vquic/quiche.h vquic/vquic.h
LIB_VSSH_CFILES = vssh/libssh.c vssh/libssh2.c vssh/wolfssh.c
LIB_VSSH_HFILES = vssh/ssh.h
LIB_CFILES = \
altsvc.c \
amigaos.c \
asyn-ares.c \
asyn-thread.c \
base64.c \
c-hyper.c \
conncache.c \
connect.c \
content_encoding.c \
cookie.c \
curl_addrinfo.c \
curl_ctype.c \
curl_des.c \
curl_endian.c \
curl_fnmatch.c \
curl_get_line.c \
curl_gethostname.c \
curl_gssapi.c \
curl_memrchr.c \
curl_multibyte.c \
curl_ntlm_core.c \
curl_ntlm_wb.c \
curl_path.c \
curl_range.c \
curl_rtmp.c \
curl_sasl.c \
curl_sspi.c \
curl_threads.c \
dict.c \
doh.c \
dotdot.c \
dynbuf.c \
easy.c \
easygetopt.c \
easyoptions.c \
escape.c \
file.c \
fileinfo.c \
formdata.c \
ftp.c \
ftplistparser.c \
getenv.c \
getinfo.c \
gopher.c \
hash.c \
hmac.c \
hostasyn.c \
hostcheck.c \
hostip.c \
hostip4.c \
hostip6.c \
hostsyn.c \
hsts.c \
http.c \
http2.c \
http_chunks.c \
http_digest.c \
http_negotiate.c \
http_ntlm.c \
http_proxy.c \
http: introduce AWS HTTP v4 Signature It is a security process for HTTP. It doesn't seems to be standard, but it is used by some cloud providers. Aws: https://docs.aws.amazon.com/general/latest/gr/signature-version-4.html Outscale: https://wiki.outscale.net/display/EN/Creating+a+Canonical+Request GCP (I didn't test that this code work with GCP though): https://cloud.google.com/storage/docs/access-control/signing-urls-manually most of the code is in lib/http_v4_signature.c Information require by the algorithm: - The URL - Current time - some prefix that are append to some of the signature parameters. The data extracted from the URL are: the URI, the region, the host and the API type example: https://api.eu-west-2.outscale.com/api/latest/ReadNets ~~~ ~~~~~~~~ ~~~~~~~~~~~~~~~~~~~ ^ ^ ^ / \ URI API type region Small description of the algorithm: - make canonical header using content type, the host, and the date - hash the post data - make canonical_request using custom request, the URI, the get data, the canonical header, the signed header and post data hash - hash canonical_request - make str_to_sign using one of the prefix pass in parameter, the date, the credential scope and the canonical_request hash - compute hmac from date, using secret key as key. - compute hmac from region, using above hmac as key - compute hmac from api_type, using above hmac as key - compute hmac from request_type, using above hmac as key - compute hmac from str_to_sign using above hmac as key - create Authorization header using above hmac, prefix pass in parameter, the date, and above hash Signed-off-by: Matthias Gatto <matthias.gatto@outscale.com> Closes #5703
2020-07-09 07:58:37 -04:00
http_aws_sigv4.c \
idn_win32.c \
if2ip.c \
imap.c \
inet_ntop.c \
inet_pton.c \
krb5.c \
ldap.c \
llist.c \
md4.c \
md5.c \
memdebug.c \
mime.c \
mprintf.c \
mqtt.c \
multi.c \
netrc.c \
non-ascii.c \
nonblock.c \
openldap.c \
parsedate.c \
pingpong.c \
pop3.c \
progress.c \
psl.c \
rand.c \
rename.c \
rtsp.c \
select.c \
sendf.c \
setopt.c \
sha256.c \
share.c \
slist.c \
smb.c \
smtp.c \
socketpair.c \
socks.c \
socks_gssapi.c \
socks_sspi.c \
speedcheck.c \
splay.c \
strcase.c \
strdup.c \
strerror.c \
strtok.c \
strtoofft.c \
system_win32.c \
telnet.c \
tftp.c \
timeval.c \
transfer.c \
url.c \
urlapi.c \
version.c \
version_win32.c \
warnless.c \
wildcard.c \
x509asn1.c
LIB_HFILES = \
altsvc.h \
amigaos.h \
arpa_telnet.h \
asyn.h \
c-hyper.h \
conncache.h \
connect.h \
content_encoding.h \
cookie.h \
curl_addrinfo.h \
curl_base64.h \
curl_ctype.h \
curl_des.h \
curl_endian.h \
curl_fnmatch.h \
curl_get_line.h \
curl_gethostname.h \
curl_gssapi.h \
curl_hmac.h \
curl_krb5.h \
curl_ldap.h \
curl_md4.h \
curl_md5.h \
curl_memory.h \
curl_memrchr.h \
curl_multibyte.h \
curl_ntlm_core.h \
curl_ntlm_wb.h \
curl_path.h \
curl_printf.h \
curl_range.h \
curl_rtmp.h \
curl_sasl.h \
curl_setup.h \
curl_setup_once.h \
curl_sha256.h \
curl_sspi.h \
curl_threads.h \
curlx.h \
dict.h \
doh.h \
dotdot.h \
dynbuf.h \
easyif.h \
easyoptions.h \
escape.h \
file.h \
fileinfo.h \
formdata.h \
ftp.h \
ftplistparser.h \
getinfo.h \
gopher.h \
hash.h \
hostcheck.h \
hostip.h \
hsts.h \
http.h \
http2.h \
http_chunks.h \
http_digest.h \
http_negotiate.h \
http_ntlm.h \
http_proxy.h \
http: introduce AWS HTTP v4 Signature It is a security process for HTTP. It doesn't seems to be standard, but it is used by some cloud providers. Aws: https://docs.aws.amazon.com/general/latest/gr/signature-version-4.html Outscale: https://wiki.outscale.net/display/EN/Creating+a+Canonical+Request GCP (I didn't test that this code work with GCP though): https://cloud.google.com/storage/docs/access-control/signing-urls-manually most of the code is in lib/http_v4_signature.c Information require by the algorithm: - The URL - Current time - some prefix that are append to some of the signature parameters. The data extracted from the URL are: the URI, the region, the host and the API type example: https://api.eu-west-2.outscale.com/api/latest/ReadNets ~~~ ~~~~~~~~ ~~~~~~~~~~~~~~~~~~~ ^ ^ ^ / \ URI API type region Small description of the algorithm: - make canonical header using content type, the host, and the date - hash the post data - make canonical_request using custom request, the URI, the get data, the canonical header, the signed header and post data hash - hash canonical_request - make str_to_sign using one of the prefix pass in parameter, the date, the credential scope and the canonical_request hash - compute hmac from date, using secret key as key. - compute hmac from region, using above hmac as key - compute hmac from api_type, using above hmac as key - compute hmac from request_type, using above hmac as key - compute hmac from str_to_sign using above hmac as key - create Authorization header using above hmac, prefix pass in parameter, the date, and above hash Signed-off-by: Matthias Gatto <matthias.gatto@outscale.com> Closes #5703
2020-07-09 07:58:37 -04:00
http_aws_sigv4.h \
if2ip.h \
imap.h \
inet_ntop.h \
inet_pton.h \
llist.h \
memdebug.h \
mime.h \
mqtt.h \
multihandle.h \
multiif.h \
netrc.h \
non-ascii.h \
nonblock.h \
parsedate.h \
pingpong.h \
pop3.h \
progress.h \
psl.h \
quic.h \
rand.h \
rename.h \
rtsp.h \
select.h \
sendf.h \
setopt.h \
setup-vms.h \
share.h \
sigpipe.h \
slist.h \
smb.h \
smtp.h \
sockaddr.h \
socketpair.h \
socks.h \
speedcheck.h \
splay.h \
strcase.h \
strdup.h \
strerror.h \
strtok.h \
strtoofft.h \
system_win32.h \
telnet.h \
tftp.h \
timeval.h \
transfer.h \
url.h \
urlapi-int.h \
urldata.h \
version_win32.h \
warnless.h \
wildcard.h \
x509asn1.h
LIB_RCFILES = libcurl.rc
CSOURCES = $(LIB_CFILES) $(LIB_VAUTH_CFILES) $(LIB_VTLS_CFILES) \
$(LIB_VQUIC_CFILES) $(LIB_VSSH_CFILES)
HHEADERS = $(LIB_HFILES) $(LIB_VAUTH_HFILES) $(LIB_VTLS_HFILES) \
$(LIB_VQUIC_HFILES) $(LIB_VSSH_HFILES)