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author | Florian Zeitz <florob@babelmonkeys.de> | 2013-08-09 17:48:21 +0200 |
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committer | Florian Zeitz <florob@babelmonkeys.de> | 2013-08-09 17:48:21 +0200 |
commit | 4b618a8727365b880e115c6fd53869040c2ad238 (patch) | |
tree | 8031ff6fd0e32a78a157f8e6542a954e7e634c5d /util/sasl | |
parent | 7dd77281432685907926d50feb2d32c0c2a0ec8c (diff) | |
download | prosody-4b618a8727365b880e115c6fd53869040c2ad238.tar.gz prosody-4b618a8727365b880e115c6fd53869040c2ad238.zip |
Remove all trailing whitespace
Diffstat (limited to 'util/sasl')
-rw-r--r-- | util/sasl/scram.lua | 28 |
1 files changed, 14 insertions, 14 deletions
diff --git a/util/sasl/scram.lua b/util/sasl/scram.lua index cf2f0ede..31c078a0 100644 --- a/util/sasl/scram.lua +++ b/util/sasl/scram.lua @@ -73,11 +73,11 @@ local function validate_username(username, _nodeprep) return false end end - + -- replace =2C with , and =3D with = username = username:gsub("=2C", ","); username = username:gsub("=3D", "="); - + -- apply SASLprep username = saslprep(username); @@ -108,12 +108,12 @@ end local function scram_gen(hash_name, H_f, HMAC_f) local function scram_hash(self, message) if not self.state then self["state"] = {} end - + if type(message) ~= "string" or #message == 0 then return "failure", "malformed-request" end if not self.state.name then -- we are processing client_first_message local client_first_message = message; - + -- TODO: fail if authzid is provided, since we don't support them yet self.state["client_first_message"] = client_first_message; self.state["gs2_cbind_flag"], self.state["authzid"], self.state["name"], self.state["clientnonce"] @@ -127,21 +127,21 @@ local function scram_gen(hash_name, H_f, HMAC_f) if not self.state.name or not self.state.clientnonce then return "failure", "malformed-request", "Channel binding isn't support at this time."; end - + self.state.name = validate_username(self.state.name, self.profile.nodeprep); if not self.state.name then log("debug", "Username violates either SASLprep or contains forbidden character sequences.") return "failure", "malformed-request", "Invalid username."; end - + self.state["servernonce"] = generate_uuid(); - + -- retreive credentials if self.profile.plain then local password, state = self.profile.plain(self, self.state.name, self.realm) if state == nil then return "failure", "not-authorized" elseif state == false then return "failure", "account-disabled" end - + password = saslprep(password); if not password then log("debug", "Password violates SASLprep."); @@ -161,22 +161,22 @@ local function scram_gen(hash_name, H_f, HMAC_f) local stored_key, server_key, iteration_count, salt, state = self.profile["scram_"..hashprep(hash_name)](self, self.state.name, self.realm); if state == nil then return "failure", "not-authorized" elseif state == false then return "failure", "account-disabled" end - + self.state.stored_key = stored_key; self.state.server_key = server_key; self.state.iteration_count = iteration_count; self.state.salt = salt end - + local server_first_message = "r="..self.state.clientnonce..self.state.servernonce..",s="..base64.encode(self.state.salt)..",i="..self.state.iteration_count; self.state["server_first_message"] = server_first_message; return "challenge", server_first_message else -- we are processing client_final_message local client_final_message = message; - + self.state["channelbinding"], self.state["nonce"], self.state["proof"] = client_final_message:match("^c=(.*),r=(.*),.*p=(.*)"); - + if not self.state.proof or not self.state.nonce or not self.state.channelbinding then return "failure", "malformed-request", "Missing an attribute(p, r or c) in SASL message."; end @@ -184,10 +184,10 @@ local function scram_gen(hash_name, H_f, HMAC_f) if self.state.nonce ~= self.state.clientnonce..self.state.servernonce then return "failure", "malformed-request", "Wrong nonce in client-final-message."; end - + local ServerKey = self.state.server_key; local StoredKey = self.state.stored_key; - + local AuthMessage = "n=" .. s_match(self.state.client_first_message,"n=(.+)") .. "," .. self.state.server_first_message .. "," .. s_match(client_final_message, "(.+),p=.+") local ClientSignature = HMAC_f(StoredKey, AuthMessage) local ClientKey = binaryXOR(ClientSignature, base64.decode(self.state.proof)) |