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-- SMTP address parser tests
context("SMTP address check functions", function()
local logger = require("rspamd_logger")
local ffi = require("ffi")
require "fun" ()
ffi.cdef[[
struct rspamd_email_address {
const char *raw;
const char *addr;
const char *user;
const char *domain;
const char *name;
unsigned raw_len;
unsigned addr_len;
unsigned user_len;
unsigned domain_len;
unsigned name_len;
int flags;
};
struct rspamd_email_address * rspamd_email_address_from_smtp (const char *str, unsigned len);
void rspamd_email_address_unref (struct rspamd_email_address *addr);
]]
test("Parse addrs", function()
local cases_valid = {
{'<>', {addr = ''}},
{'<a@example.com>', {user = 'a', domain = 'example.com', addr = 'a@example.com'}},
{'a@example.com', {user = 'a', domain = 'example.com', addr = 'a@example.com'}},
{'a+b@example.com', {user = 'a+b', domain = 'example.com', addr = 'a+b@example.com'}},
{'"a"@example.com', {user = 'a', domain = 'example.com', addr = '"a"@example.com'}},
}
each(function(case)
local st = ffi.C.rspamd_email_address_from_smtp(case[1], #case[1])
assert_not_nil(st, "cannot parse " .. case[1])
each(function(k, ex)
if k == 'user' then
local str = ffi.string(st.user, st.user_len)
assert_equal(str, ex)
elseif k == 'domain' then
local str = ffi.string(st.domain, st.domain_len)
assert_equal(str, ex)
elseif k == 'addr' then
local str = ffi.string(st.addr, st.addr_len)
assert_equal(str, ex)
end
end, case[1])
ffi.C.rspamd_email_address_unref(st)
end, cases_valid)
end)
end)
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