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#include "config.h"
#include <ctype.h>
#include "canonicalize.h"
#include "mystring/mystring.h"
#include "address.h"
#include "fdbuf/fdbuf.h"
#include "itoa.h"
static bool test(const mystring& in,
const mystring& out,
const mystring& list)
{
mystring line = in;
mystring tmplist;
if(!parse_addresses(line, tmplist)) {
fout << "Parsing of '" << in << "' failed." << endl;
return false;
}
bool status = true;
if(!!list && tmplist != list) {
fout << "Parsing of '" << in << "' failed: bad result list, was:\n"
<< tmplist
<< "should be:\n"
<< list;
status = false;
}
if(!!out && line != out) {
fout << "Parsing of '" << in << "' failed: bad result string, was:\n"
<< line
<< "\nshould be:\n"
<< out << "\n";
status = false;
}
return status;
}
#define TEST(X,Y,Z) do{ ++count; if(!test(X,Y,Z)) ++failed; }while(0)
mystring defaulthost = "a";
mystring defaultdomain = "b.c";
int main()
{
int count = 0;
int failed = 0;
// empty list
TEST("",
"",
"");
// empty list with comment
TEST("(no addresses)",
"(no addresses)",
"");
// periods in local
TEST("a.b@c.d",
"a.b@c.d",
"a.b@c.d\n");
// quoted local
TEST("\"e\"@c.d",
"e@c.d",
"e@c.d\n");
// missing host and domain
TEST("e",
"e@a.b.c",
"e@a.b.c\n");
// missing domain
TEST("e@x",
"e@x.b.c",
"e@x.b.c\n");
// trailing period
TEST("e@c.d.",
"e@c.d.",
"e@c.d.\n");
// trailing period, single domain
TEST("e@c.",
"e@c.",
"e@c.\n");
// comment <address> style
TEST("x<y@a.b>",
"x <y@a.b>",
"y@a.b\n");
TEST("<y@a.b>",
"<y@a.b>",
"y@a.b\n");
// address (comment) style
TEST("y@a.b(x)",
"y@a.b (x)",
"y@a.b\n");
// internal comments before local
TEST("(j)y@a.b",
"y@a.b (j)",
"y@a.b\n");
// internal comments after local
TEST("y(j)@a.b",
"y@a.b (j)",
"y@a.b\n");
// internal comments before domain
TEST("y@(j)a.b",
"y@a.b (j)",
"y@a.b\n");
// internal comments before period
TEST("y@a(j).b",
"y@a.b (j)",
"y@a.b\n");
// internal comments after period
TEST("y@a.(j)b",
"y@a.b (j)",
"y@a.b\n");
// normal list
TEST("a@b.c,d@e.f",
"a@b.c, d@e.f",
"a@b.c\nd@e.f\n");
// list with comments
TEST("a@b.c(j),d@e.f(k)",
"a@b.c (j), d@e.f (k)",
"a@b.c\nd@e.f\n");
// list without commas
TEST("a@b.c d@e.f",
"a@b.c, d@e.f",
"a@b.c\nd@e.f\n");
// list without commas with comments
TEST("a@b.c(j) d@e.f(k)",
"a@b.c (j), d@e.f (k)",
"a@b.c\nd@e.f\n");
// simple group
TEST("g: a@b.c, d@e.f;",
"g: a@b.c, d@e.f;",
"a@b.c\nd@e.f\n");
// group with spaces in name
TEST("g h: a@b.c, d@e.f;",
"g h: a@b.c, d@e.f;",
"a@b.c\nd@e.f\n");
// empty group
TEST("g: ;",
"g: ;",
"");
// group with a comment
TEST("g: a@b.c(j);",
"g: a@b.c (j);",
"a@b.c\n");
// group with comments
TEST("g:a@b.c(j),d@e.f(k);",
"g: a@b.c (j), d@e.f (k);",
"a@b.c\nd@e.f\n");
// group with no commas
TEST("g:a@b.c d@e.f;",
"g: a@b.c, d@e.f;",
"a@b.c\nd@e.f\n");
// group with route addresses
TEST("g:foo<a@b.c>;",
"g: foo <a@b.c>;",
"a@b.c\n");
// route-path syntax (stripped)
TEST("f<@g.h:a@b.c>",
"f <a@b.c>",
"a@b.c\n");
// multiple route-path syntax
TEST("f<@g.h@i.j:a@b.c>",
"f <a@b.c>",
"a@b.c\n");
// comments with quoted brackets
TEST("(f\\)\\()a@b.c",
"a@b.c (f\\)\\()",
"a@b.c\n");
// nested comments
TEST("(f(g)h)a@b.c",
"a@b.c (f(g)h)",
"a@b.c\n");
// simple quoted addresses
TEST("\"a\"@b.c",
"a@b.c",
"a@b.c\n");
// quoted parts of address
TEST("a.\"b\".c@d.e",
"a.b.c@d.e",
"a.b.c@d.e\n");
// escaped characters within quotes
TEST("\"s\\'b\"@d.e",
"s'b@d.e",
"s'b@d.e\n");
// escaped specials
TEST("\"s\\\"a\\\"b\"@d.e",
"\"s\\\"a\\\"b\"@d.e",
"s\"a\"b@d.e\n");
// twisted syntax
//TEST("\"\\\"d\\\" <\"<@_._:e@f.g>",
// "who knows",
// "e@f.g\n");
TEST("c@d.e (a.b)",
"c@d.e (a.b)",
"c@d.e\n");
TEST("\"a.b\" <c@d.e>",
"\"a.b\" <c@d.e>",
"c@d.e\n");
TEST("Mr. T <c@d.e>",
"Mr. T <c@d.e>",
"c@d.e\n");
TEST("a.b <c@d.e>",
"a.b <c@d.e>",
"c@d.e\n");
TEST("Mr . and T <c@d.e>",
"Mr . and T <c@d.e>",
"c@d.e\n");
// Whitespace in the quoted string
TEST("\"\n f\n \" <a@b.c>",
"f <a@b.c>",
"a@b.c\n");
TEST("\" a.b\" <c@d.e>",
"\"a.b\" <c@d.e>",
"c@d.e\n");
fout << itoa(count) << " tests run, ";
fout << itoa(failed) << " failed." << endl;
return failed;
}
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