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spec/util_http_spec.lua @ 13146:771eb453e03a
util.sqlite3: Deduplicate query methods
There were 3 very similar methods:
- :execute()
- :execute_query()
- :execute_update()
The first one returns the prepared statement and is mainly used
internally in the library for CREATE statements.
The later two only really differ in how the results are returned.
Those two are one main method and one small one that only picks out the
iterator.
author | Kim Alvefur <zash@zash.se> |
---|---|
date | Sat, 10 Jun 2023 22:02:15 +0200 |
parent | 13124:f15e23840780 |
child | 13401:626ab0af83af |
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local http = require "util.http"; describe("util.http", function() describe("#urlencode()", function() it("should not change normal characters", function() assert.are.equal(http.urlencode("helloworld123"), "helloworld123"); end); it("should escape spaces", function() assert.are.equal(http.urlencode("hello world"), "hello%20world"); end); it("should escape important URL characters", function() assert.are.equal(http.urlencode("This & that = something"), "This%20%26%20that%20%3d%20something"); end); end); describe("#urldecode()", function() it("should not change normal characters", function() assert.are.equal("helloworld123", http.urldecode("helloworld123"), "Normal characters not escaped"); end); it("should decode spaces", function() assert.are.equal("hello world", http.urldecode("hello%20world"), "Spaces escaped"); end); it("should decode important URL characters", function() assert.are.equal("This & that = something", http.urldecode("This%20%26%20that%20%3d%20something"), "Important URL chars escaped"); end); it("should decode both lower and uppercase", function () assert.are.equal("This & that = {something}.", http.urldecode("This%20%26%20that%20%3D%20%7Bsomething%7D%2E"), "Important URL chars escaped"); end); end); describe("#formencode()", function() it("should encode basic data", function() assert.are.equal(http.formencode({ { name = "one", value = "1"}, { name = "two", value = "2" } }), "one=1&two=2", "Form encoded"); end); it("should encode special characters with escaping", function() assert.are.equal(http.formencode({ { name = "one two", value = "1"}, { name = "two one&", value = "2" } }), "one+two=1&two+one%26=2", "Form encoded"); end); end); describe("#formdecode()", function() it("should decode basic data", function() local t = http.formdecode("one=1&two=2"); assert.are.same(t, { { name = "one", value = "1" }; { name = "two", value = "2" }; one = "1"; two = "2"; }); end); it("should decode special characters", function() local t = http.formdecode("one+two=1&two+one%26=2"); assert.are.same(t, { { name = "one two", value = "1" }; { name = "two one&", value = "2" }; ["one two"] = "1"; ["two one&"] = "2"; }); end); end); describe("normalize_path", function () it("root path is always '/'", function () assert.equal("/", http.normalize_path("/")); assert.equal("/", http.normalize_path("")); assert.equal("/", http.normalize_path("/", true)); assert.equal("/", http.normalize_path("", true)); end); it("works", function () assert.equal("/foo", http.normalize_path("foo")); assert.equal("/foo", http.normalize_path("/foo")); assert.equal("/foo", http.normalize_path("foo/")); assert.equal("/foo", http.normalize_path("/foo/")); end); it("is_dir works", function () assert.equal("/foo/", http.normalize_path("foo", true)); assert.equal("/foo/", http.normalize_path("/foo", true)); assert.equal("/foo/", http.normalize_path("foo/", true)); assert.equal("/foo/", http.normalize_path("/foo/", true)); end); end); describe("contains_token", function () it("is present in field", function () assert.is_true(http.contains_token("foo", "foo")); assert.is_true(http.contains_token("foo, bar", "foo")); assert.is_true(http.contains_token("foo,bar", "foo")); assert.is_true(http.contains_token("bar, foo,baz", "foo")); end); it("is absent from field", function () assert.is_false(http.contains_token("bar", "foo")); assert.is_false(http.contains_token("fooo", "foo")); assert.is_false(http.contains_token("foo o,bar", "foo")); end); it("is weird", function () assert.is_(http.contains_token("fo o", "foo")); end); end); do describe("parse_forwarded", function() it("works", function() assert.same({ { ["for"] = "[2001:db8:cafe::17]:4711" } }, http.parse_forwarded('For="[2001:db8:cafe::17]:4711"'), "case insensitive"); assert.same({ { ["for"] = "192.0.2.60"; proto = "http"; by = "203.0.113.43" } }, http.parse_forwarded('for=192.0.2.60;proto=http;by=203.0.113.43'), "separated by semicolon"); assert.same({ { ["for"] = "192.0.2.43" }; { ["for"] = "198.51.100.17" } }, http.parse_forwarded('for=192.0.2.43, for=198.51.100.17'), "Values from multiple proxy servers can be appended using a comma"); end) it("rejects quoted quotes", function () assert.falsy(http.parse_forwarded('foo="bar\"bar'), "quoted quotes"); end) pending("deals with quoted quotes", function () assert.same({ { foo = 'bar"baz' } }, http.parse_forwarded('foo="bar\"bar'), "quoted quotes"); end) end) end end);