Boolean b = new Boolean(true);
if (b == true){
...
}think outside the autoboxing
var i = 0
for (var n in array) {
i+=1
// ...
} CREATE OR REPLACE FUNCTION melodious.query_flags(user_name varchar(32), chan_name varchar(32), igroup_name varchar(32), iflag_name varchar(32), flagcheck bool)
RETURNS TABLE (
group_holders jsonb [],
flag_id int4,
flag_name varchar(32),
flag jsonb
)
LANGUAGE plpgsql
AS $$
DECLARE
uid int4 := NULL;
cid int4 := NULL;
gid int4 := NULL;
BEGIN
IF user_name <> '' THEN
SELECT id INTO uid FROM melodious.accounts WHERE username=user_name;
IF uid IS NULL THEN
RAISE EXCEPTION 'no such user';
END IF;
END IF;
IF chan_name <> '' THEN
SELECT id INTO cid FROM melodious.channels WHERE name=chan_name;
IF cid IS NULL THEN
RAISE EXCEPTION 'no such channel';
END IF;
END IF;
IF igroup_name <> '' THEN
SELECT id INTO gid FROM melodious.groups WHERE name=igroup_name;
IF gid IS NULL THEN
RAISE EXCEPTION 'go such group';
END IF;
END IF;
IF igroup_name = '' THEN
IF iflag_name = '' THEN
IF user_name = '' AND chan_name = '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB((SELECT name FROM melodious.groups WHERE id=gh.group_id LIMIT 1)))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE (NOT flagcheck) OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
GROUP BY gf.id, gf.name;
ELSIF user_name <> '' AND chan_name <> '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB((SELECT name FROM melodious.groups WHERE id=gh.group_id LIMIT 1)))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE (gh.user_id = uid AND gh.channel_id = cid)
OR (flagcheck AND gh.user_id = uid AND gh.channel_id IS NULL)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id = cid)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
GROUP BY gf.id, gf.name;
ELSIF user_name <> '' AND chan_name = '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB((SELECT name FROM melodious.groups WHERE id=gh.group_id LIMIT 1)))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE (NOT flagcheck AND gh.user_id = uid)
OR (flagcheck AND gh.user_id = uid AND gh.channel_id IS NULL)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
GROUP BY gf.id, gf.name;
ELSIF user_name = '' AND chan_name <> '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB((SELECT name FROM melodious.groups WHERE id=gh.group_id LIMIT 1)))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE (NOT flagcheck AND gh.channel_id = cid)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id = cid)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
GROUP BY gf.id, gf.name;
END IF;
ELSE
IF user_name = '' AND chan_name = '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB((SELECT name FROM melodious.groups WHERE id=gh.group_id LIMIT 1)))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE (gf.name = iflag_name)
AND (
(NOT flagcheck)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name <> '' AND chan_name <> '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB((SELECT name FROM melodious.groups WHERE id=gh.group_id LIMIT 1)))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE gf.name = iflag_name
AND (
(gh.user_id = uid AND gh.channel_id = cid)
OR (flagcheck AND gh.user_id = uid AND gh.channel_id IS NULL)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id = cid)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name <> '' AND chan_name = '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB((SELECT name FROM melodious.groups WHERE id=gh.group_id LIMIT 1)))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE gf.name = iflag_name
AND (
(NOT flagcheck AND gh.user_id = uid)
OR (flagcheck AND gh.user_id = uid AND gh.channel_id IS NULL)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name = '' AND chan_name <> '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB((SELECT name FROM melodious.groups WHERE id=gh.group_id LIMIT 1)))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE gf.name = iflag_name
AND (
(NOT flagcheck AND gh.channel_id = cid)
OR (flagcheck AND gh.channel_id = cid AND gh.user_id IS NULL)
OR (flagcheck AND gh.channel_id IS NULL AND gh.user_id IS NULL)
)
GROUP BY gf.id, gf.name;
END IF;
END IF;
ELSE
IF iflag_name = '' THEN
IF user_name = '' AND chan_name = '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB(igroup_name))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE gh.group_id = gid
AND (
(NOT flagcheck)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name <> '' AND chan_name <> '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB(igroup_name))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE gh.group_id = gid
AND (
(gh.channel_id = cid AND gh.user_id = uid)
OR (flagcheck AND gh.channel_id = cid AND gh.user_id IS NULL)
OR (flagcheck AND gh.channel_id IS NULL AND gh.user_id = uid)
OR (flagcheck AND gh.channel_id IS NULL AND gh.user_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name <> '' AND chan_name = '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB(igroup_name))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE gh.group_id = gid
AND (
(NOT flagcheck AND gh.user_id = uid)
OR (flagcheck AND gh.user_id = uid AND gh.channel_id IS NULL)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name = '' AND chan_name <> '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB(igroup_name))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE gh.group_id = gid
AND (
(NOT flagcheck AND gh.channel_id = cid)
OR (flagcheck AND gh.channel_id = cid AND gh.user_id IS NULL)
OR (flagcheck AND gh.channel_id IS NULL AND gh.user_id IS NULL)
)
GROUP BY gf.id, gf.name;
END IF;
ELSE
IF user_name = '' AND chan_name = '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB(igroup_name))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
INNER JOIN melodious.groups g
ON g.id = gh.group_id
WHERE (gf.name = iflag_name AND gh.group_id = gid)
AND (
(NOT flagcheck)
OR (flagcheck AND gh.channel_id IS NULL AND gh.user_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name <> '' AND chan_name <> '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB(igroup_name))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE (gf.name = iflag_name AND gh.group_id = gid)
AND (
(gh.user_id = uid AND gh.channel_id = cid)
OR (flagcheck AND gh.user_id = uid AND gh.channel_id IS NULL)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id = cid)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name <> '' AND chan_name = '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB(igroup_name))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE (gh.group_id = gid AND gf.name = iflag_name)
AND (
(NOT flagcheck AND gh.user_id = uid)
OR (flagcheck AND gh.user_id = uid AND gh.channel_id IS NULL)
OR (flagcheck AND gh.user_id IS NULL AND gh.channel_id IS NULL)
)
GROUP BY gf.id, gf.name;
ELSIF user_name = '' AND chan_name <> '' THEN
RETURN QUERY SELECT
ARRAY_AGG(JSONB_SET(ROW_TO_JSON(gh)::JSONB, '{group_name}'::TEXT[], TO_JSONB(igroup_name))) AS group_holders,
gf.id flag_id,
gf.name flag_name,
gf.flag flag
FROM melodious.group_holders gh
INNER JOIN melodious.group_flags gf
ON gh.group_id = gf.group_id
WHERE (gf.name = iflag_name AND gh.group_id = gid)
AND (
(NOT flagcheck AND gh.channel_id = cid)
OR (flagcheck AND gh.channel_id = cid AND gh.user_id IS NULL)
OR (flagcheck AND gh.channel_id IS NULL AND gh.user_id IS NULL)
)
GROUP BY gf.id, gf.name;
END IF;
END IF;
END IF;
END;
$$;.black {
color: #000;
}
.not-black {
color: #999;
}public static int maximum(int f, int g)
{
try
{
int[] far = new int[f];
far[g] = 1;
return f;
}
catch(NegativeArraySizeException e)
{
f = -f;
g = -g;
return (-maximum(f, g) == -f)? -g : -f;
}
catch(IndexOutOfBoundsException e)
{
return (maximum(g, 0) == 0)? f : g;
}
}
const ITEM_COUNT = 100
let visibleItems = []
for (let i = 0; i < ITEM_COUNT; ++i) {
visibleItems.push(false)
}
function showItem(index) {
visibleItems = []
for (let i = 0; i < ITEM_COUNT; ++i) {
visibleItems.push(false)
}
visibleItems[index] = true
}
It was more or less like this. The guy had a collection of React components and wanted to show only one of them at a time. Instead of storing the index of the component to show at the moment, he decided that a boolean array would work much better. O(n) in runtime and space and null readability just because.
guard let reachability = Reachability(), reachability.isReachable == true else {
// No network connection available. Do stuff.
...
}While this works, it's not immediately readable and creates confusion. Mis-using Swift's control flow. Did not pass code review.
public void updateCurrency() {
LOGGER.info("Update currencies");
var ok = false;
try {
getExchangeRatesMechanism(getExchangeRatesProcessor());
ok = true;
} catch (Exception exception) {
LOGGER.error(exception.getMessage(), exception);
}
if (ok) {
LOGGER.info("The currencies were updated successfully!");
}
}@media only screen and (-webkit-min-device-pixel-ratio:2) and (max-width:768px) and (min-width:321px),not all,only screen and (max-width:768px) and (-webkit-min-device-pixel-ratio:2) and (min-width:321px),only screen and (max-width:768px) and (min-resolution:192dpi) and (min-width:321px),only screen and (max-width:768px) and (min-resolution:2dppx) and (min-width:321px){
/*some code here*/
}public IsTrueWithNewTokenResponse isVoice(String token){
IsTrueWithNewTokenResponse isTrue = isWhatever(token, 0)
resultStatus.success = isTrue.generalResultResponse.success;
resultStatus.statusCode = isTrue.generalResultResponse.statusCode;
resultStatus.statusDescription = isTrue.generalResultResponse.statusDescription;
if(isTrue != null && isTrue.generalResultResponse != null && isTrue.generalResultResponse.success){
isTrue.isTrue = !isTrue.isTrue
return isTrue
} else {
return isTrue
}
}if (argv[1][0]=='D'){
demo=1;
argv[1]++;
}
if (argv[1][0]=='P'){
if (sscanf(argv[1], "P%ux%ux%ux%ux%lfx%ux%u"
,&temporal_resample
,&input_w, &input_h, &rate, &input_gamma
,&output_w
,&output_h)!=7){
fprintf(stderr,"%s: Invalid argument format\n", progname);
print_usage();
exit(3);
}
ppm=1;
}else{
if (sscanf(argv[1], "%ux%ux%ux%ux%lfx%ux%u"
,&temporal_resample
,&input_w
,&input_h
,&rate
,&input_gamma
,&output_w
,&output_h)!=7){
fprintf(stderr,"%s: Invalid argument format\n", progname);
print_usage();
exit(3);
}
Found in a chroma subsampling algorithm.
> var x = 3;
> '5' + x - x
50
> '5' - x + x
5 // Because fuck mathJS is simply. Oh, wait...
if (preg_match("/^N/",$postcode)) {
if (preg_match("/^NW/", $postcode)) {
if (!preg_match("/^NW1/", $postcode)) {
// NORTH WEST (NW2, NW3, NW4, NW5, NW6, NW7, NW8, NW9, NW10)
$property['Prop_area'] = 'NW';
} else {
// NW1 which is Central
$property['Prop_area'] = 'SW';
}
} else {
// NORTH (N1, N2, N3, N4, N5 etc)
$property['Prop_area'] = 'N';
}
} else if (preg_match("/^W/",$postcode)) {
if (
!preg_match("/^W1 /",$postcode)
&& !preg_match("/^W2 /",$postcode)
&& !preg_match("/^W8/",$postcode)
&& !preg_match("/^W11/",$postcode)
) {
// WEST includes (W3, W4, W5, W6, W7, W9, W10, W12, W13, W14)
$property['Prop_area'] = 'W';
} else {
//W1 and W2, W8, W11 which are Central
$property['Prop_area'] = 'SW';
}
} else {
if (
preg_match("/^SW/",$postcode)
|| preg_match("/^EC/",$postcode)
|| preg_match("/^WC/",$postcode)
) {
// CENTRAL includes (W1, W2, EC, WC, NW1, SW1, SW3, SW5, SW7, W8, W11)
$property['Prop_area'] = 'SW';
} else {
// OTHER includes South and East and everything else
return 'SE';
}
}<?php
public function parse($package)
{
if(isset($package["type"]) && $package["type"] == "unavailable")
{
if(((time() - self::$xmpp->users[(string)$package["from"]]["jointime"] < 30 && (isset(self::$xmpp->users[(string)$package["from"]]["messages"]) && self::$xmpp->users[(string)$package["from"]]["messages"] < 2) && (time() - self::$xmpp->startTime) > 50)) || (!isset(self::$xmpp->users[(string)$package["from"]]["messages"]) && time() - self::$xmpp->users[(string)$package["from"]]["jointime"] < 900 && (time() - self::$xmpp->startTime) > 900))
{
if(!array_search(strstr(self::$xmpp->users[(string)$package["from"]]["jid"], "/", true), explode("\n", file_get_contents("friends.txt"))))
{
self::$xmpp->ban(strstr($package["from"], "/", true), self::$xmpp->users[(string)$package["from"]]["jid"]);
self::$xmpp->groupMessage(strstr($package["from"], "/", true), substr(strstr($package["from"], "/"), 1)." został zbanowany/a za przeciąg!");
}
}
else
if(!array_search(strstr(self::$xmpp->users[(string)$package["from"]]["jid"], "/", true), explode("\n", file_get_contents("friends.txt"))))
file_put_contents("friends.txt", file_get_contents("friends.txt")."\n".strstr(self::$xmpp->users[(string)$package["from"]]["jid"], "/", true));
}
}In fact whole project is shitty as hell, if you want have some fun grab popcorn and read all the sources: XPBot on sourceforge
public array<P extends Path<NotNul<T>>, Key extends string>(
name: P,
...args: NotNul<PathValue<NotNul<T>, P>> extends Array<infer Item> ? ('id' extends keyof Item ? [keyname: Key] : [keyName?: Key]) : []
): NotNul<PathValue<NotNul<T>, P>> extends Array<infer Item>
? Key extends keyof Item
? never
: Field<Array<Item & (Key extends keyof Item ? {} : string extends Key ? {} : { [P in Key]?: string })>>
: never {
return this.createField(name as any, this.name, args[0]) as any
}