id
int64 393k
2.82B
| repo
stringclasses 68
values | title
stringlengths 1
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stringlengths 2
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stringclasses 3
values | severity
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|---|---|---|---|---|---|---|
68,049,852 | go | cmd/compile: inefficient increment of global array | go version devel +a02d925 Sun Apr 12 12:14:36 2015 +0300 linux/amd64
Program is:
``` go
var tab *[256]byte
func foo(i int) {
tab[i&255]++
}
```
Currently it is compiled to:
```
0000000000400c30 <main.foo>:
400c30: 64 48 8b 0c 25 f8 ff mov %fs:0xfffffffffffffff8,%rcx
400c37: ff ff
400c39: 48 3b 61 10 cmp 0x10(%rcx),%rsp
400c3d: 77 07 ja 400c46 <main.foo+0x16>
400c3f: e8 cc 24 04 00 callq 443110 <runtime.morestack_noctxt>
400c44: eb ea jmp 400c30 <main.foo>
400c46: 48 8b 44 24 08 mov 0x8(%rsp),%rax
400c4b: 48 8b 1d 36 a0 0a 00 mov 0xaa036(%rip),%rbx # 4aac88 <main.tab>
400c52: 48 25 ff 00 00 00 and $0xff,%rax
400c58: 48 83 fb 00 cmp $0x0,%rbx
400c5c: 74 41 je 400c9f <main.foo+0x6f>
400c5e: 48 3d 00 01 00 00 cmp $0x100,%rax
400c64: 73 32 jae 400c98 <main.foo+0x68>
400c66: 48 8d 1c 03 lea (%rbx,%rax,1),%rbx
400c6a: 0f b6 2b movzbl (%rbx),%ebp
400c6d: 48 8b 1d 14 a0 0a 00 mov 0xaa014(%rip),%rbx # 4aac88 <main.tab>
400c74: 48 83 fb 00 cmp $0x0,%rbx
400c78: 74 1a je 400c94 <main.foo+0x64>
400c7a: 48 3d 00 01 00 00 cmp $0x100,%rax
400c80: 73 0b jae 400c8d <main.foo+0x5d>
400c82: 48 8d 1c 03 lea (%rbx,%rax,1),%rbx
400c86: 48 ff c5 inc %rbp
400c89: 40 88 2b mov %bpl,(%rbx)
400c8c: c3 retq
400c8d: e8 be a3 01 00 callq 41b050 <runtime.panicindex>
400c92: 0f 0b ud2
400c94: 89 03 mov %eax,(%rbx)
400c96: eb e2 jmp 400c7a <main.foo+0x4a>
400c98: e8 b3 a3 01 00 callq 41b050 <runtime.panicindex>
400c9d: 0f 0b ud2
400c9f: 89 03 mov %eax,(%rbx)
400ca1: eb bb jmp 400c5e <main.foo+0x2e>
```
While it could be compiled to something along the lines of:
```
0000000000400c30 <main.foo>:
mov 0x8(%rsp),%rax
mov 0xaa036(%rip),%rbx # 4aac88 <main.tab>
add $1, (%rbx, %rax)
ret
```
Here are several issues:
1. Address calculation, bounds check and nil check are done twice.
2. Nil check is not necessary here, as the increment itself will trigger paging fault if tab is nil.
3. Bounds check is not necessary as i&255 is guaranteed to be <256.
| compiler/runtime | low | Major |
68,056,970 | neovim | Improve 'langmap', non-English keyboards | Hello, NeoVim team
I am a Vim user with a non-English keyboard layout and I wonder if it would be possible to fix things in NeoVim. Is this even possible? I don't know if a terminal is able to register `ctrl` + `key` as two different keys, or if they get lumped into one control character. I know that at least my OS can do that: in Safari on OS X if I hold down the `ctrl` key the status bar says "Display a menu", because on OS X left-clicking while holding ctrl is like right-clicking.
If NeoVim could do that it would be a killer feature at least for me as a non-English user. I know C (see my GitHub repositories), but I have never worked on big projects, so I have no idea where to start. If this issue is feasible and someone were to tackle it I would gladly contribute as best as I can.
## Motivation
The default keyboard commands in Vim are easy to remember and easy to type when
your only language is English. Keystrokes like `daw` intuitively expand to
_delete around word_ in the user's mind and are simple enough to type quickly.
However, when using a non-English keyboard layout Vim becomes unusable. Even if
the language in question is using the Latin alphabet non-letter keys will be
awkward to reach. For instance, the `:` key will be below the `l` key on a
German keyboard, making such an important key very uncomfortable to reach. If
the keyboard is using a different alphabet, such as Cyrillic, even the most
basic tasks become impossible. I am not talking about hypothetical scenarios,
These are the issues I face every day.
## Possible solution in Vim - first attempt
Vim offers the `langmap` feature: every character gets mapped to a corresponding
other character:
```
:set langmap=ü[,+],ö\\;,ä',#\\\
```
This will map the lower-case home row to act like the home row on an English
keyboard. This is similar to the tip about using a Dvorak keyboard with default
Vim commands:
http://vim.wikia.com/wiki/Using_Vim_with_the_Dvorak_keyboard_layout
Just as described in the link, this method has problems: for instance using the
mapped keys is impossible in multi-key mappings:
```
noremap <C-[> a
```
This will work fine with the physical `[` key (alt + 5 on German Mac keyboards),
but not with the `ü` key which has be mapped to act like the `[` key. This is
not just a problem with umlauts, but with any character. Assume we wanted to
swap the function of `:` and `;`:
```
noremap : ;
noremap ; :
```
This will again work with the physical keys, but not with the mapped ones. This
is an inconvenience on Latin keyboards, but utterly crippling on a Cyrillic one.
## Possible solution in Vim - second attempt
Langmap is an elegant feature, but not suitable for the job. Let's get more
low-level by explicitly remapping keys:
```
noremap ü [
noremap + ]
noremap ö ;
noremap ä '
noremap # \
```
This has the exact same limitations as the above attempt.
## Possible solution in Vim - third attempt
Looking at the two above a common theme can be seen: we map some character to
another character and then map that to something else. So how about condensing
these mapping into one? For example, swapping the `:` and `;` keys becomes:
```
noremap ö :
noremap Ö ;
```
This works great for single keys and ASCII key-combos. It does not work for key
combos with non-ASCII characters:
```
noremap <C-Ü> <C-[>
```
Pressing `ctrl` + `ü` won't do anything. Furthermore, one has to do this for
every single keyboard layout. Instead of mapping every layout to English as a
common base and then mapping those keys to my liking I have to condense mappings
manually every time.
## Possible solution in Vim - fourth attempt
If the problem cannot be fixed at Vim level it has to be fixed at OS level:
change the keyboard layout for the OS. This works perfectly, but requires
switching keyboard layouts all the time. We can map English characters to
non-English targets in insert mode, but even then the user still has to switch
keyboard layouts when entering Vim and when leaving Vim. This could maybe be
automated at the OS-level but it's still an ugly hack around a problem that's in
Vim.
## Analysis of the solutions
My goal is to have a sort of neutral keyboard layout which can then be further
customised to my liking. This keyboard layout is the English one, since that's
what Vim was created for. Every other layout gets mapped to English before
further mapping. Here is a sketch:
```
German: ö -> ; -> :
Cyrillic: ч -> ; -> :
```
Both the keys `ö` and `ч` get mapped to a common base, the English key `;`.
Therefore language mappings need to take precedence over other mappings. This
needs to work implicitly with key combos as well:
```
ü -> [ ===> <C-Ü> -> <C-[>
```
The user should not have to specify the second mapping, it should be implied by
the first one. Using `map` instead of `noremap` is not an option either if I
want to swap keys:
```
map ; :
map : ;
```
This will just run in circles. Recursive mapping can also interfere with
mappings used in plugins.
## Conclusion
Using keys quickly enters muscle memory and it would make sense to perform the
same actions with the same finger motions. Manipulating lines of text is the
same regardless of the language the text was written in, even if the text is
some pseudo-Latin _Lorem ipsum_. To prevent redundancy the keys pressed by the
user are first mapped to their English equivalents and then the English keys are
mapped according to the user's settings. That way the process of manipulating an
English, German or Cyrillic text is the same, and only the process of typing it
is language-dependent.
| ux | medium | Critical |
68,166,959 | go | x/mobile: update the basic example with a viewport | The basic example is not reacting device orientation changes well. Use a clipping viewport and update its width and height as the device returns or the screen size alters.
| mobile | low | Minor |
68,221,242 | go | misc/ios: go_darwin_arm_exec copies too much | When run from iostest.bash, go_darwin_arm_exec copies the src directory, which includes e.g. run.rc. It'd be good to make it more selective in what it copies.
I may try to fix at some point, but I'm still fighting codesigning.
/cc @crawshaw @minux
| OS-Darwin,mobile | low | Minor |
68,239,044 | go | image/jpeg: add options to partially decode or tolerantly decode invalid images? | `go version devel +ce43e1f Mon Apr 13 23:27:35 2015 +0000 linux/amd64`
Attempted to use `jpeg.Decode` on the below image:
https://streamcoimg-a.akamaihd.net/000/340/810/9ae536dd97d2d92fc17a6590509a51c0.jpg
Expected the image to decode successfully, as it displays in a browser.
Actual result:
`invalid JPEG format: short Huffman data`
| NeedsDecision,FeatureRequest | medium | Critical |
68,246,824 | go | x/mobile/event: touch events should be timestamped | Touch events should be timestamped to determine the order. Order is critical to determine the direction and the speed of the gesture.
cc/ @crawshaw @hyangah
| mobile | low | Minor |
68,474,867 | go | spec: panicking corner-case semantics | A few corner-cases regarding panicking that I noticed in the Go spec:
**1)** What happens if a panic occurs while a goroutine is already panicking?
Gc/gccgo seem to allow recursive panicking and recovering: http://play.golang.org/p/tBkwgyzmuT
But if a deferred function panics without any recovery, then the original panic is lost: http://play.golang.org/p/KqwGiWGMAx
**2)** The Go spec says "The return value of recover is nil if any of the following conditions holds: [...] recover was not called directly by a deferred function."
Gc/gccgo though seem to also have recover return nil in deferred functions if they were executed because of normal (i.e., non-panicking) function return: http://play.golang.org/p/a-fl_9Gga0
**3)** The Go spec says "Suppose a function G defers a function D that calls recover and a panic occurs in a function on the same goroutine in which G is executing. [...] If D returns normally, without starting a new panic, the panicking sequence stops."
Nit: I think the intention here is understood, but the wording could probably be improved somewhat. As quoted in item 2 above, the spec later explicitly refers to deferred functions that "directly" call recover. Omitting "directly" here suggests that indirect calls to recover should still stop the panicking sequence, but they'll return nil instead of the panic value.
| NeedsInvestigation | low | Minor |
68,522,032 | kubernetes | kubectl convert should not add empty values, creationTimestamp, or status | I've recently starting using the `kube-version-change` command to convert some k8s configs and get the results below. I'm wondering if it would be better if we omitted empty values, status, and fields like `creationTimestamp`
### Before:
```
{
"id": "pgview-stable-v1",
"kind": "ReplicationController",
"apiVersion": "v1beta1",
"desiredState": {
"replicas": 1,
"replicaSelector": {
"name": "pgview-stable-v1",
"environment": "production",
"app": "pgview",
"track": "stable"
},
"podTemplate": {
"desiredState": {
"manifest": {
"id": "pgview-stable-v1",
"version": "v1beta1",
"containers": [
{
"name": "pgview",
"image": "pgview:1.0.0",
"imagePullPolicy": "PullIfNotPresent",
"cpu": 100,
"memory": 10000000,
"ports": [{"containerPort": 80}]
},
{
"name": "memcached",
"image": "memcached",
"imagePullPolicy": "PullIfNotPresent",
"cpu": 100,
"memory": 10000000,
"ports": [{"containerPort": 11211}]
}
]
}
},
"labels": {
"name": "pgview-stable-v1",
"environment": "production",
"app": "pgview",
"track": "stable"
}
}
},
"labels": {
"name": "pgview-stable-v1",
"app": "pgview",
"environment": "production",
"track": "stable"
}
}
```
### After:
```
{
"kind": "ReplicationController",
"apiVersion": "v1beta3",
"metadata": {
"name": "pgview-stable-v1",
"creationTimestamp": null,
"labels": {
"app": "pgview",
"environment": "production",
"name": "pgview-stable-v1",
"track": "stable"
}
},
"spec": {
"replicas": 1,
"selector": {
"app": "pgview",
"environment": "production",
"name": "pgview-stable-v1",
"track": "stable"
},
"template": {
"metadata": {
"creationTimestamp": null,
"labels": {
"app": "pgview",
"environment": "production",
"name": "pgview-stable-v1",
"track": "stable"
}
},
"spec": {
"volumes": null,
"containers": [
{
"name": "pgview",
"image": "pgview:1.0.0",
"ports": [
{
"containerPort": 80,
"protocol": "TCP"
}
],
"resources": {
"limits": {
"cpu": "100m",
"memory": "10000000"
}
},
"terminationMessagePath": "/dev/termination-log",
"imagePullPolicy": "IfNotPresent",
"capabilities": {}
},
{
"name": "memcached",
"image": "memcached",
"ports": [
{
"containerPort": 11211,
"protocol": "TCP"
}
],
"resources": {
"limits": {
"cpu": "100m",
"memory": "10000000"
}
},
"terminationMessagePath": "/dev/termination-log",
"imagePullPolicy": "IfNotPresent",
"capabilities": {}
}
],
"restartPolicy": "Always",
"dnsPolicy": "ClusterFirst"
}
}
},
"status": {
"replicas": 0
}
}
```
| priority/backlog,area/kubectl,sig/api-machinery,lifecycle/frozen | low | Major |
68,538,498 | youtube-dl | Support for NYU videos | My university uses Mediasite player to host video lectures. The videos can be manually downloaded by pulling a link from a javascript file that is referenced in the HTML in script tags.
The system is set up exactly as with the existing Sandia extractor, with the exception that one must login via [Shibboleth](https://www.internet2.edu/products-services/trust-identity-middleware/shibboleth/) before accessing the videos, and some minor case stuff (lowercase v uppercase of certain strings).
I modified the Sandia extractor to match the NYU videos, and tried various methods of authentication, including: -u/-pw; adding in the AUTH string from the cookie to the extractor file, and; importing the cookie with --cookies.
Interestingly enough, the error I get is with regexp and not authentication.
Here's the output I get:
```
[debug] System config: []
[debug] User config: []
[debug] Command-line args: ['-u', 'PRIVATE', '-p', 'PRIVATE', '--verbose', 'http
://nyulaw.mediasite.com/mediasite/Play/197180ea8f5c448e9ccf3290c5d855411d']
[debug] Encodings: locale cp1252, fs mbcs, out cp437, pref cp1252
[debug] youtube-dl version 2015.04.09
[debug] Python version 3.4.3 - Windows-8-6.2.9200
[debug] exe versions: none
[debug] Proxy map: {}
[Sandia] 197180ea8f5c448e9ccf3290c5d855411d: Downloading webpage
ERROR: Unable to extract JS code URL; please report this issue on https://yt-dl.
org/bug . Make sure you are using the latest version; see https://yt-dl.org/upd
ate on how to update. Be sure to call youtube-dl with the --verbose flag and in
clude its complete output.
Traceback (most recent call last):
File "D:\Knowledge\NYU Lectures\youtube-dl-master\youtube_dl\YoutubeDL.py", li
ne 651, in extract_info
ie_result = ie.extract(url)
File "D:\Knowledge\NYU Lectures\youtube-dl-master\youtube_dl\extractor\common.
py", line 275, in extract
return self._real_extract(url)
File "D:\Knowledge\NYU Lectures\youtube-dl-master\youtube_dl\extractor\sandia.
py", line 33, in _real_extract
r'<script type="text/javascript" src="(/mediasite/FileServer/Presentation/[^
"]+)"', webpage, 'JS code URL')
File "D:\Knowledge\NYU Lectures\youtube-dl-master\youtube_dl\extractor\common.
py", line 549, in _search_regex
raise RegexNotFoundError('Unable to extract %s' % _name)
youtube_dl.utils.RegexNotFoundError: Unable to extract JS code URL; please repor
t this issue on https://yt-dl.org/bug . Make sure you are using the latest versi
on; see https://yt-dl.org/update on how to update. Be sure to call youtube-dl
with the --verbose flag and include its complete output.'
```
| site-support-request,account-needed | low | Critical |
68,670,553 | neovim | ZB: command to delete buffer without closing the window | All other solutions I know of are hacks that kinda work (usually by creating a new split and then deleting the buffer in that window, and attempting to cover all possible cases for this), but intrinsic support for this would be greatly appreciated.
| enhancement | medium | Critical |
68,733,001 | go | gdb: Stack pointer is 0 for goroutine 1 | I noted this while writing 53840ad6f19b0c1b27a0731a37341d6159625355, so here is a proper bug report.
This only occurs for goroutine #1, and causes a Python exception. As far as I can tell, it is because for goroutine 1, `pc` is valid but `sp` is 0x0, in `runtime.allgs.sched`. I am not familiar enough with the runtime to discern more currently - i.e. whether it should be fixed in the runtime, or the Python script. I have reproduced on both Linux and FreeBSD. Details are below.
Operating System:
```
FreeBSD bb-nas.bb-router 10.1-RELEASE-p9 FreeBSD 10.1-RELEASE-p9 #0: Tue Apr 7 01:09:46 UTC 2015 [email protected]:/usr/obj/usr/src/sys/GENERIC amd64`
```
But it is reproducible on Debian Unstable with vanilla packages as well.
GDB Version: `GNU gdb (GDB) 7.8.2 [GDB v7.8.2 for FreeBSD]`
Go version: `go version devel +888d44d Wed Apr 15 12:26:24 2015 +0000 freebsd/amd64`
How to reproduce:
```
daemon404@bb-nas:~/test$ cat test.go
package main
import "fmt"
func main() {
mapvar := make(map[string]string,5)
mapvar["abc"] = "def"
mapvar["ghi"] = "jkl"
strvar := "abc"
ptrvar := &strvar
fmt.Println("hi") // line 10
_ = ptrvar
}
daemon404@bb-nas:~/test$ gdb782 ./test
GNU gdb (GDB) 7.8.2 [GDB v7.8.2 for FreeBSD]
Copyright (C) 2014 Free Software Foundation, Inc.
License GPLv3+: GNU GPL version 3 or later <http://gnu.org/licenses/gpl.html>
This is free software: you are free to change and redistribute it.
There is NO WARRANTY, to the extent permitted by law. Type "show copying"
and "show warranty" for details.
This GDB was configured as "x86_64-portbld-freebsd10.1".
Type "show configuration" for configuration details.
For bug reporting instructions, please see:
<http://www.gnu.org/software/gdb/bugs/>.
Find the GDB manual and other documentation resources online at:
<http://www.gnu.org/software/gdb/documentation/>.
For help, type "help".
Type "apropos word" to search for commands related to "word"...
Reading symbols from ./test...done.
Loading Go Runtime support.
(gdb) br test.go:9
Breakpoint 1 at 0x400d5c: file /home/daemon404/test/test.go, line 9.
(gdb) r
Starting program: /usr/home/daemon404/test/test
Breakpoint 1, main.main () at /home/daemon404/test/test.go:9
9 fmt.Println("hi") // line 10
(gdb) info goroutine
* 1 running runtime.systemstack_switch
2 waiting runtime.gopark
3 waiting runtime.gopark
4 runnable runtime.runfinq
(gdb) goroutine 1 bt
#0 runtime.systemstack_switch () at /home/daemon404/go/src/runtime/asm_amd64.s:216
Backtrace stopped: Cannot access memory at address 0x0
```
| NeedsInvestigation | low | Critical |
68,783,774 | rust | TLS dtor panics abort the process | Today a destructor in TLS which panics will abort the process:
``` rust
struct Foo;
impl Drop for Foo {
fn drop(&mut self) { panic!() }
}
thread_local!(static FOO: Foo = Foo);
pub fn main() {
FOO.with(|_| {});
}
```
When compiled and run (note that it must be run on a recent system due to #19776):
```
thread '<main>' panicked at 'explicit panic', foo.rs:4
fatal runtime error: Could not unwind stack, error = 5
zsh: illegal hardware instruction ./foo
```
The reason behind this is that the context in which TLS destructors are running is different than the execution of the main thread itself (e.g. there is no try/catch block).
Is this (a) desirable and (b) should we change it?
| A-destructors,T-libs-api,A-thread-locals,C-bug | low | Critical |
68,962,647 | youtube-dl | [walla] extractor is not used for "nick.walla.co.il" | Trying to download "The Legend of Korra" from "http://nick.walla.co.il/" fails (running verbosely):
youtube-dl -v http://nick.walla.co.il/?w=//2578863
[debug] System config: []
[debug] User config: []
[debug] Command-line args: [u'-v', u'http://nick.walla.co.il/?w=//2578863']
[debug] Encodings: locale UTF-8, fs UTF-8, out UTF-8, pref UTF-8
[debug] youtube-dl version 2015.04.09
[debug] Python version 2.7.9 - Linux-3.16.0-4-686-pae-i686-with-debian-8.0
[debug] exe versions: avconv 2.6.2, avprobe 2.6.2, ffmpeg 2.6.2, ffprobe 2.6.2, rtmpdump 2.4
[debug] Proxy map: {}
[generic] 2578863: Requesting header
WARNING: Falling back on generic information extractor.
[generic] 2578863: Downloading webpage
[generic] 2578863: Extracting information
ERROR: Unsupported URL: http://nick.walla.co.il/?w=//2578863
Traceback (most recent call last):
File "/usr/local/lib/python2.7/dist-packages/youtube_dl/extractor/generic.py", line 858, in _real_extract
doc = parse_xml(webpage)
File "/usr/local/lib/python2.7/dist-packages/youtube_dl/utils.py", line 1531, in parse_xml
tree = xml.etree.ElementTree.XML(s.encode('utf-8'), **kwargs)
File "/usr/lib/python2.7/xml/etree/ElementTree.py", line 1300, in XML
parser.feed(text)
File "/usr/lib/python2.7/xml/etree/ElementTree.py", line 1642, in feed
self._raiseerror(v)
File "/usr/lib/python2.7/xml/etree/ElementTree.py", line 1506, in _raiseerror
raise err
ParseError: syntax error: line 1, column 62
Traceback (most recent call last):
File "/usr/local/lib/python2.7/dist-packages/youtube_dl/YoutubeDL.py", line 651, in extract_info
ie_result = ie.extract(url)
File "/usr/local/lib/python2.7/dist-packages/youtube_dl/extractor/common.py", line 275, in extract
return self._real_extract(url)
File "/usr/local/lib/python2.7/dist-packages/youtube_dl/extractor/generic.py", line 1364, in _real_extract
raise UnsupportedError(url)
UnsupportedError: Unsupported URL: http://nick.walla.co.il/?w=//2578863
| site-support-request | low | Critical |
68,968,583 | youtube-dl | Use file extension from --merge-output-format= when remuxing | When --add-metadata or --embed-subs options are used file extension from --merge-output-format= should be used like it is used for muxing DASH videos.
| request | low | Minor |
68,993,278 | go | x/tools/cmd/eg: panic | ```
% cd $GOROOT/src/cmd
% cat t.go
package template
func before() string {
return "foo"
}
func after() string {
return "bar"
}
% eg -t t.go cmd/internal/gc
panic: runtime error: invalid memory address or nil pointer dereference
[signal 0xb code=0x1 addr=0x0 pc=0x4c7a9d]
goroutine 1 [running]:
golang.org/x/tools/refactor/eg.(*Transformer).matchExpr(0xc20e579000, 0x7f7ce0da9b28, 0xc210222a60, 0x7f7ce0da9b28, 0x0, 0xc2080f3f30)
/usr/local/google/home/adonovan/got3/src/golang.org/x/tools/refactor/eg/match.go:68 +0x17fd
golang.org/x/tools/refactor/eg.(*Transformer).Transform.func1(0x6a7c80, 0xc2080f3f30, 0xd6, 0x0, 0x0, 0x0)
...
```
| Tools,Refactoring | low | Critical |
69,028,757 | youtube-dl | Support for thegnomonworkshop | Can you please add support for http://www.thegnomonworkshop.com/
| site-support-request | low | Minor |
69,206,490 | go | go/build: add the ability to list packages | This arose in the context of [CL 9001](https://go.dev/cl/9001), which @mdempsky wrote:
> Lastly, an alternative approach I was considering was looking into moving cmd/go's package list resolving into go/build (or an internal helper package). Then cmd/api and deps_test.go could simply do something like ctxt.List("std") without needing to run cmd/go.
I have wanted this myself. I have a couple of (private) tools that shell out to `go list std` to get a listing of the stdlib's packages. It'd be nice not to have to do that.
| NeedsInvestigation | low | Minor |
69,324,146 | rust | docs for Traits get duplicated because of different types | [f32](http://doc.rust-lang.org/nightly/std/primitive.f32.html#) for example essentially supports traits like `Add` which have multiple copies which aren't duplicates but seem repetitive because they are essentially very similar:
#### Currently:
``` rust
impl Add<f32> for f32
type Output = f32
fn add(self, other: f32) -> f32
impl<'a> Add<f32> for &'a f32
type Output = f32::Output
fn add(self, other: f32) -> f32::Output
impl<'a> Add<&'a f32> for f32
type Output = f32::Output
fn add(self, other: &'a f32) -> f32::Output
impl<'a, 'b> Add<&'a f32> for &'b f32
type Output = f32::Output
fn add(self, other: &'a f32) -> f32::Output
```
It would be very nice if these could be combined so the repetition is less drastic. I've only come up with 2 options so far but maybe there are more.
#### Option A:
This is tricky to improve because all are different. One course would be to collapse all but the last by default which would make it look like the following block. This would also aid https://github.com/rust-lang/rust/issues/21660 . This makes all the types clear but only shows one method because all the methods will be the same.
``` rust
+impl Add<f32> for f32
+impl<'a> Add<f32> for &'a f32
+impl<'a> Add<&'a f32> for f32
-impl<'a, 'b> Add<&'a f32> for &'b f32
type Output = f32::Output
fn add(self, other: &'a f32) -> f32::Output
```
#### Option B:
Use some type of shorthand to include all options (like globbing). This should expand to specifics if desired I suppose.
``` rust
impl<.*> Add<.* f32> for .* f32
type Output = f32.*
fn add(self, other: .* f32) -> f32::Output
```
---
Option A looks the most practical. I'm trying to think of a better way to include only one but still allow the specifics to be examined but haven't come up with any better ideas.
| T-rustdoc,A-trait-system,C-feature-request,A-rustdoc-ui | low | Minor |
69,362,071 | rust | dead code (+ unused assignment, etc) warnings in macros do more harm than good | (imported from improperly closed bug #17427)
Consider the following code:
``` rust
fn g(x: u8) -> u8 {
1 - x
}
fn main() {
let mut x = 1u8;
macro_rules! m {
() => {{ x = g(x);
if x == 0 { x = 1; }
}}
}
m!();
g(1/x);
m!();
}
```
[playpen](http://is.gd/tUWPua)
The `unused_assignments` lint fires from the expansion of the second occurrence of `m!()`. But if you follow the advice of the lint and remove the assignment, you discover that the assignment was in fact significant, because when you remove the assignment, the side effect from the _first_ occurrence of `m!()` is lost, and so the call to `g` divides by zero.
There are a number of different ways to handle this.
- This simplest would be to disable such lints for code with spans that are inside macro definitions, as was essentially the original suggestion of #17427
- Another option would be to revise our strategy for such lints, and to warn about an unused assignment (or other dead code) for a given span _only if_ _ALL_ such occurrences trigger the warning. I.e. as soon as one expansion proves that that code in the macro is useful, then you do not get any warning about it.
| A-lints,P-low,A-macros,T-lang,C-bug | low | Critical |
69,364,150 | rust | Missing docs lint ineffectual in test builds | The `missing_docs` lint does not do anything in test builds. Minimal code example:
``` rust
#![cfg_attr(test, deny(missing_docs))]
```
To reproduce, make a new crate, replace `src/lib.rs` with the above code, and run `cargo test`. The command will run successfully. I would expect the command to report a “missing documentation for crate” compile error.
As for the cause, my wild guess is some sort of interaction between `cfg(test)` and which items are detected as public.
| A-lints,C-bug | low | Critical |
69,450,652 | neovim | api/ui: externalize window layout | In order to build a GUI client that does its own window management, we need Neovim to provide changes per window. It seems like today the server assumes the client has one big window/canvas and it tells what text to put where. This is not ideal if we want to create native windows. For e.g., let's say we have neovim.app (GUI for OSX) and user creates a vertical split to show the navigation tree on the left side. Today, the window edges are created using symbols like "|" because that's what the server is sending. Correct me if I am wrong. If we want to draw the window border ourselves using OSX frames, then we really need to know the text to place inside each window.
Here is the reference issue I had raised in neovim.app: https://github.com/rogual/neovim-dot-app/issues/73
| enhancement,api,ui,channels-rpc,ui-extensibility | low | Major |
69,736,355 | youtube-dl | [REQUEST] --write-single-json argument | I think it would be helpful for there to be a version of --dump-single-json that wrote the progress to the STDOUT like normal downloading operations, but wrote the JSON file to disk like --write-info-json. This would essentially be --write-info-json for playlists and channels. I am currently writing a website that will use youtube-dl for its youtube video downloading, and video/playlist/channel information gathering. Having this option will allow me to monitor the progress of the information updates easily, which i cannot do with --dump-single-json.
Thanks,
John Lage
| request | low | Minor |
69,740,501 | rust | Separate unstable feature errors from other lints in output | When an unstable feature is used in a crate, and an error is emitted, it will sometimes (always?) be emitted before other lints (e.g. unused_*, dead_code). This causes the compilation error to be functionally lost in the compile output.
Example:
```
warning: ignoring specified output filename because multiple outputs were requested
Core/metadevs/storage.rs:250:32: 250:58 error: use of unstable library feature 'step_by': recent addition
Core/metadevs/storage.rs:250 for (blk,dst) in (first .. ).step_by(block_step as u64).zip( dst.chunks_mut( block_step * block_size ) )
^~~~~~~~~~~~~~~~~~~~~~~~~~
Core/metadevs/storage.rs:250:32: 250:58 help: add #![feature(step_by)] to the crate attributes to enable
Core/lib/mod.rs:9:5: 9:18 warning: unused import, #[warn(unused_imports)] on by default
Core/lib/mod.rs:9 use lib::mem::Box;
^~~~~~~~~~~~~
Core/lib/mem/rc.rs:8:20: 8:31 warning: unused import, #[warn(unused_imports)] on by default
Core/lib/mem/rc.rs:8 use core::atomic::{AtomicUsize,Ordering};
```
(An excerpt from compiling a kernel, there are a lot of warnings due to incomplete/unused APIs)
| A-lints,T-compiler,C-feature-request | low | Critical |
69,845,863 | youtube-dl | bestvideo doesn't always select best video | For this video:
https://www.youtube.com/watch?v=InxwGZ_PgC4
`-f bestvideo[ext=mp4]+bestaudio` downloads 240p version (while there is 1080p available)
```
$ youtube-dl -F https://www.youtube.com/watch?v=InxwGZ_PgC4
[youtube] InxwGZ_PgC4: Downloading webpage
[youtube] InxwGZ_PgC4: Extracting video information
WARNING: video doesn't have subtitles
[youtube] InxwGZ_PgC4: Downloading DASH manifest
[info] Available formats for InxwGZ_PgC4:
format code extension resolution note
140 m4a audio only DASH audio 129k , m4a_dash container, aac @128k (44100Hz), 4.20MiB
171 webm audio only DASH audio 138k , audio@128k (44100Hz), 4.19MiB
141 m4a audio only DASH audio 256k , m4a_dash container, aac @256k (44100Hz), 8.35MiB
134 mp4 640x360 DASH video 28k , 30fps, video only, 766.85KiB
242 webm 426x240 DASH video 29k , 1fps, video only, 859.75KiB
135 mp4 854x480 DASH video 39k , 30fps, video only, 1.05MiB
243 webm 640x360 DASH video 44k , 1fps, video only, 1.26MiB
136 mp4 1280x720 DASH video 56k , 30fps, video only, 1.59MiB
160 mp4 256x144 DASH video 64k , 15fps, video only, 1.15MiB
244 webm 854x480 DASH video 69k , 1fps, video only, 1.90MiB
137 mp4 1920x1080 DASH video 83k , 30fps, video only, 2.37MiB
133 mp4 426x240 DASH video 111k , 30fps, video only, 2.13MiB
247 webm 1280x720 DASH video 118k , 1fps, video only, 2.98MiB
248 webm 1920x1080 DASH video 176k , 1fps, video only, 4.36MiB
17 3gp 176x144
36 3gp 320x240
5 flv 400x240
43 webm 640x360
18 mp4 640x360
22 mp4 1280x720 (best)
```
| bug | low | Minor |
69,875,397 | kubernetes | Proposal: Long term evolution of runtime.Scheme / conversion.Scheme | Continued from https://github.com/GoogleCloudPlatform/kubernetes/issues/2306
A runtime.Scheme combines a few concepts:
- A registry of APIVersion -> Kind string -> Go object
- A library of conversion routines which includes APIVersion -> Go object as well as Go object -> Go object
- An encoding mechanism based around JSON
In order to better support multiple API patterns grouped together (Kubernetes user API, Kubelet API, OpenShift API, _future extension API_) these assumptions will start to break down.
#### Known problems:
A 3rd party API may have a "v1". That API may define an object "List", that they want to convert to a Kubernetes "v1" "List". In our current setup, it would be impossible for those two API objects to be compiled into the same runtime.Scheme (because they both want to reserve "v1/List" to different objects). It would also be impossible to convert from the third party API "v1" "List" to a Kubernetes "v1" "List" because they exist in different conversion schemes.
A 3rd party API may want to reuse the Kubernetes "Status" object in their own API schema for their version "v1beta1". It would be impossible for them to use the "v1" Kubernetes status object without having a separate runtime.Scheme, but their client library may want to convert both Kubernetes v1 objects to their internal type.
Finally, we may want to introduce new serialization types for objects - Gob, Protobuf, Msgpack, JSON+snappy, for various use cases (more efficient storage). The coupling of JSON to runtime.Scheme complicates those conversions or makes them less efficient.
#### Types of problems we want to solve:
1. It should be possible to take arbitrary serialized data and convert it to a versioned Go struct - call this "marshalling/unmarshalling". The interface for this is a `Codec`. There may be many codecs.
1. Where possible, we want to reuse the underlying infrastructure for marshaling and unmarshalling that exists in go - "encoding/json" / "encoding/gob" / "protobufs" efficiently.
2. It's likely that there exists one canonical "marshaller" for most objects, but there may be alternate mechanisms. For example, JSON is canonical for Kube, but we may occasionally want to marshal an annotated YAML object that has description comments for each field interleaved.
3. There are places where we want to convert `map[string]interface{}` (generic JSON object representation) or a `map[string][]string` (url.Values) into a versioned Go struct, which is dependent on a type of marshaling (i.e. following JSON rules, or Query parameter rules).
2. It should be possible to convert a versioned Go struct into a different versioned Go struct (typically by going to an intermediate format) on the server. This is "object versioning".
1. "Object versioning" requires the registration of an object Kind into an APIVersion for a specific API group. This was the original intent of runtime.Scheme.
3. It should be possible to convert arbitrary Go structs to different Go structs. This is "conversion".
1. Object versioning is a specific subset of conversion
2. We should try to make conversion less dependent on scheme?
4. ??
#### Consumers:
1. The APIServer needs to take incoming objects with a content-type (marshaling format), determine the Kind (whether it is accepted by the endpoint), verify the provided APIVersion is allowed (or default it), and then unmarshal it to a versioned Go struct. We then want to use "object versioning" to return an internal representation. It also needs to take internal representations, convert them to an external object version, and then marshal that object version to a given content-type.
2. The Go client needs to read responses from the server (unmarshal), determine the Kind of the response, verify the APIVersion is recognized, and then convert it to an internal representation (object versioning) that the client can use to present information to a user.
3. The Go command line tool needs to take a representation returned by the server in one version, convert it to another version, and process that other version (talk to API v2, convert to API v1, output to template on CLI).
4. The Go command line tool needs to read objects on disk in known marshaller formats, be able to transform those objects in specific ways (set namespace for v1beta1 and v1beta3) or perform Swagger specific validation. The Go command line tool must support taking objects that it was not compiled with and be able to transmit them to a compatible API server that is not Kubernetes once we want to support true extensions.
5. ??
Still a WIP, trying to gather thoughts.
| area/api,area/apiserver,sig/api-machinery,kind/feature,priority/important-longterm,lifecycle/frozen | medium | Critical |
69,899,534 | TypeScript | TSServer: 'quickInfo' request should return symbol display parts as completion does | That would allow for a nice formatting in the UI and makes the overall API more consistence.
| Suggestion,Help Wanted,Effort: Moderate,VS Code Tracked | low | Major |
69,946,291 | go | net: concurrent Accept-Close with no timeout on TCPListener defers closing underlying socket | Go version: go1.4.2
OS: Linux 3.13 x86_64
The following test demonstrates what I consider a bug:
``` go
package foo
import (
"log"
"net"
"testing"
)
const addr = "127.0.0.1:12345"
func TestXxx(t *testing.T) {
for i := 0; i < 100000; i++ {
log.Printf("Iteration %d", i+1)
l, err := net.Listen("tcp4", addr)
if err != nil {
t.Fatalf("Failed to listen on %s: %v", addr, err)
}
go func(l net.Listener) {
for {
_, err := l.Accept()
if err != nil {
return
}
}
}(l)
if err := l.Close(); err != nil {
t.Fatalf("Failed to close server: %v", err)
}
}
}
```
Briefly, within a loop it Listens on tcp port 12345, invokes a goroutine that calls Accept on the listener, and then Closes the listener. My expectation was that this would always pass regardless of scheduler behavior or number of loop iterations as I expected Close() would only return once the underlying socket is no longer in use.
Instead what I see is that it will sometimes pass, but often fails on the net.Listen call of subsequent loop iterations with an error that the address is already in use. I believe I understand the cause of the failure. netFD underlies the TCPListener and it's a reference counted object. A goroutine blocked on Accept will increment the reference count. Close() flips a flag on netFD to indicate the socket is considered closed which will make other netFD operations like Accept return errors indicating the socket is closed. The underlying OS socket is only closed once the reference count for the netFD has reached zero.
The end result is that an OS socket is only closed after TCPListener.Close() is invoked AND all goroutines that are blocked in TCPListener.Accept() are scheduled and return the expected error condition. It seems like more intuitive behavior would be for TCPListener.Close() to immediately close the underlying OS socket, and goroutines blocked in TCPListener.Accept() to return errors whenever they were next scheduled/run.
| NeedsInvestigation | low | Critical |
69,987,380 | TypeScript | Port from old compiler code to emit compilation flags into the source map | The 1.0 (or 1.1) compiler emitted the compilation flags into the source map. We added this for hypothetical tooling scenarios, where browser tools could trigger a simple recompilation of a file discovered by a source map, in the case where it was live edited.
This is not a high priority as those scenarios aren't currently planned, but perhaps it would be a simple port of work already done.
| Suggestion,Help Wanted | low | Minor |
69,987,898 | TypeScript | Port from old compiler code to emit identifier renames into source map | The previous (1.0 or 1.1) compiler emitted a table of identifier renames into the source map. Principally this was for renames of "this" into "_this". The IE developer tools used this to make this scenario work
- User is debugging Typescript in the IE tools -- Typescript was discovered by source map
- User hovers over "this" at a point where Typescript had renamed it. In other words, in this context they expect to see the value of "_this" not "this".
- The debugger looks up this source code location in a table in the source map to determine that at this point "this" was renamed and shows a tooltip for the value of "_this" instead. (It also put a red dot in the watches window)
This feature was lost when the compiler was rewritten because the table is no longer emitted into the source map. We'd like it back so that our feature works again..
| Bug | medium | Critical |
70,103,485 | rust | rustdoc: `Methods from Deref<Target = T<U>>` is imprecise (contains false positives) | ``` rust
use std::ops::Deref;
pub struct Foo<T>(T);
impl Foo<i32> {
pub fn get_i32(&self) -> i32 { self.0 }
}
impl Foo<u32> {
pub fn get_u32(&self) -> u32 { self.0 }
}
pub struct Bar(Foo<i32>);
impl Deref for Bar {
type Target = Foo<i32>;
fn deref(&self) -> &Foo<i32> {
&self.0
}
}
```
The `Methods from Deref` for `Bar` will contain both `get_i32` and `get_u32`, but should only contain `get_i32`.
[Image](http://i.imgur.com/bUEO5pb.png)
| T-rustdoc,A-trait-system,C-bug | low | Major |
70,134,972 | nvm | bash --login -c 'nvm list' does not work while it should | I wonder how to run nvm/node/npm in a login shell mode. For some reason `bash --login -c 'nvm list'` does not work, while the same thing with rvm works.
This issue is cross-referenced to https://github.com/rocketeers/rocketeer/issues/507
Here is some additional commands output:
```
user@123:~$ rvm list
rvm rubies
ruby-2.0.0-p594 [ x86_64 ]
ruby-2.1.3 [ x86_64 ]
=* ruby-2.1.5 [ x86_64 ]
# => - current
# =* - current && default
# * - default
```
```
user@123:~$ nvm list
-> v0.10.33
system
default -> stable (-> v0.10.33)
stable -> 0.10 (-> v0.10.33) (default)
```
```
user@123:~$ bash --login -c 'nvm list'
bash: nvm: command not found
```
```
user@123:~$ bash --login -c 'rvm list'
rvm rubies
ruby-2.0.0-p594 [ x86_64 ]
ruby-2.1.3 [ x86_64 ]
=* ruby-2.1.5 [ x86_64 ]
# => - current
# =* - current && default
# * - default
```
NVM was installed with the following commands:
```
curl https://raw.githubusercontent.com/creationix/nvm/v0.18.0/install.sh | bash
source ~/.nvm/nvm.sh
nvm install stable
nvm use stable
nvm alias default stable
```
ps. the latest version of nvm has the same issue.
| installing nvm: profile detection | low | Major |
70,164,161 | go | x/net/html: void element <link> has child nodes | The following program crashes:
``` go
package main
import (
"golang.org/x/net/html"
"io/ioutil"
"strings"
)
func main() {
nodes, err := html.ParseFragment(strings.NewReader("<svg ><link >0"), nil)
if err != nil {
return
}
for _, n := range nodes {
if err := html.Render(ioutil.Discard, n); err != nil {
panic(err)
}
}
}
```
```
panic: html: void element <link> has child nodes
```
Render must be able handle Parse output. Or otherwise Parse must not accept the input as valid.
On commit 6f62f426de90c0ed6a55207b51476115fcb17237.
| NeedsInvestigation | low | Critical |
70,283,741 | go | runtime: should traceTickDiv be different for different architectures? | It's documented that "Timestamps in trace are cputicks/traceTickDiv. “ and
that "64 is somewhat arbitrary (one tick is ~20ns on a 3GHz machine)."
That is ok for x86 cpus, where cputicks increment by 1 each cpu clock cycle,
but on ppc64x, the cputicks might be increasing only at bus frequency.
(For example, on PowerPC G5, it's increasing at about 300MHz), so if we're
still using traceTickDiv=64 there, then each trace tick is not ~20ns, but ~200ns.
Will that be a concern?
/cc @dvyukov
| compiler/runtime | low | Major |
70,325,245 | thefuck | Doesn't handle pipes | It looks like `fuck` doesn't handle pipes well. If I try to do this in Bash:
``` bash
$ pss -ef | grep foo
-bash: pss: command not found
$ fuck
ps -ef | grep foo
ps: illegal argument: |
usage: ps [-AaCcEefhjlMmrSTvwXx] [-O fmt | -o fmt] [-G gid[,gid...]]
[-g grp[,grp...]] [-u [uid,uid...]]
[-p pid[,pid...]] [-t tty[,tty...]] [-U user[,user...]]
ps [-L]
```
It looks like the command is executed in the wrong way, it seems like it's trying to execute it as a single command, instead of treating it as a line of input with potentially multiple commands.
| enhancement,help wanted | low | Major |
70,560,585 | TypeScript | Add Support for design-time decorators | Now that decorators are supported in TypeScript (#2249), consider adding support for ambient/design-time-only decorators:
Ambient decorators can be an extensible way to declare properties on or associate special behavior to declarations; design time tools can leverage these associations to produce errors or produce documentation. For example:
#### Use cases:
- Deprecated/Obsolete, to support warning on use of specific API’s:
``` ts
interface JQuery {
/**
* A selector representing selector passed to jQuery(), if any, when creating the original set.
* version deprecated: 1.7, removed: 1.9
*/
@@deprecated("Property is only maintained to the extent needed for supporting .live() in the jQuery Migrate plugin. It may be removed without notice in a future version.", false)
selector: string;
}
```
- Suppress linter warning:
``` ts
@@suppressWarning("disallow-leading-underscore")
function __init() {
}
```
#### Proposal
Design-time (Ambient) decorators are:
- ambient functions
- have a special name starting with "@"
- are not emitted in output JS code, but persisted in .d.ts outputs.
Application
- Applying a design-time can only accept constant values. Variables would not be observable by the compiler at compile time. Here is the set of possible values:
- string literal,
- number literal,
- regexp literal,
- true keyword,
- false keyword,
- null keyword,
- undefined symbol,
- const enum members,
- array literals of one of the previous kinds,
- object literal with only properties with values of one of the previous kinds
| Suggestion,In Discussion | high | Critical |
70,658,910 | go | go/printer: force multiline literal to end with } on line by itself | - What version of Go are you using (go version)?
`go version go1.4.1 linux/amd64`
- What operating system and processor architecture are you using?
`Linux` on `amd64`
- What did you do?
running `gofmt -w` on code at http://play.golang.org/p/588xSKFhg1
- What did you expect to see?
I expect to see `b: 2` then comma, newline, closing brace/curly bracket as in:
``` go
package main
type A struct {
a int
b int
}
func main() {
x := A{
a: 1,
b: 2,
}
}
```
- What did you see instead?
I did see a closing curly brace hugging the field value `2` of `A.b` as in:
``` go
package main
type A struct {
a int
b int
}
func main() {
x := A{
a: 1,
b: 2}
}
```
| NeedsInvestigation | medium | Major |
70,854,863 | kubernetes | Create per-object sequence number and report last value seen in status of each object | It's hard to write race-free clients without knowing whether controllers have observed mutations. Controllers should report the most recent resourceVersion seen in status when they post status. Just returning it in responses (#1184) is not sufficient.
An example problem:
https://github.com/GoogleCloudPlatform/kubernetes/pull/7321/files#r29097446
| priority/backlog,area/api,sig/api-machinery,sig/apps,lifecycle/frozen | medium | Major |
71,055,866 | youtube-dl | Site Support Request: http://www.Mundofox.com/ | http://www.Mundofox.com videos (which use ooyala player) don't work. Example: http://www.mundofox.com/videos/episodio-14-21993
```
youtube-dl http://www.mundofox.com/videos/episodio-14-21993 -v
[debug] System config: []
[debug] User config: []
[debug] Command-line args: [u'http://www.mundofox.com/videos/episodio-14-21993', u'-v']
[debug] Encodings: locale cp1252, fs mbcs, out cp437, pref cp1252
[debug] youtube-dl version 2015.04.17
[debug] Python version 2.7.8 - Windows-7-6.1.7601-SP1
[debug] exe versions: ffmpeg N-71209-gd759844, rtmpdump 2.4
[debug] Proxy map: {}
[generic] episodio-14-21993: Requesting header
WARNING: Falling back on generic information extractor.
[generic] episodio-14-21993: Downloading webpage
[generic] episodio-14-21993: Extracting information
[Ooyala] 5wN3Mwcjr0F4h-whJxNcHyGMI8mahZlx: Downloading webpage
[Ooyala] 5wN3Mwcjr0F4h-whJxNcHyGMI8mahZlx: Downloading mobile player JS for unknown device
[debug] Invoking downloader on u'http://player.ooyala.com/player/ipad/5wN3Mwcjr0F4h-whJxNc
HyGMI8mahZlx.m3u8?js=1'
[download] Destination: Yo Soy Bety La Fea Episodio # 14-5wN3Mwcjr0F4h-whJxNcHyGMI8mahZlx.
mp4
ffmpeg version N-71209-gd759844 Copyright (c) 2000-2015 the FFmpeg developers
built with gcc 4.9.2 (GCC)
configuration: --enable-gpl --enable-version3 --disable-w32threads --enable-avisynth --e
nable-bzlib --enable-fontconfig --enable-frei0r --enable-gnutls --enable-iconv --enable-li
bass --enable-libbluray --enable-libbs2b --enable-libcaca --enable-libdcadec --enable-libf
reetype --enable-libgme --enable-libgsm --enable-libilbc --enable-libmodplug --enable-libm
p3lame --enable-libopencore-amrnb --enable-libopencore-amrwb --enable-libopenjpeg --enable
-libopus --enable-librtmp --enable-libschroedinger --enable-libsoxr --enable-libspeex --en
able-libtheora --enable-libtwolame --enable-libvidstab --enable-libvo-aacenc --enable-libv
o-amrwbenc --enable-libvorbis --enable-libvpx --enable-libwavpack --enable-libwebp --enabl
e-libx264 --enable-libx265 --enable-libxavs --enable-libxvid --enable-lzma --enable-deckli
nk --enable-zlib
libavutil 54. 22.100 / 54. 22.100
libavcodec 56. 32.100 / 56. 32.100
libavformat 56. 27.100 / 56. 27.100
libavdevice 56. 4.100 / 56. 4.100
libavfilter 5. 13.101 / 5. 13.101
libswscale 3. 1.101 / 3. 1.101
libswresample 1. 1.100 / 1. 1.100
libpostproc 53. 3.100 / 53. 3.100
[https @ 02999020] HTTP error 403 Forbidden
Unable to open key file https://player.ooyala.com/sas/secure_key?embed_code=5wN3Mwcjr0F4h-
whJxNcHyGMI8mahZlx&key_token=bpeSSYaxYEb4gkj1ZRLUBx3pE0J31BYYdVhEp4psKs8%3D&signature=d052
a9e97e60b85a42a542573e04218c652da07e
Format aac detected only with low score of 1, misdetection possible!
[aac @ 003892a0] channel element 0.1 is not allocated
[aac @ 003892a0] channel element 1.13 is not allocated
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] channel element 3.2 is not allocated
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] More than one AAC RDB per ADTS frame is not implemented. Update your FFmp
eg version to the newest one from Git. If the problem still occurs, it means that your fil
e has a feature which has not been implemented.
[aac @ 003892a0] Number of bands (5) exceeds limit (2).
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.3 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] skip_data_stream_element: Input buffer exhausted before END element found
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (26) exceeds limit (8).
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 31 times
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (10) exceeds limit (4).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (30) exceeds limit (21).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of scalefactor bands in group (50) exceeds limit (40).
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] channel element 1.15 is not allocated
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (59) exceeds limit (47).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (57) exceeds limit (47).
[aac @ 003892a0] Number of bands (21) exceeds limit (7).
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (54) exceeds limit (40).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (34) exceeds limit (27).
[aac @ 003892a0] channel element 2.13 is not allocated
[aac @ 003892a0] Invalid Predictor Reset Group.
[aac @ 003892a0] channel element 3.11 is not allocated
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (29) exceeds limit (27).
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] channel element 3.15 is not allocated
[aac @ 003892a0] Number of bands (7) exceeds limit (3).
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (28) exceeds limit (23).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (19) exceeds limit (6).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Number of bands (10) exceeds limit (9).
[aac @ 003892a0] channel element 1.13 is not allocated
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 1.3 is not allocated
[aac @ 003892a0] Number of bands (52) exceeds limit (29).
[aac @ 003892a0] Number of bands (9) exceeds limit (8).
[aac @ 003892a0] Number of scalefactor bands in group (56) exceeds limit (47).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (42) exceeds limit (31).
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.3 is not allocated
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (57) exceeds limit (49).
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Number of scalefactor bands in group (57) exceeds limit (40).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] ms_present = 3 is reserved.
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] channel element 2.3 is not allocated
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] Number of bands (19) exceeds limit (5).
[aac @ 003892a0] Number of bands (36) exceeds limit (33).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] Number of bands (16) exceeds limit (15).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
Last message repeated 1 times
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Number of bands (15) exceeds limit (9).
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (29) exceeds limit (11).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (5) exceeds limit (3).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] decode_pce: Input buffer exhausted before END element found
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] channel element 1.15 is not allocated
[aac @ 003892a0] SSR is not implemented. Update your FFmpeg version to the newest one from
Git. If the problem still occurs, it means that your file has a feature which has not bee
n implemented.
[aac @ 003892a0] If you want to help, upload a sample of this file to ftp://upload.ffmpeg.
org/incoming/ and contact the ffmpeg-devel mailing list. ([email protected])
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] decode_pce: Input buffer exhausted before END element found
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] decode_pce: Input buffer exhausted before END element found
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (43) exceeds limit (19).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] channel element 2.14 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Number of scalefactor bands in group (51) exceeds limit (43).
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] channel element 1.1 is not allocated
[aac @ 003892a0] channel element 1.13 is not allocated
[aac @ 003892a0] channel element 1.10 is not allocated
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] channel element 3.3 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (57) exceeds limit (41).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (28) exceeds limit (6).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Pulse tool not allowed in eight short sequence.
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (7) exceeds limit (1).
[aac @ 003892a0] channel element 3.11 is not allocated
[aac @ 003892a0] Number of bands (16) exceeds limit (10).
[aac @ 003892a0] skip_data_stream_element: Input buffer exhausted before END element found
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 27 times
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (17) exceeds limit (6).
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] channel element 3.3 is not allocated
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.14 is not allocated
[aac @ 003892a0] channel element 2.3 is not allocated
[aac @ 003892a0] channel element 2.13 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] Number of bands (17) exceeds limit (16).
[aac @ 003892a0] Number of bands (38) exceeds limit (34).
[aac @ 003892a0] Number of scalefactor bands in group (42) exceeds limit (40).
[aac @ 003892a0] channel element 2.5 is not allocated
[aac @ 003892a0] channel element 2.8 is not allocated
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (13) exceeds limit (3).
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (52) exceeds limit (47).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (6) exceeds limit (4).
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] channel element 1.13 is not allocated
[aac @ 003892a0] Number of bands (7) exceeds limit (3).
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (54) exceeds limit (43).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.3 is not allocated
[aac @ 003892a0] channel element 1.15 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 1.8 is not allocated
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (38) exceeds limit (31).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (8) exceeds limit (7).
[aac @ 003892a0] Number of scalefactor bands in group (13) exceeds limit (12).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.3 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.10 is not allocated
Last message repeated 1 times
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] Number of bands (67) exceeds limit (47).
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (51) exceeds limit (44).
[aac @ 003892a0] Number of bands (49) exceeds limit (41).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] Number of bands (8) exceeds limit (7).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (14) exceeds limit (12).
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 1.9 is not allocated
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] ms_present = 3 is reserved.
[aac @ 003892a0] Number of bands (30) exceeds limit (18).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (6) exceeds limit (5).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 0.13 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (48) exceeds limit (47).
[aac @ 003892a0] channel element 2.7 is not allocated
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] Number of bands (36) exceeds limit (26).
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.13 is not allocated
[aac @ 003892a0] Number of bands (28) exceeds limit (14).
[aac @ 003892a0] channel element 3.3 is not allocated
[aac @ 003892a0] channel element 1.3 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (49) exceeds limit (41).
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.13 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (2) exceeds limit (1).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 2.14 is not allocated
[aac @ 003892a0] Number of bands (12) exceeds limit (9).
[aac @ 003892a0] Number of bands (11) exceeds limit (4).
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 27 times
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.15 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (25) exceeds limit (20).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] channel element 2.11 is not allocated
[aac @ 003892a0] channel element 2.8 is not allocated
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.10 is not allocated
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] Number of bands (33) exceeds limit (23).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (25) exceeds limit (20).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.7 is not allocated
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (29) exceeds limit (2).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Scalefactor (266) out of range.
[aac @ 003892a0] Number of bands (8) exceeds limit (5).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] Number of bands (30) exceeds limit (3).
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (5) exceeds limit (2).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
Last message repeated 1 times
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (15) exceeds limit (12).
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (18) exceeds limit (17).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (61) exceeds limit (41).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (44) exceeds limit (40).
[aac @ 003892a0] Number of bands (20) exceeds limit (15).
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] channel element 3.11 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.11 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] channel element 2.5 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.3 is not allocated
[aac @ 003892a0] channel element 1.4 is not allocated
Last message repeated 1 times
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.14 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] ms_present = 3 is reserved.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (12) exceeds limit (2).
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] Number of bands (37) exceeds limit (21).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Number of bands (10) exceeds limit (8).
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.12 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] Number of bands (24) exceeds limit (22).
[aac @ 003892a0] channel element 1.10 is not allocated
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (46) exceeds limit (43).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 1.1 is not allocated
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] ms_present = 3 is reserved.
[aac @ 003892a0] Number of bands (10) exceeds limit (8).
[aac @ 003892a0] channel element 1.1 is not allocated
[aac @ 003892a0] Number of bands (30) exceeds limit (28).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] channel element 3.2 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.1 is not allocated
Last message repeated 1 times
[aac @ 003892a0] channel element 3.15 is not allocated
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (63) exceeds limit (41).
[aac @ 003892a0] Number of bands (20) exceeds limit (12).
[aac @ 003892a0] decode_pce: Input buffer exhausted before END element found
[aac @ 003892a0] channel element 1.15 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (5) exceeds limit (1).
[aac @ 003892a0] Number of bands (48) exceeds limit (30).
[aac @ 003892a0] Number of scalefactor bands in group (58) exceeds limit (41).
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] Number of bands (48) exceeds limit (23).
[aac @ 003892a0] channel element 2.13 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] channel element 2.8 is not allocated
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] Number of bands (37) exceeds limit (30).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Number of scalefactor bands in group (52) exceeds limit (47).
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.2 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (50) exceeds limit (49).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (29) exceeds limit (18).
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 2.5 is not allocated
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] channel element 2.13 is not allocated
[aac @ 003892a0] channel element 3.11 is not allocated
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] channel element 2.13 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.8 is not allocated
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (41) exceeds limit (40).
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] channel element 2.11 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.10 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (56) exceeds limit (47).
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (7) exceeds limit (5).
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] channel element 1.1 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (41) exceeds limit (40).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (25) exceeds limit (6).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] Number of bands (44) exceeds limit (43).
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] channel element 2.3 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of scalefactor bands in group (63) exceeds limit (47).
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] channel element 1.8 is not allocated
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] channel element 2.13 is not allocated
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] channel element 2.5 is not allocated
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.15 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Number of bands (26) exceeds limit (19).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (31) exceeds limit (21).
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] channel element 2.11 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 3.11 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (30) exceeds limit (9).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Pulse tool not allowed in eight short sequence.
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (58) exceeds limit (43).
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] Number of bands (32) exceeds limit (26).
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] channel element 2.7 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (14) exceeds limit (12).
[aac @ 003892a0] Invalid Predictor Reset Group.
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] Number of bands (35) exceeds limit (27).
[aac @ 003892a0] Number of bands (46) exceeds limit (36).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (42) exceeds limit (36).
[aac @ 003892a0] Number of bands (42) exceeds limit (39).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] Number of bands (15) exceeds limit (13).
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Number of bands (36) exceeds limit (33).
[aac @ 003892a0] Number of scalefactor bands in group (48) exceeds limit (47).
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 18 times
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (52) exceeds limit (33).
[aac @ 003892a0] channel element 2.11 is not allocated
[aac @ 003892a0] channel element 1.12 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] Number of bands (50) exceeds limit (21).
[aac @ 003892a0] Number of bands (7) exceeds limit (3).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (55) exceeds limit (40).
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] SSR is not implemented. Update your FFmpeg version to the newest one from
Git. If the problem still occurs, it means that your file has a feature which has not bee
n implemented.
[aac @ 003892a0] If you want to help, upload a sample of this file to ftp://upload.ffmpeg.
org/incoming/ and contact the ffmpeg-devel mailing list. ([email protected])
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] Number of bands (7) exceeds limit (2).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] channel element 1.9 is not allocated
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 1.12 is not allocated
[aac @ 003892a0] channel element 2.7 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (60) exceeds limit (49).
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] channel element 2.5 is not allocated
[aac @ 003892a0] SSR is not implemented. Update your FFmpeg version to the newest one from
Git. If the problem still occurs, it means that your file has a feature which has not bee
n implemented.
[aac @ 003892a0] If you want to help, upload a sample of this file to ftp://upload.ffmpeg.
org/incoming/ and contact the ffmpeg-devel mailing list. ([email protected])
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] Number of bands (37) exceeds limit (27).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] Number of bands (26) exceeds limit (23).
[aac @ 003892a0] Number of bands (13) exceeds limit (4).
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Number of bands (30) exceeds limit (10).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] channel element 3.2 is not allocated
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.15 is not allocated
[aac @ 003892a0] channel element 3.13 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.11 is not allocated
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (52) exceeds limit (41).
[aac @ 003892a0] Number of scalefactor bands in group (43) exceeds limit (41).
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] SSR is not implemented. Update your FFmpeg version to the newest one from
Git. If the problem still occurs, it means that your file has a feature which has not bee
n implemented.
[aac @ 003892a0] If you want to help, upload a sample of this file to ftp://upload.ffmpeg.
org/incoming/ and contact the ffmpeg-devel mailing list. ([email protected])
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (48) exceeds limit (31).
[aac @ 003892a0] channel element 1.4 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (56) exceeds limit (43).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (24) exceeds limit (9).
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] Number of bands (5) exceeds limit (1).
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] channel element 2.14 is not allocated
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (27) exceeds limit (15).
[aac @ 003892a0] channel element 2.13 is not allocated
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Number of bands (28) exceeds limit (18).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (24) exceeds limit (10).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (35) exceeds limit (24).
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] channel element 1.4 is not allocated
[aac @ 003892a0] channel element 1.12 is not allocated
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] TYPE_FIL: Input buffer exhausted before END element found
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (49) exceeds limit (40).
[aac @ 003892a0] channel element 3.13 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (11) exceeds limit (9).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
Last message repeated 1 times
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.2 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (32) exceeds limit (25).
[aac @ 003892a0] Number of bands (52) exceeds limit (33).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 3.15 is not allocated
[aac @ 003892a0] channel element 1.8 is not allocated
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.13 is not allocated
[aac @ 003892a0] Number of bands (22) exceeds limit (10).
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (63) exceeds limit (47).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] Pulse tool not allowed in eight short sequence.
[aac @ 003892a0] channel element 1.9 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (56) exceeds limit (50).
[aac @ 003892a0] channel element 1.15 is not allocated
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of scalefactor bands in group (56) exceeds limit (40).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (41) exceeds limit (40).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (51) exceeds limit (43).
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] channel element 1.15 is not allocated
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 16 times
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] channel element 2.1 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] channel element 2.3 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (27) exceeds limit (20).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.5 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (48) exceeds limit (47).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (14) exceeds limit (9).
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 16 times
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (15) exceeds limit (11).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] channel element 1.12 is not allocated
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] Number of bands (50) exceeds limit (34).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (41) exceeds limit (22).
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] channel element 3.15 is not allocated
[aac @ 003892a0] channel element 3.11 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.11 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] decode_pce: Input buffer exhausted before END element found
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.0 is not allocated
Last message repeated 1 times
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 16 times
[aac @ 003892a0] Number of scalefactor bands in group (46) exceeds limit (41).
[aac @ 003892a0] Number of bands (10) exceeds limit (9).
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 16 times
[aac @ 003892a0] channel element 2.4 is not allocated
[aac @ 003892a0] channel element 1.4 is not allocated
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (22) exceeds limit (21).
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (52) exceeds limit (43).
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] Number of bands (49) exceeds limit (29).
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.8 is not allocated
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] decode_pce: Input buffer exhausted before END element found
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (56) exceeds limit (29).
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (36) exceeds limit (10).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] TYPE_FIL: Input buffer exhausted before END element found
[aac @ 003892a0] Number of bands (63) exceeds limit (48).
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (8) exceeds limit (7).
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] channel element 3.2 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (49) exceeds limit (38).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.11 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (15) exceeds limit (14).
[aac @ 003892a0] channel element 3.13 is not allocated
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of scalefactor bands in group (52) exceeds limit (51).
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] channel element 1.14 is not allocated
[aac @ 003892a0] channel element 1.4 is not allocated
[aac @ 003892a0] channel element 1.7 is not allocated
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (53) exceeds limit (41).
[aac @ 003892a0] Number of scalefactor bands in group (58) exceeds limit (41).
[aac @ 003892a0] Number of scalefactor bands in group (46) exceeds limit (40).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.2 is not allocated
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (50) exceeds limit (40).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (20) exceeds limit (5).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (23) exceeds limit (10).
[aac @ 003892a0] channel element 3.1 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (13) exceeds limit (12).
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
Last message repeated 1 times
[aac @ 003892a0] Number of bands (41) exceeds limit (39).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (33) exceeds limit (15).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (12) exceeds limit (10).
[aac @ 003892a0] Number of bands (53) exceeds limit (43).
[aac @ 003892a0] channel element 2.8 is not allocated
[aac @ 003892a0] channel element 3.15 is not allocated
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] channel element 2.3 is not allocated
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of scalefactor bands in group (54) exceeds limit (41).
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of scalefactor bands in group (54) exceeds limit (49).
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] channel element 3.3 is not allocated
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.5 is not allocated
[aac @ 003892a0] channel element 1.6 is not allocated
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (39) exceeds limit (13).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (19) exceeds limit (7).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] ms_present = 3 is reserved.
[aac @ 003892a0] Number of scalefactor bands in group (63) exceeds limit (51).
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.13 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 1.13 is not allocated
Last message repeated 1 times
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] channel element 2.5 is not allocated
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] channel element 1.1 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.10 is not allocated
[aac @ 003892a0] channel element 1.1 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 2.3 is not allocated
[aac @ 003892a0] Number of bands (5) exceeds limit (4).
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] Number of bands (25) exceeds limit (11).
[aac @ 003892a0] channel element 3.7 is not allocated
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (7) exceeds limit (4).
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 3.13 is not allocated
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 16 times
[aac @ 003892a0] channel element 3.14 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.10 is not allocated
[aac @ 003892a0] channel element 1.13 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.3 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.14 is not allocated
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.2 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of bands (17) exceeds limit (16).
[aac @ 003892a0] channel element 3.15 is not allocated
[aac @ 003892a0] channel element 3.3 is not allocated
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] Number of bands (32) exceeds limit (25).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (22) exceeds limit (15).
[aac @ 003892a0] Number of scalefactor bands in group (52) exceeds limit (41).
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Input buffer exhausted before END element found
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 2.9 is not allocated
[aac @ 003892a0] Number of bands (18) exceeds limit (12).
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 1.9 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Number of scalefactor bands in group (58) exceeds limit (49).
[aac @ 003892a0] channel element 3.12 is not allocated
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 16 times
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.15 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] channel element 1.0 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] channel element 1.8 is not allocated
[aac @ 003892a0] Number of bands (18) exceeds limit (15).
[aac @ 003892a0] channel element 1.8 is not allocated
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] Dependent coupling is not supported together with LTP
Last message repeated 16 times
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.6 is not allocated
Last message repeated 1 times
[aac @ 003892a0] channel element 2.12 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (59) exceeds limit (47).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (56) exceeds limit (40).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (65) exceeds limit (44).
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] TNS filter order 26 is greater than maximum 12.
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] channel element 2.11 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (65) exceeds limit (47).
[aac @ 003892a0] ms_present = 3 is reserved.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (29) exceeds limit (13).
[aac @ 003892a0] channel element 1.2 is not allocated
[aac @ 003892a0] Number of scalefactor bands in group (54) exceeds limit (40).
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] channel element 2.3 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 3.15 is not allocated
Last message repeated 1 times
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 1.1 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] Number of bands (37) exceeds limit (26).
[aac @ 003892a0] Number of bands (6) exceeds limit (3).
[aac @ 003892a0] Number of bands (26) exceeds limit (23).
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.8 is not allocated
[aac @ 003892a0] channel element 1.4 is not allocated
[aac @ 003892a0] channel element 2.15 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] channel element 3.9 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] decode_pce: Input buffer exhausted before END element found
[aac @ 003892a0] channel element 1.5 is not allocated
[aac @ 003892a0] channel element 1.13 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] channel element 3.4 is not allocated
[aac @ 003892a0] Prediction is not allowed in AAC-LC.
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] Number of bands (45) exceeds limit (28).
[aac @ 003892a0] channel element 1.11 is not allocated
[aac @ 003892a0] channel element 2.10 is not allocated
[aac @ 003892a0] channel element 2.2 is not allocated
[aac @ 003892a0] channel element 1.12 is not allocated
[aac @ 003892a0] Assuming an incorrectly encoded 7.1 channel layout instead of a spec-comp
liant 7.1(wide) layout, use -strict 1 to decode according to the specification instead.
[aac @ 003892a0] channel element 3.0 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 003892a0] Number of scalefactor bands in group (61) exceeds limit (49).
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] channel element 2.5 is not allocated
[aac @ 003892a0] channel element 1.1 is not allocated
[aac @ 003892a0] SBR was found before the first channel element.
[aac @ 003892a0] channel element 3.3 is not allocated
[aac @ 003892a0] channel element 2.0 is not allocated
[aac @ 003892a0] channel element 2.6 is not allocated
[aac @ 003892a0] channel element 3.6 is not allocated
[aac @ 003892a0] Reserved bit set.
[aac @ 003892a0] invalid band type
[aac @ 003892a0] Number of bands (42) exceeds limit (40).
[aac @ 003892a0] channel element 1.4 is not allocated
[aac @ 003892a0] Sample rate index in program config element does not match the sample rat
e index configured by the container.
[aac @ 003892a0] Inconsistent channel configuration.
[aac @ 003892a0] get_buffer() failed
[aac @ 02970c20] decoding for stream 0 failed
[aac @ 02970c20] Could not find codec parameters for stream 0 (Audio: aac (LTP), 31 channe
ls (FL+FR+FC+LFE+BL+BR), fltp, 144 kb/s): unspecified sample rate
Consider increasing the value for the 'analyzeduration' and 'probesize' options
http://player.ooyala.com/player/ipad/5wN3Mwcjr0F4h-whJxNcHyGMI8mahZlx.m3u8?js=1: Operation
not permitted
ERROR: ffmpeg exited with code 1
File "__main__.py", line 19, in <module>
File "youtube_dl\__init__.pyo", line 404, in main
File "youtube_dl\__init__.pyo", line 394, in _real_main
File "youtube_dl\YoutubeDL.pyo", line 1451, in download
File "youtube_dl\YoutubeDL.pyo", line 662, in extract_info
File "youtube_dl\YoutubeDL.pyo", line 715, in process_ie_result
File "youtube_dl\YoutubeDL.pyo", line 662, in extract_info
File "youtube_dl\YoutubeDL.pyo", line 708, in process_ie_result
File "youtube_dl\YoutubeDL.pyo", line 1155, in process_video_result
File "youtube_dl\YoutubeDL.pyo", line 1384, in process_info
File "youtube_dl\YoutubeDL.pyo", line 1359, in dl
File "youtube_dl\downloader\common.pyo", line 341, in download
File "youtube_dl\downloader\hls.pyo", line 50, in real_download
File "youtube_dl\downloader\common.pyo", line 154, in report_error
File "youtube_dl\YoutubeDL.pyo", line 529, in report_error
File "youtube_dl\YoutubeDL.pyo", line 491, in trouble
```
Thank you for your help and all your hard work!
| site-support-request | low | Critical |
71,166,965 | go | go/parse: confusing error message caused by stray comma in struct field | Hit "Format" on http://play.golang.org/p/QX0D-qyFwJ
``` go
package main
type T struct {
a, int
}
```
Result: "prog.go:4:2: expected anonymous field"
| NeedsInvestigation | low | Critical |
71,347,905 | kubernetes | Make rc manager more responsive to unexpected adds/deletes | Currently the rc manager will not respond to unexpected pod creates/deletes till all the creates/deletes it has sent to the apiserver have been observed by the reflector, or a timeout occurs. There are situations where we could land up with:
- Rc goes to sleep till it sees 1 add
- One pod gets deleted <- we want the rc to wake up here
- One pod is created <- rc really wakes up here
The easy way around this is to use the expectations of the rc to compute how many extra pods to create even when the watch hasn't observed the adds/dels. Eg:
```
observed + (expected add - expected dels) - status.Replicas
```
The tricky bit here is locking, since currently the expectations are incremented/decremented via atomic operations. This will matter more in hostile netwoks with high lag, where the watch may not transmit pod add/dels for a while.
| area/controller-manager,priority/awaiting-more-evidence,sig/apps,lifecycle/frozen | low | Minor |
71,471,267 | rust | Uninhabited-ness isn't propagated through nesting | This compiles:
``` rust
enum Void {}
fn foo(v: &Void) -> ! {
match *v {
}
}
fn main() {}
```
But this doesn't:
``` rust
enum Void {}
fn foo(v: &Void) -> ! {
match v {
}
}
fn main() {}
```
```
<anon>:4:5: 5:6 error: non-exhaustive patterns: type &Void is non-empty [E0002]
<anon>:4 match v {
<anon>:5 }
<anon>:4:5: 5:6 help: pass `--explain E0002` to see a detailed explanation
error: aborting due to previous error
playpen: application terminated with error code 101
```
but an instance of `&Void` can't exist any more than `Void` can.
Same deal with e.g. `struct Foo(Void)`.
| A-type-system,T-lang,C-feature-request,T-types | low | Critical |
71,555,421 | rust | Rustdoc considers *const T and *mut T different | https://doc.rust-lang.org/core/ptr/struct.Unique.html
`is_null`, `offset`, and `as_ref` are listed twice. This is confusing and makes the HTML invalid. I'm not sure what's going on here.
| T-rustdoc,C-bug | low | Minor |
71,573,770 | rust | Add opensearch support to doc.rust-lang.org | [Opensearch](http://www.opensearch.org/Home) is a common API to query search engine. It is for instanced used to add search engines to the firefox search bar and to chrome.
It would be nice if doc.rust-lang.org supported opensearch to enable doc search directly from firefox.
cc @steveklabnik
| T-rustdoc,C-enhancement,A-rustdoc-search | low | Major |
71,900,324 | go | build: move list of builder types mostly into code | https://github.com/golang/go/wiki/DashboardBuilders is manually maintained and sometimes goes stale.
I think we should move the descriptions of all new-style coordinator-managed builders into dashboard/builders.go (into a new description field) and then add a new URL like:
http://farmer.golang.org/buildertypes
... which lists them.
Then the wiki page can link to /buildertypes primarily and have a much smaller augmented list, which will eventually be zero.
/cc @crawshaw
| NeedsInvestigation | low | Minor |
71,914,929 | rust | Associated const references using UFCS can bypass `check_static_recursion` | Currently, `check_static_recursion` is run after `resolve`, but before `typeck`. This made sense before, because after `resolve` it was possible to determine which constants referenced one another, and running before `typeck` ensured that we don't fall into an infinite loop during type checking. However, when referencing an associated constant with some UFCS forms, we can't resolve the constant until `typeck`, meaning that `check_static_recursion` can't always tell when a recursive definition is present. On top of that, this check is not currently working right even for inherent impls, where it should be possible to discover a problem ahead of `typeck` running.
A set of test cases:
``` rust
// Copyright 2015 The Rust Project Developers. See the COPYRIGHT
// file at the top-level directory of this distribution and at
// http://rust-lang.org/COPYRIGHT.
//
// Licensed under the Apache License, Version 2.0 <LICENSE-APACHE or
// http://www.apache.org/licenses/LICENSE-2.0> or the MIT license
// <LICENSE-MIT or http://opensource.org/licenses/MIT>, at your
// option. This file may not be copied, modified, or distributed
// except according to those terms.
#![feature(associated_consts)]
trait Foo {
const BAR: u32;
}
// Check for recursion involving references to trait-associated const.
const TRAIT_REF_BAR: u32 = <GlobalTraitRef>::BAR; //~ ERROR E0265
struct GlobalTraitRef;
impl Foo for GlobalTraitRef {
const BAR: u32 = TRAIT_REF_BAR; //~ ERROR E0265
}
// Check for recursion involving references to impl-associated const.
const IMPL_REF_BAR: u32 = GlobalImplRef::BAR; //~ ERROR E0265
struct GlobalImplRef;
impl GlobalImplRef {
const BAR: u32 = IMPL_REF_BAR; //~ ERROR E0265
}
// Check for recursion involving references to trait-associated const default.
trait FooDefault {
const BAR: u32 = DEFAULT_REF_BAR; //~ ERROR E0265
}
const DEFAULT_REF_BAR: u32 = <GlobalDefaultRef>::BAR; //~ ERROR E0265
struct GlobalDefaultRef;
impl FooDefault for GlobalDefaultRef {}
fn main() {}
```
The above cases should all fail in the recursion check, but they all compile successfully! If any of the constants are actually used in a context that requires the compiler to evaluate them, there will be an ICE (specifically, the compiler enters an infinite loop that ends up blowing the stack).
Update
playground link: https://play.rust-lang.org/?version=nightly&mode=debug&edition=2018&gist=76e9edaf2827806e18a557f37bc930ea
<!-- TRIAGEBOT_START -->
<!-- TRIAGEBOT_ASSIGN_START -->
This issue has been assigned to @Daniel-Worrall via [this comment](https://github.com/rust-lang/rust/issues/24949#issuecomment-620255368).
<!-- TRIAGEBOT_ASSIGN_DATA_START$${"user":"Daniel-Worrall"}$$TRIAGEBOT_ASSIGN_DATA_END -->
<!-- TRIAGEBOT_ASSIGN_END -->
<!-- TRIAGEBOT_END --> | A-type-system,A-associated-items,T-compiler,C-bug,T-types | low | Critical |
71,923,067 | rust | method call fails to upcast trait objects, resulting in overlong borrows | @SimonSapin encountered an error in servo that I reduced to the following test case http://is.gd/w7HPbJ:
``` rust
pub trait Flow {
fn foo(&self);
}
pub trait LayoutDamageComputation {
fn compute_layout_damage(self);
}
impl<'a> LayoutDamageComputation for &'a mut (Flow + 'a) {
fn compute_layout_damage(self) {
self.compute_layout_damage();
self.compute_layout_damage();
}
}
fn main() { }
```
The errors you get are:
```
<anon>:12:9: 12:13 error: cannot borrow `*self` as mutable more than once at a time
<anon>:12 self.compute_layout_damage();
^~~~
<anon>:11:9: 11:13 note: previous borrow of `*self` occurs here; the mutable borrow prevents subsequent moves, borrows, or modification of `*self` until the borrow ends
<anon>:11 self.compute_layout_damage();
^~~~
<anon>:13:6: 13:6 note: previous borrow ends here
<anon>:10 fn compute_layout_damage(self) {
<anon>:11 self.compute_layout_damage();
<anon>:12 self.compute_layout_damage();
<anon>:13 }
^
error: aborting due to previous error
playpen: application terminated with error code 101
Program ended.
```
There are various possible workarounds:
1. http://is.gd/frmXsT
2. http://is.gd/FgrEfZ
but the gist (no pun intended, I kill me) is to ensure a coercion from `self` to `&mut Flow`, which allows us to upcast the lifetime in the trait object. The easiest way to do that is to convert the recursive call `self.compute_layout_damage()` to UFCS form `<&mut Flow as ComputeLayoutDamage>::compute_layout_damage(self)`. Method dispatch ought to automatically performing this upcast, I think, must as we auto-reborrow here and there.
cc @pnkfelix who experimented on this with me
| A-type-system,A-lifetimes,P-low,T-lang,C-bug,T-types,A-trait-objects | low | Critical |
71,954,116 | TypeScript | Suggestion: Reopen static and instance side of classes | # Summary
To support both the semantics of subclassing built-ins in ES6 and still allow authors to augment built-ins, we need a mechanism to reopen the static and instance sides of a class.
# Current state
Today we can re-open interfaces, allowing authors to augment built-ins (for example, to support polyfills):
``` ts
// in lib.d.ts
interface Array<T> { /*...*/ }
interface ArrayConstructor { /*...*/ }
declare var Array: ArrayConstructor;
// in polyfill.ts
interface Array<T> {
includes(value: T): Boolean;
}
interface ArrayConstructor {
of<T>(...items: T[]): Array<T>;
}
Array.prototype.includes = function (value: any) { return this.indexOf(value) != -1; }
Array.of = function<T> (...items: T[]) { return items; }
```
We can also re-open the static side of a class, in a limited fashion:
``` ts
// initial declaration
class MyClass {
}
// re-open
module MyClass {
export var staticProperty = 1;
}
```
There are several issues with these approaches:
- You cannot use type defined by the `var`/`interface` pattern in the `extends` clause of a class in TypeScript, meaning that "classes" defined using this pattern cannot be subclassed in ES6, which is an issue for built-ins.
- While you can re-open the static side of a class using `module`, you can only use non-keyword identifiers for property names. So you could not, for example, add a `[Symbol.species]` property to the class, or use decorators on these members.
- There is no way to re-open the instance side of a class.
# Proposal
I propose we add a new syntactic modifier for the `class` declaration that would indicate we are re-opening an existing class. For this example I am using the keyword `partial`, although the semantics here differ significantly than the same-named capability in C#:
``` ts
// in lib.d.ts
declare class Array<T> {
}
// in polyfill.ts
partial class Array<T> {
static of<T>(...items: T[]) { return items; }
includes(value: T): boolean { return this.indexOf(value) != -1; }
}
// emit (ES5)
Array.of = function() {
var items = [];
for (var _i = 0; i < arguments.length; i++)
items[i] = arguments[i];
return items;
}
Array.prototype.includes = function(value) {
return this.indexOf(value) != -1;
}
```
## Rules
- A `partial` class declaration must be preceded by a non-`partial` class declaration in the same lexical scope. These should be the same rules that apply when merging a module with a class or function today.
- A `partial` class declaration must have the same module visibility as the preceding non-`partial` class declaration.
- A `partial` class declaration must have the same generic type parameters (including constraints) as the non-`partial` class declaration.
- A `partial` class declaration cannot have an `extends` clause, but may have an `implements` clause.
- A `partial` class declaration cannot have a `constructor` member.
- A `partial` class declaration cannot have members with the same name as existing members on a class.
- Exception: ambient partial class declaration members can merge with other ambient partial class declaration members if they are compatible overloads, similar to interfaces.
- Non-static property declarations on a `partial` class declaration cannot have initializers.
- A `partial` class declaration can have a class decorator. User code that executes in-between the initial class declaration and the partial declaration will be able to observe the class before decorators on the `partial` class are applied.
- NOTE: We could choose to disallow class decorators on a `partial` class.
# Out of scope
- This proposal does not cover the case where built-in "classes" can often also be called as functions. This case is covered in #2959.
- This proposal does not cover the case where authors may have already extended the interface of a built in. This case is covered in #2961.
# Previous discussions
This has also been discussed previously:
- #9 - Suggestion: Extension methods
- #563 - Partial classes
- https://typescript.codeplex.com/workitem/100
| Suggestion,In Discussion | medium | Critical |
72,216,087 | youtube-dl | Extending DASH Stream Merging Support to "Clients" | To avoid hijacking #2124
Can youtube-dl be implemented to allow DASH manifest "pre-demuxing" of some sort in other applications? I know mpv does this somehow but I'm more interested in the youtube-dl side of things as the mpv side of things is offtopic.
| request | low | Major |
72,292,838 | rust | Cannot macro_use a macro that uses an internal macro | For instance, trying to use the [log](https://crates.io/crates/log) crate:
``` rust
#[macro_use(debug)] extern crate log;
fn main() {
debug!("hello");
}
```
Errors with:
```
<log macros>:4:1: 4:4 error: macro undefined: 'log!'
<log macros>:4 log ! ( $ crate:: LogLevel:: Debug , $ ( $ arg ) * ) ; )
```
If you import the log macro also, all is well. In this case, that's possible. However, a crate that has an internal macro for sanity, and not to be exported, is stuck.
| A-macros,C-feature-request | low | Critical |
72,422,535 | youtube-dl | support for ampya? | here a link to test http://www.ampya.com/Tocotronic/Prelistening-Das-rote-Album
| site-support-request | low | Minor |
72,452,956 | go | x/build/cmd/gopherbot: -2 any CLs with large binary blobs unless declared in commit message | See CL 9560 for context.
There will be cases in which it is legit to add a binary file. In such cases, we could do a force commit. Other suggestions welcomed.
**Edit by @dmitshur:** This also happened in [CL 149604](https://golang.org/cl/149604), see #28899. | help wanted,Builders,NeedsInvestigation,FeatureRequest | medium | Major |
72,552,262 | rust | type parameter not constrained when using closure bounds | This works fine:
``` rust
trait Foo {}
impl<F, A> Foo for F where F: Fn() -> A {}
```
But this:
``` rust
trait Foo {}
impl<F, A> Foo for F where F: Fn(A) {}
```
produces a compile error:
```
<anon>:2:9: 2:10 error: the type parameter `A` is not constrained by the impl trait, self type, or predicates [E0207]
<anon>:2 impl<F, A> Foo for F where F: Fn(A) {}
```
I'm not sure if this is intended behavior or not, but I definitely don't understand why the former is accepted and the latter is not.
Version:
```
[andrew@Liger quickcheck] rustc --version
rustc 1.1.0-nightly (c4b23aec4 2015-04-29) (built 2015-04-29)
```
| C-enhancement,A-diagnostics,T-compiler,D-confusing,D-newcomer-roadblock,F-unboxed_closures | medium | Critical |
72,573,774 | neovim | Use absolute line to display debug info ? | content of `testrc`
```
"Test relative line
func! Test()
let abc = undefined_variable
endf
call Test()
```
run `nvim -u testrc`
```
Error detected while processing function Test:
line 1:
E121: Undefined variable: undefined
E15: Invalid expression: undefined
```
Would Neovim use absolute line to display debug info ?
eg:
```
Error detected while processing function Test:
line 3:
E121: Undefined variable: undefined
E15: Invalid expression: undefined
```
| enhancement,vimscript | low | Critical |
72,602,697 | You-Dont-Know-JS | "this & object prototypes": ch2, fix misleading code/info | In ch2, "Implicitly Lost", the last example suggests that `setTimeout(..)` causes the `this` to be lost (and thus bound to `window`) because of a theoretical call-site of `fn()`. However, this is not what `setTimeout(..)` actually does. It's verifiable that even if the example in question is run in `strict` mode, `"oops, global"` is still printed. That's because the web platform actually says that `setTimeout(..)` explicitly binds the `this` to the global object.
This is a case where the outcome is correct, but my explanation of how that happens is incorrect.
Technically, this is more what happens
``` js
function setTimeout(fn,delay) {
// wait (somehow) for `delay` milliseconds
fn.call(window); // <-- call-site!
}
```
However, this is not an _explicit binding_ in the "Implicitly Lost" section, which makes it out of place. Either update the code and text to be accurate, and then move it to the "Explicit" section somewhere, or (perhaps better?) just completely remove it. It doesn't really add much, TBH.
**Note:** node/iojs doesn't follow the web platform spec here, so the `this` they explicitly bind is _not_ the global. Ugh.
| for second edition | medium | Major |
72,605,550 | TypeScript | Compile / edit time pluggable analyzers like C# | It would be nice to have similar plugabble compile time / editing time analyzer plugins as [introduced in C# in Build 2015, see the video](http://channel9.msdn.com/Events/Build/2015/3-725).
Analyzer is a library that can do additional syntax checks, tag lines as errors / warnings, and are interpreted by language service.
I can imagine one could do similar things with it as Facebook's flow does e.g. own nullable checking just by writing own analyzer. This would be configurable from tsconfig, maybe one could whitelist the files each analyzer works on. This way the nullability check analyzer would only complain about the code I want.
| Suggestion,Needs Proposal | medium | Critical |
72,617,454 | rust | Overflow with use of `Self` in inherent impl on trait | Code: http://is.gd/zUrIKd
``` rust
pub trait NBTTypeHelper where Self: NBTType {
type Tagtype = Self;
}
pub trait NBTType {
}
impl NBTTypeHelper for NBTType {
type Tagtype = <Self as NBTTypeHelper>::Tagtype;
}
fn main() {}
```
| T-compiler,C-bug,F-associated_type_defaults | low | Major |
72,647,800 | rust | Unable to export not mangled symbol in an executable as libraries can do | trying something like this:
``` rust
#[no_mangle]
pub extern "C" fn foo()
{
//...stuff...
}
```
`foo()` seems to get exported if compiled inside a library, but if compiled in a binary crate it doesn't.
I found this out trying to use gtk builder's "gtk_builder_connect_signals", which requires for not mangled symbols to be exported.
Is this behaviour a bug? or is it a design choice? if so, why?
| A-linkage,A-visibility,C-bug | low | Critical |
72,669,772 | youtube-dl | [nba] Add support for authentication | Attempting to download video from http://watch.nba.com (eg `http://watch.nba.com/nba/games/20150501/ATLBKN/41400106`) resulted in an "unsupported UR" error.
The request was made with appropriate username and password credentials for the resource.
Is support for http://watch.nba.com different to http://nba.com, which is listed as a supported domain?
| site-support-request | low | Critical |
72,712,559 | go | testing: show more benchmark data | There are a variety of analyses that would increase confidence in benchmark data. Package testing should _not_ do them, but it probably should make them possible, by having a mode to emit more data about the benchmark run than just the one number it does today.
@aclements
| NeedsInvestigation | low | Minor |
72,770,499 | youtube-dl | [Generic] Add support for playlists if more than one video is found | Treat a url as a playlist if more than one video url is found. This should be a thing for every url that is handled with the generic video extractor.
| request | low | Major |
72,937,791 | gin | the Catch-All form should not include the "/" before param | As the doc said,
```
r.GET("/user/:name/*action"...
action := c.Params.ByName("action")
```
should return value string of **action**, but in fact it returns **/action** with the slash before param string, which is not correctly & inconvenient.
| enhancement | low | Major |
73,118,469 | TypeScript | Rationalize our presentation and handling of merged/alias symbols in the IDE. | Examples of where we could be better:
1. Quick info for an alias could present information about the alias, as well as information about what the alias points to.
2. Goto-type for a union type could allow you to go to any constituent union-type-element.
3. Goto-def on a merged symbol could allow you to go to any declaration.
4. Quick info on a merged symbol could show you all the constituent declaration pieces.
etc. etc.
| Suggestion,Help Wanted,API,Domain: Quick Info | low | Minor |
73,160,724 | youtube-dl | Annotations as subtitles | Would it be feasible, using the `lxml` library, to have Youtube-DL find a way to save annotations as subtitles? (Referring mainly to its usage in MPV via the youtube-dl hook, but also for downloading: for example, downloading a video's annotations and muxing them into a WebM as WebVTT or an MKV as ASS/SSA)
I understand that this feature might be a little complicated to implement, and might require some collaboration between the authors of Youtube-DL and MPV, but it would be a very nice feature to have.
| request | low | Minor |
73,316,759 | rust | "type ... too big for the current architecture" error reported without span pointing to type | e053dfad23515f7020171ae18013b230531a6042 added checks for huge types. These checks are done in middle/trans, but the location of the type is not reported.
For anonymous array types there's no way to extract the span, as the ast-ID is lost.
An example:
``` rust
fn main() {
let _x = [0; 9223372036854775808];
}
```
the error message:
```
error: the type `[i32; 9223372036854775808]` is too big for the current architecture
```
| E-hard,A-diagnostics,T-compiler,C-bug | low | Critical |
73,329,891 | You-Dont-Know-JS | "this & object prototypes": Chapter 2 Clarification?? | I don't know if this makes sense or not. As I was trying to digest this chapter, I got sent down a rabbit hole when the call stack was mentioned in finding the call-site. I modified the example in the chapter to read like this.:
function baz() {
var a = 1;
// call-stack is: `baz`
// so, our call-site is in the global scope
```
console.log( "baz" );
console.log(this.a);
bar(); // <-- call-site for `bar`
```
}
function bar() {
var a = 2;
// call-stack is: `baz` -> `bar`
// so, our call-site is in `baz`
console.log( "bar" );
console.log(this.a);
foo(); // <-- call-site for `foo`
}
function foo() {
var a = 3;
// call-stack is: `baz` -> `bar` -> `foo`
// so, our call-site is in `bar`
```
console.log( "foo" );
console.log(this.a);
```
}
var a = 0;
baz(); // <-- call-site for `baz`
console.log(this.a);
I confused this.a with the local var a in each function, thinking that I should see baz, 1, bar, 2, foo 3, 0 which would be the output if I my console.log statements were console.log(a) (printing out the local
variables in lexical scope for each function call).
Perhaps, it was just my brain confusing this, but if you think otherwise such that others could likewise get confused here, then my suggestion would be to point this out with a similar example.
| question,for second edition | low | Minor |
73,418,011 | go | x/build: make GCE buildlet pool quota accounting smarter | The GCE implementation of BuildletPool's quota accounting is way too dumb & conservative.
If it counted better, it could push our quota limits a lot harder.
In fact, it could push things as hard as possible until it hit limits, learn the limits, and then count from there.
Or it could poll quotas? (is there an API?)
Currently we have quota for 200 CPUs (and N RAM and disk, etc) but we limit ourselves to 60 builds at once, just because we haven't done the work to count how much of resource $X each build uses.
/cc @adg @crawshaw
| Builders | low | Minor |
73,665,931 | go | x/build: builds waiting on resources shouldn't be in building state | /cc @crawshaw @adg
The reverse BuildletPool impl is cheating a bit or interacting weirdly with the rest of the coordinator: instead of blocking on returning a buildlet, it instead "starts" a bunch of builds even if there's not an idle iPhone available. And then each builds looks like it's in progress on build.golang.org (with happy blue gopher), but in reality they're all just stuck, for 4 hours (!?) here:
Arguably, the GCE pool impl might do this too, but it happens much less often so it's been easier to miss and ignore.
We should have make quota a more first-class concept within the coordinator and have different states for "waiting" vs "building". And when quota becomes available, we should prioritize which waiting build gets to go next. Right now the one who gets lucky and grabs a mutex gets to go next.
Then, once we have two states, we should make build.golang.org have two colors of gophers: gray for waiting, and blue for actively building.
| Builders | low | Minor |
73,678,818 | go | x/build: run both root and non-root Linux builders | We should run at least non-root Linux builder to catch tests which accidentally require root.
(but we shouldn't run all builders as non-root, else we'll miss things assuming non-root)
Perhaps we make some existing weird builder also have this role, like linux-386-387, to not add resources or columns. We could rename it to 386-387noroot if we wanted?
/cc @minux @adg @crawshaw
| Builders,FeatureRequest,new-builder | low | Major |
73,737,633 | go | gccgo: does not build on Darwin | Tried building via the procedure documented at https://golang.org/doc/install/gccgo using the gccgo branch. Hit a problem during configure. iant on the IRC informs me that Darwin is currently not supported. Not a blocker, but based on https://sourceware.org/gdb/wiki/GoDebugging the gccgo debugger support is fairly close to complete, and intellij and/or emacs with debug support might be handy in a pinch.
Longer-term LLDB might be the destination so maybe this is moot.
That said, checking out the source takes a while and there are a lot of devs using Darwin. It might be nice if the gccgo page said, up-front, which platforms were currently supported. Ideally in a manner which pulled from the actual install metadata. The configure might also detect this ASAP. Just saying. When Mr. Kernighan's book is released there will be a wave of people looking into the new-and-improved 'c'.
| NeedsInvestigation | low | Critical |
73,741,556 | youtube-dl | Add if statement for output template | I currently use this: `-o "D:\Movies\youtube-dl\%(playlist_index)s.%(title)s-%(id)s.%(ext)s"` but whenever I download a video that's not in a playlist, it gets saved with a filename that starts with `NA.<title>`.
It would help if it was possible to check if some variable exists, like `-o "D:\Movies\youtube-dl\%if(playlist_index)s{%(playlist_index)s.}%(title)s-%(id)s.%(ext)s"`
| request | low | Minor |
73,805,045 | rust | Order-dependent type inference failure with match | Not sure if this has been reported yet, but it really seems like Rust should be able to do better here.
This also works if we replace the `match` with an `if let` and move the `res` assignment below it.
Note that this is a reduced testcase and therefore contrived, but the original issue can be seen [here](http://www.reddit.com/r/rust/comments/352u97/question_about_function_accepting_a_closure_as_an/).
---
``` rust
struct Foo;
impl Foo {
fn foo(self) -> () { () }
}
fn main() {
let mut res = None; // Compiles if we use `None::<Foo>`;
match res {
Some(winning) => { let _: () = winning.foo(); },
None => res = Some(Foo), // Compiles if we move the None clause above the Some.
}
}
```
``` console
<anon>:10:40: 10:53 error: the type of this value must be known in this context
<anon>:10 Some(winning) => { let _: () = winning.foo(); },
^~~~~~~~~~~~~
```
| A-type-system,C-enhancement,T-compiler,T-types | low | Critical |
73,807,675 | go | x/tools/refactor: "Extract" features | This is a feature request, not a bug.
It would be nice to have a command that makes it easy to extract methods and functions from code.
Something like: a command that takes a range of code in a file that should be replaced with a function or method call and a name for that function or method (let's just call it "func").
The code in the given range would be replaced in the file with a call to the new func (with return values, too) and a definition of the func would be inserted into the current file next door to the current func (or, wherever the struct is defined in the current package if it's only in one place). The arguments and return value for the func would be inferred from the variables the code range uses.
It would be nice for the command to infer whether to build a function or method by looking to see if the range of code given is inside a method and if the code refers to the method's target.
More magic would be to allow the addition of functions and methods to structs in other packages with this tool.
| Tools,Refactoring | low | Critical |
73,920,994 | kubernetes | FUSE volumes | I have an use-case where I would like to mount Google Cloud Storage (GCS) bucket (and a directory in that bucket) in my container and use it as a regular FS. Currently, it seems doable using s3fs-fuse (https://github.com/s3fs-fuse/s3fs-fuse) - thanks @brendanburns. It would be great if GCS was supported as a first class Volume in Kubernetes.
| priority/awaiting-more-evidence,sig/storage,kind/feature,needs-triage | high | Critical |
74,062,391 | youtube-dl | [vimeo] Support private channels | Hi there!
Some days ago I was able to download Videos from vimeo.com, but now I always get 404 error messages when I try it.
Output is this:
[debug] System config: []
[debug] User config: []
[debug] Command-line args: [u'-f', u'h264-hd', u'-u', u'PRIVATE', u'-p', u'PRIVATE', u'-4', u'https://vimeo.com/channels/900773/126813964', u'--verbose']
[debug] Encodings: locale UTF-8, fs UTF-8, out UTF-8, pref UTF-8
[debug] youtube-dl version 2015.05.04
[debug] Python version 2.7.6 - Linux-3.13.0-24-generic-x86_64-with-LinuxMint-17-qiana
[debug] exe versions: avconv 9.18-6, avprobe 9.18-6, rtmpdump 2.4
[debug] Proxy map: {}
[vimeo] Logging in
[vimeo] 126813964: Downloading webpage
ERROR: Unable to download webpage: HTTP Error 404: Not Found (caused by HTTPError()); please report this issue on https://yt-dl.org/bug . Make sure you are using the latest version; type youtube-dl -U to update. Be sure to call youtube-dl with the --verbose flag and include its complete output.
File "/usr/local/bin/youtube-dl/youtube_dl/extractor/common.py", line 312, in _request_webpage
return self._downloader.urlopen(url_or_request)
File "/usr/local/bin/youtube-dl/youtube_dl/YoutubeDL.py", line 1708, in urlopen
return self._opener.open(req, timeout=self._socket_timeout)
File "/usr/lib/python2.7/urllib2.py", line 410, in open
response = meth(req, response)
File "/usr/lib/python2.7/urllib2.py", line 523, in http_response
'http', request, response, code, msg, hdrs)
File "/usr/lib/python2.7/urllib2.py", line 448, in error
return self._call_chain(_args)
File "/usr/lib/python2.7/urllib2.py", line 382, in _call_chain
result = func(_args)
File "/usr/lib/python2.7/urllib2.py", line 531, in http_error_default
raise HTTPError(req.get_full_url(), code, msg, hdrs, fp)
Is this a youtube-dl problem or a problem on my side?
| request,account-needed | low | Critical |
74,301,732 | rust | lint “non_upper_case_globals” wrongly warns the consumer | The lint “non_upper_case_globals” wrongly warns the consumer about a ill-named constant ([playpen](http://is.gd/GplrQb)). It only seems to happen if the constant is imported into the current namespace and if you’re using it in a match statement:
``` rust
mod consts {
#![allow(non_upper_case_globals)]
pub const fooBAR: usize = 23;
}
fn main() {
use consts::*;
println!("{}", match 23 {
fooBAR => "yes",
_ => "no"
});
}
```
| A-lints,T-lang,C-bug | low | Major |
74,331,174 | youtube-dl | Add support for http://triathlonlive.tv/ | site-support-request | low | Minor |
|
74,420,006 | go | x/mobile/app: app crashes with DeadObjectException on Android | Applications seem to be throwing an exception during pause, makes them crash on resume. The case is consistently reproducible with the basic example.
1. Launch the basic example on an Android device
2. Press back to pause it
3. Bring app to the foreground
Application crashes with the following log.
```
W/ActivityManager( 510): Exception thrown during pause
W/ActivityManager( 510): android.os.DeadObjectException
W/ActivityManager( 510): at android.os.BinderProxy.transactNative(Native Method)
W/ActivityManager( 510): at android.os.BinderProxy.transact(Binder.java:496)
W/ActivityManager( 510): at android.app.ApplicationThreadProxy.schedulePauseActivity(ApplicationThreadNative.java:701)
W/ActivityManager( 510): at com.android.server.am.ActivityStack.startPausingLocked(ActivityStack.java:852)
W/ActivityManager( 510): at com.android.server.am.ActivityStack.finishActivityLocked(ActivityStack.java:2754)
W/ActivityManager( 510): at com.android.server.am.ActivityStack.finishTopRunningActivityLocked(ActivityStack.java:2611)
W/ActivityManager( 510): at com.android.server.am.ActivityStackSupervisor.finishTopRunningActivityLocked(ActivityStackSupervisor.java:2453)
W/ActivityManager( 510): at com.android.server.am.ActivityManagerService.handleAppCrashLocked(ActivityManagerService.java:11511)
W/ActivityManager( 510): at com.android.server.am.ActivityManagerService.makeAppCrashingLocked(ActivityManagerService.java:11408)
W/ActivityManager( 510): at com.android.server.am.ActivityManagerService.crashApplication(ActivityManagerService.java:12087)
W/ActivityManager( 510): at com.android.server.am.ActivityManagerService.handleApplicationCrashInner(ActivityManagerService.java:11603)
W/ActivityManager( 510): at com.android.server.am.NativeCrashListener$NativeCrashReporter.run(NativeCrashListener.java:86)
```
cc/ @crawshaw @hyangah
| mobile | low | Critical |
74,420,091 | kubernetes | Run services as non-privileged users | At the moment most services in kubernetes run as root. This includes (from glancing at ps aux on a minion):
- etcd
- kube2sky
- td-agent
- ~~skydns~~ (no longer exists in addons)
- elasticsearch
- ~~heapster~~ (removed in 31fb04fa98e34773e18bd32d5aa4dfc554a9b83e)
It's best practice to use non-root user accounts for services that don't need them. E.g. elasticsearch had remote code execution vulnerabilities in the past.
Even though docker's root has a capability bounding set applied so it doesn't translate to a real root on the host, the attack surface for privilege escalation attacks is still increased.
| priority/backlog,area/security,kind/cleanup,sig/apps,help wanted,lifecycle/frozen | medium | Critical |
74,536,402 | rust | Pretty Printing on `*-windows-gnu` broken because .debug_gdb_scripts is not emitted | ```
rustc --version
rustc 1.0.0-beta.2 (e9080ec39 2015-04-16) (built 2015-04-16)
rustc -g main.rs
dumpbin /summary main.exe
Microsoft (R) COFF/PE Dumper Version 14.00.22816.0
Copyright (C) Microsoft Corporation. All rights reserved.
Dump of file main.exe
File Type: EXECUTABLE IMAGE
Summary
1000 .CRT
1000 .bss
1000 .data
2000 .debug_abbrev
2000 .debug_aranges
1000 .debug_frame
1A000 .debug_info
13000 .debug_line
1000 .debug_pubnames
1000 .debug_pubtypes
11000 .debug_ranges
1000 .debug_str
1000 .edata
24000 .eh_frame
2000 .idata
3F000 .rdata
C000 .reloc
CC000 .text
1000 .tls
```
Expected a .debug_gdb_scripts section
| A-debuginfo,P-medium,T-compiler,O-windows-gnu,C-bug,WG-debugging | low | Critical |
74,675,518 | electron | Accelerators should be localized in the menu | Right now, for an accelerator like `Ctrl+F`, Electron shows `Ctrl+F` in the menu while other Windows apps show `Strg+F` on my German system.
Electron shows `Ctrl+F`:
Chrome shows `Strg+F`:
There are multiple options:
1. Use the strings provided by Chrome. They are in `src/ui/strings/translations/ui_strings_LOCALE.xtb`.
2. Create our own strings, probably based on the Chrome strings. We don't need all the strings from Chrome, we just need [four](https://code.google.com/p/chromium/codesearch#chromium/src/ui/strings/translations/ui_strings_de.xtb&q=KEY_COMBO_NAME&sq=package:chromium&type=cs&l=35) (the 4 we need are marked, plus `Suche` which we don't need). Ok, maybe we also need a few more like `Space` = `Leerzeichen`, `Del` = `Entf`, `Insert` = `Einfg`, ...
3. Let the application handle what to display, so the application is responsible for all translation stuff.
On a side note, for the first two options, the application should be able to override the language (to me, it doesn't matter whether Electron auto-detects the language or not).
| enhancement :sparkles:,component/menu | low | Major |
74,724,619 | thefuck | Display issue on Git for Windows CLI | 
My cli: Using git for windows 1.9.5.msysgit.0 (latest)
Python 3.4.3 on windows.
Also, the require_confirmation setting has been set to True in the current screenshot.
| help wanted,windows | low | Minor |
74,788,587 | neovim | Idea: events for new/closed RPC channels | From gitter:
```
osa1 > my plugin is attached to a running nvim instance using unix socket address,
but how do I get rpc channel created by neovim for my plugin? is there a way to
do that without creating variables etc. in plugin side?
splinterofchaos > @osa1 Every socket connection forms a unique channel.
As an alternative, can you start your plugin via rpcstart()?
osa1 > @splinterofchaos I'm using rpcstart() but it's harder to debug that way.
(can't read stdout, have to write logs) I know every socket forms a unique channel,
it'd be nice if nvim at least showed a notification like "new rpc client connected at
channel N" etc.
splinterofchaos > Ok, how does an autocmd like RpcChannelOpenned/Closed sound?
Then, you could:
autocmd RpcChannelOpenned * echomsg 'new rpc client @' . expand("<amatch>")
osa1 > wow, that sounds like a great idea and yeah that would definitely work for me
```
I think a autocmds for RPC channels could be generally useful for bookkeeping and debugging for plugin writers, although there may in fact be a simpler solution to @osa1's problem.
| enhancement,api | low | Critical |
74,936,381 | java-design-patterns | Add virtual field pattern | There's a new (I think) pattern called the Virtual field pattern, introduced in Java 8. https://kerflyn.wordpress.com/2012/07/09/java-8-now-you-have-mixins/ Scroll half way through till you find "Another Approach".
| info: help wanted,epic: pattern,type: feature | medium | Major |
75,039,055 | rust | Benchmarks are run when just executing tests, leading to very slooooow tests | In my benchmarks, I generate some non-trivial sized blobs of data. Recently, my regular test runs have been very slow, and I believe it's because the benchmarks are running even when not passing `--bench`
**bench.rs**
``` rust
#![feature(test)]
extern crate test;
use std::iter;
#[bench]
fn slow(b: &mut test::Bencher) {
// This is dog-slow without optimizations...
let s: String = iter::repeat("a").take(5*1024*1024).collect();
println!("I made a string");
b.iter(|| 1 + 1);
b.bytes = s.len() as u64;
}
```
And running it:
```
$ rustc --test bench.rs
$ ./bench --nocapture
running 1 test
I made a string
test slow ... ok
test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured
```
Even running with `--test` still runs these very slow tests.
| I-slow,C-enhancement,C-feature-request,A-libtest,requires-nightly | medium | Critical |
75,706,805 | rust | non-hygienic lifetime-shadowing check can make macros non-modular | non-hygienic lifetime-shadowing check can make macros non-modular
This is sort of related to #24278
Here is some example code ([playpen](http://is.gd/qktKxW))
``` rust
macro_rules! foo {
($m:ident) => {
fn $m<'a>(x: &'a i8) -> i8 { *x }
}
}
struct Foo<'a>(&'a i8);
impl<'a> Foo<'a> {
foo!(bar);
fn baz() -> i8 {
let x = 3_i8;
Foo::bar(&x)
}
}
fn main() {
println!("{}", Foo::baz());
}
```
This yields the error:
```
<anon>:3:15: 3:17 error: lifetime name `'a` shadows a lifetime name that is already in scope
<anon>:3 fn $m<'a>(x: &'a i8) -> i8 { *x }
```
The problem is that there is no way for the macro author to make their macro robust against all possible contexts here. In other words, the referential transparency component of hygiene demands that the lifetimes introduced by an expansion be treated as fresh, but they are not.
(Of course, there are plenty of other ways that our macro system is not hygienic, so this is likely to be filed away as a known weakness in `macro_rules!`. I just wanted to have a place to reference this problem.)
| A-lifetimes,A-macros,T-compiler,C-bug,A-hygiene | low | Critical |
75,747,842 | TypeScript | Feature Request: F# style Type Provider support? | Could we get support for something like F#'s type providers in the future?
Let me present some use case scenarios for this.. Let's suppose you have a TS project trying to access a REST API, and this REST API uses Swagger or RAML for documentation. Well in this case we could have something like this;
```
var fooClient = new SwaggerClient<"http://foo.com/swagger.json">();
fooClient.getPeople((people) => {
people.every((person) => console.log(person.firstName + "," + person.lastName);
});
```
and this could be completely type safe, as the SwaggerClient pulls down the API return types, method names (such as getPeople) and signatures at compile time and exposes them as methods to the type system. I think that's pretty huge. Such clients could be written by the community for RAML, SOAP or what have you.
another nice one:
```
var doc = new Document<"index.html">()
doc.titleSpan.text = "Hello World!";
doc.myButton.addListener("clicked", () => { console.log("tapped!")});
```
In this example the Document type provider loads our index.html file and finds all the elements with id's and figures out what types they are, and exposes them in the type system at compile time. Again, I think that's pretty huge!
F# uses Type Providers for all kinds of things, so there's lots of ways this can get used. It's easy to see frameworks figuring out all kinds of amazing things that these could be used for. It also feels like a nice fit for TypeScript because it helps bridge the benefits on dynamic typing with the benefits of static typing.
one more tiny example:
```
console.log(StringC<"name:%s/tid:%n">("Battlebottle", 128));
```
a simple string formatter. This reads "name:%s/tid:%n" and knows that %s and %n must be replaced with a string and number respectively, so at compile time it produces a method that accepts a string parameter and a number parameter. Basically a statically typed string formatter. Just a tiny of example of handy little utilities that could be written with this feature. But the opportunity is pretty huge I think in general.
Any thoughts?
| Suggestion,Needs Proposal | high | Critical |
75,827,093 | angular | Can't retrieve attributes of the top-level component | http://plnkr.co/edit/5731Z9N6tQ391gQtfZrA?p=preview
I've been over the documentation 10 times, I've read through the source code, tutorials, the works... and I still can't wrap my head around what I'm doing wrong.
all I want to do is:
``` html
<app myTitle='my awesome title'>
```
and access myTitle from inside the constructor.
Is that possible in NG2?
| area: core,core: di,type: confusing,P4 | high | Critical |
76,149,693 | go | cmd/link: merge dynlib handling for PE/Macho/ELF | The code that ensures that the binaries we create are linked against the right shared libraries is scattered all of the place and handled in inconsistent ways for all the binary formats. Clean this up.
(For Go 1.6, if that wasn't obvious)
| compiler/runtime | low | Minor |
76,452,289 | go | go/doc: comments dropped from interior of interface definition | The go doc output is missing some important comments from the definition of reflect.Type (so is godoc, but maybe go doc can do better). I've added the missing comments, bracketed by **, below. It's dropping anything that doesn't immediately precede a method definition.
```
$ go doc reflect.Type
type Type interface {
**
// Methods applicable to all types.
**
// Align returns the alignment in bytes of a value of
// this type when allocated in memory.
Align() int
// FieldAlign returns the alignment in bytes of a value of
// this type when used as a field in a struct.
FieldAlign() int
// Method returns the i'th method in the type's method set.
// It panics if i is not in the range [0, NumMethod()).
//
// For a non-interface type T or *T, the returned Method's Type and Func
// fields describe a function whose first argument is the receiver.
//
// For an interface type, the returned Method's Type field gives the
// method signature, without a receiver, and the Func field is nil.
Method(int) Method
// MethodByName returns the method with that name in the type's
// method set and a boolean indicating if the method was found.
//
// For a non-interface type T or *T, the returned Method's Type and Func
// fields describe a function whose first argument is the receiver.
//
// For an interface type, the returned Method's Type field gives the
// method signature, without a receiver, and the Func field is nil.
MethodByName(string) (Method, bool)
// NumMethod returns the number of methods in the type's method set.
NumMethod() int
// Name returns the type's name within its package.
// It returns an empty string for unnamed types.
Name() string
// PkgPath returns a named type's package path, that is, the import path
// that uniquely identifies the package, such as "encoding/base64".
// If the type was predeclared (string, error) or unnamed (*T, struct{}, []int),
// the package path will be the empty string.
PkgPath() string
// Size returns the number of bytes needed to store
// a value of the given type; it is analogous to unsafe.Sizeof.
Size() uintptr
// String returns a string representation of the type.
// The string representation may use shortened package names
// (e.g., base64 instead of "encoding/base64") and is not
// guaranteed to be unique among types. To test for equality,
// compare the Types directly.
String() string
// Kind returns the specific kind of this type.
Kind() Kind
// Implements reports whether the type implements the interface type u.
Implements(u Type) bool
// AssignableTo reports whether a value of the type is assignable to type u.
AssignableTo(u Type) bool
// ConvertibleTo reports whether a value of the type is convertible to type u.
ConvertibleTo(u Type) bool
// Comparable reports whether values of this type are comparable.
Comparable() bool
**
// Methods applicable only to some types, depending on Kind.
// The methods allowed for each kind are:
//
// Int*, Uint*, Float*, Complex*: Bits
// Array: Elem, Len
// Chan: ChanDir, Elem
// Func: In, NumIn, Out, NumOut, IsVariadic.
// Map: Key, Elem
// Ptr: Elem
// Slice: Elem
// Struct: Field, FieldByIndex, FieldByName, FieldByNameFunc, NumField
**
// Bits returns the size of the type in bits.
// It panics if the type's Kind is not one of the
// sized or unsized Int, Uint, Float, or Complex kinds.
Bits() int
// ChanDir returns a channel type's direction.
// It panics if the type's Kind is not Chan.
ChanDir() ChanDir
// IsVariadic reports whether a function type's final input parameter
// is a "..." parameter. If so, t.In(t.NumIn() - 1) returns the parameter's
// implicit actual type []T.
//
// For concreteness, if t represents func(x int, y ... float64), then
//
// t.NumIn() == 2
// t.In(0) is the reflect.Type for "int"
// t.In(1) is the reflect.Type for "[]float64"
// t.IsVariadic() == true
//
// IsVariadic panics if the type's Kind is not Func.
IsVariadic() bool
// Elem returns a type's element type.
// It panics if the type's Kind is not Array, Chan, Map, Ptr, or Slice.
Elem() Type
// Field returns a struct type's i'th field.
// It panics if the type's Kind is not Struct.
// It panics if i is not in the range [0, NumField()).
Field(i int) StructField
// FieldByIndex returns the nested field corresponding
// to the index sequence. It is equivalent to calling Field
// successively for each index i.
// It panics if the type's Kind is not Struct.
FieldByIndex(index []int) StructField
// FieldByName returns the struct field with the given name
// and a boolean indicating if the field was found.
FieldByName(name string) (StructField, bool)
// FieldByNameFunc returns the first struct field with a name
// that satisfies the match function and a boolean indicating if
// the field was found.
FieldByNameFunc(match func(string) bool) (StructField, bool)
// In returns the type of a function type's i'th input parameter.
// It panics if the type's Kind is not Func.
// It panics if i is not in the range [0, NumIn()).
In(i int) Type
// Key returns a map type's key type.
// It panics if the type's Kind is not Map.
Key() Type
// Len returns an array type's length.
// It panics if the type's Kind is not Array.
Len() int
// NumField returns a struct type's field count.
// It panics if the type's Kind is not Struct.
NumField() int
// NumIn returns a function type's input parameter count.
// It panics if the type's Kind is not Func.
NumIn() int
// NumOut returns a function type's output parameter count.
// It panics if the type's Kind is not Func.
NumOut() int
// Out returns the type of a function type's i'th output parameter.
// It panics if the type's Kind is not Func.
// It panics if i is not in the range [0, NumOut()).
Out(i int) Type
common() *rtype
uncommon() *uncommonType
}
```
| NeedsFix,early-in-cycle | low | Critical |
76,718,515 | youtube-dl | --get-filename not getting the final filename (was: get filename not working?) | "--get-filename" returns a different name from a normal execution.
~# youtube-dl -o 'test.%(ext)s' --prefer-ffmpeg --get-filename https://www.youtube.com/watch?v=f3gNU0rNIIo
test.webm
:~# youtube-dl -o 'test.%(ext)s' --prefer-ffmpeg https://www.youtube.com/watch?v=f3gNU0rNIIo
[youtube] f3gNU0rNIIo: Downloading webpage
[youtube] f3gNU0rNIIo: Extracting video information
[youtube] f3gNU0rNIIo: Downloading DASH manifest
WARNING: You have requested formats incompatible for merge. The formats will be merged into mkv
[download] Destination: test.f248.webm
[download] 100% of 83.44MiB in 00:02
[download] Destination: test.f141.m4a
[download] 100% of 7.24MiB in 00:00
[ffmpeg] Merging formats into "test.mkv"
Deleting original file test.f248.webm (pass -k to keep)
Deleting original file test.f141.m4a (pass -k to keep)
~# ls
test.mkv
I am expecting the two commands to return the same filename (either .mkv or .webm).
What am I doing wrong?
Thanks
| bug | medium | Major |
76,739,334 | go | cmd/asm: Allow data references to labels in assembly (support for jump tables) | I've noticed a couple comments in Go assembly routines "TODO replace this with a jump table in the future" and when I tried implementing an assembly routine with a jump table I realized why it hasn't been tried yet. The assembler does not support using labels in data, so there's no easy way to construct the jump table. My incomplete understanding of x64 architecture is that jumps are signed 32 bit offsets from the instruction pointer, which seems like it would make it difficult to implement. Maybe there's also a way to do a jump to a 64bit virtual address, I don't know.
Anyway if it's not too difficult, this would be a nice to have.
| compiler/runtime | low | Major |
76,784,126 | youtube-dl | Display JSON for videos with only some regions allowed | ex.:
./youtube-dl -j https://www.youtube.com/watch?v=JTIBV-86Pt0
ERROR: JTIBV-86Pt0: YouTube said: The uploader has not made this video available in your country.
When you look at the page source metas:
`<meta itemprop="regionsAllowed" content="AR,BO,CL,CO,DO,EC,PE,PR,PY,US,UY,VE">`
It would be great if instead of ERROR, the json output would give the array of allowed countries so you can use a proper proxy for a second try.
| request | low | Critical |
76,914,766 | youtube-dl | add support for Sotheby's | Example URL:
http://www.sothebys.com/content/sothebys/en/news-video/videos/2015/05/seven-artist-records-in-sothebys-contemporary-art-evening-auction.html
~ $
youtube-dl --verbose "http://www.sothebys.com/content/sothebys/en/news-video/videos/2015/05/seven-artist-records-in-sothebys-contemporary-art-evening-auction.html"
[debug] System config: []
[debug] User config: []
[debug] Command-line args: [u'--verbose', u'http://www.sothebys.com/content/sothebys/en/news-video/videos/2015/05/seven-artist-records-in-sothebys-contemporary-art-evening-auction.html']
[debug] Encodings: locale UTF-8, fs UTF-8, out UTF-8, pref UTF-8
[debug] youtube-dl version 2015.05.10
[debug] Python version 2.7.8 - Linux-3.16.0-37-generic-x86_64-with-Ubuntu-14.10-utopic
[debug] exe versions: avconv 11-6, avprobe 11-6
[debug] Proxy map: {}
[generic] seven-artist-records-in-sothebys-contemporary-art-evening-auction: Requesting header
WARNING: Falling back on generic information extractor.
[generic] seven-artist-records-in-sothebys-contemporary-art-evening-auction: Downloading webpage
[generic] seven-artist-records-in-sothebys-contemporary-art-evening-auction: Extracting information
ERROR: Unsupported URL: http://www.sothebys.com/content/sothebys/en/news-video/videos/2015/05/seven-artist-records-in-sothebys-contemporary-art-evening-auction.html
Traceback (most recent call last):
File "/usr/local/bin/youtube-dl/youtube_dl/extractor/generic.py", line 937, in _real_extract
doc = parse_xml(webpage)
File "/usr/local/bin/youtube-dl/youtube_dl/utils.py", line 1558, in parse_xml
tree = xml.etree.ElementTree.XML(s.encode('utf-8'), **kwargs)
File "/usr/lib/python2.7/xml/etree/ElementTree.py", line 1300, in XML
parser.feed(text)
File "/usr/lib/python2.7/xml/etree/ElementTree.py", line 1642, in feed
self._raiseerror(v)
File "/usr/lib/python2.7/xml/etree/ElementTree.py", line 1506, in _raiseerror
raise err
ParseError: not well-formed (invalid token): line 73, column 6986
Traceback (most recent call last):
File "/usr/local/bin/youtube-dl/youtube_dl/YoutubeDL.py", line 650, in extract_info
ie_result = ie.extract(url)
File "/usr/local/bin/youtube-dl/youtube_dl/extractor/common.py", line 273, in extract
return self._real_extract(url)
File "/usr/local/bin/youtube-dl/youtube_dl/extractor/generic.py", line 1467, in _real_extract
raise UnsupportedError(url)
UnsupportedError: Unsupported URL: http://www.sothebys.com/content/sothebys/en/news-video/videos/2015/05/seven-artist-records-in-sothebys-contemporary-art-evening-auction.html
| site-support-request | low | Critical |
77,191,917 | neovim | foreground() function definition is empty | The definition of the `foreground()` function is empty (eval.c):
``` c
static void f_foreground(typval_T *argvars, typval_T *rettv)
{
}
```
Although the function is not useful for the default UI on Unix because it is not linked to X11 libraries and, thus, cannot raise the terminal window, it is useful for graphical user interfaces, like [neovim-qt](https://github.com/equalsraf/neovim-qt). Perhaps, the function should send a message to the UI which then would decide what to do.
I think that the default UI on Unix should do nothing. Another option is to work with a provider, like it is done with the clipboard. For example, `wmctrl` could be the provider for `foreground()` because on Linux we can raise a terminal emulator window with the command:
```
wmctrl -ia $WINDOWID
```
| enhancement,gui | low | Minor |
77,368,144 | youtube-dl | Add support for mako.co.il | link to test: http://www.mako.co.il/mako-vod#/mako-vod-keshet/eretz_nehederet-s12/VOD-3ad468a2e9e3d41006.htm?sCh=de317051b0cfa410&pId=957463908
| site-support-request | low | Minor |
77,925,438 | go | x/tools/cmd/gomvpkg: fails on build problems elsewhere in the GOPATH | Was calling
gomvpkg -from github.com/jmhodges/foobar/baz -to github.com/jmhodges/foobar/quux
and gomvpkg errored out with
```
While scanning Go workspace:
Package "github.com/jmhodges/serve": /Users/jmhodges/src/github.com/jmhodges/serve/serve.go:1:1: expected 'package', found 'IDENT' ypackage.
Package "github.com/dominikh/go-mode.el/indentation_tests": found packages dangling_operator.go (main) and gh-10.go (gh10) in /Users/jmhodges/src/github.com/dominikh/go-mode.el/indentation_tests.
gomvpkg: failed to construct import graph.
```
These packages are unrelated and it would be nice for gomvpkg to be able to build errors in unrelated areas. This might have to be an additional feature of buildutil.
| Tools | low | Critical |
78,585,733 | youtube-dl | [youtube] Set Like to videos, which are downloaded. | I suppose people would download videos which they're liked.
So it is easy to send one more request right after video was downloaded to mark it as liked automatically?
Of course add an option key to enable/disable that feature. =]
Thanks a lot for your work.
| request | low | Major |
78,666,610 | rust | Default impls are not restricted to same module (or submodule) as the trait | In the [OIBIT RFC](https://github.com/rust-lang/rfcs/blob/master/text/0019-opt-in-builtin-traits.md) there are two limitations for default impls:
> 1. The default impl must appear in the same module as `Trait` (or a submodule).
> 2. `Trait` must not define any methods.
Limitation (1) does not appear to match the current implementation. The only error I can find pertaining to this rule is E0318, whose message is:
> cannot create default implementations for traits outside the crate they're defined in; define a new trait instead
Also, the following example currently compiles:
``` rust
#![feature(optin_builtin_traits)]
mod foo {
pub trait Foo { }
}
mod bar {
impl super::foo::Foo for .. { }
}
fn main() {}
```
I'm not sure if this is a bug in the implementation, if it's merely unimplemented, or if the RFC should be updated to reflect that you can define a default impl in the same crate, with no restriction on which module it's defined in.
| A-type-system,T-compiler,C-bug,T-types | low | Critical |
78,727,595 | rust | rust-lang repos that do not declare licenses | It came up today that kate-config does not have a license file. I filed a [PR](https://github.com/rust-lang/kate-config/pull/9) to fix that, but there are others.
- [ ] crates.io-index - I'm not sure if this needs a copyright license since it isn't a work of creative expression, but it might still be worth putting something explicit in there just to fend off questions. Maybe there's some sort of 'open-data' license that's appropriate. https://github.com/rust-lang/crates.io-index/issues/3
- [ ] blog.rust-lang.org
- [x] https://github.com/rust-lang/blog.rust-lang.org/issues/63 CC-BY suggested
- [x] regex - Declared in Cargo.toml but no accompanying license files. has dual Apache+MIT
- [x] rfcs - This is a mess. It should have the MIT/ASL license per our other docs but we didn't have the foresight to do it. - https://github.com/rust-lang/rfcs/issues/1259
- [x] rust-buildbot - now dual-licensed
- [ ] meeting-minutes - Doesn't matter probably.
- [ ] rust-www - This is tricky. It contains a COPYRIGHT file, but I believe we put it there to have a license to link to for Rust itself. We can probably argue that the entire website falls under that license.
- [ ] Add Apache and MIT license texts? prev.rust-lang.org#174
- [x] rust.vim - https://github.com/rust-lang/rust.vim/issues/45
- [x] rust-mode - https://github.com/rust-lang/rust-mode/issues/91
- [x] rust-packaging - contains licenses now
~~-[ ] gedit-config - dual-licensed~~ repo abandoned
- [ ] rustup - rustup.sh itself contains the license, but not the rest. and repo contains both license files
- [ ] rust-installer - ditto
~~- [ ] rust-wiki-backup - decommissioned partially because it was not properly licensed~~ repo archived
- [ ] rust-guidelines - repo was decommissioned and moved
~~- [ ] nano-config - Only contains copyright notice, not license Has both licenses~~ repo archived
~~-[ ] zsh-config - ditto~~ repo archived
## Update:
- [ ] [docker-rust](https://github.com/rust-lang/docker-rust)
- https://github.com/rust-lang/docker-rust/issues/207 - https://github.com/rust-lang/docker-rust/pull/74
~~[ ] [docker-rust-nightly](https://github.com/rust-lang/docker-rust-nightly)~~ (the repository has been archived, the licensing is now being done in docker-rust)
- [ ] [crater](https://github.com/rust-lang/crater) mentions a license in README, even though the license files are not included in the repo
- [x] [bors](https://github.com/rust-lang/bors): [bootstrap commit](https://github.com/rust-lang/bors/commit/bb146113e158f7764b78847cf833cd8f74cadc7d)
- [x] [surveys](https://github.com/rust-lang/surveys)
- https://github.com/rust-lang/surveys/issues/267
- https://github.com/rust-lang/surveys/pull/266
- [x] [rustc-perf](https://github.com/rust-lang/rustc-perf)
- https://github.com/rust-lang/rustc-perf/issues/1933
- https://github.com/rust-lang/rustc-perf/pull/1881
- [x] [fmt-rfcs](https://github.com/rust-lang/fmt-rfcs): https://github.com/rust-lang/fmt-rfcs/pull/174
- [ ] [.github](https://github.com/rust-lang/.github)
- [ ] [rust-lang.github.io](https://github.com/rust-lang/rust-lang.github.io)
~~[ ] https://github.com/rust-lang/project-rfc-2229~~ (archived)
- [ ] https://github.com/rust-lang/wg-debugging
- [ ] https://github.com/rust-lang/wg-cargo-std-aware
- [ ] https://github.com/rust-lang/wg-allocators
- [ ] https://github.com/rust-lang/moderation-team
- [ ] https://github.com/rust-lang/wg-incr-comp
- [ ] https://github.com/rust-lang/compiler-team-prioritization
~~- [ ] https://github.com/rust-lang/rustc-timing~~ (archived) | P-low,T-core,C-tracking-issue,A-licensing | medium | Critical |
78,744,378 | youtube-dl | [site-support-request] music.naver.com | http://music.naver.com/artist/videoPlayer.nhn?videoId=99476
Support this site, please~
Thanks in advance. :)
| site-support-request | low | Minor |
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