Haerezis

<template>
  <label>
    VModelProxy
    <input type="text" v-model="localValue">
  </label>
</template>

<script setup>
import { ref, computed, watch } from 'vue'
const props = defineProps({

Haerezis

<template>
  <label>
    VModelProxy
    <input type="text" v-model="localValue">
  </label>
</template>

<script setup>
import { ref, computed, watch } from 'vue'

Haerezis

Sample service script for debianoids

Look at LSB init scripts for more information.

Usage

Copy to /etc/init.d:

# replace "$YOUR_SERVICE_NAME" with your service's name (whenever it's not enough obvious)

Haerezis

<iq xmlns="jabber:client" to="tes@conference.jitmeet.example.com/7d6f8a3e" type="set" id="1:sendIQ">
  <jingle xmlns="urn:xmpp:jingle:1" action="session-accept" initiator="tes@conference.jitmeet.example.com/7d6f8a3e" responder="ead7fe02-211f-4f58-9ca1-d4c90757deaa@jitmeet.example.com/4b87562e-3ae8-4d43-b425-dbe609d3eebe" sid="udynjyxxecjw">
    <content creator="responder" name="audio" senders="both">
      <description xmlns="urn:xmpp:jingle:apps:rtp:1" media="audio" ssrc="1360099725">
        <payload-type id="111" name="opus" clockrate="48000" channels="2" />
        <payload-type id="103" name="ISAC" clockrate="16000" channels="1" />
        <payload-type id="104" name="ISAC" clockrate="32000" channels="1" />
      </description>
      <transport xmlns="urn:xmpp:jingle:transports:ice-udp:1" ufrag="I+CEopgcl0Q+Y6Uf" pwd="ucRGPzurNFM0gi4jDi2dSNtg">
        <fingerprint xmlns="urn:xmpp:tmp:jingle:apps:dtls:0" hash="sha-256" setup="active">50:E0:CD:58:5F:74:5D:DC:65:1A:2C:49:FA:46:47:8D:A0:C6:83:C4:05:AF:A2:9

Haerezis

<iq xmlns="jabber:client" to="tes@conference.jitmeet.example.com/ead7fe02" type="set" id="3:sendIQ">
  <jingle xmlns="urn:xmpp:jingle:1" action="session-initiate" initiator="7d6f8a3e-1195-4346-974f-775679f577e3@jitmeet.example.com/e02e6d6b-e0cb-4ae3-85a8-7b56fe18d851" sid="udynjyxxecjw">
    <content creator="initiator" name="audio" senders="both">
      <description xmlns="urn:xmpp:jingle:apps:rtp:1" media="audio" ssrc="1836446403">
        <payload-type id="111" name="opus" clockrate="48000" channels="2">
          <parameter name="minptime" value="10" />
        </payload-type>
        <payload-type id="103" name="ISAC" clockrate="16000" channels="1" />
        <payload-type id="104" name="ISAC" clockrate="32000" channels="1" />
      </description>

Haerezis

LibJitsi.start();
MediaService mediaService = LibJitsi.getMediaService();


//I assume that I have a working video and audio MediaDevice
MediaDevice randomVideoDevice = createVideoDevice();
MediaDevice randomAudioDevice = createAudioDevice();

//I create the MediaFormat for each stream
MediaFormat videoFormat

Haerezis

rtpdump format :

dump in binary format, suitable for rtpplay. The format is as follows: The file starts with
#!rtpplay1.0 address/port\n

The version number indicates the file format version, not the version of RTP tools used to generate the file. The current file format version is 1.0.

This is followed by one binary header (RD_hdr_t) and one RD_packet_t structure for each received packet. All fields are in network byte order. The RTP and RTCP packets are recorded as-is.

typedef struct {

Haerezis

Convention: Byte array notation as it would appear in a hexeditor.

= Layout=

KDBX files, the keepass database files, are layout as follows:

1) Bytes 0-3: Primary identifier, common across all kdbx versions: 
  private static $sigByte1=[0x03,0xD9,0xA2,0x9A];

2) Bytes 4-7: Secondary identifier. Byte 4 can be used to identify the file version (0x67 is latest, 0x66 is the KeePass 2 pre-release format and 0x55 is KeePass 1)