- <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">76</context></context-group></trans-unit><trans-unit id="14d3bc3dafb4a09f3c79daac07ebf30e76457f63" datatype="html">
- <source>
- In theory, someone with enough technical skills could create a script that tracks which IP is downloading which video.
- In practice, this is much more difficult because:
- </source><target state="new">
- In theory, someone with enough technical skills could create a script that tracks which IP is downloading which video.
- In practice, this is much more difficult because:
- </target>
- <context-group purpose="location">
- <context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context>
- <context context-type="linenumber">78</context>
- </context-group>
- </trans-unit><trans-unit id="fc899a02306f4fd2ce20978136d252dd6eb346cf" datatype="html">
- <source>
- An HTTP request has to be sent on each tracker for each video to spy.
- If we want to spy all PeerTube's videos, we have to send as many requests as there are videos (so potentially a lot)
- </source><target state="new">
- An HTTP request has to be sent on each tracker for each video to spy.
- If we want to spy all PeerTube's videos, we have to send as many requests as there are videos (so potentially a lot)
- </target>
- <context-group purpose="location">
- <context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context>
- <context context-type="linenumber">84</context>
- </context-group>
- </trans-unit><trans-unit id="bf2148ec3190556873bd0ca0c805de3a608b10cc" datatype="html">
- <source>
- For each request sent, the tracker returns random peers at a limited number.
- For instance, if there are 1000 peers in the swarm and the tracker sends only 20 peers for each request, there must be at least 50
- requests sent to know every peers in the swarm
- </source><target state="new">
- For each request sent, the tracker returns random peers at a limited number.
- For instance, if there are 1000 peers in the swarm and the tracker sends only 20 peers for each request, there must be at least 50
- requests sent to know every peers in the swarm
- </target>
- <context-group purpose="location">
- <context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context>
- <context context-type="linenumber">89</context>
- </context-group>
- </trans-unit><trans-unit id="3f47eec5fb00ae46a0035cc8f9e428e3d549e337" datatype="html">
- <source>
- Those requests have to be sent regularly to know who starts/stops watching a video. It is easy to detect that kind of behaviour
- </source><target state="new">
- Those requests have to be sent regularly to know who starts/stops watching a video. It is easy to detect that kind of behaviour
- </target>
- <context-group purpose="location">
- <context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context>
- <context context-type="linenumber">95</context>
- </context-group>
- </trans-unit><trans-unit id="a5089b43b2fd8a2639bc7a4cdfaa90e869f51cc3" datatype="html">
- <source>
- If an IP address is stored in the tracker, it doesn't mean that the person behind the IP (if this person exists) has watched the
- video
- </source><target state="new">
- If an IP address is stored in the tracker, it doesn't mean that the person behind the IP (if this person exists) has watched the
- video
- </target>
- <context-group purpose="location">
- <context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context>
- <context context-type="linenumber">99</context>
- </context-group>
- </trans-unit><trans-unit id="ff5458261525060246f1f49a740c8d094dc4bac4" datatype="html">
- <source>
- The IP address is a vague information: usually, it regularly changes and can represent many persons or entities
- </source><target state="new">
- The IP address is a vague information: usually, it regularly changes and can represent many persons or entities
- </target>
- <context-group purpose="location">
- <context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context>
- <context context-type="linenumber">104</context>
- </context-group>
- </trans-unit><trans-unit id="31c95b65cb16d779069e65e82e68690f712c4a5c" datatype="html">
- <source>
- Web peers are not publicly accessible: because we use WebRTC inside the web browser (<x id="START_LINK" ctype="x-a" equiv-text="<a>"/>with the
- WebTorrent library<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/>), the protocol is different from classic BitTorrent.
- When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers
- to forward the information to.
- See <x id="START_LINK_1" ctype="x-a" equiv-text="<a>"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/> for more information
- </source><target state="new">
- Web peers are not publicly accessible: because we use WebRTC inside the web browser (<x id="START_LINK" ctype="x-a" equiv-text="<a>"/>with the
- WebTorrent library<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/>), the protocol is different from classic BitTorrent.
- When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers
- to forward the information to.
- See <x id="START_LINK_1" ctype="x-a" equiv-text="<a>"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/> for more information
- </target>
- <context-group purpose="location">
- <context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context>
- <context context-type="linenumber">108</context>
- </context-group>
- </trans-unit><trans-unit id="e916a82a25fb892f83d2b63ca55594dc7d02f36a" datatype="html">
- <source>
- The worst-case scenario of an average person spying on their friends is quite unlikely.
- There are much more effective ways to get that kind of information.
- </source><target state="new">
- The worst-case scenario of an average person spying on their friends is quite unlikely.
- There are much more effective ways to get that kind of information.
- </target>
- <context-group purpose="location">
- <context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context>
- <context context-type="linenumber">117</context>
- </context-group>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">82</context></context-group>
+ </trans-unit>
+ <trans-unit id="14d3bc3dafb4a09f3c79daac07ebf30e76457f63" datatype="html">
+ <source>In theory, someone with enough technical skills could create a script that tracks which IP is downloading which video. In practice, this is much more difficult because:</source>
+ <target state="translated">理論上,有足夠技術知識的人可以建立指令稿來追蹤哪個 IP 正在下載哪個影片。實際上,這相當困難,因為:</target>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">84</context></context-group>
+ </trans-unit>
+ <trans-unit id="fc899a02306f4fd2ce20978136d252dd6eb346cf" datatype="html">
+ <source>An HTTP request has to be sent on each tracker for each video to spy. If we want to spy all PeerTube's videos, we have to send as many requests as there are videos (so potentially a lot)</source>
+ <target state="translated">必須在每個追蹤器上發送 HTTP 請求以監視每個影片。如果我們想要監視所有 PeerTube 影片,我們必須傳送與影片一樣多的請求(因此會非常多)</target>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">90</context></context-group>
+ </trans-unit>
+ <trans-unit id="bf2148ec3190556873bd0ca0c805de3a608b10cc" datatype="html">
+ <source>For each request sent, the tracker returns random peers at a limited number. For instance, if there are 1000 peers in the swarm and the tracker sends only 20 peers for each request, there must be at least 50 requests sent to know every peers in the swarm</source>
+ <target state="translated">對每個傳送的請求,追蹤器都會傳回有限的數量給隨機的 peer。舉例來說,如果群體中有 1000 個 peer,而追蹤器僅會對每個請求傳送給 peer,您就必須傳送至少 50 個請求以得知群體中的每個 peer</target>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">95</context></context-group>
+ </trans-unit>
+ <trans-unit id="3f47eec5fb00ae46a0035cc8f9e428e3d549e337" datatype="html">
+ <source>Those requests have to be sent regularly to know who starts/stops watching a video. It is easy to detect that kind of behaviour</source>
+ <target state="translated">必須定期發送請求才能知道誰開始/停止觀看影片。但這種行為很容易偵測到</target>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">101</context></context-group>
+ </trans-unit>
+ <trans-unit id="a5089b43b2fd8a2639bc7a4cdfaa90e869f51cc3" datatype="html">
+ <source>If an IP address is stored in the tracker, it doesn't mean that the person behind the IP (if this person exists) has watched the video</source>
+ <target state="translated">如果 IP 被儲存在追蹤器中,也不代表在 IP 背後的人(如果這個人存在的話)看過了影片</target>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">105</context></context-group>
+ </trans-unit>
+ <trans-unit id="ff5458261525060246f1f49a740c8d094dc4bac4" datatype="html">
+ <source>The IP address is a vague information: usually, it regularly changes and can represent many persons or entities</source>
+ <target state="translated">IP 位置是模糊的資訊:通常它會定時變更,可能可以代表許多人或實體</target>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">110</context></context-group>
+ </trans-unit>
+ <trans-unit id="31c95b65cb16d779069e65e82e68690f712c4a5c" datatype="html">
+ <source>Web peers are not publicly accessible: because we use WebRTC inside the web browser (<x id="START_LINK" ctype="x-a" equiv-text="<a>"/>with the WebTorrent library<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/>), the protocol is different from classic BitTorrent. When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers to forward the information to. See <x id="START_LINK_1" ctype="x-a" equiv-text="<a>"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/> for more information </source>
+ <target state="translated">網路的 peer 並無法公開存取:因為我們在瀏覽器中使用 WebRTC(<x id="START_LINK" ctype="x-a" equiv-text="<a>"/>使用 WebTorrent 函式庫<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/>),這個協定與經典的 BitTorrent 不同。當您在網路瀏覽器中,您就會傳送一個包含您 IP 位置的訊號給追蹤器,其將會隨機選擇其他 peer 轉發資訊。看看<x id="START_LINK_1" ctype="x-a" equiv-text="<a>"/>此文件<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/>來取得更多資訊 </target>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">114</context></context-group>
+ </trans-unit>
+ <trans-unit id="e916a82a25fb892f83d2b63ca55594dc7d02f36a" datatype="html">
+ <source>The worst-case scenario of an average person spying on their friends is quite unlikely. There are much more effective ways to get that kind of information.</source>
+ <target state="translated">一般人監視朋友的最壞情況是不太可能發生的。有更多有效的方式來取得這類資訊。</target>
+ <context-group purpose="location"><context context-type="sourcefile">src/app/+about/about-peertube/about-peertube.component.html</context><context context-type="linenumber">123</context></context-group>