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BalkongSjampis
16.07.2019 kl 13:11
1863
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Redigert 16.07.2019 kl 13:12
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Hallo gett se du BalkongSjampis. Hvilken tidligere storkæll og losjemedlem fra BP er du se?
Je liker å tisse meg selv i munnen se.
Inn i blodbanen se? Hva skjer nå da mon tro? Kanskje man blir tell en PROMP?! Hvem vet! Følg med!
PROMP PROMP PROMP!
PROMP PROMP PROMP!
E9 du.
TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS PROMP TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS T
TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS PROMP TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS TISS T
Å nå lot je det stå tell i buxa gett.
Stor kæller har æillti vellfyltte buxer se
Nå: fylle buxene gett
Å kjenn den lukta da du dere
Å kjenn den lukta da du dere
Promp
Promp promp
Promp promp promp
Promp promp promp promp gett
Promp promp
Promp promp promp
Promp promp promp promp gett
BalkongSjampis
02.10.2019 kl 21:57
1691
Trump og Boris er storkællene sine det du. De som itte liker døm er småkæller gett.
BalkongSjampis
04.10.2019 kl 14:25
1670
Her er et gøtt teps i kølda gett
Pesse i buxa for å hølde varmen
Pesse i buxa for å hølde varmen
Nå: durabel knert med vødka gett se