Hejsa folkens.
Først og fremmest, så har jeg fået en streng som jeg skal kunne udlede pdf kode af siger dem jeg får strengen af. Jeg har dog ikke meget tiltro til det de siger, men nu spørger jeg her.
Jeg har fået denne streng:
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
Jeg tænkte om man kunne indsætte den via fpdf for at teste, men jeg ved ikke lige helt hvordan og om man kan få lov at indsætte et stykke pdf kode selv med fpdf?
Dernæst er der nogen som har set noget der ligner dette og kan sige hvordan man skal håndtere det så kunne det være lækkert
Indlæg senest redigeret d. 14.06.2010 16:50 af Bruger #15912