畢業論文-基于asp的房產管理信息系統的設計與實現-資料下載頁

　　

【正文】 alt= 區域所屬： %=rszs(qy)% 房 產 公 司 ：%=rszs(kfs)% 樓盤地址： %=rszs(address)% 狀 態： %=rszs(zt)% src=images/ border=0 width=91 height=60/a/TD/TR TR TD align=middle width=127 height=30 span style=\fontsize:9pt。lineheight: 15pt\ %if len(rszs(house_name))7 then %%=left(rszs(house_name),7)%% else%%=rszs(house_name)%%end if%/span /TD/TR/TBODY/TABLE/TD % % TD align=middle width=25% height=110 TABLE height=100 cellSpacing=0 cellPadding=0 width=127 background=%if rszs(zt)= 展示 then%images/%elseif rszs(zt)= 熱銷 then%images/%elseif rszs(zt)= 售完 then%images/%end if% border=0 TBODY TR TD class=bg2 vAlign=bottom align=middle width=127 height=70 background=pic/%=rszs(pic)% a target=_blank href=?id=%=rszs(id)% IMG alt= 區域所屬： %=rszs(qy)% 房 產 公 司 ：%=rszs(kfs)% 樓盤地址： %=rszs(address)% 狀 態： %=rszs(zt)% src=images/ border=0 width=91 height=60/a/TD/TR TR TD align=middle width=127 height=30 span style=\fontsize:9pt。lineheight: 15pt\ %if len(rszs(house_name))7 then %%=left(rszs(house_name),7)%% else%%=rszs(house_name)%%end if%/span /TD/TR/TBODY/TABLE/TD 計算機科學與技術系畢業設計（論文） 38 % % TD align=middle width=25% height=110 TABLE height=100 cellSpacing=0 cellPadding=0 width=127 background=%if rszs(zt)= 展示 then%images/%elseif rszs(zt)= 熱銷 then%images/%elseif rszs(zt)= 售完 then%images/%end if% border=0 TBODY TR TD class=bg2 vAlign=bottom align=middle width=127 height=70 background=pic/%=rszs(pic)% a target=_blank href=?id=%=rszs(id)% IMG alt= 區域所屬： %=rszs(qy)% 房 產 公 司 ：%=rszs(kfs)% 樓盤地址： %=rszs(address)% 狀 態： %=rszs(zt)% src=images/ border=0 width=91 height=60/a/TD/TR TR TD align=middle width=127 height=30 span style=\fontsize:9pt。lineheight: 15pt\ %if len(rszs(house_name))7 then %%=left(rszs(house_name),7)%% else%%=rszs(house_name)%%end if%/span /TD/TR/TBODY/TABLE/TD/TR % y=y+4 if y=MaxPic then exit do loop set rszs=nothing % /TBODY/TABLE/TD/TR TR TD TABLE cellSpacing=2 cellPadding=0 border=0 TBODY TR 計算機科學與技術系畢業設計（論文） 39 TD align=right width=70狀 態： /TD TD width=13 IMG height=12 src=images/ width=12/TD TD width=50展 示 /TD TD width=13 IMG height=12 src=images/ width=12/TD TD width=50熱 銷 /TD TD width=13 IMG height=12 src=images/ width=12/TD TD售 完/TD/TR/TBODY/TABLE/TD/TR/TBODY/TABLE/TD/TR/TBODY/TABLE/TD TD width=4 height=69/TD TD vAlign=top width=195 bgColor=91CAD9 align=center TABLE cellSpacing=0 cellPadding=0 width=75 border=0 TBODY TR 計算機科學與技術系畢業設計（論文） 40 附錄二：英文文獻及翻譯 數據類型和數據結構 Before defining the specifics of data types and data structures， let us first define a term that will be used throughout this text． A data value is a piece of data [1] that we can consider， perhaps only momentarily， as a single entity． We might consider， for example， the integer value 593 as a single data value． The set｛ 32． 99，一 1． 04， 0． 395｝ might be considered in its entirety a single data value． It might also be considered to be posed of three distinct ponent values that are somehow related． In this case， their relationships to each other are that they are members of the same set． If we depose a data value as we have done with the set value， we need term for the pieces that result． Each piece is a value of another data type in this case real． We will call these ponent values ponent elements， or simply elements． If a data value can be deposed into ponent parts， we call each part a ponent element． An atomic data value is a piece of data that we choose to consider as a single， nondeposable entity． For example， the integer 62 953 may be considered as a single integer value stored on this sheet of paper． We can depose it if we wish to do so． The integer 62 953（ see Fig． 41） could be seen as a collection of digits stored on the page in a lefttoright order． Each digit 一 6， 2， 9，5， and 3 一 could either be considered to be atomic or be viewed as collections of dots of ink（ suppose we are using