Cryptoquote 1 o% s' V' R5 y* f) a1 A
4 f/ i$ J/ [; h1 N; h$ m% x
$ {8 t" s# v0 Y x
Time Limit: 1000 ms Memory Limit: 65536 kB5 O1 o6 R$ a% `
Solved: 79 Tried: 281 , v% w6 N+ D% j7 J- S
! e: ~7 g o8 Z/ b) R: y* Z
Description . H7 M2 w9 G9 _& G6 U* ~- VA cryptoquote is a ** encoded message where one letter is simply replaced by another throughout the message. For example: " w e+ d. c% H/ F3 H$ e* J" L0 E" R
Encoded: HPC PJVYMIY * c( ]2 D1 h( A2 l$ _6 ]4 f8 HDecoded: ACM CONTEST ! V& K* i# M7 R' C8 W2 g2 I& q, w& f4 r* O4 `6 A9 F) `6 D+ s* U* v
In the example above, H=A, P=C, C=M, J=O, V=N, Y=T, M=E and I=S. For this problem, you will decode messages. 7 H2 E7 \2 C; n2 z2 L, k$ c
# S j+ H _+ y5 S + C9 T6 \% Q) l# }1 h3 y: e; sInput $ E! w# [+ r, C3 O7 n' ?The first line of input contains a single integer N,(1<=N<=1000) which is the number of data sets that follow. Each data set consists of two lines of input. The first line is the encoded message. The second line is a 26 character string of upper case letters giving the character mapping for each letter of the alphabet: the first character gives the mapping for A, the second for B and so on. Only upper case letters will be used. Spaces may appear in the encoded message, and should be preserved in the output string.. Z9 G, ?% R6 Y* r; P
( i! j& t5 x r6 V 2 T2 ]! \: m* h6 U, ~; l5 h7 b/ z! }7 h4 U8 d- i. X( z5 J2 V$ N
Output # m2 w8 `" {& y/ M( `
For each data set, you should generate one line of output with the following values: The data set number as a decimal integer (start counting at one), a space and the decoded message. ) W8 K! a) H# A1 E. K( Q
R, G, l1 Z/ j3 T8 P 9 I. G6 V" d/ v! f4 c, l, p2 ^" KSample Input - z _# v# S3 Z" l' R U
2 + g' g7 u+ m5 ]+ R# {& w9 I: ^HPC PJVYMIY " V2 z( S7 o8 }# j3 o& FBLMRGJIASOPZEFDCKWYHUNXQTV / N- J7 r4 J& t# f0 z9 s3 R! T. e' x7 @
FDY GAI BG UKMY ( H* `1 B7 E& s6 }! B; jKIMHOTSQYRLCUZPAGWJNBVDXEF- y: J! `4 s( z, v* I7 ]
9 a0 ^# P& H, G* t; C) R) |8 v# V$ w ( N6 _) \8 Q1 s! w+ Y* ~' r8 {( ]9 ?6 _ y, f1 W
Sample Output . s& m) E4 o3 ?* i* r1 ACM CONTEST " }& N5 g7 t d3 ]( T0 }2 THE SKY IS BLUE P( O5 p2 m8 {* a" |( M# p
+ W8 ] v) d4 {9 i% H: @
6 C5 ~. r0 Z( p K$ n
$ b. X( k" {- S0 i/ @" F4 [
我的代码是: , f. Y Z Q6 {, | k#include<stdio.h> # A8 C+ u4 J" F#include<string.h>( R- `; c. r4 p' k+ d
int main() : @ K# S) t/ M, g1 T( H, ?{ ( @4 A/ m! j' L5 j# e+ K; m; _ int N,i,j,k; ' Z& i2 o! \) `) P' D; b% L char c;0 n+ z% [ K* p! F. }2 r+ D
char code[1000];+ V0 F7 ? g- K+ v' f
char map[27];! G- j1 V# R- |" Q7 n
char trans[1000];2 p( b" \/ Z. x1 Y ?4 q- G
char wrong[3]; ; W" [# r& _" [! g scanf("%d",&N);3 |, q# B* U, p9 w9 N# }
gets(wrong);8 z# L+ }! I* ~. p7 a' X- e
int h=1;! T1 | P' q8 e, p' t" @. m
while(N--) Z L8 v5 r5 c5 C7 e3 P% |0 Y. g
{3 a8 t# E5 |7 n
gets(code);8 \& d( s, b- O* J, b8 ~0 j% }2 a( t" W
gets(map); l2 p8 M z$ l8 w0 Q5 l for(i=0;((c=code[i])!='\0');i++)1 O( r2 G% a; v8 t: A3 g" p) B
{) t! y' N. h7 C5 M$ q8 O
if(c==' ')trans[i]=' ';: }# ]! I. S" f- l' W" E, A
else {j=code[i]-'A';/ V: e) ?4 s: p8 T- J" U6 p
trans[i]=map[j];} }0 i) u* A0 n, l4 m7 ]% T
printf("%d ",h);+ O# Y$ h" v# c" Z+ K
for(i=0;((k=trans[i]<=90)&&(k=trans[i]>=65)||(k=trans[i]==' '));i++)+ i3 a& l0 o5 W- L+ B
printf("%c",trans[i]);. [& e( H; U- q) p' S& m8 e
h++;( U2 q8 ~. D+ y9 g, K, i
printf("\n"); 0 K% y3 i$ C* H U( K( [: X }( G* M1 B2 n& t1 ^1 {9 T
return 0; ! B. C& U3 Q. h& v0 {$ _; R}4 S& q) _$ A2 e4 ~( G7 ?
& ]. J4 u2 m" Y* E7 S
9 C4 h. \, r! a {9 E6 `
样例过了,但是提交答案的时候还是wrong answer。是哪里有陷阱?7 D% C; h+ r0 Q5 c/ q# M4 `8 o