scanf随笔
当scanf连续输出时中下一位为char的输出值时,如果出现%c输出了换行符,可在第一个%c前增加\n解决,代码如下long b;
printf("input a long integer\n");
scanf("%ld", &b);//这里需要拍一下回车才能输出,但是换行符会被之后的scanf读取
printf("%ld\n", b);
char a1, b1, c1;
printf("input character a,b,c\n");
scanf("%c %c %c", &a1, &b1, &c1);//这里没有添加\n
printf("%d,%d,%d\n%c,%c,%c\n", a1, b1, c1, a1 - 32, b1 - 32, c1 - 32);结果是
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
换行符被输出抢了a的地盘使a的值输入到了b,b输入c,c输入???(无家可归)
所以可以
long b;
printf("input a long integer\n");
scanf("%ld",&b);//这里需要拍一下回车才能输出,但是换行符会被之后的scanf读取
printf("%ld\n", b);
char a1, b1, c1;
printf("input character a,b,c\n");
scanf("\n%c %c %c", &a1,&b1,&c1);//在%c前加一个\n
printf("%d,%d,%d\n%c,%c,%c\n", a1, b1, c1, a1 - 32, b1 - 32 ,c1 - 32);
结果如下
data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAO4AAAClCAYAAABbccGNAAATTklEQVR4nO2d3bW0KgyGp4Chm/SSTmiESujDntgXgAIGBHV+2PNePGudM9sPBXkFQhIez+fTAQDm4vHpBwAAjAPhXkQpcsTsmLXTxjqr6ePPBP4/q3CVIqft4pbFOFbq4w82C0qR08Y4Y4yzyzK9cNEP5iAbcYm1M1/a8bxAtKMv7kyk/8eIe2c/mOG9zcg0U2Wl2Bn73R3gvwj3197bjGTCVYoc0fc1sFLk2Cxu+fIO8F+Ee1c/mOW9zchjW9N4pI6nSPs1nNGOFDltbLjeZlMq4uQ6YmfWcq0znFynw79PXqgi7Wy4Viedhs32bBkXOgOxcdamZRnHN3TUI+Eq4qTtFmeL+/a2c1qeSd+d0eu/MTxWnzv7weh78wJP20WL76O3vkflxXoYa50Na/ms7Ak+NPkat9LxFJFjbd1ivRFGk79GsXY2EZoi9g0WruPkd1M2LptdAynFzhTCbV1/VlzLkguGtL2t7Jpwfd0WZzU7Usp3rvgs68err51TocUPYvx/a9gR86W6XO0HI+9tfW69PTOx2RnHeuvbU54icszsWMff2Rnjxa2Ee38jXcJdX4DYmEWHqlS8FMcnhWtN3rH9aH/9ZbXaj83iFsOHvw+1c9l+d7bRxX7Q+0y1v7PJR/3e+vaWt713G2YQ3y3UkjHh7oQWv4LHDVeK41PCTZ+d49T+pu2P6kil9jOOrF6H7dLXzm8Tbsfz9T6TJKj4DLsPWkd9e8vb+qTc376dnxOut3KGdZnRjpkd8WtH3Ga9utpFaGdp6ljptHfVY+T5et9bdS1c2kA669tbntT2M/E+4XaNLK8V7mqAefNU+RUjrr+fcdYmRhhzbW17Zz/ofW+1EVJ+ruP6jpQH4XYIt2vqMyBcpdgxj40utanRu9a4p6eEUjuTDtb7+zvdK4VbvjdpChvLJBqvb295d773T/Aa4S65AYjCb7p8EYVFWhsb3Aa53sjhd9JmeG2yWnbTZ1u3aLx1UV+YavZYlbNtMcnQMzhV3qaB1llrnGb6rjXuwXvLrMMq7QvydUf17S0ve7YZhbtrEGl9wSb5W9j3Ch0x/h5f2vpiSSf7YrLI1v3cuNcWRlwjNPLz+Uz25uR9zR5U+lyriGMbjBsqynYo2ym/NztjG/uLg+2c7aGTD3bQFev1cT3u7Qcj701le8Jyfxmp71F5eT3ae9ffyu0uj3dbf4HQxq3tF9LO/rP2/7X69gDhTkp0Jcw9gu6zLH8bv1bfI24Vbjr1PTPtBP14zysT3ES3dd+3RnehvvcyTXQQAGADwgVgQiBcACYkj8cldqaxlVBuZ9S2eeQtF+m6vvKyf9OwMALwKzzintcan1oRrje7W6cTX1EfliY4ViRxpmuco+Tg3VFeCXVcA8B/5/F8erM6EVVDz57PSljUGvvYdmFTgudUb3nZ3yvB9gD8GjuXx5ZwJW8gKZ603BCXfIR7y1vLCFNkw3V/ZgB+hW7hKtLO6HPRGGLw9WB5MQC+FYgAwK/QLVyJHhF5n+U+odXKS93aIFwALgqXG5n70/Wo6Qy/q5XHJokignABOC/cMlqjeh2xjzo58F+ulafY5LmHIFwAzgm3V7Tr9Y0MEK3ylNrvK0O4AJwQ7qhoI1VrcaO8Wtxkymj+YAD+A0PC9Ymk938nSvdxTTUXkOSEcVTe7hkw4gIwth0kBSyn09k1i4KYS6rIk9tRnvgcEC4AxTGbZhGP49j8g72HVUppCaaQ6X51eVzPj0kyGQ6UVxKdOTBFBr9MPedUmjK0mldJXmcS5wHPZab40fKez3R7qZ3XCYBfAGF9AEwIhAvAhEC4AEwIhAvAhEC4AEwIhAvAhCDnFAATgpxTAEwIck4BMCHIOQXAhCDnFAATgpxTAEwIck4BMCHIOQXAhCDnFAATgpxTAEwIck4BMCHIOQXAhCDnFAATgpxTAEwIwvoAmBAIF4AJgXABmBAIF4AJgXABmBAIF4AJgXAFFLFj1s6YdmAE+C5+6b3lDhgWe6PP59MRh2R3BxFN4Lv4pfeWuzyyPhVA8A68Z9f7Xohi8686wLvb72P1/GfvrcY0U2Wl2Jk3vpD/1gHe3X4fq+c/e2818rzKihx9ofP+5u8M4c7Sfh+r6z96by12vsqSg78PvzPB59jnYV5iWpo0wICT62I+ZSF9jc+NnHekWupVnw1S4MLL8R25nYh96wD1+m71Nlte6mUfqBHbz1jrbLAhqLR9iroclTdSj5H2K8uzVl+qRy+99R0TbvHeOtMnne0vbxdu1oBajsxRFJKVW+OMMU6HeFnFedpVRewrGK7LkqIXwQPSl7EVsnfXl3T9UCUxwyRloWQj1GOfZtZ/hPKO5iOk0o8SOWZ2rON92BnjRVFmwOwpb6Qeve235bSulzdSj27Rdta3+/2ycYu1zhpdvLdzSRdG2/mrhLs2SNm5heNAai9w15k/JFxRBIIge+sb08buy9u3QbxPGS21ewcd5fXWo7f9an8XE9d31GPkffS2Xw9S8v1Yj5FEiGfb+V2MCbfy1T8aSaWX8Snh9uSBHqlv+jeOS4XKttrICz8qr7ceve3XymctHh9zc8ftab8r9Tw7io+287v4KeEeHXFyqr4qrvGsnzYyO+LWiNvukD3ljdSjt/2qa2Fh7XplRDxT36Hyav3vRP85087v4n3CLddL/2DEldY/rY591OFHynvXiCuWdZNwR9vvSj0x4p4UbjnluipcpdjxCUth7QUqxU7ro+crhFuZMp4W7kB5vfXobb9avjFpi/A24Y7UN2T87DruprJWT+vXW95oO7+L1wh3yQ0OJBgMypemiP1xn0uwbNZeJkXr6zmT/Jq4Lnk+n7RdME4djrj7sijUI1pddZkgrzni9pfXW4/e9lunhWV5Rtgqu23EHahvTIfUkVh/scX2o9T/essbbOe3Cbeac6q0ABd5nsq8UWtnjh0+Pdy6su+17ufGPcMw4hqhszyfz2QvTd5P7e4wa+eQn2+ovuIh3rFN/cut5Yeu7pkflNdbj9H2U9ne51G7tOvR/y4G6tuxXFKsnSaV5z2r7YN3Lr9G2/ktwr27wF/xXAHvh8292T3vLu+dQLhgClibS95Pry7v3dwq3HTqi1PjAXgd00QHAQA2IFwAJgTCBWBCbhXuL+X8AeCT3Guc+qGcPwB8EmwHATAhEC4AEwLhAjAhj+cTOX8AmI0Hcv4AMB8P5PwBYD6yI0iQ8weAOXgg5w8A8/FAzh8A5uMxkjOph96cP718a84fAD7JYyRnUg+9OX+6y/vSnD8AfJLHSM6fHkZy/nSX+YU5fwD4JAjrA2BCIFwAJgTCBWBCIFwAJgTCBWBCIFwAJuTxfNaOgZBO2+s7hrGXnvtK113fXjp339p1ALybxxppw/EwKRK9nKIHExM5StHnjnHove8abXSXQ0fvfTuvA+ATPCQn/uitlAqStXBspGJnTnTkWvCAeN+Kr/IZEfXed+T5APgED6kjpsHr8TeivXiuHnV5dF/pGM/t3vJ5rvfct+86AD6FGGTwfIYRrbF29aPt+bVt731rz9E6y/fqfUeeD4BPcFq4Z9e2z+eYcNdzaRODlKJzSdchXPBf8NFB5Vou5IiqdVA/ZTyf82mN+Om8b3r4tg2npr/yvqPPB8C7CcniEuspsTNWO90YWRSby+u83vv6U9L9WjqNEjobXN973zPtAsC78OlZdRmC1zbC3JWVoue+0r0o7Cmfnar31ne0XQB4F6LnVG2qmP7tFVsi5X39/8tT8jNW5d77Xr0OgFcjC7dhnHllatSy7FYKnTtPTOitE9LCgm/Be04VhqaW5VQdTFPjNPZw9Oq4rx/hZKGUI+6d9x25DoBP8CgTmK9Gmcqo4v9eF66KKWsOOnjvfWsuj+XI97L7drYLAO/kIZ3L03Lgr51UsLvmSEAD913P3Y3O/pVr77zvaLsA8E5eEtbH5rxzxoz3BeDd3C5c1ubSyXyz3ReAT4BAegAmBMIFYEIgXAAmBMIFYEIgXAAmJDvY+qoDfXTO2CeTs5ctvpnD/2KdNcYZnNYHfpREuOyMtc5edOkrnSCUIscH3lZHeFfDJJA+Jm6D+yH4UTbhsnGG677BvbzkfFwh0OBqMD8AM7MKl40XAZtrIXt3Cvdo+h6P9Px0IwLwbnxCdEVOxwyHF7NbSMKtpTs9LCukioEbIwA520kGMXi9EQPbg7jGNdbZM8ndLiQ+B+A/s6au0YnhR9vzYhGPKrH6VGQNhAuAzOP5DOvPQmxn07NIU2ViP+UdnipDuACIPKRjRK7kc6oZp7wIx6bgWOMCIPNI17eRMyLL/q0k3BMiPErOBqsy+FUe0vk/UibH7pxOzRE3SQXTWV7N0cJbwuGAAX6Th2SIWrdvkunyUE6nyho3szb3lhePIEnOplXETltkuwC/y8Mbo4RshtFQVYi3JTTJyLX5FlcOy+5wW/Sja57/CVNk8MsMRQfdndMJOaIAOEe3cO/O6YQcUQCcB/G4AEwIhAvAhKxBBocGItLODCQFX4/HrEyHic9NlRVp0dAl3oPGgxpMZ9m7e2m72w+XrzPO6s7n57araGxj7qinUuSY6/dVylvqa+8LfBdbdNCBf7IUfKAUOWr8m9ZxnGcjho6OAlFEjrVxNpx8MGr8ksIPVYcw2CydwrVddZbaJz4bZTsAfQa+Q2cWoQ+03i34LOtUOQ1Yj1/nDB3O60l+86fE10UkxfamnWHUtTLtzP6jwY5ZO22MM8Z6f2hjnNbsmMkR1T8sioQ6Mq+RTHm927HE5XGgafuZkLbHPys71lv52tRFLHmvSe3JJnFqaXxgpLZWlNZd+2fVWzssC6z+38qWAYN0M22NNOIefZHLjub9orUsGGbHwSmjeqBY69jNxsl+R0hT5CjGnvL8frQJYgyjIqmdoEkp73gSxNpKWiCNpPF61tvfonC3j9r+A9PKFpKGX16JCgPvpWqcUoocNUZcbfaOG8/nM/s33vsq+ijT4TRxPdqyMYLXp3rX0u6UZZPeJ7hTxOKz1aarMSkBpSNbOuLaxVm7d07x+b9yLzOjfZsbVlldV+GyyTzdyufYDgvfe8Vtv0O4s9BtVa6Ndq31XzqirIdCc3JsZSFS1kcjfmNt2yncfHqYf5jWaSJrYWYQ3DbL4z2F6Kqt/vLxnUcj7j4+2n9U0uvjxyLeo9Z25Wi7vsfdUqGYKq8zIEyXv5FHuraLQiKpcwtr3KP1X61jnjFMRXfKO0bcOwMTvDV5P9WvLT2OhEusndEc1ufkzwIO5RytcaV2ZpOLUTeMWaXFe5sBwdL8bWRZHq/kmpKIHY1YryPt2iEqa1Vp3ey3gLTTtrH+rQi3ZbApO7WMH4m0+AFip4MI02VATB/rp8TFB6+YKu+Eq63PQ63jNVudfHvmI6XeGZQKO0S8H9G6lZbfz6zLk9SA5dPqntsaA6+nKVzKpo852siBA7kwtnzI2drXLG6RjFSCJXPdqwyjtB/NZIHZpRCiifmcK3vJHVszpYGpRlmWIt826chbGqeIddPAV5a5M/YdLB/yetQNVIqN06y6t6rA5zkQbn27pvWSFfltEGkfVRoZW9PcuN5TiXDFe54wTpEutn4qI27dkr0Z8HTYRjJ2sypv7aq3D1exHVSLjoqW7vS3Urjx5Igeh47SgBYjrtIkfhDuPBwL18odu7YH6dei0XBSmQqWFs1q1gzKTi94iXC7Rtz2OlIqi3lLd5uNxMX/V+9ZJAko17je8uz3rzX5/649o585heeMRimK6+x0a2lvQyB4Un0lTeG21r21Tq/UJjZxH1cQQWubJy33cyPucblle5DWjpUK20pJGxwI189WvCOJtdYZo51m2gk3lrtuB1WmzWvWTZusdcutvnT7Ll1q6L4sJeD9iMIlNuve4JmpcmQ3tWNvCIkd0XfUvjzOrxAuaxOMRtuas/TV7TXS7Ne42hkOe6OZJT79WMh5uLji4x3bM80TllqVax9AYiGJgdrXs9W+4LvYCTezjoYp7MhUWepo5e9eDD5owQjOABJ3C1cRbcajxWSzhCXb9/TuilpzlyHJu2LS6tCQGqZim54dwXx78nrqhP/NZnu+vVbgsi4jhi7weQpfZSFVzY0jrlTGEsS7HOwX3i3ceFZSud+6WbHjlFSH64LfcaXOftptfASVSj4CxVp1RLh+SqudDtPl/dKjz9spTo212c940ne1GG+Jt9G/WtquWw1i90yfv728b0UMMsh+e4FwFe23kyg4L1Td9k4KV/LsosQYduSjnY1otXVkPJxsSUUbOn/Yx92mx7Q5VwSYc6eHLWAiD+urCjfbIqLi+YPjipFDBKOTRpbIL6yzl2W/f/3tQvs54T6fe2eFUriK2GltnDFhilszTgXDSrkdpCieIyT7I7dOLlBn9nGjcSWrgw4jSm6tXhY/0uQEC7lgLd4/u962rYwptrv8yGlCu8SQwzVR386Fci8yRTEsr2VI23/8Usv8rpMnbo5i+luLM4i/laavsneBE8QZHNqP0rTa1dilndZ6NQK1qPk+b0HjYYT+ws6k4lr4Bc9WTuGvlMParNbqw3sK0Ubg8yB1DQATAuECMCEQLgATAuECMCEQLgATAuECMCEQLgAT8gd8dw3WgrQLeQAAAABJRU5ErkJggg==
正常输出
注:输入时为其他类型时无该情况
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