files.h" #include "osrng.h" #include "hex.h" #include "base64.h" using namespace CryptoPP; // aes ebc exception e) { std::cout << e.what() << std::endl; } return encrypt_str; } // aes ebc exception e) { std::cout << e.what() << std::endl; } return encrypt_str; } // aes ebc (key, keylen); CryptoPP::StreamTransformationFilter stf_description( ebc_description std::exception e) { std::cout << e.what() << std::endl; return ""; } } // aes ebc
','ebc8a441-c6f9-11e4-b137-0adc305c','11'),('ebc8a441-c6f9-11e4-b137-0adc305c3f24','ebc9d647-c6f9-11e4 -b137-0adc305c','21'),('ebc8a441-c6f9-11e4-b137-0adc305c3f25','ebc8a441-c6f9-11e4-b137-0adc305c','15' ),('ebc9d647-c6f9-11e4-b137-0adc305c3f23','ebc9d647-c6f9-11e4-b137-0adc305c','22'),('ebc9d647-c6f9-11e4 -c6f9-11e4-b137-0adc305c3f28','zhangsan','ebc8a441-c6f9-11e4-b137-0adc305c'),('ebc9d647-c6f9-11e4-b137 ,sys_permission_id) values ('ebc8a441-c6f9-11e4-b137-0adc305c3f21','ebc8a441-c6f9-11e4-b137-0adc305c
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, "h_skill" : "青莲剑歌", "h_attack" : 1000, "h_blood" : 1500 } { "_id" : ObjectId("5d2d88a2a77ffd067ee1ebc7 : "青莲剑歌", "h_attack" : 1000, "h_blood" : 1500 } { "_id" : ObjectId("5d2d88a2a77ffd067ee1ebc7 : "青莲剑歌", "h_attack" : 1000, "h_blood" : 1500 } { "_id" : ObjectId("5d2d88a2a77ffd067ee1ebc7 :[{h_attack:{$gt:800}},{h_blood:{$gt:1000}}]}).pretty() { "_id" : ObjectId("5d2d8887a77ffd067ee1ebc6 : "青莲剑歌", "h_attack" : 1000, "h_blood" : 1500 } { "_id" : ObjectId("5d2d88a2a77ffd067ee1ebc7
pids:/docker/91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 1011:hugetlb:/docker/91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 :/docker/91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 138:net_cls:/docker/91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 /91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 165:blkio:/docker/91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 /91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 192:cpuset:/docker/91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 201:memory:/docker/91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698 210::/docker/91105ee80286688d365ec8fd584b292cf45d4f3751ebc56d8aa762c773044698
问题表象 在上传图片时，Taro-UI只提供了一个图片选择器，可以返回这个图片的临时路径，类似如下: { "url":"blob:http://10.1.10.122:10086/4ebc5d64 -bd9a-4994-8212-addf476ba2c2", "file": { "path":"blob:http://10.1.10.122:10086/4ebc5d64-bd9a // 其中 // imgObj = 上面那个对象 // imgObj.url = blob:http://10.1.10.122:10086/4ebc5d64-bd9a-4994-8212-addf476ba2c2
3 4 freeswitch@xxx> originate {origination_uuid=4841d610-fba3-46b3-9432-4a4ebc164b36}user/1000 &park 时指定），然后用这个uuid，向内置用户1000发起呼叫，接通后park住，这样就有一个进行的通话了 2、模拟按键 uuid_send_dtmf 4841d610-fba3-46b3-9432-4a4ebc164b36 uuid_send_dtmf 命令在按键后，还可以附加一个可选参数 tone_duration， 可以试下效果： uuid_send_dtmf 4841d610-fba3-46b3-9432-4a4ebc164b36 再试一下： uuid_send_dtmf 4841d610-fba3-46b3-9432-4a4ebc164b36 12 @5000 这时候输出的内容太多，就不截完整的图了，输出片段如下： ----- ----------------------------------------- freeswitch@xxx> uuid_send_dtmf 4841d610-fba3-46b3-9432-4a4ebc164b36
common 10s myclaim Pending pvc-e3f8e886-8776-11e8-b82d-000d3aa2ebc3 0 common 11s myclaim Bound pvc-e3f8e886-8776-11e8-b82d-000d3aa2ebc3 2Gi CAPACITY ACCESS MODES STORAGECLASS AGE myclaim Bound pvc-37eb6014-8778-11e8-b82d-000d3aa2ebc3 default StorageClass: exp Status: Bound Volume: pvc-37eb6014-8778-11e8-b82d-000d3aa2ebc3 OperationNotAllowed" Message="Cannot resize disk k8s-5b49c85f-dynamic-pvc-37eb6014-8778-11e8-b82d-000d3aa2ebc3
等待一会，构建成功： 9e70992ebc17: Pushing [===============================================> ] 42.66MB/45.02MB 9e70992ebc17: Pushing [=================================================> ] 44.96MB/45.02MB 9e70992ebc17 : Pushing [==================================================>] 45.02MB 9e70992ebc17: Pushed latest:
Here is the code of one of the subclasses that line occurs in: [Guid("ebc25cf6-9120-4283-b972-0e5520d0000E public ZlibException(string s) { base..ctor(); return; } } It should be : [Guid("ebc25cf6
. ├── diff │ └── 6b2b93d3feced2838351bad5a459ebc13a55eca45007692ca1622a0c30e986b7 │ ├── bin │ sys │ ├── tmp │ ├── usr │ └── var ├── layers │ └── 6b2b93d3feced2838351bad5a459ebc13a55eca45007692ca1622a0c30e986b7 #文件为空 └── mnt └── 6b2b93d3feced2838351bad5a459ebc13a55eca45007692ca1622a0c30e986b7 #目录为空 创建容器后 root@cr7-ubuntu:/var/lib/docker/aufs# tree -L 3 . ├── diff │ ├── 6b2b93d3feced2838351bad5a459ebc13a55eca45007692ca1622a0c30e986b7 root@cr7-ubuntu:/var/lib/docker/aufs# tree -L 3 . ├── diff │ ├── 6b2b93d3feced2838351bad5a459ebc13a55eca45007692ca1622a0c30e986b7
find .git/refs -type f 若要创建一个新引用来帮助记忆最新提交所在的位置，从技术上讲我们只需简单地做如下操作： $ echo "1a410efbd13591db07496601ebc7a059dd55cfe9 现在，你就可以在 Git 命令中使用这个刚创建的新引用来代替 SHA-1 值了： $ git log --pretty=oneline master 1a410efbd13591db07496601ebc7a059dd55cfe9 如果想更新某个引用，Git 提供了一个更加安全的命令 update-ref 来完成此事： $ git update-ref refs/heads/master 1a410efbd13591db07496601ebc7a059dd55cfe9 可以通过创建一个附注标签来验证这个过程（-a 选项指定了要创建的是一个附注标签）： $ git tag -a v1.1 1a410efbd13591db07496601ebc7a059dd55cfe9 cat-file 命令： $ git cat-file -p 9585191f37f7b0fb9444f35a9bf50de191beadc2 object 1a410efbd13591db07496601ebc7a059dd55cfe9
NSLog(@"%@,%@,%@",a,b,c); NSLog(@"%p,%p,%p",a,b,c); 输出结果： abcabcabc,abcabcabc,abcabcabc 0xf9f7789ebc9c00cc ,0xf9f7789ebc9c00cc,0x6000011f7090 疑问 为什么a 和b 地址一样 我们思考一下，由于a 为不可变字符串，本身就是不可以改变的。
docker-desktop-test Package manager: deb Target file: Dockerfile Project name: docker-image|99138c65ebc7 Docker image: 99138c65ebc7 Base image: golang:1.14.6 Licenses: enabled Tested docker-desktop-test Package manager: deb Target file: Dockerfile Project name: docker-image|99138c65ebc7 Docker image: 99138c65ebc7 Base image: golang:1.14.6 Licenses: enabled Tested
8c26f659bb517f4fc9fff43009d54f409b138fd838f905890938d97d7f71cd016153cb638f32&mpshare=1&scene=1&srcid=&sharer_sharetime=1569389574326&sharer_shareid=050fef71c2c8c2cd7ebc8d5cccf6b556 scene=1&srcid=0925rOv2YGtsD6Gh6YsmYXPK&sharer_sharetime=1569389775787&sharer_shareid=050fef71c2c8c2cd7ebc8d5cccf6b556 f448a91cc33f200a32cdbd01535e227a4a81cd3ce843992e410d0e4d5b772914d1ac3d6324fe&mpshare=1&scene=1&srcid=&sharer_sharetime=1569082336079&sharer_shareid=050fef71c2c8c2cd7ebc8d5cccf6b556 beb1e94f89c660596572b8dd0f91d6926040eaca946a02a2b7eefa393fffc9365f4afac2f315&mpshare=1&scene=1&srcid=&sharer_sharetime=1569071754991&sharer_shareid=050fef71c2c8c2cd7ebc8d5cccf6b556 scene=1&srcid=0925rOv2YGtsD6Gh6YsmYXPK&sharer_sharetime=1569389775787&sharer_shareid=050fef71c2c8c2cd7ebc8d5cccf6b556
/tags/v1.0 9585191f37f7b0fb9444f35a9bf50de191beadc2 refs/tags/v1.1 ^1a410efbd13591db07496601ebc7a059dd55cfe9 modified repo a bit 484a59275031909e19aadb7c92262719cfcdf19a added repo.rb 1a410efbd13591db07496601ebc7a059dd55cfe9 HEAD is now at 1a410ef third commit $ git log --pretty=oneline 1a410efbd13591db07496601ebc7a059dd55cfe9 任何时间运行 git reflog 命令可以查看当前的状态： $ git reflog 1a410ef HEAD@{0}: 1a410efbd13591db07496601ebc7a059dd55cfe9 运行 git log -g 会输出 reflog 的正常日志，从而显示更多有用信息： $ git log -g commit 1a410efbd13591db07496601ebc7a059dd55cfe9
modified repo a bit 484a59275031909e19aadb7c92262719cfcdf19a added repo.rb 1a410efbd13591db07496601ebc7a059dd55cfe9 HEAD is now at 1a410ef third commit $ git log --pretty=oneline 1a410efbd13591db07496601ebc7a059dd55cfe9 任何时间运行 git reflog 命令可以查看当前的状态： $ git reflog 1a410ef HEAD@{0}: 1a410efbd13591db07496601ebc7a059dd55cfe9 运行 git log -g 会输出 reflog 的正常日志，从而显示更多有用信息： $ git log -g commit 1a410efbd13591db07496601ebc7a059dd55cfe9 modified repo a bit 484a59275031909e19aadb7c92262719cfcdf19a added repo.rb 1a410efbd13591db07496601ebc7a059dd55cfe9
url=a3f48d30fc293c5e471ef23de092fddc99ebc8d1271da9e725c6889dec944f7c2555ad 以下就是用python实现加密的方法，此方法的缺点是无法加密 url=a3f48d30fc293c5e471ef23de092fddc99ebc8d1271da9e725c6889dec944f7c2555ad 访问网址即可正常跳转。
我们结合下面的例子仔细看一下： 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 00 00 0a 68 9e bc 0d 1、其中2400两个字节是‘$’，这个类似于TCP传输模式下的RTSP协议； 2、0139是RTP包的长度； 3、80600000000000000a689ebc
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