pdf

func (*TPdfHeadFooter) FontDir ¶

func (t *TPdfHeadFooter) FontDir() string

func (*TPdfHeadFooter) ImageFile ¶

func (t *TPdfHeadFooter) ImageFile(fileStr string) string

func (*TPdfHeadFooter) InputDir ¶

func (t *TPdfHeadFooter) InputDir() string

func (*TPdfHeadFooter) LogList ¶

func (p *TPdfHeadFooter) LogList(lst *list.List)

func (*TPdfHeadFooter) OutputDir ¶

func (t *TPdfHeadFooter) OutputDir() string

func (*TPdfHeadFooter) ParseSingleDatas ¶

func (t *TPdfHeadFooter) ParseSingleDatas(cellData *jsondto.TCellDataDto)

func (*TPdfHeadFooter) PdfAddHeadFooter ¶

func (t *TPdfHeadFooter) PdfAddHeadFooter(dto *jsondto.TemplateDto, inputfile string, outputfile string)

func (*TPdfHeadFooter) PdfAddHeadFooterDefault ¶

func (t *TPdfHeadFooter) PdfAddHeadFooterDefault(dto *jsondto.TemplateDto, inputfile string, outputfile string)

AlignLeft = "L" // AlignRight right aligns the cell AlignRight = "R" // AlignCenter centers the cell AlignCenter = "C" // AlignTop aligns the cell to the top AlignTop = "T" // AlignBottom aligns the cell to the bottom AlignBottom = "B" // AlignMiddle aligns the cell to the middle AlignMiddle = "M" // AlignBaseline aligns the cell to the baseline AlignBaseline = "B"

func (*TPdfHeadFooter) SetFooterFunc ¶

func (t *TPdfHeadFooter) SetFooterFunc(pdf *gofpdf.Fpdf, dto *jsondto.TemplateDto)

func (*TPdfHeadFooter) SetHeaderFunc ¶

func (t *TPdfHeadFooter) SetHeaderFunc(pdf *gofpdf.Fpdf, dto *jsondto.TemplateDto)

"logo": "data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH4AAAAoCAYAAAA49E5iAAAACXBIWXMAABcSAAAXEgFnn9JSAAAZmUlEQVR4Xu2ca6wkx3Xff+dUdffM3Mfeu9zlUnzskpIoUaRMPSmKFLmWHCmCYyiyYUFwHkAMBLCBIEj8IR8N5FMSIAniGHA+GDL8SbCDfJCj2Ikc24wg0aZEm6REWaJELnfJ3eVjudz3vfPo7qo6+VDdM3PvLsldUpItJAcY9Ezdruqq8z+vOqf6ipkZP2J6K48Qkd1NPxR6vTm93jNfr98b0VsZ9/X6XiuJiPjdja9F/bQWj0+LP1ict2bSxVcBRAgkYjBUPSnlhZQOQkgYEbOIiIEYIoaIIARoxjin+TlNSz0ZU4+3aeqa548+y3SyzaVLF9navsjp0y8xmUyo65qEEGMkhYhYRAFVxYkiIpgI63s2Ga2ts7a+yZ7N69jY2GA4Wudd77mbcjCkGAygKACwNhCT4QdDUA8mNG0gmcP7EnWa16WJGCMkQUTw6hBlwcCeBIxEIgGGigPL3O2FoAf7hwl6T3L1Gt8DrXP0+45vNEI/bwGwljxW6AQmMDt7mheOH+Xkied45eWTnD3zCtsXLzCbjrlhYw3tBMFjpBRITUPbtoj1c4qYLDFIhbquMTMsdvd0808pYSY452haIyTDTEgYKWamD6qKEAJN01A3DW2KFIMR6ksubI9RVzFaWee6/W/jlkOHeNftd3DHnXezfvAQ4EAczWxGQCjKAeY8LYaXEkMRQJF8tbluzAH/UQMvInL1wFsiM086wB0GRKAJLUVR4IBkCSXhMsrEELC2wZceBJ759qMcfeb7vHLqBcJsG2KNpAaJDaQWrEUwtAOqCYYkA0vZKliEZEBC6QBLkDAER5sMCy1OEyEEUkpZw00IISDq8d4TQqIJsROEBQtEhHY6JcY2A+McZka0RFkOMBViSFlgkkNEERyqirmSRirK9XXue/Aw99z/MfbdeCNaDkAKmmSIlsQohLrFuYphNSAFQ5ywUKXL6fXA3z3/N6I3ATxg0lmkLACRlMGwgMQGlYRooLl0iaPP/oDnjvyA0y8eh9AgJKrKYbElhBZLAVLI0t/NQsxIKc21rzWyRlsku4TueSTUl7RtJCYDdUwbI0UlaYH5EdffeDPveOe7uOngLVy39wDrG3soVveAd5CErGuAJAgRQgMxEkJiMtnm1MsvcfTI0zz79FMc/f6TpLamdIbHcJZIIUBMqPR6DLUZo5V1mqYBFPUlTYhcmkwYrm5wz8ce4IGf/hS3vOOdyGAdvKdpoaxG7HCR10BvCfg3wl8k+3HDwLR3R5hFHIHYTDn+7NM8+fijnD11ktVhyaBUmukWJYHQTjGLqCoxRmKMc00067TWhJTy+KCIGCFMEMtxADGDD4lognMFhhCTMm0j17/tNh44fJhDH74fdA9QYUDbRFCH8wVG1qsEC2Ejm9yeAuAUHAAtkgKkGsKMF458n0f//Gs88ZffZHLxHKVEUjPFmTEaDdgabzOsBsQ2UDjHoBzShsil7QlFNWCwtsEkRM6Na/YfPMTHP/V3+dRnP0+iwronLkgRA5McnyxTz39YrAPeJPB9p9zUf4fePwqJlAJKRIhMLp3nme9/h+ee+Q4p1qgFIJBCQ2hrVIWiKIl4QjJCm6jrBlPBaYE4ZTprGA6HrO7ZYGNjg82NvWxsbLCytspgMMKXqxTqcE6y+9Au0IN8FUcdEqIl5fo+siXSOWd2a8PVMKbvIXTuLRlJDDPDqePc+bPs3VyHeosTTz/Jb//mf6Qdn0dDgyZDO17m/gsSp7TRMANzHlFPwmjwrO6/mU/+7N/nvvsfpBytksyhfgC+JOEQySjkuWXRzZYPnHiuxVpcAfhuWLPeCObvlkCNNJvw4oljHDvyfc6ffglnLZ6IpZZoiYCiZcXq5n4O3HSQG266mbWN/Xg3RHyBqBJCZoZ6h6L0AgYQSPOI34nD0MwkgAROQAS0tzYRRMEyNkSBpkk4J1SFIGSwerpa4Oc07xpJ5ggYToULF7fZu2eVMNuiKA2mF/nCf/4PPPHI19gsFUebrdn8UXnNzrkcd0hCVUnkuEMRiInV9b28ePocK9fdwC/98j/jQw98guBG+MEakRxPQY6uHAFSp5Ba8BaAjyQLiEieiCWwSAjZTD/y8J8S44RQNzSzKbFtGQ2G3HLTzdx194ehHEK5BuJBKswyGJABWzCRjLV11yUyYW7a+mt/X5ZJA0k7x9qlVYiAgFk2m9cEdEcx5alp9zwzI3WxjahDgXq6xWCoMNti65WT/PZv/idOHT/CkHq+2zDJYKRuCr1VzW6lA40EKRFmNWvre5i2ia02Ue7ZR7G6yS/9k1/hvfcdJjaRpAXqSlw3rqVESgl1ecsJV7feHcAnIrGpMUuUVUE93uLYsWOcOnWK2LS898672Ld3P34wIrQtrhogRYkBs2AkTahlS6wCwk5Tpx2CGUuj00d2opjIkttfIUOwoHx3H/MDpPk4iwhd8OIRy2PsZsYbaX4iLs3fgIR1YOZ+kTMvneRb33yYx/7iIV4+foQq1axUSmpm5Ln3LseTJH/v56MGRkQTiBpq0FpCvaOJARMw5wkIWgy59R238yv//Nco1/bCcJOYPM4PMSDGHI/0nHm9dfW0A3iAEEK31Qm89NJLDAYD1tfXGQwGl5nMa6HMup4dbdeadQpTUsxgqcvNMWUBVCfUdYLYMqxKqCdsvXqKE0ef5uTRIzz79FM0kzHj7QvMZlNSZ/oShpQDouXtnitKNvZexztvfzd3vvf9HLz1NspqwGD/DcwfKpptqaQsvdaBXs8IswnPfPcJTr1wkse++Qjnzr7C5NIFSjWq0kMKhKbBYktVVd36ro2yVcjK01uDJEqQikZKDn/6M/zCP/plYrmJakFCaELNwFdk03hlIb8SXQZ8H2nDklnqosm3CnymhGTuMtdo03xDjEAAl0Ai22de4tSLx/id3/p3bF08T2obnBmDwjMoPNY2FOpADJLltbs8NzVlOp5S+IqiKBDJvrQJ2XWZGUU1pG0D6h2F86h3pJSzbmKgurAKYjFn4MSy6wsBSwHnXDc+WEg0MaCumJv4ayUxOiuTgTc8QQoaLQm6wq//m3/PvnfcRYzM5wugUi7GuApsRHalbJ3bvZ1Y0NUM+Fq0MPk5zRLp4gg6w940qFeoxzz9xDf4H//99zjx3NOUUjOkYa8BKogJRIPYgjlMhCxEndCHrDkR0GIlB0QhP1dNcS6vMftgoyj6TgEao7Bu55C7QOeggJywQUnisCKzLQIxadZWBdXsapYd0dWS4jAMSzknICIkdYCSklGUFaPBCiTBqRLahPc+u7clM3+1CnrVufo3T6lT+QQCCZ2DLwDR0MLD+Dzf+OpX+G9f/AKljdnjZhQOQqvkZDdZk0wRE0wzKL0Lyd8MLIOfhSJrEUhnSjtNFM1+drmNPE3r57iLabLM0C6O6EwVbvGnNwU6gDlHaltEAFeQzGhDoBEwV3Df4QcYra9hIoSY8EXOUSRZXsHV048BeKBL/mRmLWBSIKSWUiKsVHzr249BCnjvWKv2cPHCmayhkkHPEg0mRpqP2SknYJK/CewA44p0BWXot19KLp1oUujGXKYsTJe3w0KYxNgRzEEvkJ24aPe77zebUjqPFCXTtmWwusZkUqODIZ/93D/g4z/3WdCKKAl8SUvuq+rAIOdReV0tX6arT9m+aUpgqeOWEPFZs8i8F0torBFNpAun+aMv/VcefuhPiNNtKg1UabrwtSLEboF5q7ekrZet983owY+KFkKyI8u2+IqKZ9YGBqvrvLo1ZrBnHz/7C5/j3sOfZHXf28huJlcFRRxCmo9lS/p7NcCLyDXk6t8Spe6jGDpPRChGM5syqAogEbbO40cV7blX+d3f+QLP/PXjjGZnusUkpMueAVfUxD7VC1cShB8PiSkmaR6lm0Dq5qqWgVfLrkZNcQmSKDOD4eZ1XJi1HP47n+az//ifwmCdkBxJCtBcFOuTN319BBSkmIP/txB4sCUtFOh2DkaMMZdeVQltS13XlN5RVJ7xC8d4/LFH+dpXH+Losz9gZehZXxkyHV+kcrk+p8mwGNEIKoKo5ozelYRjiZYrcyI5oMru5C2wxBbuYV42JgtiJO/nXTEAV7I1nlE3ibs+9BE+8/l/yK13vR9ECZMaP1zDUOomUQ3KHcoilsgBcyQLei4FQ+ZpvyN7LSH4oQH/RkPME8BiLOLkBZn1dXED66Lkrn1YeHLZpIVmTGjGvHLiGM/84K/53rce49L5s5x/9TT19oQ1X+HEkyygPl3ZKnTUl2t3U8+0N0PZZ2dhdAmc9eY4C3wURxBPubbBTbffwQfuu587P/hhyo0DTINDqBgUBQqEtkURnBOa2YyyrED6OCGHkCadBSFf+3n3W87BYHDFtewEvkv4d3/pJHcnqMvmc5mlDgEW24o5JctaJx5I5Nx8psVQXdvl8gBA7BYHkAOYBJZ1J7QtXqUbwvKnaQj1GC8tL544xg+e+h5Hjhzh1dOnmI23SSHXFurpFBdzTr1UQdQQA7NECrOF9mvWpBTzmtV7xHlEhJgyk7MQOVClqkZoMeTgrbfx4Xs+wrvu/ClWr7sehqvgyqyZ4mnbREJwRUnbJgZF3uDu1KGFEC5bpv63Wd5iBsuQFQptnDDevsCJ55/j7rvej0iRsfQ74oAF8GHenEGZQ2RdcgTo4RZSJxj979zDuntT19u6jn4JvDktCdHrUYZzZ+eeCborUTKejBmNRghCkxpEBN89p2MXJMvzjqnbJXZcM3ISKaXMQWK2pD0Svsj3NQ05L+3yb7p7DJI5tuvIyuoaTZsTRVVZEGJiOp0i4vDeUxQO11WaQgJLkcoLy8qzO93c81L6uVo/tc7sa+LShTMcf/4Y4/E2ZsZ9D34cogN8n9ftx1gkcBJzb4FhjLfOs7oyBIV26xJlWeRsiFm+MYXuIEJEyhLro82yQouSzFWjnrbIaI2YctarT2nGGKnrmtFo1E/hitQtd0dbv8furU4vFoPRCol8d6EOSPNgK5OQS3vau8RM/QAO8AqSA6klA7V41q6MbN+1p4GHaOB7DbOEV1gfVYj0+f+Oj4AjgQPDdxh0E9u5ZELoBNl7wEiWkJRjJCRy8pmnOfnCc0xmY1ZWVlhZXSc2Da4YkSsjO2kOvLOAihFmE4rKM3n5WR76i6/y7cf+iheeP8a+PSuE2Zi2meHEcCL56lw2g04oByuIr7g0ntEm4+Ch23jHXXfzM5/5RVY391FVA7JtUdQJZSUYDdAVNFB689L7+WV8euqM765WWIhvYm6pJOVFWz48IgYm3UES6xI7S1zpz8DRNVt37Z+ZNW/xnOV7DObW6LVoOcAFspBJTmoZl68qe/MEFjvQaxAI7ZgTzx/nxLFnqTQx3bqQS93eUc/g9nffjitzEc3scuAX1bk4Q8MEvPHo//oyv/+F32JQOYaDku1LFyh90SUi8sKWB5oHRJK5mAQsSVejd1AM2apbRsMVfvVf/Bp33PU+WN0DptmclkMQRxMidWuo86jXPFw0JBmq4F3XlgwsLjTSDIiQuihXFNSTXidn/kYAvRb1pvfK1NcidlPXZ0n4snvJpd5oQhsSzilOu7tTvipZo4kNqPHys9/l2Wee4uyZ0xSFsr62QqwnucZQruAGq4z27Oee+x4kyQCdG/UFL3b4eJrzfO+vHuFLv/e7nDjyFDeuD2jqKd77fGhg4egvI5HFFqgXgvlHjTa1JHJ7m5SQEuIKXDUiRANV9l1/Ax/8yL088OBPs3bzzZ1QKEE2EclCFGMeQ73HdfvaZfh6bVHyfnd5O7WbXhfApcTQtZBJtmfLT+1H6m1abtsldBZIYQYWcybOKxhsv3qao0ee5uSJ59k6f5ZB5VgdKjG2kNp81s87ME8UR9Ihew7czH2HP4npAJGKRZ3kNYCfvPI0v/Fv/zXbr76EhAmuneAUZnUuNXYGcwf1YL8uE2Fp3wk7l53P32Uw80lVYF4lCyhNtUZRFKytb3DDTTfz7jvu5D133c3+Ww6Clvncu5aA0NQ1Tgu0KGmDIZqFthdMMyN2AuzcIoNoCZKAk449Brb8WZpx4bNJNss5gGVBhwVPVHPZJQfCiWT5tLHzCqpAghA5/+opnnz8UY4ffQpn2Y+L5KqoaCfAIjgvcz465+YFtRCFcrSfC1sN9z7wcQ7deTcxKuorIrKYw87s3iK4G1UV+zb3cuHl41jTMPKeaIY4IxdHdknpNVA+lyrzyN4kawBAUXjMjBQTbRvyftQphRQUavj6LD6WpOYCJ88c5/i3H+GPEUyU6aTGBBKKK0puOXQrBw4cYH1zH3e87x7K0Rrr6+usrq9RVkPwHi8OVHK0q25hV6NBfwbfd2VOEXbmAhJZNFLXL5KlJOS++dwYabzF9vYlLl64wJnTr3Dm7KtMti5x7uxZmmZG29aIGUXhqYqSshCKmN83ULL09QKLdL7fMp+8qwgp0TaGqkdcxXiSuPf+T3Do9vdAcogviCjRslJdKU5amPp4DpoxX/wvv8F3H/9Lwvgcql09PhnOC2pLC0cxyz41S/vy33ZSX5zYAbxdfk1Yvmd+qE6ZR7kw16rdGbecR1giyTVAI2JJSCmRsMxMX+CcIwZDulp9PxbqEMn3iyreOVzRv32T56eS9T9voXIZV5x29XrBWeaLqs4/dELunEM0z2MOLBBSwherIHkMU0E1ry3fo5RFlYH2I6ZtQ2uwed0Brr/hFu792KdhuEYzrfPJKFdSd4dqvPTW9jX28THVeWthDbRjfvXzf49RqewZVWxvXcCzYHA/of7THwj4SaPlI8sinXkVoX+dq1+fat6FLN/XA9O39e2J7LJEBHHdtb+vc2fLbQCuPywpDnEQNXXjQSGK14JKB4ynDZTrhHLA++/7GD9170cJeLyugWUhXqbdv3sSkeUEjqEkLNXkE5xj/uD3v8hX/vDLjFxiGKb4FOYBk9D7szxJgD58mR8y7H6/2Rr1j5J639x/h4V5lc40LQBdCMm8zS0BKguhWfRRrDvF039Y+htkSygiFOopKBERTCO57JxAO3OunpAcphXv/+inufvD91NuHiAlh7qSXu/6+fS0+3dPIrIAvrVsYUMMFE4I9ZSyymb23ImjfOmLX+CpJx4lhpa962tsb52HFFgbVsSmBnqD9pMBPFzOmF4A5qafHuicr8i/dwrF/NMZj5xC3vW37kNnAeaWpQPe+5wC7ncTIorTCnMFUxPqpBx6z3v5uZ//HKncZHV0HeCZTVoGwyJr4TWQiCyZektzf6hieKfkc3CQa4cT2DrP1776EH/8R1/m3KmXWRk4SkkUtjhSDD/5wC9/76+96V8WgMuAFaNwuS4hcmUBWLYEeRxBSqWViPqCgY6IwTGbCCubB/jIxz7BBx/8GUIxJPgC3JA21Ax9iTfBQkC8vybwdwB/JZovXsAQDCPMprgUKCzy6ovH+fpD/5uH//QPGDhDpUVSi5JfWkwp5bNhbi0PAuToLXWfy5mfA8TFtT+bf+30pjtexsPl8m6kP5Cag7schQtgmCpRHYXmZJezvB0rVPCaX5meTseoKqPVIRFjMhuztv9tnN6Gan0fd7/vg9x/+BNs3nwbtBBM8dUK+fWqziLMl5byZLuC2tXSVQMvGXkQSAnadob4RFk4cspixvYrL/HYN/6cr//ZQ5w4+gwDgdXhAE2Rgoj2j5EuxdHNPl72eKFfoAHI4mWBvynKPN1ttbrfy/O3XH/0Xsk5dMPU8nevmDgCiklFbQ5cxYEbD/Iv/9Wvoxv7IBjJQH0JWhLNiJYj/b4gpXSsk0Q+2QTYD1nj52RkfKX7uLyDTURycTGQT3onmM0AR3v+HI98/WEe/j9/wpkXj2BhysrKELNI004ZDkoGg5KL585Tlp6iKMCMtskvVKpqPkXarehyy/AG9AbZN7NFcLfcBiD9Ibne5/Y3kOchkreAMUac5HmaGbFp8b5iPBszWh2hXrg0vkQrwurGJtvThptuu50P3XuYD330MOs3HAI8TSP4opgbxd5FLqxfZ1S6lgXwdMD/kDV+mZYPLvTX1JnTfl/d72XNjLquUYSy9BBrrBkjRckjf/Y/+epDX+GFE89BqBlUnspBqQIWsbYlhAApA9PHB7tBekN6C8Cr5HxCD4SxdDhEhDbm/IUr/NzntyHQxETUkjooBw+9nZ//xc/x3g/cA8UAiiFIQZzWRHGUgxEmUNct1aDMILJ4br4m+uqi0Ceb3jpdE/Cxe69ObAmEZIBCBFPpxDEbwX7QmCDF/qBBYrJ1jqoUXOWgrcHB5KWTfOfbj/OdJx7n2NEjbF+6hFcYFh5ppsCSFi7Rzqa05Pt62gl+DyR0wC8lh5LkNrUMPHT3WwY9SpctnDVI4XFlhainGg646eAtfOSee3nP+z7A6oGDQAl+AFaQT0kUJBRVye/9CzgHdM+EhVIttJhOqztt7tuBHa5wufkq6ZqAf7OUl7Vr3oAQwWLnuwxiO2eCmZFihBjwPuTOMVJPp1w8f5azr55h69IFnnzySerJmO2tLcbjLbYuXqCZ1bTNhAOba5gt/uOFmWHiyCdlhLoNOF+iqjhXUBQFRVUiruDWt7+dvfuu5+DBW3nbjTeyvrFJuXYd+AKchza/lYM4imqIaK4/5JccyrnlgKwkuy3L3zT9WICHBfg79K8DI8acwuxPpCz+DihMO1MPC8GZm38SwiKjmNLibV+LLYKA9J+dpjKGgPbHqsgvXGJdGlUK8itUYAYpgWoeJqXctsw1kfx3yI/oX7DMf/vbCfzutv9P/4/Q/wXSFIXVhAk+EQAAAABJRU5ErkJggg==",

func (*TemplateHandle) FontDir ¶

func (t *TemplateHandle) FontDir() string

func (*TemplateHandle) HandleBody ¶

func (t *TemplateHandle) HandleBody() (*bytes.Buffer, error)

only used by code

func (*TemplateHandle) HandleBodyIO ¶

func (t *TemplateHandle) HandleBodyIO(rp *dto2.DataRequestDto, content []byte) (*bytes.Buffer, error)

const str = `{"name":{"first":"Janet","last":"Prichard"},"age":47}` value := gjson.Get(str, "name.last") func (t *TemplateExcel) HandleBodyIO(reader io.Reader, msgHelper *helper.HttpHelper,delHeader bool) (*bytes.Buffer ,error){

func (*TemplateHandle) HandleBodyPreview ¶

func (t *TemplateHandle) HandleBodyPreview(templateRequestDto *dto2.TemplateRequestDto) (*bytes.Buffer, *dto2.DataResultDto)

打印模板删除页眉页脚，并且设置尺寸

func (*TemplateHandle) HandleHeaderFooter ¶

func (t *TemplateHandle) HandleHeaderFooter(inputfile string) string

json pdf2pdf

func (*TemplateHandle) HandleTemplateBody ¶

func (t *TemplateHandle) HandleTemplateBody(templateRequestDto *dto2.TemplateRequestDto) (*bytes.Buffer, *dto2.DataResultDto)

func (*TemplateHandle) HandleTemplatePdf ¶

func (t *TemplateHandle) HandleTemplatePdf() ([]byte, *dto2.DataResultDto)

func (*TemplateHandle) ImageFile ¶

func (t *TemplateHandle) ImageFile(fileStr string) string

func (*TemplateHandle) InputDir ¶

func (t *TemplateHandle) InputDir() string

func (*TemplateHandle) MakePdf ¶

func (t *TemplateHandle) MakePdf() string

func (*TemplateHandle) OutputDir ¶

func (t *TemplateHandle) OutputDir() string

func (*TemplateHandle) Pdf2Pdf ¶

func (t *TemplateHandle) Pdf2Pdf(body []byte) ([]byte, error)

func (*TemplateHandle) PdfAddHeadFooterDefault ¶

func (t *TemplateHandle) PdfAddHeadFooterDefault(inputfile string, outputfile string)