pip will automatically build from source using a Python sdist. This requires C/C++ development tools to be installed: • On Windows: – Install Visual Studio 2019. If not installed in a standard location install from local PyMuPDF checkout and optional local MuPDF checkout • Install C/C++ development tools as described above. • Enter a Python venv and update pip, as described above. • Get a PyMuPDF source 'height': 501, 'image': b'\xff\xd8\xff\xe0\x00\x10JFIF\...', # CAUTION: LARGE! 'size': 80518, 'transform': (200.0, 0.0, -0.0, 228.2460174560547, 100.0, 135.8769989013672), 'type': 1, 'width': 439, 'xres':

for commercial use from Artifex Software, Inc. MuPDF consists of a software library, command line tools, and viewers for various platforms. To get started with MuPDF a developer should acquire the source Terminal command: make prefix=/usr/local install This will then install the viewer, command line tools, libraries, and header files on your system. 3 MuPDF Documentation, Release 1.24.0 1.2.3 Linux can typically be found in the xorg-dev package. Alternatively, if you only want the command line tools, you can build with HAVE_X11=no. The new OpenGL based viewer also needs OpenGL headers and libraries

for commercial use from Artifex Software, Inc. MuPDF consists of a software library, command line tools, and viewers for various platforms. To get started with MuPDF a developer should acquire the source Terminal command: make prefix=/usr/local install This will then install the viewer, command line tools, libraries, and header files on your system. 3 MuPDF Documentation, Release 1.23.0 1.2.3 Linux can typically be found in the xorg-dev package. Alternatively, if you only want the command line tools, you can build with HAVE_X11=no. The new OpenGL based viewer also needs OpenGL headers and libraries

is a lightweight PDF, XPS, and E-book viewer. MuPDF consists of a software library, command line tools, and viewers for various platforms. To get started with MuPDF a developer should acquire the source Terminal command: make prefix=/usr/local install This will then install the viewer, command line tools, libraries, and header files on your system. 3 MuPDF Documentation, Release 1.21.2 1.2.3 Linux can typically be found in the xorg-dev package. Alternatively, if you only want the command line tools, you can build with HAVE_X11=no. The new OpenGL based viewer also needs OpenGL headers and libraries

for commercial use from Artifex Software, Inc. MuPDF consists of a software library, command line tools, and viewers for various platforms. To get started with MuPDF a developer should acquire the source Terminal command: make prefix=/usr/local install This will then install the viewer, command line tools, libraries, and header files on your system. 3 MuPDF Documentation, Release 1.25.0 1.2.3 Linux can typically be found in the xorg-dev package. Alternatively, if you only want the command line tools, you can build with HAVE_X11=no. The new OpenGL based viewer also needs OpenGL headers and libraries

only parts are displayed here to save space). This is the original page image: Shifting We transform it with a matrix where e = 100 (right shift by 100 pixels). Next we do a down shift by 100 pixels: must first convert it to a PDF and then display it e.g. via Page.showPDFpage(). There exist many tools for SVG-to-PDF conversion, among them the Python package svglib or Java solutions like Apache Batik tar_pix.writePNG(fn) This is the input picture editra.png (taken from the wxPython directory /tools/Editra/pixmaps): Here is the output, showing some intermediate picture and the final result: Example

files in models The File object File storage Testing in Django Writing and running tests Testing tools Advanced testing topics User authentication in Django Overview Installation Usage Django’s cache Formsets | Customizing validation The development process Learn about the various components and tools to help you in the development and testing of Django applications: Settings: Overview | Full list Overview | Adding custom commands Testing: Introduction | Writing and running tests | Included testing tools | Advanced topics Deployment: Overview | WSGI servers | Deploying static files | Tracking code errors

print('%s + %s = %d' % (a, b, c)) 11 12 if __name__ == '__main__': 13 main('pass: %s' % data) transform to 1 pyarmor__17 = __assert_armored__(b'\x83\xda\x03sys') 2 3 def pyarmor__22(a, b): 4 parse_obj = context.parse_object parse_arr = context.parse_array make_scanner = py_make_scanner transform to pyarmor__3 = __assert_armored__(b'\x83e\x9d') __all__ = ['make_scanner'] def pyarmor__1(context): $ pyarmor gen --enable-rft foo.py $ python dist/foo.py If it still doesn’t work, or you need transform more names, refer to Insight Into RFT Mode to learn more usage. This feature is only available

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 1.15 Common Web application tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 1.16 Other core functionalities Formsets | Customizing validation 1.8 The development process Learn about the various components and tools to help you in the development and testing of Django applications: • Settings: Overview | Full list | Adding custom commands • Testing: Introduction | Writing and running tests | Included testing tools | Advanced topics • Deployment: Overview | WSGI servers | Deploying static files | Tracking code

files in models The File object File storage Testing in Django Writing and running tests Testing tools Advanced testing topics User authentication in Django Overview Installation Usage Django’s cache Formsets | Customizing validation The development process Learn about the various components and tools to help you in the development and testing of Django applications: Settings: Overview | Full list Overview | Adding custom commands Testing: Introduction | Writing and running tests | Included testing tools | Advanced topics Deployment: Overview | WSGI servers | ASGI servers | Deploying static files | Tracking