Saravanan666/pypi-org huggingface dataset:
Package: layg
Python implementation of the Learn As You Go algorithm described inarxiv:1506:01079andarxiv:2004.11929.The package defines a decorator that can be applied to functions to convert them to functions which learn outputs as they go and emulate the true function when expected errors are low.
Two emulators are included: thek-nearest neighbors Monte Carlo accelerator described there, and a simple neural network.The basic usage of the emulator code is something like this:@emulate(CholeskyNnEmulator)
def loglike(x):
    """
    Your complex and expensive function here
    """
    return -np.dot(x,x)This decorates the functionloglikeso that it is an instance of theLearnerclass.
It can be used in the same way as the original function: just call it asloglike(x).The__call__(x)method now hides some extra complexity: it uses the Learn As You Go emulation scheme.
It learns both the output ofloglike(x)and the difference between the emulated and the true values ofloglike(x)so that it can make a prediction of future the error residuals.
We then put a cutoff on the amount of error that one will allow for any local evaluation of the target function.
Any call to the emulator that has a too-large error will be discarded and the actual functionloglike(x)defined above will be evaluated instead.The logic for generating training sets and returning a value from either the true function or the emulated function are contained in theLearnerclass.
TheLearnerclass relies on an emulator class to do the actual emulation.You can define you own emulator.
Define a class that inherits fromBaseEmulatorand define two methods on it:set_emul_func(self, x_train: np.ndarray, y_train: np.ndarray)andset_emul_error_func(self, x_train: np.ndarray, y_train: np.ndarray)that set functions for, respectively,self.emul_funcandself.emul_error_func.
An example of this definition is provided inexamples/example_custom_emulator.py.Seereadthedocs.orgfor more documentation.InstallationpipThe package is available onpypi.org.
Install it withpip install layganacondaIf you use anaconda you can create an appropriate environment and install to your python path by runningconda env create --file environment.yml
conda activate layg
pip install -e .from this directory.
Package: laygo2
Copyright (c) 2019, jdhan
All rights reserved.Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.Neither the name of the copyright holder nor the names of its
contributors may be used to endorse or promote products derived from
this software without specific prior written permission.THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS “AS IS”
AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.Description: # laygo2[![PyPI version](https://badge.fury.io/py/laygo2.svg?)](https://pypi.org/project/laygo2/)(The commit history is cleaned up on 6-27-2022)The LAYout with Gridded Object 2 (laygo2) is an automated layout generation framework
for custom integrated circuits.
[[Source code]](https://github.com/niftylab/laygo2)
[[Documentation]](https://laygo2.github.io/)
[[Colab tutorial]](https://colab.research.google.com/drive/1tpuUvqb6BujzZI6RBf2cFdAfMqBsxpep?usp=sharing)LAYGO2 provides a rich and productive layout design environment for designers
with several advanced concepts such templates and grids.For further documentation, see [https://laygo2.github.io/](https://laygo2.github.io/).List of developers and contributors:
- Jaeduk Han
- Taeho Shin
- Dongjun Lee
- Dongwhee Kim
- Gaeryun Sung
- Wookjin Shin
- Yunseong Jo
- Hyungjoo Park
- Seonghyun Park
- Youngmin Oh
- Taeseung Kang
- Curtis MayberryPlatform: UNKNOWN
Requires-Python: >=3.5
Description-Content-Type: text/markdown
Package: laymon
PyLaymonA package for monitoring and visualizing the layers of a neural network. The motivation behind the project was to provide a tool that can help developers provide a better insight into the different layers of a neural network during the training process. Currently, the package provides the functionality to observe and envision the feature maps of a neural network. For more information refer to the documentation.RequirementspytorchmatplotlibInstallationInstallation:pip install laymonFor more details on installation, usage and contribution refer to the documentation.Documentation:https://laymon.readthedocs.io.FeaturesVisualizing feature mapsCreditsThe boilerplate for this package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.History1.0.0 (2020-08-21)First release on PyPI.1.0.1 (2020-08-23)Minor bug fixes and more examples added.
Package: layout2svg
layout2svgThis is a simple tool to convert an integrated circuit layout saved in OASIS / GDSII file format to a .SVG image file. The tool supports direct export of the SVG file into the Inkscape desktop app. This tool was written with the goal of rendering any layout in a desktop or web application.InstallationMacOS, Linux, Windowspipinstalllayout2svgUsage - Command Line Interfacelayout2svg-i<input_file_path[.gds/.oas]>-o<output_file_path[.svg]>-t<layerstack_file_path[.ymls]>ExamplesRunning the example with the mock layerstack file and layout provided in theexamples, by running the following command:layout2svg-i./tests/data/crossed_metal.gds-t./tests/data/mock_layers.ymls-o./tests/data/crossed_metal.svgcan generate the following SVG image:
Package: layout3mesh
layout3meshThis is a simple tool to convert an integrated circuit layout saved in OASIS / GDSII file format to a mesh 3D image file. The tool doesn't support direct export of the 3D mesh file into the Blender desktop app just yet - but I am working on a solution. This tool was written with the goal of rendering any layout in 3D inside a desktop or web application using WebGL.The supported export formats are:GLB/glTF2STLPLYWavefront OBJInstallationMacOS, Linux, Windowspipinstalllayout3meshUsage - Command Line Interfacelayout3mesh-i<input_file_path[.gds/.oas]>-o<output_file_path[.glb]>-t<layerstack_file_path[.ymls]>ExamplesRunning the example with the mock layerstack file and layout provided in theexamples, by running the following command:layout3mesh-i./tests/data/crossed_metal.gds-t./tests/data/mock_layers.ymls-o./tests/data/crossed_metal.gltfcan generate the following 3D image:
Package: layout-generator
layout-generator布局数据生成器 layout-generator，可按需求生成热源组件布局-稳态温度场数据集。文档：ReadTheDocs功能需求可配置选项布局板大小、边界要求组件配置大小数量形状功率采样方式离散布局均匀采样连续布局顺序摆放采样Gibbs 采样fenics 求解器均匀网格网格分辨率边界设置多条边界有限元 degree线性叠加原理数据集存储文件前缀mat 格式HDF5图片形式其他随机数种子数据集可视化layout_plot单一文件目录批量处理multiprocess性能multiprocesscluster已实现功能配置文件与命令行两种使用方式矩形组件离散位置摆放数量、位置、功率固定组件位置，变功率采样矩形组件连续位置摆放可添加多条 Dirichlet 边界条件（开口）使用fenics求解 Poisson 方程分辨率、有限元 degree数据集可视化脚本layout_plot多线程支持统一脚本入口安装方式本生成器依赖 fenics 作为有限元求解器，可参照fenics 安装文档，推荐以下两种方式安装，如果没有没有 docker 使用经验推荐 Anaconda 方式Anaconda (Linux，Mac)使用conda创建并激活环境conda create -n fenicsproject -c conda-forge fenics mshr
source activate fenicsprojectuse pip to install the released versionpip install -U layout-generatoror use unreleased version from master branchpip install -U git+https://github.com/zweien/layout-generator.gitDocker (Linux,Win,Mac)从 dockerhub 拉取镜像docker pull zweien/layout-generator:latest切换到需要生成数据集的目录，准备好配置文件config.yml使用config.yml在当前目录下生成数据集，数据集所在文件夹为data1docker run --rm layout-generator:latest -v $(pwd):/home/fenics/layout layout_generater generate --config config.yml --data_dir data1Notes：windows 下 cmd 中使用-v %cd%:/home/fenics/layoutFAQWindows 下可以使用 Docker 方式安装，或在应用商店安装 Ubuntu WSLpip 安装前可使用国内源如清华pip config set global.index-url https://pypi.tuna.tsinghua.edu.cn/simple如果出现 HDF5 error，请使用如下命令重新安装h5pypip uninstall h5py
pip install --no-binary=h5py h5py仅支持 Python3.6 以上版本如果按照以上 anaconda 安装方式，别忘了切换到fenicsproject环境使用方法请参见文档Change Logv0.6.0add 固定组件位置，变功率采样addlayout_generator.generator.layout_pos2temp()addlaytout_generator.sampler.continuous.base.Task.layout_from_pos()addlayout_generator.generator.layout_pos_list2temp()for generating a sample according to paticular layout position listadd commandmakeconfigfor generating template configv0.5.3fix bug in sequence samplingv0.5.2update installation guideadd github action for pushing images to dockerhubv0.5.1fix file config.xml empty erroradd PyPi for installingadd github action for publishing to PyPiv0.5.0统一脚本入口layout_generator离散布局layout_generator generate连续布局layout_generator generate_c可视化layout_generator plot转换数据格式layout_generator convert连续布局增加单个组件多种备选功率配置v0.4.2删除默认 seedv0.4.1增加 Dockerfile更新安装方式更新文档v0.4.0增加连续布局 gibbs 采样重构连续采样代码增加 FAQv0.3.0增加连续布局生成脚本layout-generator_c增加单元测试文档迁移v0.2.2增加转换脚本layout_convert，实现 mat 到 HDF5 格式的转换修复bug--bcs []增加单元测试更新依赖v0.2.1修改配置文件中 bcs 配置方式重构部分代码增加单元测试v0.2.0增加 3D 数据生成统一入口layout_generator实现 3D Poisson solvervtk 数据存储v0.1.2布局预处理，改进 fenics solver 性能修改默认参数 method: fenics增加可视化脚本layout_plot单一文件 plot，保存目录装换multiprocess 支持，增加 worker 参数v0.1.1增加命令行入口增加配置测试模式更新 setup.py
Package: layoutmargin
garden.layoutmarginA set of mixins (MarginLayout,AddMargin) that addsmarginfunctionality to Kivy widgets.How to use@.pysubclasses:fromlayoutmarginimportAddMargin,MarginLayoutclassMarginBoxLayout(MarginLayout,BoxLayout):passclassMarginButton(AddMargin,Button):pass@.kvlayout:MarginBoxLayout:MarginButton:margin:(30, 10, 30, 10)# integer / floatMarginButton:margin:("10%", "10%", "10%", "10%")# percentage of total widget sizeMarginButton:margin:(30, "10%", 30, "10%")# mixedRun the demomake runInstallpipinstalllayoutmarginCreditsForked fromEnteleform/-Kivy-MarginLayout-Demo.
Package: layouts
HID-IO layouts Python APIThis is the Python API for the HID-IOlayoutsrepository.
By default, the API will download the latest version of the layouts git repository to use that as a cache.The purpose of this API is to acquire and merge the JSON HID layouts.
With some additional helpers to deal with string composition.layoutsis also available on PyPi.pipinstalllayoutsUsageSome basic usage examples.List LayoutsGitHub Cacheimportlayoutsmgr=layouts.Layouts()print(mgr.list_layouts()Local Cacheimportlayoutslayout_dir="/tmp/mylayouts/layouts"mgr=layouts.Layouts(layout_path=layout_dir)print(mgr.list_layouts()Retrieve Layoutimportlayoutsmgr=layouts.Layouts()layout=mgr.get_layout('default')print(layout.name())# Name of merged layoutprint(layout.json())# Fully merged JSON dictprint(layout.locale())# Tuple (<USB HID locale code>, <name>)Composition Exampleimportlayoutsmgr=layouts.Layouts()layout=mgr.get_layout('default')input_str="Hello World!"print(layout.compose(input_str))# Only use code clears when necessary (blank USB packet)print(layout.compose(input_str,minimal_clears=True))Codes for C-Style Definesimportlayoutsimportlayouts.emittermgr=layouts.Layouts()layout=mgr.get_layout('default')# Returns a list of list of tuples# Each type of code has a pre-defined (configurable) prefix# [<keyboard codes>, <led codes>, <system control codes>, <consumer codes>]# (<name>, <code>)# Useful for:# #define KEY_A 0x04print(layouts.emitter.basic_c_defines(layout))
Package: layouts-segmentation-simplifier
LSS (Layout Segmentation Simplifier)Installpip install https://github.com/PonteIneptique/lss/archive/refs/heads/main.ziporpip install layouts-segmentation-simplifierUseGeneric usefromlss.parsersimportPageXMLfile=PageXML.from_file(# Path to your file"data/0002_Main_frame.xml",# Optional: set-up the namespace, as they tend to change a lotnamespace="http://schema.primaresearch.org/PAGE/gts/pagecontent/2019-07-15")# Simplify your baseline: things within 10% of your line height will be discarded (Seems to be a good number)file.simplify_lines(ratio=.10)# Simplify your baseline: things within 15% of your mask height will be discarded (Seems to be a good number)file.simplify_masks(ratio=.15)# You can retrieve the xml in file.xml or dump the modified xml in file.xmlfile.dump(filepath="file.xml")Qualitatively search for best parametersYou can also get it to make multiple simulation, to chose the best value (highest ratio = bigger simplification)fromlss.parsersimportPageXMLpage=PageXML.from_file("./data/0002_Main_frame.xml")page.find_namespace()# Useful in case you use PageXML as it scans for the right namespacepage.test_values([(.05,.05),(.1,.1),(.15,.15),(.20,.20)],image="./data/0002_Main_frame.jpg",basename_output="./data/0002_Main_frame")In this context, lines will be simplified by a ratio of 0.05, 0.10, 0.15 and 0.20. Mask will be as well.
Few files will be saved. Each test will create test files with overlays (cf. folderdatafor all examples):Original15% ratio on both line and masks10%20%
Package: layoutx
Declarative tkinter UI with reactive data bindingFeaturesDrag and Drop support (tkDnD)Supports async by default (powered by asyncio)Two-way data bindingFlexible layout by designApplication scrolls automaticallySimple layout syntax powered by Pug (former Jade)Widget parameter support inline python scriptingttk themes includedLightweight and fastAdd any custom tkinter widgetInstallationMake sure your python installation is 3.7 or higher.You need the tk extensiontkDnDfor this framework.
This can be automatically installed via pip argument. Make sure the python directory is writable (e.g. on Mac OSX, Python library are installed to /System/Library, which cannot be modified, even with sudo!).pip install layoutx(minimal version)pip install layoutx[more_widgets, styles](full version)python -m layoutx.install_tkdnd(install tkdnd)The command line tool:lxdesignercan be used to easily design some forms.For lxdesigner to function, you need to install addonmore widgets.AddonsSome dependencies of this project have a GPL v3 license. They are excluded into separate addons.
Please note by installing these dependencies, you confirm to the GPL license agreement.This project itself is licensed under MIT.more widgets:More information see:ttkwidgets GithubInputComboBoxTextAreaScalepip install layoutx[more_widgets]ttk themes:More information see:ttkthemes Githubpip install layoutx[styles]Getting startedfromlayoutximportapp# Import the app singletonfromlayoutx.storeimportcreate_storefromlayoutx.viewimportView,ResizeOptionstore=create_store({},{"name":"World"})classRootView(View):geometry="250x50+100+100"title="My first app"resizable=ResizeOption.NONEtemplate="""\ScrollFrameBox(orient="horizontal")Label HelloInput(value="{{name}}")Button(command="{say_my_name}") Say my name!"""defsay_my_name(self):print(self.store.state["name"])if__name__=="__main__":app.setup(store=store,rootView=RootView)app.run()DocumentationRead thedocumentationfor more information.
Package: layrz-forms
Form tools - LayrzManaged by Golden M, Inc.MotivationThis project is a collection of tools that we use to make django developers life easier. I hope you find them useful too.UsageThe idea is simple, replace the django forms to a more easier way to use them. Also provide the ability to return the errors key to support i18n.importlayrz.formsasformsclassExampleForm(forms.Form):""" Example form """id_test=forms.IdField(required=True)email_text=forms.EmailField(required=True)json_list_test=forms.JsonField(required=True,datatype=list)json_dict_test=forms.JsonField(required=True,datatype=dict)int_test=forms.NumberField(required=True,datatype=int,min_value=0,max_value=5)float_test=forms.NumberField(required=True,datatype=float,min_value=0,max_value=5)bool_test=forms.BooleanField(required=True)plain_text_test=forms.CharField(required=True,empty=False)empty_text_test=forms.CharField(required=True,empty=True)range_text_test=forms.CharField(required=True,empty=False,min_length=5,max_length=10)defclean_func1(self):""" Print clean """self.add_errors(key='clean1',code='error1')self.add_errors(key='clean1',code='error2')defclean_func2(self):self.add_errors(key='clean2',code='error1')if__name__=='__main__':obj={'id_test':1,'email_text':'example@goldenmcorp.com','json_dict_test':{'hola':'mundo'},'json_list_test':['hola mundo'],'int_test':5,'float_test':4.5,'bool_test':True,'plain_text_test':'hola mundo','empty_text_test':'hola','range_text_test':'hola'}form=ExampleForm(obj)print('form.is_valid():',form.is_valid())#> form.is_valid(): Noneprint('form.errors():',form.errors())#> form.errors(): {'rangeTextTest': [{'code': 'minLength', 'expected': 5, 'received': 4}], 'clean1': [{'code': 'error1'}, {'code': 'error2'}], 'clean2': [{'code': 'error1'}]}Work with usGolden M is a software/hardware development company what is working on
a new, innovative and disruptive technologies.For more information, contact us atsales@goldenm.comLicenseThis project is under MIT License, for more information, check out theLICENCE
Package: layrz-sdk
Layrz SDKManaged by Golden M, Inc.DescriptionIt's a group of tools/classes/SDKs that can be help you to implement scripts into Layrz modules, or
incorporate them into your own projects.DocumentationIt's available in our documentation sitedevelopers.layrz.comWork with usGolden M is a software/hardware development company what is working on
a new, innovative and disruptive technologies.For more information, contact us atsales@goldenm.comLicenseThis project is under MIT License, for more information, check out theLICENCE
Package: layrz-simulator
Managed by Golden M, Inc.DescriptionIt’s the approved simulators for various modules in Layrz. With this simulator you can test sensors, triggers and charts before uploading it into Layrz.DocumentationIt’s available in our documentation sitedevelopers.layrz.comWork with usGolden M is a software/hardware development company what is working on
a new, innovative and disruptive technologies.For more information, contact us atsales@goldenmcorp.comLicenseThis project is under MIT License, for more information, check out theLICENCEWSL SupportIf you are using Windows Subsystem for Linux, you need to run this command to visualize the results:Enable-WindowsOptionalFeature -Online -FeatureName Microsoft-Windows-Subsystem-Linux
Package: laz3
Laz3Laz3 is a powerful encryption algorithm written in python and encrypts using a password so the message is locked!Versions0.0.6Example 1Password: abcdMessage: "Hello World!"response: "E8085.0A980.0Z2695.0U2695.0D3430.0G12740.0p11760.0z3430.0c4165.0E2695.0Y735.0Z"Example 2Password: Laz3IsCool!Message: "Hello World!"response: "q29040.0T3520.0J9680.0c9680.0H12320.0B45760.0t42240.0T12320.0n14960.0V9680.0w2640.0J61600.0b"
Package: laza-common
Laza CommonA set of common python utility modules.InstallationInstall fromPyPipip install laza-diFull install. Installs all optional dependencies.pip install laza-common[all]Optional DependenciesThe following features/modules have additional dependecies that you might need to install:-jsonwhich requiresorjsonpip install laza-common[json]localewhich requiresbabelpip install laza-common[locale]momentwhich requiresarrowpip install laza-common[moment]moneywhich requirespy-moneyedpip install laza-common[money]networkswhich requirespydantic[email]pip install laza-common[networks]phonewhich requiresphonenumberspip install laza-common[phone]or you can pick a setpip install laza-common[phone,json,money]DocumentationComing soon.ProductionThis package is still in active development and should not be used in production environment
Package: lazarus
A Python library to restart the process when source code changes.Free software: Apache License, Version 2.0Documentation:http://lazarus.rtfd.org.FeaturesAutomatically restart when source changesCustomize when, why, and how restarts happenRuns on Linux and MacExamplesRestart when any Python module rooted atPYTHONPATHchanges:>>>importlazarus>>>lazarus.default()Same thing, but within a uWSGI container:>>>importlazarus>>>lazarus.default(restart_func=lambda:uwsgi.reload(),close_fds=False)History0.6.3 2014-12-10Expanded PyPI package page.0.6.2 2014-12-09Fixed Sublime Text save workflows.0.6.1 2014-12-07Added Mac Support.0.5.1 2014-11-13Migrated GitHub repository to formwork-io0.5 2013-10-17Released to PyPI0.4 2013-10-17Fixed crash when multiple changes detected and first triggers restart (#6)Fixed default mode always closing FDs (#5)0.3 2013-10-16Added ability to specify restart command (#1)Added ability to cancel the restart (#2)0.1 2013-10-15First functional release.
Package: lazarus-ai
Lazarus Forms API Python LibraryInstallationTo installpip install lazarus_aiTo upgradepip install lazarus_ai --upgradeUsageWe recommend storing your Lazarus auth credentials as environment variables.# example .env file
ORG_ID=ORG_ID_HERE
AUTH_KEY=AUTH_KEY_HERELazarusAuthBefore using Lazarus Forms or RikAI, you must authenticate using the LazarusAuth class. This auth object will be passed to Forms and RikAI class instantiations.auth = LazarusAuth("ORG_ID_HERE", "AUTH_KEY_HERE")FormsUpload a document using a file URL, a base64 encoded string, or a local file path. Run the standard OCR model on that document.forms = Forms(auth)
forms.run_ocr("URL", "FILE_URL_HERE")
forms.run_ocr("BASE64", "BASE_64_STRING_HERE")
forms.run_ocr("FILE_PATH", "FILE_PATH_HERE")Run a custom OCR model.forms = Forms(auth, "CUSTOM_MODEL_ID_HERE")
forms.run_ocr("URL", "FILE_URL_HERE")
forms.run_ocr("BASE64", "BASE_64_STRING_HERE")
forms.run_ocr("FILE_PATH", "FILE_PATH_HERE")RikAIUpload a document using a file URL, a base64 encoded string, or a local file path. Run RikAI on that document.rikai = RikAI(auth)
question = "QUESTION_HERE"
rikai.ask_question("URL", "FILE_URL_HERE", question)
rikai.ask_question("BASE64", "BASE_64_STRING_HERE", question)
rikai.ask_question("FILE_PATH", "FILE_PATH_HERE", question)Run a custom RikAI model on that document.rikai = RikAI(auth, "CUSTOM_MODEL_ID_HERE")
question = "QUESTION_HERE"
rikai.ask_question("URL", "FILE_URL_HERE", question)
rikai.ask_question("BASE64", "BASE_64_STRING_HERE", question)
rikai.ask_question("FILE_PATH", "FILE_PATH_HERE", question)Run the RikAI summarizer on the document.rikai = RikAI(auth, "CUSTOM_MODEL_ID_HERE")
fields = {"document_type": "TYPE_HERE", "summary_description": "DESCRIPTION_HERE"}
rikai.summarize("URL", "FILE_URL_HERE", fields)
rikai.summarize("BASE64", "BASE_64_STRING_HERE", fields)
rikai.summarize("FILE_PATH", "FILE_PATH_HERE", fields)
Package: laze
IntroductionWelcome to laze, a ninja build file generator.
Aspires to be the next goto-alternative to make.Requirementspython3ninjaInstallation$ apt-get install ninja
$ pip3 install --user lazeGetting startedCreate two files:hello.c:#include <stdio.h>

int main(int argc, const char *argv[])
{
    printf("Laze says hello!\n");
    return 0;
}laze-project.yml:# import default build rules and host context
import:
    - $laze/default

# define an application named "hello"
app:
    name: hello
    sources:
        - hello.cThen compile & run:$ laze -t runDocumentationTODO.Licenselaze is licensed under the terms of GPLv3.