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|
%global _empty_manifest_terminate_build 0
Name: python-tiled
Version: 0.1.0a91
Release: 1
Summary: Tile-based access to SciPy/PyData data structures over the web in many formats
License: BSD (3-clause)
URL: https://github.com/bluesky/tiled
Source0: https://mirrors.nju.edu.cn/pypi/web/packages/07/2e/6ac953e63c210aad93613a9f57cef01b80009e57032c16013a07df7a81ef/tiled-0.1.0a91.tar.gz
BuildArch: noarch
Requires: python3-aiofiles
Requires: python3-aiosqlite
Requires: python3-alembic
Requires: python3-anyio
Requires: python3-appdirs
Requires: python3-blosc
Requires: python3-cachetools
Requires: python3-cachey
Requires: python3-click
Requires: python3-dask
Requires: python3-dask[array]
Requires: python3-dask[dataframe]
Requires: python3-entrypoints
Requires: python3-fastapi
Requires: python3-h5netcdf
Requires: python3-h5py
Requires: python3-heapdict
Requires: python3-httpx
Requires: python3-jinja2
Requires: python3-jmespath
Requires: python3-jsonschema
Requires: python3-lz4
Requires: python3-msgpack
Requires: python3-ndindex
Requires: python3-numpy
Requires: python3-openpyxl
Requires: python3-orjson
Requires: python3-packaging
Requires: python3-pandas
Requires: python3-pillow
Requires: python3-prometheus-client
Requires: python3-psutil
Requires: python3-pyarrow
Requires: python3-pydantic
Requires: python3-dateutil
Requires: python3-jose[cryptography]
Requires: python3-multipart
Requires: python3-pyyaml
Requires: python3-sparse
Requires: python3-sqlalchemy
Requires: python3-starlette
Requires: python3-tifffile
Requires: python3-toolz
Requires: python3-typer
Requires: python3-uvicorn[standard]
Requires: python3-watchgod
Requires: python3-xarray
Requires: python3-zstandard
Requires: python3-appdirs
Requires: python3-blosc
Requires: python3-click
Requires: python3-dask[array]
Requires: python3-dask[dataframe]
Requires: python3-entrypoints
Requires: python3-heapdict
Requires: python3-httpx
Requires: python3-jsonschema
Requires: python3-lz4
Requires: python3-msgpack
Requires: python3-ndindex
Requires: python3-numpy
Requires: python3-pandas
Requires: python3-pyarrow
Requires: python3-pyyaml
Requires: python3-sparse
Requires: python3-typer
Requires: python3-xarray
Requires: python3-zstandard
Requires: python3-aiofiles
Requires: python3-aiosqlite
Requires: python3-alembic
Requires: python3-anyio
Requires: python3-appdirs
Requires: python3-blosc
Requires: python3-cachetools
Requires: python3-cachey
Requires: python3-click
Requires: python3-dask
Requires: python3-dask[array]
Requires: python3-dask[dataframe]
Requires: python3-entrypoints
Requires: python3-fastapi
Requires: python3-h5netcdf
Requires: python3-h5py
Requires: python3-heapdict
Requires: python3-httpx
Requires: python3-jinja2
Requires: python3-jmespath
Requires: python3-jsonschema
Requires: python3-lz4
Requires: python3-msgpack
Requires: python3-ndindex
Requires: python3-numpy
Requires: python3-openpyxl
Requires: python3-orjson
Requires: python3-packaging
Requires: python3-pandas
Requires: python3-pillow
Requires: python3-prometheus-client
Requires: python3-psutil
Requires: python3-pyarrow
Requires: python3-pydantic
Requires: python3-dateutil
Requires: python3-jose[cryptography]
Requires: python3-multipart
Requires: python3-pyyaml
Requires: python3-sparse
Requires: python3-sqlalchemy
Requires: python3-starlette
Requires: python3-tifffile
Requires: python3-toolz
Requires: python3-typer
Requires: python3-uvicorn[standard]
Requires: python3-watchgod
Requires: python3-xarray
Requires: python3-zstandard
Requires: python3-h5py
Requires: python3-h5netcdf
Requires: python3-openpyxl
Requires: python3-pillow
Requires: python3-tifffile
Requires: python3-appdirs
Requires: python3-click
Requires: python3-entrypoints
Requires: python3-heapdict
Requires: python3-httpx
Requires: python3-jsonschema
Requires: python3-msgpack
Requires: python3-pyyaml
Requires: python3-typer
Requires: python3-aiofiles
Requires: python3-aiosqlite
Requires: python3-alembic
Requires: python3-anyio
Requires: python3-appdirs
Requires: python3-cachey
Requires: python3-cachetools
Requires: python3-click
Requires: python3-dask
Requires: python3-fastapi
Requires: python3-httpx
Requires: python3-jinja2
Requires: python3-jmespath
Requires: python3-jsonschema
Requires: python3-msgpack
Requires: python3-orjson
Requires: python3-packaging
Requires: python3-psutil
Requires: python3-prometheus-client
Requires: python3-pydantic
Requires: python3-dateutil
Requires: python3-jose[cryptography]
Requires: python3-multipart
Requires: python3-pyyaml
Requires: python3-sqlalchemy
Requires: python3-starlette
Requires: python3-toolz
Requires: python3-typer
Requires: python3-uvicorn[standard]
Requires: python3-watchgod
Requires: python3-aiofiles
Requires: python3-aiosqlite
Requires: python3-alembic
Requires: python3-anyio
Requires: python3-appdirs
Requires: python3-blosc
Requires: python3-cachetools
Requires: python3-cachey
Requires: python3-click
Requires: python3-dask
Requires: python3-dask[array]
Requires: python3-dask[dataframe]
Requires: python3-fastapi
Requires: python3-httpx
Requires: python3-jinja2
Requires: python3-jmespath
Requires: python3-jsonschema
Requires: python3-lz4
Requires: python3-msgpack
Requires: python3-ndindex
Requires: python3-numpy
Requires: python3-orjson
Requires: python3-packaging
Requires: python3-pandas
Requires: python3-prometheus-client
Requires: python3-psutil
Requires: python3-pyarrow
Requires: python3-pydantic
Requires: python3-dateutil
Requires: python3-jose[cryptography]
Requires: python3-multipart
Requires: python3-pyyaml
Requires: python3-sparse
Requires: python3-sqlalchemy
Requires: python3-starlette
Requires: python3-toolz
Requires: python3-typer
Requires: python3-uvicorn[standard]
Requires: python3-watchgod
Requires: python3-xarray
Requires: python3-zstandard
%description
# Tiled
*Disclaimer: This is very early work, still in the process of defining scope.*
Tiled is a **data access** service for data-aware portals and data science tools.
Tiled has a Python client and integrates naturally with Python data science
libraries, but nothing about the service is Python-specific; it also works from
a web browser or any Internet-connected program.
Tiled’s service can sit atop databases, filesystems, and/or remote
services to enable **search** and **structured, chunkwise access to data** in an
extensible variety of appropriate formats, providing data in a consistent
structure regardless of the format the data happens to be stored in at rest. The
natively-supported formats span slow but widespread interchange formats (e.g.
CSV, JSON) and fast, efficient ones (e.g. C buffers, Apache Arrow and Parquet).
Tiled enables slicing and sub-selection to read and transfer only the data of
interest, and it enables parallelized download of many chunks at once. Users can
access data with very light software dependencies and fast partial downloads.
Tiled puts an emphasis on **structures** rather than formats, including:
* N-dimensional strided arrays (i.e. numpy-like arrays)
* Sparse arrays
* Tabular data (e.g. pandas-like "dataframes")
* Hierarchical structures thereof (e.g. xarrays, HDF5-compatible structures like NeXus)
Tiled implements extensible **access control enforcement** based on web security
standards, similar to JuptyerHub. Like Jupyter, Tiled can be used by a single
user or deployed as a shared public or private resource. Tiled can be configured
to use third party services for login, such as Google, ORCID. or any OIDC
or SAML authentication providers.
Tiled facilitates **client-side caching** in a standard web browser or in
Tiled's Python client, making efficient use of bandwidth and enabling an offline
"airplane mode." It uses **service-side caching** of "hot" datasets and
resources to expedite both repeat requests (e.g. when several users are requesting
the same chunks of data) and distinct requests for different parts of the same
dataset (e.g. when the user is requesting various slices or columns from a
dataset).
| Distribution | Where to get it |
| -------------- | ------------------------------------------------------------ |
| PyPI | `pip install tiled` |
| Conda | Coming Soon |
| Source code | [github.com/bluesky/tiled](https://github.com/bluesky/tiled) |
| Documentation | [blueskyproject.io/tiled](https://blueskyproject.io/tiled) |
## Example
In this example, we'll serve of a collection of data that is generated in
memory. Alternatively, it could be read on demand from a directory of files,
network resource, database, or some combination of these.
```
tiled serve demo
# equivalent to:
# tiled serve pyobject --public tiled.examples.generated:tree
```
And then access the data efficiently via the Python client, a web browser, or
any HTTP client.
```python
>>> from tiled.client import from_uri
>>> client = from_uri("http://localhost:8000")
>>> client
<Node {'short_table', 'long_table', 'structured_data', ...} ~10 entries>
>>> list(client)
'big_image',
'small_image',
'tiny_image',
'tiny_cube',
'tiny_hypercube',
'low_entropy',
'high_entropy',
'short_table',
'long_table',
'labeled_data',
'structured_data']
>>> client['medium_image']
<ArrayClient>
>>> client['medium_image'][:]
array([[0.49675483, 0.37832119, 0.59431287, ..., 0.16990737, 0.5396537 ,
0.61913812],
[0.97062498, 0.93776709, 0.81797714, ..., 0.96508877, 0.25208564,
0.72982507],
[0.87173234, 0.83127946, 0.91758202, ..., 0.50487542, 0.03052536,
0.9625512 ],
...,
[0.01884645, 0.33107071, 0.60018523, ..., 0.02268164, 0.46955907,
0.37842628],
[0.03405101, 0.77886243, 0.14856727, ..., 0.02484926, 0.03850398,
0.39086524],
[0.16567224, 0.1347261 , 0.48809697, ..., 0.55021249, 0.42324589,
0.31440635]])
>>> client['long_table']
<DataFrameClient ['A', 'B', 'C']>
>>> client['long_table'].read()
A B C
index
0 0.246920 0.493840 0.740759
1 0.326005 0.652009 0.978014
2 0.715418 1.430837 2.146255
3 0.425147 0.850294 1.275441
4 0.781036 1.562073 2.343109
... ... ... ...
99995 0.515248 1.030495 1.545743
99996 0.639188 1.278376 1.917564
99997 0.269851 0.539702 0.809553
99998 0.566848 1.133695 1.700543
99999 0.101446 0.202892 0.304338
[100000 rows x 3 columns]
>>> client['long_table'].read(['A', 'B'])
A B
index
0 0.748885 0.769644
1 0.071319 0.364743
2 0.322665 0.897854
3 0.328785 0.810159
4 0.158253 0.822505
... ... ...
95 0.913758 0.488304
96 0.969652 0.287850
97 0.769774 0.941785
98 0.350033 0.052412
99 0.356245 0.683540
[100 rows x 2 columns]
```
Using an Internet browser or a command-line HTTP client like
[curl](https://curl.se/) or [httpie](https://httpie.io/) you can download the
data in whole or in efficiently-chunked parts in the format of your choice:
```
# Download tabular data as CSV
http://localhost:8000/api/v1/node/full/long_table?format=csv
# or XLSX (Excel)
http://localhost:8000/api/v1/node/full/long_table?format=xslx
# and subselect columns.
http://localhost:8000/api/v1/node/full/long_table?format=xslx&field=A&field=B
# View or download (2D) array data as PNG
http://localhost:8000/api/v1/array/full/medium_image?format=png
# and slice regions of interest.
http://localhost:8000/api/v1/array/full/medium_image?format=png&slice=:50,100:200
```
Web-based data access usually involves downloading complete files, in the
manner of [Globus](https://www.globus.org/); or using modern chunk-based
storage formats, such as [TileDB](https://tiledb.com/) and
[Zarr](https://zarr.readthedocs.io/en/stable/) in local or cloud storage; or
using custom solutions tailored to a particular large dataset. Waiting for an
entire file to download when only the first frame of an image stack or a
certain column of a table are of interest is wasteful and can be prohibitive
for large longitudinal analyses. Yet, it is not always practical to transcode
the data into a chunk-friendly format or build a custom tile-based-access
solution. (Though if you can do either of those things, you should consider
them instead!)
%package -n python3-tiled
Summary: Tile-based access to SciPy/PyData data structures over the web in many formats
Provides: python-tiled
BuildRequires: python3-devel
BuildRequires: python3-setuptools
BuildRequires: python3-pip
%description -n python3-tiled
# Tiled
*Disclaimer: This is very early work, still in the process of defining scope.*
Tiled is a **data access** service for data-aware portals and data science tools.
Tiled has a Python client and integrates naturally with Python data science
libraries, but nothing about the service is Python-specific; it also works from
a web browser or any Internet-connected program.
Tiled’s service can sit atop databases, filesystems, and/or remote
services to enable **search** and **structured, chunkwise access to data** in an
extensible variety of appropriate formats, providing data in a consistent
structure regardless of the format the data happens to be stored in at rest. The
natively-supported formats span slow but widespread interchange formats (e.g.
CSV, JSON) and fast, efficient ones (e.g. C buffers, Apache Arrow and Parquet).
Tiled enables slicing and sub-selection to read and transfer only the data of
interest, and it enables parallelized download of many chunks at once. Users can
access data with very light software dependencies and fast partial downloads.
Tiled puts an emphasis on **structures** rather than formats, including:
* N-dimensional strided arrays (i.e. numpy-like arrays)
* Sparse arrays
* Tabular data (e.g. pandas-like "dataframes")
* Hierarchical structures thereof (e.g. xarrays, HDF5-compatible structures like NeXus)
Tiled implements extensible **access control enforcement** based on web security
standards, similar to JuptyerHub. Like Jupyter, Tiled can be used by a single
user or deployed as a shared public or private resource. Tiled can be configured
to use third party services for login, such as Google, ORCID. or any OIDC
or SAML authentication providers.
Tiled facilitates **client-side caching** in a standard web browser or in
Tiled's Python client, making efficient use of bandwidth and enabling an offline
"airplane mode." It uses **service-side caching** of "hot" datasets and
resources to expedite both repeat requests (e.g. when several users are requesting
the same chunks of data) and distinct requests for different parts of the same
dataset (e.g. when the user is requesting various slices or columns from a
dataset).
| Distribution | Where to get it |
| -------------- | ------------------------------------------------------------ |
| PyPI | `pip install tiled` |
| Conda | Coming Soon |
| Source code | [github.com/bluesky/tiled](https://github.com/bluesky/tiled) |
| Documentation | [blueskyproject.io/tiled](https://blueskyproject.io/tiled) |
## Example
In this example, we'll serve of a collection of data that is generated in
memory. Alternatively, it could be read on demand from a directory of files,
network resource, database, or some combination of these.
```
tiled serve demo
# equivalent to:
# tiled serve pyobject --public tiled.examples.generated:tree
```
And then access the data efficiently via the Python client, a web browser, or
any HTTP client.
```python
>>> from tiled.client import from_uri
>>> client = from_uri("http://localhost:8000")
>>> client
<Node {'short_table', 'long_table', 'structured_data', ...} ~10 entries>
>>> list(client)
'big_image',
'small_image',
'tiny_image',
'tiny_cube',
'tiny_hypercube',
'low_entropy',
'high_entropy',
'short_table',
'long_table',
'labeled_data',
'structured_data']
>>> client['medium_image']
<ArrayClient>
>>> client['medium_image'][:]
array([[0.49675483, 0.37832119, 0.59431287, ..., 0.16990737, 0.5396537 ,
0.61913812],
[0.97062498, 0.93776709, 0.81797714, ..., 0.96508877, 0.25208564,
0.72982507],
[0.87173234, 0.83127946, 0.91758202, ..., 0.50487542, 0.03052536,
0.9625512 ],
...,
[0.01884645, 0.33107071, 0.60018523, ..., 0.02268164, 0.46955907,
0.37842628],
[0.03405101, 0.77886243, 0.14856727, ..., 0.02484926, 0.03850398,
0.39086524],
[0.16567224, 0.1347261 , 0.48809697, ..., 0.55021249, 0.42324589,
0.31440635]])
>>> client['long_table']
<DataFrameClient ['A', 'B', 'C']>
>>> client['long_table'].read()
A B C
index
0 0.246920 0.493840 0.740759
1 0.326005 0.652009 0.978014
2 0.715418 1.430837 2.146255
3 0.425147 0.850294 1.275441
4 0.781036 1.562073 2.343109
... ... ... ...
99995 0.515248 1.030495 1.545743
99996 0.639188 1.278376 1.917564
99997 0.269851 0.539702 0.809553
99998 0.566848 1.133695 1.700543
99999 0.101446 0.202892 0.304338
[100000 rows x 3 columns]
>>> client['long_table'].read(['A', 'B'])
A B
index
0 0.748885 0.769644
1 0.071319 0.364743
2 0.322665 0.897854
3 0.328785 0.810159
4 0.158253 0.822505
... ... ...
95 0.913758 0.488304
96 0.969652 0.287850
97 0.769774 0.941785
98 0.350033 0.052412
99 0.356245 0.683540
[100 rows x 2 columns]
```
Using an Internet browser or a command-line HTTP client like
[curl](https://curl.se/) or [httpie](https://httpie.io/) you can download the
data in whole or in efficiently-chunked parts in the format of your choice:
```
# Download tabular data as CSV
http://localhost:8000/api/v1/node/full/long_table?format=csv
# or XLSX (Excel)
http://localhost:8000/api/v1/node/full/long_table?format=xslx
# and subselect columns.
http://localhost:8000/api/v1/node/full/long_table?format=xslx&field=A&field=B
# View or download (2D) array data as PNG
http://localhost:8000/api/v1/array/full/medium_image?format=png
# and slice regions of interest.
http://localhost:8000/api/v1/array/full/medium_image?format=png&slice=:50,100:200
```
Web-based data access usually involves downloading complete files, in the
manner of [Globus](https://www.globus.org/); or using modern chunk-based
storage formats, such as [TileDB](https://tiledb.com/) and
[Zarr](https://zarr.readthedocs.io/en/stable/) in local or cloud storage; or
using custom solutions tailored to a particular large dataset. Waiting for an
entire file to download when only the first frame of an image stack or a
certain column of a table are of interest is wasteful and can be prohibitive
for large longitudinal analyses. Yet, it is not always practical to transcode
the data into a chunk-friendly format or build a custom tile-based-access
solution. (Though if you can do either of those things, you should consider
them instead!)
%package help
Summary: Development documents and examples for tiled
Provides: python3-tiled-doc
%description help
# Tiled
*Disclaimer: This is very early work, still in the process of defining scope.*
Tiled is a **data access** service for data-aware portals and data science tools.
Tiled has a Python client and integrates naturally with Python data science
libraries, but nothing about the service is Python-specific; it also works from
a web browser or any Internet-connected program.
Tiled’s service can sit atop databases, filesystems, and/or remote
services to enable **search** and **structured, chunkwise access to data** in an
extensible variety of appropriate formats, providing data in a consistent
structure regardless of the format the data happens to be stored in at rest. The
natively-supported formats span slow but widespread interchange formats (e.g.
CSV, JSON) and fast, efficient ones (e.g. C buffers, Apache Arrow and Parquet).
Tiled enables slicing and sub-selection to read and transfer only the data of
interest, and it enables parallelized download of many chunks at once. Users can
access data with very light software dependencies and fast partial downloads.
Tiled puts an emphasis on **structures** rather than formats, including:
* N-dimensional strided arrays (i.e. numpy-like arrays)
* Sparse arrays
* Tabular data (e.g. pandas-like "dataframes")
* Hierarchical structures thereof (e.g. xarrays, HDF5-compatible structures like NeXus)
Tiled implements extensible **access control enforcement** based on web security
standards, similar to JuptyerHub. Like Jupyter, Tiled can be used by a single
user or deployed as a shared public or private resource. Tiled can be configured
to use third party services for login, such as Google, ORCID. or any OIDC
or SAML authentication providers.
Tiled facilitates **client-side caching** in a standard web browser or in
Tiled's Python client, making efficient use of bandwidth and enabling an offline
"airplane mode." It uses **service-side caching** of "hot" datasets and
resources to expedite both repeat requests (e.g. when several users are requesting
the same chunks of data) and distinct requests for different parts of the same
dataset (e.g. when the user is requesting various slices or columns from a
dataset).
| Distribution | Where to get it |
| -------------- | ------------------------------------------------------------ |
| PyPI | `pip install tiled` |
| Conda | Coming Soon |
| Source code | [github.com/bluesky/tiled](https://github.com/bluesky/tiled) |
| Documentation | [blueskyproject.io/tiled](https://blueskyproject.io/tiled) |
## Example
In this example, we'll serve of a collection of data that is generated in
memory. Alternatively, it could be read on demand from a directory of files,
network resource, database, or some combination of these.
```
tiled serve demo
# equivalent to:
# tiled serve pyobject --public tiled.examples.generated:tree
```
And then access the data efficiently via the Python client, a web browser, or
any HTTP client.
```python
>>> from tiled.client import from_uri
>>> client = from_uri("http://localhost:8000")
>>> client
<Node {'short_table', 'long_table', 'structured_data', ...} ~10 entries>
>>> list(client)
'big_image',
'small_image',
'tiny_image',
'tiny_cube',
'tiny_hypercube',
'low_entropy',
'high_entropy',
'short_table',
'long_table',
'labeled_data',
'structured_data']
>>> client['medium_image']
<ArrayClient>
>>> client['medium_image'][:]
array([[0.49675483, 0.37832119, 0.59431287, ..., 0.16990737, 0.5396537 ,
0.61913812],
[0.97062498, 0.93776709, 0.81797714, ..., 0.96508877, 0.25208564,
0.72982507],
[0.87173234, 0.83127946, 0.91758202, ..., 0.50487542, 0.03052536,
0.9625512 ],
...,
[0.01884645, 0.33107071, 0.60018523, ..., 0.02268164, 0.46955907,
0.37842628],
[0.03405101, 0.77886243, 0.14856727, ..., 0.02484926, 0.03850398,
0.39086524],
[0.16567224, 0.1347261 , 0.48809697, ..., 0.55021249, 0.42324589,
0.31440635]])
>>> client['long_table']
<DataFrameClient ['A', 'B', 'C']>
>>> client['long_table'].read()
A B C
index
0 0.246920 0.493840 0.740759
1 0.326005 0.652009 0.978014
2 0.715418 1.430837 2.146255
3 0.425147 0.850294 1.275441
4 0.781036 1.562073 2.343109
... ... ... ...
99995 0.515248 1.030495 1.545743
99996 0.639188 1.278376 1.917564
99997 0.269851 0.539702 0.809553
99998 0.566848 1.133695 1.700543
99999 0.101446 0.202892 0.304338
[100000 rows x 3 columns]
>>> client['long_table'].read(['A', 'B'])
A B
index
0 0.748885 0.769644
1 0.071319 0.364743
2 0.322665 0.897854
3 0.328785 0.810159
4 0.158253 0.822505
... ... ...
95 0.913758 0.488304
96 0.969652 0.287850
97 0.769774 0.941785
98 0.350033 0.052412
99 0.356245 0.683540
[100 rows x 2 columns]
```
Using an Internet browser or a command-line HTTP client like
[curl](https://curl.se/) or [httpie](https://httpie.io/) you can download the
data in whole or in efficiently-chunked parts in the format of your choice:
```
# Download tabular data as CSV
http://localhost:8000/api/v1/node/full/long_table?format=csv
# or XLSX (Excel)
http://localhost:8000/api/v1/node/full/long_table?format=xslx
# and subselect columns.
http://localhost:8000/api/v1/node/full/long_table?format=xslx&field=A&field=B
# View or download (2D) array data as PNG
http://localhost:8000/api/v1/array/full/medium_image?format=png
# and slice regions of interest.
http://localhost:8000/api/v1/array/full/medium_image?format=png&slice=:50,100:200
```
Web-based data access usually involves downloading complete files, in the
manner of [Globus](https://www.globus.org/); or using modern chunk-based
storage formats, such as [TileDB](https://tiledb.com/) and
[Zarr](https://zarr.readthedocs.io/en/stable/) in local or cloud storage; or
using custom solutions tailored to a particular large dataset. Waiting for an
entire file to download when only the first frame of an image stack or a
certain column of a table are of interest is wasteful and can be prohibitive
for large longitudinal analyses. Yet, it is not always practical to transcode
the data into a chunk-friendly format or build a custom tile-based-access
solution. (Though if you can do either of those things, you should consider
them instead!)
%prep
%autosetup -n tiled-0.1.0a91
%build
%py3_build
%install
%py3_install
install -d -m755 %{buildroot}/%{_pkgdocdir}
if [ -d doc ]; then cp -arf doc %{buildroot}/%{_pkgdocdir}; fi
if [ -d docs ]; then cp -arf docs %{buildroot}/%{_pkgdocdir}; fi
if [ -d example ]; then cp -arf example %{buildroot}/%{_pkgdocdir}; fi
if [ -d examples ]; then cp -arf examples %{buildroot}/%{_pkgdocdir}; fi
pushd %{buildroot}
if [ -d usr/lib ]; then
find usr/lib -type f -printf "/%h/%f\n" >> filelist.lst
fi
if [ -d usr/lib64 ]; then
find usr/lib64 -type f -printf "/%h/%f\n" >> filelist.lst
fi
if [ -d usr/bin ]; then
find usr/bin -type f -printf "/%h/%f\n" >> filelist.lst
fi
if [ -d usr/sbin ]; then
find usr/sbin -type f -printf "/%h/%f\n" >> filelist.lst
fi
touch doclist.lst
if [ -d usr/share/man ]; then
find usr/share/man -type f -printf "/%h/%f.gz\n" >> doclist.lst
fi
popd
mv %{buildroot}/filelist.lst .
mv %{buildroot}/doclist.lst .
%files -n python3-tiled -f filelist.lst
%dir %{python3_sitelib}/*
%files help -f doclist.lst
%{_docdir}/*
%changelog
* Wed May 17 2023 Python_Bot <Python_Bot@openeuler.org> - 0.1.0a91-1
- Package Spec generated
|
