def info(input, to_json):
"""Dataset info."""
metadata = cog_info(input)
if to_json:
click.echo(json.dumps(metadata))
else:
sep = 25
click.echo(f"""{click.style('Driver:', bold=True)} {metadata['Driver']}
{click.style('File:', bold=True)} {metadata['Path']}
{click.style('COG:', bold=True)} {metadata['COG']}
{click.style('Compression:', bold=True)} {metadata['Compression']}
{click.style('ColorSpace:', bold=True)} {metadata['ColorSpace']}
{click.style('Profile', bold=True)}
{click.style("Width:", bold=True):<{sep}} {metadata['Profile']['Width']}
{click.style("Height:", bold=True):<{sep}} {metadata['Profile']['Height']}
{click.style("Bands:", bold=True):<{sep}} {metadata['Profile']['Bands']}
{click.style("Tiled:", bold=True):<{sep}} {metadata['Profile']['Tiled']}
{click.style("Dtype:", bold=True):<{sep}} {metadata['Profile']['Dtype']}
{click.style("NoData:", bold=True):<{sep}} {metadata['Profile']['Nodata']}
{click.style("Alpha Band:", bold=True):<{sep}} {metadata['Profile']['Alpha Band']}
{click.style("Internal Mask:", bold=True):<{sep}} {metadata['Profile']['Internal Mask']}
{click.style("Interleave:", bold=True):<{sep}} {metadata['Profile']['Interleave']}
{click.style("ColorMap:", bold=True):<{sep}} {metadata['Profile']['ColorMap']}
{click.style("ColorInterp:", bold=True):<{sep}} {metadata['Profile']['ColorInterp']}
{click.style("Scales:", bold=True):<{sep}} {metadata['Profile']['Scales']}
{click.style("Offsets:", bold=True):<{sep}} {metadata['Profile']['Offsets']}
{click.style('Image Metadata', bold=True)}
{create_tag_table(metadata['Tags'], sep+5)}
{click.style('Geo', bold=True)}
{click.style("Crs:", bold=True):<{sep}} {metadata['GEO']['CRS']}
{click.style("Origin:", bold=True):<{sep}} {metadata['GEO']['Origin']}
{click.style("Resolution:", bold=True):<{sep}} {metadata['GEO']['Resolution']}
{click.style("BoundingBox:", bold=True):<{sep}} {metadata['GEO']['BoundingBox']}
{click.style("MinZoom:", bold=True):<{sep}} {metadata['GEO']['MinZoom']}
{click.style("MaxZoom:", bold=True):<{sep}} {metadata['GEO']['MaxZoom']}"""
)
click.echo(f"""
{click.style('IFD', bold=True)}
{click.style('Id', underline=True, bold=True):<20}{click.style('Size', underline=True, bold=True):<27}{click.style('BlockSize', underline=True, bold=True):<26}{click.style('Decimation', underline=True, bold=True):<33}"""
)
for ifd in metadata["IFD"]:
wh = f"{ifd['Width']}x{ifd['Height']}"
bl = f"{ifd['Blocksize'][1]}x{ifd['Blocksize'][0]}"
click.echo(
f""" {ifd['Level']:<8}{wh:<15}{bl:<14}{ifd['Decimation']}"""
)
if metadata.get("COG_errors") or metadata.get("COG_warnings"):
click.echo(f"""
{click.style('COG Validation info', bold=True)}""")
for error in metadata.get("COG_errors", []):
click.secho(f""" - {error} (error)""", fg="red")
for warning in metadata.get("COG_warnings", []):
click.secho(f""" - {warning} (warning)""", fg="yellow")
def test_info_with_metadata():
"""Make sure info returns band metadata."""
info = cog_info(raster_band_tags)
assert info.Band_Metadata
assert info.dict(by_alias=True)["Band Metadata"]
assert info.Band_Metadata["Band 1"].Description == "Green"
assert info.Band_Metadata["Band 1"].Metadata
def test_cog_info():
"""Test COGEO info."""
info = cog_info(raster_web_z5_z11)
assert info["COG"]
assert info["GEO"]["CRS"] == "EPSG:3857"
assert info["GEO"]["MinZoom"] == 5
assert info["GEO"]["MaxZoom"] == 11
assert len(info["IFD"]) == 6
def test_local_filesystem():
fs = LocalFilesystem()
cog = _create_cog()
fs.save(cog, path="/tmp/test-cog.tif")
info = cog_info("/tmp/test-cog.tif")
assert info["COG"]
os.remove("/tmp/test-cog.tif")
def test_cog_info_dict_access():
"""Test dictionary access to COGEO info."""
info = cog_info(raster_web_z5_z11)
assert info["COG"]
assert info["GEO"]["CRS"] == "EPSG:3857"
assert info["GEO"]["MinZoom"] == 5
assert info["GEO"]["MaxZoom"] == 11
assert len(info["IFD"]) == 6
assert info["Tags"]["Image Metadata"]
assert info["Tags"]["Image Structure"]
def test_cog_info():
"""Test COGEO info."""
info = cog_info(raster_web_z5_z11)
assert info.COG
assert info.GEO.CRS == "EPSG:3857"
assert info.GEO.MinZoom == 5
assert info.GEO.MaxZoom == 11
assert len(info.IFD) == 6
assert info.Tags["Image Metadata"]
assert info.Tags["Image Structure"]
def test_fake_cog():
img = FakeImage(
driver="GTiff",
width=512,
height=512,
count=3,
dtype="uint8",
crs=CRS.from_epsg(3857),
transform=from_origin(1470996, 6914001, 2.0, 2.0),
)
cog = FakeCog(
src_img=img,
dst_kwargs=JPEGProfile(),
)
info = cog_info(cog.handle.name)
assert info["COG"]
assert info["Compression"] == "JPEG"
img.close()
cog.close()
def info(input, to_json):
"""Dataset info."""
metadata = cog_info(input)
if to_json:
click.echo(metadata.json(exclude_none=True, by_alias=True))
else:
sep = 25
click.echo(f"""{click.style('Driver:', bold=True)} {metadata.Driver}
{click.style('File:', bold=True)} {metadata.Path}
{click.style('COG:', bold=True)} {metadata.COG}
{click.style('Compression:', bold=True)} {metadata.Compression}
{click.style('ColorSpace:', bold=True)} {metadata.ColorSpace}
{click.style('Profile', bold=True)}
{click.style("Width:", bold=True):<{sep}} {metadata.Profile.Width}
{click.style("Height:", bold=True):<{sep}} {metadata.Profile.Height}
{click.style("Bands:", bold=True):<{sep}} {metadata.Profile.Bands}
{click.style("Tiled:", bold=True):<{sep}} {metadata.Profile.Tiled}
{click.style("Dtype:", bold=True):<{sep}} {metadata.Profile.Dtype}
{click.style("NoData:", bold=True):<{sep}} {metadata.Profile.Nodata}
{click.style("Alpha Band:", bold=True):<{sep}} {metadata.Profile.AlphaBand}
{click.style("Internal Mask:", bold=True):<{sep}} {metadata.Profile.InternalMask}
{click.style("Interleave:", bold=True):<{sep}} {metadata.Profile.Interleave}
{click.style("ColorMap:", bold=True):<{sep}} {metadata.Profile.ColorMap}
{click.style("ColorInterp:", bold=True):<{sep}} {metadata.Profile.ColorInterp}
{click.style("Scales:", bold=True):<{sep}} {metadata.Profile.Scales}
{click.style("Offsets:", bold=True):<{sep}} {metadata.Profile.Offsets}""")
click.echo(f"""
{click.style('Geo', bold=True)}
{click.style("Crs:", bold=True):<{sep}} {metadata.GEO.CRS}
{click.style("Origin:", bold=True):<{sep}} {metadata.GEO.Origin}
{click.style("Resolution:", bold=True):<{sep}} {metadata.GEO.Resolution}
{click.style("BoundingBox:", bold=True):<{sep}} {metadata.GEO.BoundingBox}
{click.style("MinZoom:", bold=True):<{sep}} {metadata.GEO.MinZoom}
{click.style("MaxZoom:", bold=True):<{sep}} {metadata.GEO.MaxZoom}""")
for ns, values in metadata.Tags.items():
click.echo(f"""
{click.style(ns, bold=True)}""")
for key, val in values.items():
click.echo(
f""" {click.style(key, underline=True, bold=True)}: {val}"""
)
for ns, meta in metadata.Band_Metadata.items():
click.echo(f"""
{click.style(ns, bold=True)}""")
if meta.Description:
click.echo(
f""" {click.style("Description", underline=True, bold=True)}: {meta.Description}"""
)
click.echo(
f""" {click.style("ColorInterp", underline=True, bold=True)}: {meta.ColorInterp}"""
)
if meta.Offset != 0.0 and meta.Scale != 1.0:
click.echo(
f""" {click.style("Offset", underline=True, bold=True)}: {meta.Offset}"""
)
click.echo(
f""" {click.style("Scale", underline=True, bold=True)}: {meta.Scale}"""
)
if meta.Metadata:
click.echo(
f""" {click.style("Metadata", underline=True, bold=True)}:"""
)
for key, val in meta.Metadata.items():
click.echo(
f""" {click.style(key, underline=True, bold=True)}: {val}"""
)
click.echo(f"""
{click.style('IFD', bold=True)}
{click.style('Id', underline=True, bold=True):<20}{click.style('Size', underline=True, bold=True):<27}{click.style('BlockSize', underline=True, bold=True):<26}{click.style('Decimation', underline=True, bold=True):<33}"""
)
for ifd in metadata.IFD:
wh = f"{ifd.Width}x{ifd.Height}"
bl = f"{ifd.Blocksize[1]}x{ifd.Blocksize[0]}"
click.echo(
f""" {ifd.Level:<8}{wh:<15}{bl:<14}{ifd.Decimation}""")
if metadata.COG_errors or metadata.COG_warnings:
click.echo(f"""
{click.style('COG Validation info', bold=True)}""")
for error in metadata.COG_errors or []:
click.secho(f""" - {error} (error)""", fg="red")
for warning in metadata.COG_warnings or []:
click.secho(f""" - {warning} (warning)""", fg="yellow")