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Upgrade Hive.Versioning

pull/72/head
Anairkoen Schno 3 years ago
parent
247c82b281
commit
5abcc6d118
Signed by: DaNike GPG Key ID: BEFB74D5F3FC4387
3 changed files with 118 additions and 19 deletions
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  1. BIN
      Libs/thirdparty/Hive.Versioning.dll
  2. BIN
      Libs/thirdparty/Hive.Versioning.pdb
  3. +118
    -19
      Libs/thirdparty/Hive.Versioning.xml

BIN
Libs/thirdparty/Hive.Versioning.dll View File


BIN
Libs/thirdparty/Hive.Versioning.pdb View File


+ 118
- 19
Libs/thirdparty/Hive.Versioning.xml View File

@ -550,23 +550,33 @@
</para><list type="table"> </para><list type="table">
<item> <item>
<term><c>&gt;=</c></term> <term><c>&gt;=</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than or equal to its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than or equal to its specified<see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&lt;=</c></term> <term><c>&lt;=</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than or equal to its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than or equal to its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&gt;</c></term> <term><c>&gt;</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&lt;</c></term> <term><c>&lt;</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>=</c></term> <term><c>=</c></term>
<description>The range matches only the <see cref="T:Hive.Versioning.Version" /> that it is specified with.</description>
<description>
The range matches only the <see cref="T:Hive.Versioning.Version" /> that it is specified with.
</description>
</item> </item>
</list><para>Note that unbounded ranges using the <c>=</c> comparison operator cannot be part of a bounded region.</para><para>Additionally, there are the following shorthand comparison operators that expand to bounded regions:</para><list type="table"> </list><para>Note that unbounded ranges using the <c>=</c> comparison operator cannot be part of a bounded region.</para><para>Additionally, there are the following shorthand comparison operators that expand to bounded regions:</para><list type="table">
<item> <item>
@ -577,15 +587,38 @@
to <c>&gt;=0.4.2 &lt;0.5.0</c>. to <c>&gt;=0.4.2 &lt;0.5.0</c>.
</description> </description>
</item> </item>
</list><para>There are also a few special ranges:</para><list type="table">
<item>
<term><c>*</c></term>
<description>
The <see cref="P:Hive.Versioning.VersionRange.Everything" /> range. This range matches every possible version.
</description>
</item>
<item>
<term><c>z</c> or <c>Z</c></term>
<description>
The <see cref="P:Hive.Versioning.VersionRange.Nothing" /> range. This range matches nothing.
</description>
</item>
</list><para> </list><para>
A bounded region may also be specified using star syntax. This takes the form of either a single <c>*</c> alone, matching any version, A bounded region may also be specified using star syntax. This takes the form of either a single <c>*</c> alone, matching any version,
or a version with some numbers substituted with an asterisk. Once an element has been substituted, however, any following elements must or a version with some numbers substituted with an asterisk. Once an element has been substituted, however, any following elements must
either not be present or be a star themselves. Prereleases and build ids cannot be specified when using star syntax. For example, either not be present or be a star themselves. Prereleases and build ids cannot be specified when using star syntax. For example,
<c>*</c> is valid, <c>*.3</c> is not. <c>1.*</c> and <c>1.*.*</c> are valid (and equivalent), but <c>1.*.2</c> is not. <c>1.2.*</c> is <c>*</c> is valid, <c>*.3</c> is not. <c>1.*</c> and <c>1.*.*</c> are valid (and equivalent), but <c>1.*.2</c> is not. <c>1.2.*</c> is
valid, but <c>1.2.*-pre.1</c> is not. Importantly, <c>*.*.*</c> or anything similar is also not valid. Just use <c>*</c>.
valid, but <c>1.2.*-pre.1</c> is not. Importantly, <c>*.*.*</c> or anything similar is also not valid. Just use <c>*</c>. In all cases
except the singular <c>*</c>, any <c>*</c> may also be an <c>x</c> or <c>X</c>.
</para><para>
A bounded regioon may also be specified using hyphen syntax, though it is generally not recommended, as it is not always clear to a reader
what exactly is meant, and is remarkably easy to mess up. The syntax for this is <c>1.2.3 - 4.5.6</c>, of course substituting <c>1.2.3</c>
and <c>4.5.6</c> with any valid version. The space before is <b>required</b>. This is important. the space <i>after the first version,
before the hyphen, is</i> <b>required</b>. This is because <c>1.2.3-4.5.6</c> is a valid, and <i>complete</i>, version, causing the parser
to try to read the first version in the hyphen range, then hit the end of input instead of a hyphen and back out, eventually rejecting the
range altogether, because <b>a version by itself is not a valid version range</b>. <c>1.2.3- 4.5.6</c> is also not valid, because it
is an <i>incomplete</i> version followed by a complete, simple version. Since incomplete versions are rejected, it means that this attempts
to parse a first version, fails, and tries other forms a range can take before eventually failing out.
</para> </para>
</remarks> </remarks>
<param name="text">The stirng to parse.</param>
<param name="text">The string to parse.</param>
<returns>The parsed <see cref="T:Hive.Versioning.VersionRange" />.</returns> <returns>The parsed <see cref="T:Hive.Versioning.VersionRange" />.</returns>
<seealso cref="M:Hive.Versioning.VersionRange.TryParse(Hive.Utilities.StringView,Hive.Versioning.VersionRange@)" /> <seealso cref="M:Hive.Versioning.VersionRange.TryParse(Hive.Utilities.StringView,Hive.Versioning.VersionRange@)" />
<exception cref="T:System.ArgumentException">Thrown when <paramref name="text" /> is not a valid <see cref="T:Hive.Versioning.VersionRange" />.</exception> <exception cref="T:System.ArgumentException">Thrown when <paramref name="text" /> is not a valid <see cref="T:Hive.Versioning.VersionRange" />.</exception>
@ -604,23 +637,33 @@
</para><list type="table"> </para><list type="table">
<item> <item>
<term><c>&gt;=</c></term> <term><c>&gt;=</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than or equal to its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than or equal to its specified<see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&lt;=</c></term> <term><c>&lt;=</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than or equal to its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than or equal to its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&gt;</c></term> <term><c>&gt;</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&lt;</c></term> <term><c>&lt;</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>=</c></term> <term><c>=</c></term>
<description>The range matches only the <see cref="T:Hive.Versioning.Version" /> that it is specified with.</description>
<description>
The range matches only the <see cref="T:Hive.Versioning.Version" /> that it is specified with.
</description>
</item> </item>
</list><para>Note that unbounded ranges using the <c>=</c> comparison operator cannot be part of a bounded region.</para><para>Additionally, there are the following shorthand comparison operators that expand to bounded regions:</para><list type="table"> </list><para>Note that unbounded ranges using the <c>=</c> comparison operator cannot be part of a bounded region.</para><para>Additionally, there are the following shorthand comparison operators that expand to bounded regions:</para><list type="table">
<item> <item>
@ -631,12 +674,35 @@
to <c>&gt;=0.4.2 &lt;0.5.0</c>. to <c>&gt;=0.4.2 &lt;0.5.0</c>.
</description> </description>
</item> </item>
</list><para>There are also a few special ranges:</para><list type="table">
<item>
<term><c>*</c></term>
<description>
The <see cref="P:Hive.Versioning.VersionRange.Everything" /> range. This range matches every possible version.
</description>
</item>
<item>
<term><c>z</c> or <c>Z</c></term>
<description>
The <see cref="P:Hive.Versioning.VersionRange.Nothing" /> range. This range matches nothing.
</description>
</item>
</list><para> </list><para>
A bounded region may also be specified using star syntax. This takes the form of either a single <c>*</c> alone, matching any version, A bounded region may also be specified using star syntax. This takes the form of either a single <c>*</c> alone, matching any version,
or a version with some numbers substituted with an asterisk. Once an element has been substituted, however, any following elements must or a version with some numbers substituted with an asterisk. Once an element has been substituted, however, any following elements must
either not be present or be a star themselves. Prereleases and build ids cannot be specified when using star syntax. For example, either not be present or be a star themselves. Prereleases and build ids cannot be specified when using star syntax. For example,
<c>*</c> is valid, <c>*.3</c> is not. <c>1.*</c> and <c>1.*.*</c> are valid (and equivalent), but <c>1.*.2</c> is not. <c>1.2.*</c> is <c>*</c> is valid, <c>*.3</c> is not. <c>1.*</c> and <c>1.*.*</c> are valid (and equivalent), but <c>1.*.2</c> is not. <c>1.2.*</c> is
valid, but <c>1.2.*-pre.1</c> is not. Importantly, <c>*.*.*</c> or anything similar is also not valid. Just use <c>*</c>.
valid, but <c>1.2.*-pre.1</c> is not. Importantly, <c>*.*.*</c> or anything similar is also not valid. Just use <c>*</c>. In all cases
except the singular <c>*</c>, any <c>*</c> may also be an <c>x</c> or <c>X</c>.
</para><para>
A bounded regioon may also be specified using hyphen syntax, though it is generally not recommended, as it is not always clear to a reader
what exactly is meant, and is remarkably easy to mess up. The syntax for this is <c>1.2.3 - 4.5.6</c>, of course substituting <c>1.2.3</c>
and <c>4.5.6</c> with any valid version. The space before is <b>required</b>. This is important. the space <i>after the first version,
before the hyphen, is</i> <b>required</b>. This is because <c>1.2.3-4.5.6</c> is a valid, and <i>complete</i>, version, causing the parser
to try to read the first version in the hyphen range, then hit the end of input instead of a hyphen and back out, eventually rejecting the
range altogether, because <b>a version by itself is not a valid version range</b>. <c>1.2.3- 4.5.6</c> is also not valid, because it
is an <i>incomplete</i> version followed by a complete, simple version. Since incomplete versions are rejected, it means that this attempts
to parse a first version, fails, and tries other forms a range can take before eventually failing out.
</para> </para>
</remarks> </remarks>
<param name="text">The string to try to parse.</param> <param name="text">The string to try to parse.</param>
@ -660,23 +726,33 @@
</para><list type="table"> </para><list type="table">
<item> <item>
<term><c>&gt;=</c></term> <term><c>&gt;=</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than or equal to its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than or equal to its specified<see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&lt;=</c></term> <term><c>&lt;=</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than or equal to its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than or equal to its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&gt;</c></term> <term><c>&gt;</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> greater than its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>&lt;</c></term> <term><c>&lt;</c></term>
<description>The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than its specified <see cref="T:Hive.Versioning.Version" />.</description>
<description>
The unbounded range matches any <see cref="T:Hive.Versioning.Version" /> less than its specified <see cref="T:Hive.Versioning.Version" />.
</description>
</item> </item>
<item> <item>
<term><c>=</c></term> <term><c>=</c></term>
<description>The range matches only the <see cref="T:Hive.Versioning.Version" /> that it is specified with.</description>
<description>
The range matches only the <see cref="T:Hive.Versioning.Version" /> that it is specified with.
</description>
</item> </item>
</list><para>Note that unbounded ranges using the <c>=</c> comparison operator cannot be part of a bounded region.</para><para>Additionally, there are the following shorthand comparison operators that expand to bounded regions:</para><list type="table"> </list><para>Note that unbounded ranges using the <c>=</c> comparison operator cannot be part of a bounded region.</para><para>Additionally, there are the following shorthand comparison operators that expand to bounded regions:</para><list type="table">
<item> <item>
@ -687,12 +763,35 @@
to <c>&gt;=0.4.2 &lt;0.5.0</c>. to <c>&gt;=0.4.2 &lt;0.5.0</c>.
</description> </description>
</item> </item>
</list><para>There are also a few special ranges:</para><list type="table">
<item>
<term><c>*</c></term>
<description>
The <see cref="P:Hive.Versioning.VersionRange.Everything" /> range. This range matches every possible version.
</description>
</item>
<item>
<term><c>z</c> or <c>Z</c></term>
<description>
The <see cref="P:Hive.Versioning.VersionRange.Nothing" /> range. This range matches nothing.
</description>
</item>
</list><para> </list><para>
A bounded region may also be specified using star syntax. This takes the form of either a single <c>*</c> alone, matching any version, A bounded region may also be specified using star syntax. This takes the form of either a single <c>*</c> alone, matching any version,
or a version with some numbers substituted with an asterisk. Once an element has been substituted, however, any following elements must or a version with some numbers substituted with an asterisk. Once an element has been substituted, however, any following elements must
either not be present or be a star themselves. Prereleases and build ids cannot be specified when using star syntax. For example, either not be present or be a star themselves. Prereleases and build ids cannot be specified when using star syntax. For example,
<c>*</c> is valid, <c>*.3</c> is not. <c>1.*</c> and <c>1.*.*</c> are valid (and equivalent), but <c>1.*.2</c> is not. <c>1.2.*</c> is <c>*</c> is valid, <c>*.3</c> is not. <c>1.*</c> and <c>1.*.*</c> are valid (and equivalent), but <c>1.*.2</c> is not. <c>1.2.*</c> is
valid, but <c>1.2.*-pre.1</c> is not. Importantly, <c>*.*.*</c> or anything similar is also not valid. Just use <c>*</c>.
valid, but <c>1.2.*-pre.1</c> is not. Importantly, <c>*.*.*</c> or anything similar is also not valid. Just use <c>*</c>. In all cases
except the singular <c>*</c>, any <c>*</c> may also be an <c>x</c> or <c>X</c>.
</para><para>
A bounded regioon may also be specified using hyphen syntax, though it is generally not recommended, as it is not always clear to a reader
what exactly is meant, and is remarkably easy to mess up. The syntax for this is <c>1.2.3 - 4.5.6</c>, of course substituting <c>1.2.3</c>
and <c>4.5.6</c> with any valid version. The space before is <b>required</b>. This is important. the space <i>after the first version,
before the hyphen, is</i> <b>required</b>. This is because <c>1.2.3-4.5.6</c> is a valid, and <i>complete</i>, version, causing the parser
to try to read the first version in the hyphen range, then hit the end of input instead of a hyphen and back out, eventually rejecting the
range altogether, because <b>a version by itself is not a valid version range</b>. <c>1.2.3- 4.5.6</c> is also not valid, because it
is an <i>incomplete</i> version followed by a complete, simple version. Since incomplete versions are rejected, it means that this attempts
to parse a first version, fails, and tries other forms a range can take before eventually failing out.
</para> </para>
</remarks> </remarks>
<param name="text">The string to try to parse.</param> <param name="text">The string to try to parse.</param>


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